G01N   1/00  \	0	0	2G052	G01N   1/00	50	ץ󥰡ĴɸܤĴʼưʬϤΤκμ谷ǣΣˡΣ	Sampling; Preparing specimens for investigation (handling materials for automatic analysis G01N35/00)
G01N   1/00  A	0	0	2G052	G01N   1/00	106	μγϤޤϽλߥ󥰤ѲФ˴ŤưŪ˷ꤹ	Devices for automatically determining the timing to start or end specimen sampling based on the changes in the situations detected
G01N   1/00  B	0	0	2G052	G01N   1/00	30	ʬϷ̤˴Ť콸ĤФ饤եݥɥХĥ򤹤	Devices for implementing the online feedback control for the population based on the analysis result of specimen
G01N   1/00  C	0	0	2G052	G01N   1/00	298	ޤħΤ	Characterised by calibration or compensation
G01N   1/00  E	0	0	2G052	G01N   1/00	87	дθкưݻѤλĴޤϰ	Adjusting or transferring specimens for determining the acceptability of detecting operation of the detector
G01N   1/00  F	0	0	2G052	G01N   1/00	100	дǽƥѤλĴޤϰ	Adjusting or Transferring specimen for olfactory sense test systems
G01N   1/00  Z	0	0	2G052	G01N   1/00	57	¾Τ	Others
G01N   1/00 101 \	1	1	2G052	G01N   1/00	50	ΰ㡥Ƴ	Transferring specimens, e.g. specimen introduction
G01N   1/00 101 A	1	0	2G052	G01N   1/00	341	λΰ	Transferring solid specimens
G01N   1/00 101 B	1	1	2G052	G01N   1/00	465	λʬ֤ؤƳλʬϼǤΰư	Introducing solid specimens into the analyzer or transferring operation of the solid specimens in the analyzer
G01N   1/00 101 C	1	2	2G052	G01N   1/00	160	λοؤƳޤϿμФ	Loading or unloading solid specimens to and from the vacuum chamber
G01N   1/00 101 D	1	0	2G052	G01N   1/00	84	ʸΡΡƤޤˤ缡Ƥƴޤޤ˽Ŷ	filling specimens (solid, liquid or gaseous) into the specimen containers or bags being transferred one by one
G01N   1/00 101 F	1	0	2G052	G01N   1/00	577	λΰ	Transferring liquid specimens
G01N   1/00 101 G	1	1	2G052	G01N   1/00	991	λʬ֤ؤƳ	Introducing the liquid specimens into the analyzer
G01N   1/00 101 H	1	1	2G052	G01N   1/00	1038	ʬ֤֤Ƴλƴޤˤλݻƴ	Containers for liquid specimens to be introduced into the analyzer or pre-processing device, or container to retain the liquid specimens in the devices stated above
G01N   1/00 101 J	1	1	2G052	G01N   1/00	47	̵ͤαλμФ	Unloading liquid specimen from the vacuum chamber or can
G01N   1/00 101 K	1	1	2G052	G01N   1/00	2666	λʬ衤ʬͿ⤷ʬƥࡤӥåȤޤϥݥ	fractionation or dispensation system, burette or syringe for liquid specimens
G01N   1/00 101 L	1	1	2G052	G01N   1/00	629	λڴƥ	Valve switching systems for transferring liquid specimens
G01N   1/00 101 M	1	1	2G052	G01N   1/00	301	λήĴޤϰĴ	flow or pressure regulation for transferring liquid specimens
G01N   1/00 101 N	1	1	2G052	G01N   1/00	630	λ谷֤ݽƱ֤λΰ	Cleaning or washing handling devices for the liquid specimens or purging the previous liquid from the same
G01N   1/00 101 P	1	0	2G052	G01N   1/00	399	ⰵήλʱΡλˤð륷ƥࡤƴήλ򥷥󥸤Ф륷ƥࡤ󥸼Τޤϥ󥸴̳	systems for injecting pressurized specimens (liquid or gaseous) into the high-pressure chamber, systems for extracting the liquid specimens from containers using a syringe, syringe per se or syringe penetrating through the wall
G01N   1/00 101 Q	1	1	2G052	G01N   1/00	115	λΰ	Transferring gaseous specimens
G01N   1/00 101 R	1	1	2G052	G01N   1/00	1162	λʬ֤ؤƳ	Introducing gaseous specimen into the analyzer
G01N   1/00 101 S	1	1	2G052	G01N   1/00	341	λڴƥ	Valve switching systems for transferring gaseous specimens
G01N   1/00 101 T	1	1	2G052	G01N   1/00	345	λήĴޤϰĴ	Regulating flow or pressure for transferring gaseous specimens
G01N   1/00 101 U	1	2	2G052	G01N   1/00	32	갵ɥȥå	Constant-pressure drain traps
G01N   1/00 101 W	1	1	2G052	G01N   1/00	39	λοؤΰ	Transferring gaseous specimens into the vacuum chamber
G01N   1/00 101 X	1	0	2G052	G01N   1/00	310	ΡȥߥȡʴγΡβ谷֤ݽ⤷ޤƱ֤ΰ	Cleaning or washing handling devices for gases, dust mists, powders, granules or solid lumps, or purging of previous sample from the same
G01N   1/00 101 Z	1	0	2G052	G01N   1/00	22	¾Τ	Others
G01N   1/00 102 \	1	1	2G052	G01N   1/00	17	ĴɸܰʳλĴ	Conditioning specimens other than that for investigation
G01N   1/00 102 A	1	0	2G052	G01N   1/00	70	γҾ̸ɸȤ¤ޤ¸	standard granule or mist specimens, or manufacturing or storage thereof
G01N   1/00 102 B	1	0	2G052	G01N   1/00	334	ɸȤ¤ޤ¸	standard solid specimens, or manufacturing or storage thereof
G01N   1/00 102 C	1	0	2G052	G01N   1/00	182	ɸȤ¤ޤ¸	standard liquid specimens, or manufacturing or storage thereof
G01N   1/00 102 D	1	0	2G052	G01N   1/00	345	ɸȤ¤ޤ¸Ψ絤Τ¤	standard gaseous specimens, or manufacturing or storage thereof, manufacturing of constant ratio gaseous mixture
G01N   1/00 102 E	1	1	2G052	G01N   1/00	47	꼾٤εɸ¤	Manufacturing standard gaseous specimens with constant humidity
G01N   1/00 102 Z	1	0	2G052	G01N   1/00	21	¾Τ	Others
G01N   1/02  \	1	1	2G052	G01N   1/02	14	ФΤ֡Σ	Devices for withdrawing samples
G01N   1/02  A	1	0	2G052	G01N   1/02	376	ȥߥȻκμ	Sampling dust mist specimens
G01N   1/02  B	1	0	2G052	G01N   1/02	225	ޤϴѤʬΥˡѤƥȥߥȻϵλμ褹	Devices for sampling dust mist or gaseous specimens using separation method with cyclone or inertia
G01N   1/02  C	1	0	2G052	G01N   1/02	184	ȥߥȻμˤή̡Ĵ®۰ˡޤʿշɤѤ	By using equivalent velocity suction method with regulated flow or pressure, or equilibrium pipe for sampling dust mist specimens
G01N   1/02  D	1	0	2G052	G01N   1/02	555	ȥߥȻμѥե륿ե륿֡Ʊե륿֤ηޤϹ¤	filters and filter devices for sampling dust mists, or profiles or structure thereof
G01N   1/02  F	1	0	2G052	G01N   1/02	42	бƤΥȥߥȻκμ	Sampling dust mist specimens corresponding to the wind direction
G01N   1/02  G	1	0	2G052	G01N   1/02	198	ȥߥȻμΤΥơݥ꼰ե륿ʣΥե륿ͭե륿	Tape feed type filters or  filtration device with multiple filter section for collecting dust mist samples
G01N   1/02  H	1	0	2G052	G01N   1/02	36	ȥߥȻμѤΥե륿μήΤή®ʬۤĴ	Adjusting the velocity distribution of a liquid in front of the filter or receptacle for sampling dust mist specimens
G01N   1/02  J	1	0	2G052	G01N   1/02	66	߲ȥߥȤμƴ	Receptacles for the falling dust mists
G01N   1/02  K	1	0	2G052	G01N   1/02	167	ų伧ѤƥȥߥȻμ褹	Sampling of dust mist specimens Using electric field or magnetic field
G01N   1/02  L	1	0	2G052	G01N   1/02	22	ήδϩưŰκѤήλ򥵥ץϩƳ	Introducing liquid specimens into the sampling tube Using pressure differential across the dynamic and static pressures within the fluid passages
G01N   1/02  M	1	0	2G052	G01N   1/02	20	ΥȥߥγҤΰ֤ΤƤγҤμ褹	Devices for sampling particular fine dust mist particles by detecting the positions thereof
G01N   1/02  N	1	0	2G052	G01N   1/02	60	ȥߥȻ򥬥饹λǧѻѼ̤Ǻμ褹	Devices for sampling dust mist specimens on the visual observation surface such as the glass
G01N   1/02  P	1	0	2G052	G01N   1/02	25	˥ե륿ߤƤʤԥȥ󥷥۰ȥߥȻμ	Dust mist sampling devices of piston cylinder suction type with built-in filter in the cylinder
G01N   1/02  Q	1	0	2G052	G01N   1/02	67	ƼʪʤȥߥȻκμ衤㡥ʴܥҥ塼ޤϥ󥯥ݥΥߥ	sampling of dust mist specimens generated by various objects, e.g. paper powders, welding fumes, oil mists from the crankcase
G01N   1/02  R	1	0	2G052	G01N   1/02	273	ȥߥȻޤλκμ	sampling of radioactive dust mist specimens or radioactive gaseous specimens
G01N   1/02  W	1	0	2G052	G01N   1/02	447	θƵΥץ󥰡Τνץ󥰤ޤϵʱ쥷ߥ졼	sampling expiration from the creatures, odor from the creatures, sampling, smoking simulation
G01N   1/02  Z	1	0	2G052	G01N   1/02	42	¾Τ	Others
G01N   1/04  \	2	2	2G052	G01N   1/04	37	ξΤΡ㡥ǤˤΡΣ	in the solid state, e.g. by cutting
G01N   1/04  A	2	0	2G052	G01N   1/04	339	γκμ衤缼æ׼ʴγλκμ	sampling cereal grains or tea leaves, or powder specimens from the drying or chamber
G01N   1/04  B	2	0	2G052	G01N   1/04	49	塨ࡨӡʤλμ	sampling of the thread, linear, wool or cotton specimens
G01N   1/04  C	2	0	2G052	G01N   1/04	245	ʪʴγΤ٥ۥåѤΤμ褹Ρ٥ʣʥƥफκμ	Devices for sampling mineral powders or granules falling from the conveyer, or sampling from the conveyers or multi-step systems
G01N   1/04  D	2	0	2G052	G01N   1/04	178	ʴγΰʴγ˺μʤ	Devices for inserting the means of sampling within the transferring tube or dropping chamber for the powder or granular materials
G01N   1/04  E	2	0	2G052	G01N   1/04	75	٥ʴγΤβμ褹	Devices for sampling powder or granular materials or solid lumps on the conveyer
G01N   1/04  F	2	0	2G052	G01N   1/04	66	β˺դҤȻμ褹	Devices for sampling fragments or dust specimens by crashing the solid lumps
G01N   1/04  G	2	0	2G052	G01N   1/04	431	ѻμ	Sampling medical specimens
G01N   1/04  H	2	0	2G052	G01N   1/04	714	ʪμ	Sampling biological specimens
G01N   1/04  J	2	0	2G052	G01N   1/04	542	μƴ¸ƴƴ狼λФưפˤΤޤϻê	Providing ease in withdrawing the specimens out of the specimen containers, dishes, specimen storage containers or containers, or specimen shelves
G01N   1/04  K	2	0	2G052	G01N   1/04	99	ʬ֡ɥफɥžʴγλ¼Ф	Reduction devices for withdrawing the powder or granular specimens out of the drum by agitating it
G01N   1/04  L	2	0	2G052	G01N   1/04	7	¿ȤʴγΤ˲Ƕʴγλʬ褹	Collecting a block of powder or granular specimen by inserting a frame consisting of plurality of blocks into it
G01N   1/04  M	2	0	2G052	G01N   1/04	209	ʬʬˤμ褹ΡŬȽ̤ƻμ褹	Devices for sampling specimens by shifting or sorting, or for sampling specimen after determining its suitability
G01N   1/04  R	2	0	2G052	G01N   1/04	49	μ	Sampling radioactive specimen
G01N   1/04  S	2	0	2G052	G01N   1/04	60	ⲹⰵλμޤϹϧʪκμ	sampling specimen from the high-temperature or high-pressure chamber or sampling interior material of the blast furnace
G01N   1/04  T	2	0	2G052	G01N   1/04	7	°	Accessory devices
G01N   1/04  U	2	0	2G052	G01N   1/04	109	ھлκμ	Sampling submarine soil or rock specimens
G01N   1/04  V	2	0	2G052	G01N   1/04	383	ꡤҤϤޤϤ館Ȥˤμ	sampling specimens by scrubbing, peeling or dredging
G01N   1/04  W	2	0	2G052	G01N   1/04	149	̾θβγҤ򤹤ȤγǺμ褹ΡǺμ褹	Devices for sampling the solid lumps or solid particles in the fluid or on the fluid surface by skimming them, collecting them with an adhesion rod, or wiping them
G01N   1/04  X	2	0	2G052	G01N   1/04	349	Ǥˤڼμ衤ʴκμ衤फڼμ	sampling specimen by cutting, sampling machining chip specimens or sampling specimen by cutting from the sheet
G01N   1/04  Y	2	0	2G052	G01N   1/04	11	¤˺ݤơ¤Ǥ򤢤餫ɲߤ¤	Manufacturing the specimens by including them in advance in the portion of the product that is trimmed off during the subsequent production process
G01N   1/04  Z	2	0	2G052	G01N   1/04	87	¾Τ	Others
G01N   1/06  \	3	3	2G052	G01N   1/06	33	ҤΡ㡥ߥȡΣ	providing a thin slice, e.g. microtome
G01N   1/06  A	3	0	2G052	G01N   1/06	90	Ū¤	Overall structure
G01N   1/06  B	3	1	2G052	G01N   1/06	110	ǸߤꡤϹ礻ޤϸΤ	feed for setting the cutting thickness, blade alignment, or thickness setting
G01N   1/06  C	3	1	2G052	G01N   1/06	40	ȥߥ󥰡ȥߥѥʥ	Trimming or trimming knife
G01N   1/06  D	3	1	2G052	G01N   1/06	76	ߥȡݥʥռΡʥդ¤ޤϸ	Microtome knives per se or manufacturing or sharpening the knives
G01N   1/06  E	3	1	2G052	G01N   1/06	84	ϤΰáǱư	Applying the cutting force or controlling the cutting motion
G01N   1/06  F	3	1	2G052	G01N   1/06	118	Ǥ줿ؤμФɻ	Withdrawing the cut thin slice or anti-curling plate
G01N   1/06  G	3	1	2G052	G01N   1/06	106	ߥȡʥդݻʤޤƱݻʤλٻ	Retaining means or supporting of the retaining means for the microtome knives
G01N   1/06  H	3	1	2G052	G01N   1/06	150	ǤݻʤޤƱݻʤλٻ	Retaining means or supporting of the retaining means for the specimens to be cut
G01N   1/06  J	3	1	2G052	G01N   1/06	66	ߥȡʥդѡѼޤ	Cooling the microtome knives or specimens, cooling chamber for the specimens, or freezing method,
G01N   1/06  K	3	0	2G052	G01N   1/06	10	ǤΥߥȡѤƤ	Cutting with microtome in vacuum
G01N   1/06  L	3	0	2G052	G01N   1/06	54	ߥȡǻλǧѻ	Visual monitoring during the cutting by microtome
G01N   1/06  Z	3	0	2G052	G01N   1/06	92	¾Τ	Others
G01N   1/08  \	3	3	2G052	G01N   1/08	6	ȴѶޤΡ㡥ӥåȡΣ	involving an extracting tool, e.g. core bit
G01N   1/08  A	3	0	2G052	G01N   1/08	90	°ںޤɹβ饳ԡμ褹	sampling core pieces out of a metallic, wooden or ice lump
G01N   1/08  B	3	0	2G052	G01N   1/08	193	ھ饳ӥåȤѤƥԡμ褹ΡӥåȤȥԡμɤȹ礻	Devices for sampling the core pieces from the clod of soil with the core bit or devices combining the core bit and core piece sampling pipe
G01N   1/08  C	3	0	2G052	G01N   1/08	70	ھ򥳥ɥǷ路ơھμ褹	sampling soil specimen by digging the soil with the core drill
G01N   1/08  D	3	0	2G052	G01N   1/08	198	ھ˥ԡμɤ򲡤ǥԡμ褹	sampling core pieces by inserting the core piece sampling pipe into the soil
G01N   1/08  E	3	0	2G052	G01N   1/08	168	ťΥإɥμ	Sludge sampler, sampling sludge in the tank
G01N   1/08  F	3	0	2G052	G01N   1/08	49	ھھθǲ⤷ϹŲѡդλѤޤǲ	solidification or hardening technique for the soil or soil specimens, use of chemicals or solidification by freezing
G01N   1/08  G	3	0	2G052	G01N   1/08	37	ԡμɤΥԡμФޤȴФ	Withdrawing or pulling out the core piece out of the core piece sampling pipe
G01N   1/08  H	3	0	2G052	G01N   1/08	10	ھ򷡺﹦ľȤѤμ褹	Sampling soil specimen along the digging direction perpendicular or equivalent
G01N   1/08  J	3	0	2G052	G01N   1/08	7	ھץ륳ؤ̥ޡŬѡԡμι̮̳ǧ	Application of the bearing label to the soil sample core or confirmation of the bearing for the vein of ore or equivalent after sampling the core pieces
G01N   1/08  K	3	0	2G052	G01N   1/08	6	ھ򥨥եȼʤФ	Transferring and taking out the soil samples by means of the pneumatic lift
G01N   1/08  L	3	0	2G052	G01N   1/08	143	ʴγ˺μɤͻɤʴγΤμ褹Ρ餫ʴγ˺μʤߤ	Devices for sampling the specimens by sticking the sampling pipe into the powder or granular material or with built-in sampling method
G01N   1/08  Z	3	0	2G052	G01N   1/08	29	¾Τ	Others
G01N   1/10  \	2	2	2G052	G01N   1/10	60	ΤޤήưΤΡΣ	in the liquid or fluent state
G01N   1/10  A	2	0	2G052	G01N   1/10	267	ʪʬΥƽפαλμ褹	Devices for sampling the required liquid specimens by separating the unwanted objects
G01N   1/10  B	2	1	2G052	G01N   1/10	1049	ʬΥˡʬΥ	Separation By film method
G01N   1/10  C	2	1	2G052	G01N   1/10	618	ˡ㡧ˡżˡޤϳúˡˤʬΥ	separation by adsorption method (e.g. ion exchanging method, electromagnetic absorption method or adsorption by activated charcoal)
G01N   1/10  D	2	1	2G052	G01N   1/10	111	ŽˡޤˡʬΥ	separation by coagulation or precipitation method
G01N   1/10  E	2	1	2G052	G01N   1/10	143	ȯˡʬΥ	Separation By evaporation method
G01N   1/10  F	2	1	2G052	G01N   1/10	462	ȿĴˡޤˡѤʬΥ	separation by chemical reaction, pH conditioning or solvent extraction method
G01N   1/10  G	2	1	2G052	G01N   1/10	135	ŵưˡʬΥ	Separation By electric migration method
G01N   1/10  H	2	1	2G052	G01N   1/10	530	ʬΥˡʬΥ	Separation By centrifugal separation method
G01N   1/10  J	2	1	2G052	G01N   1/10	177	¸ޤϵˢʬΥ	separation of gases or bubbles dissolved in the liquid
G01N   1/10  K	2	0	2G052	G01N   1/10	153	λκμޤϰδƻ	Means for monitoring the sampling or transferring of the liquid specimens
G01N   1/10  L	2	0	2G052	G01N   1/10	141	ݥåȥץ󥰡λμλֳִ֤η	Determining the time intervals or time duration for sampling composites or liquid specimens
G01N   1/10  M	2	0	2G052	G01N   1/10	30	ΥޤϿʬưƽ̤αλƴ	Devices for pouring a certain amount of liquid specimen into the container by oscillating the nozzle or distribution panel
G01N   1/10  N	2	0	2G052	G01N   1/10	1182	ϩæƱλμ褹ƴλ¸⤷϶ƴޤϱλƴê	Containers for sampling the liquid specimens by attaching to or detaching from the pipe, containers for storing or feeding the liquid specimens or arrangement shelves for the liquid specimen containers
G01N   1/10  P	2	0	2G052	G01N   1/10	323	λδޤǻĴ	Devices for diluting or adjusting the density of the liquid specimens
G01N   1/10  Q	2	0	2G052	G01N   1/10	146	ޤΤޤϸκμ򤹤	Devices for sampling the oils, liquid with oils or crude oil specimens
G01N   1/10  R	2	0	2G052	G01N   1/10	61	ղޤϴȯλκμ򤹤	Devices for sampling the liquefied gases or volatile liquid specimens
G01N   1/10  S	2	0	2G052	G01N   1/10	502	ͻ°ޤϱζ°κμ򤹤	Devices for sampling the molten metal or liquid metal specimens
G01N   1/10  T	2	0	2G052	G01N   1/10	199	λκμ򤹤	Devices for sampling the radioactive liquid specimens
G01N   1/10  U	2	0	2G052	G01N   1/10	109	Ǵλκμ򤹤	Devices for sampling the adhesive liquid specimens
G01N   1/10  V	2	0	2G052	G01N   1/10	1501	λ㡥ñաʬդޤǢˤκμ򤹤	Devices for sampling the organic specimens (e.g. saliva, secretion or urine)
G01N   1/10  W	2	0	2G052	G01N   1/10	136	δޤǽΤ˱λμ褹Ρ㡥ޤѺκμ衤ùѵ狼ùѱΤμ褹	Devices for sampling the liquid specimens for maintaining or inspecting the equipment performance, e.g. sampling of the lubricant or coolant, or for sampling the processing fluids from the processing equipment
G01N   1/10  X	2	0	2G052	G01N   1/10	6	狼αϳ̤ƻ뤷Ʊλμ褹	Devices for sampling the liquid specimens by monitoring the liquid leakage from the equipment
G01N   1/10  Z	2	0	2G052	G01N   1/10	219	¾Τ	Others
G01N   1/12  \	3	3	2G052	G01N   1/12	2	åѡ޴صΣ	Dippers; Dredgers [6]
G01N   1/12  A	3	0	2G052	G01N   1/12	259	俼˱κμƴƱλμ褹ΡҤ˼դκμƴ˱λμ褹	Devices for sampling the liquid specimens by immersing the container into the liquid or deep wells, or for sampling the liquid specimens in the container attached to the float
G01N   1/12  B	3	0	2G052	G01N   1/12	277	ӺٴɸݤѤƱλμޤϰݻΡμ˱λ夵ƺμ褹	Devices for sampling, transferring or retaining the specimens by capillary tube phenomenon, or for sampling the liquid specimens by allowing them to adhere to the sampling rod
G01N   1/12  C	3	0	2G052	G01N   1/12	33	žסǱλ򤹤Ȥμ褹	Devices for sampling the liquid specimens by scooping them with a rotating spoon
G01N   1/12  Z	3	0	2G052	G01N   1/12	7	¾Τ	Others
G01N   1/14  \	3	3	2G052	G01N   1/14	8	֡㡥ݥסӽ֡Σ	Suction devices, e.g. pumps; Ejector devices
G01N   1/14  A	3	0	2G052	G01N   1/14	167	λε۰۰ߤޤǽФڴԤΡȵζܤΤڴԤ	Devices for automatically switching suction, pause or discharge of the liquid specimens, or for switching the same by detecting the boundary between the liquid phase and gaseous phase
G01N   1/14  B	3	1	2G052	G01N   1/14	71	λί̩Ϥޤϱհ̤۴ѤƹԤ	Devices for controlling the internal pressure or liquid level in the hermitic reservoir for the liquid specimens by means of the external pressure piping
G01N   1/14  C	3	1	2G052	G01N   1/14	80	ϩΥԥȥ󼰥ζưԤ	For controlling the activation of the piston cylinders provided in the pipe passage
G01N   1/14  D	3	0	2G052	G01N   1/14	106	˥ѥü򿻤餻μΤѥ۴ɤͳϾΡեȵѤѤդ	Devices for feeding the liquid to the land facility via the pipeline by dipping one end of the pipe in the liquid, or for feeding the liquid Using pneumatic lift technique
G01N   1/14  E	3	0	2G052	G01N   1/14	28	ե󵻽ѤѤħΤ	Characterised by use of siphon technique
G01N   1/14  F	3	0	2G052	G01N   1/14	68	λμ⤷ϰ뤿ΥݥפħΤΡ㡥륭ǥΥ饻Ѥݥס󥸥顼ݥפޤϱ󿴼ݥ	Characterised by pump to sample or transfer the liquid specimens, e.g. pumps with Archimedes&apos; spiral, ejectors, roller pumps or centrifugal pumps
G01N   1/14  Z	3	0	2G052	G01N   1/14	43	¾Τ	Others
G01N   1/16  \	3	3	2G052	G01N   1/16	2	Υ٥ǺμǤΡʣǣΣǣΣͥˡΣ	with provision for intake at several levels (G01N1/12, G01N1/14 take precedence)
G01N   1/16  A	3	0	2G052	G01N   1/16	40	¿ץ	Multi-point sampling
G01N   1/16  B	3	0	2G052	G01N   1/16	86	źˤ¿ؤȤʤäλνػʬ衤դʬ	fraction-sampling of specimen at the specified layer from the liquid specimen separated in plurality of layers due to the differences in the specify gravity, or fraction-collection of clear layer at the top
G01N   1/16  Z	3	0	2G052	G01N   1/16	2	¾Τ	Others
G01N   1/18  \	3	3	2G052	G01N   1/18	41	ʬǤΡʣǣΣǣΣͥ表ޥȥեѥե饯ὸ֣£ģˡΣ	with provision for splitting samples into portions (G01N1/12, G01N1/14 take precedence;fraction-collection apparatus for chromatography B01D15/08)
G01N   1/20  \	3	3	2G052	G01N   1/20	11	ήưޤΤΤΡʣǣΣǣΣͥˡΣ	for flowing or falling materials (G01N1/12, G01N1/14 take precedence)
G01N   1/20  A	3	0	2G052	G01N   1/20	99	̤Τλ򥪡СեΡСե夫λμ褹ΤޤϥСե֤αι¤	Devices for overflowing the liquid specimens for weighing, for sampling the liquid specimens from the tank being overflown, or structures of the liquid storage tanks provided with the overflow weir
G01N   1/20  B	3	0	2G052	G01N   1/20	65	δϩ¦αռʤ	Devices for allowing the liquid sampling means to go in and out of the side wall for the liquid passage
G01N   1/20  Z	3	0	2G052	G01N   1/20	22	¾Τ	Others
G01N   1/22  \	2	2	2G052	G01N   1/22	30	ξΤΡΣ	in the gaseous state
G01N   1/22  A	2	0	2G052	G01N   1/22	252	μˡμ襷ƥ	sampling methods, sampling systems
G01N   1/22  B	2	0	2G052	G01N   1/22	532	μ	Sampling devices
G01N   1/22  C	2	1	2G052	G01N   1/22	538	μƴμޡ¸ƴ¸ޤޤϺμ襷	sampling containers or bags, storage containers or bags, or sampling cylinders
G01N   1/22  D	2	1	2G052	G01N   1/22	479	ӵץ󥰡㡥Ƶϧޤϥܥӥץ	sampling industrial exhaust gases, e.g. exhaust gases sampling from incinerators or boilers
G01N   1/22  E	2	1	2G052	G01N   1/22	352	ץ󥰥ץ	sampling probes
G01N   1/22  F	2	1	2G052	G01N   1/22	246	ϧץ󥰡㡥žϧץ	sampling blast furnace gases, e.g. revolving furnace gas sampling
G01N   1/22  G	2	1	2G052	G01N   1/22	677	ưӵץ󥰡㡥ǳӥץ	sampling automobile exhaust gas, e.g. sampling the exhaust gas from the internal combustion engines
G01N   1/22  H	2	0	2G052	G01N   1/22	204	¸ץ	Sampling gases
G01N   1/22  J	2	0	2G052	G01N   1/22	328	ƩѤǽꥬ򥵥ץ󥰤	Devices for sampling the specified gases By gas permeating film
G01N   1/22  K	2	0	2G052	G01N   1/22	77	ƩѤǽ	Devices for dehumidifying by gas permeating film
G01N   1/22  L	2	0	2G052	G01N   1/22	912	εæ塤ȥߥȤޤؤޤϵޡ⤷ϵۼޤ	Adsorption or release of the gases, adhesion of dust mists to the adhesion agents, use of ion exchanging film or hygroscopic agents
G01N   1/22  M	2	0	2G052	G01N   1/22	343	δ	Diluting the gases
G01N   1/22  N	2	0	2G052	G01N   1/22	221	Х֥󥰤Ǳ¸ɤФΡťΥμޤϲǮæˢ⤷ϸæˢ	Devices for purging the gases dissolved in the liquid by bubbling, sampling of the gases from the sludge, use of heated bubbling or vacuum bubbling
G01N   1/22  P	2	0	2G052	G01N   1/22	246	ɥŽ̡ɥνޤˡˤ	Drain condensation, drain processing or dehumidification by freezing method
G01N   1/22  Q	2	0	2G052	G01N   1/22	142	ɥŷɻߤΤβǮⲹ谷δϩݸΤ	Heating for preventing the drain from freezing or cooling for protecting the pipes or equipment for handling the high-temperature gases
G01N   1/22  R	2	0	2G052	G01N   1/22	282	Ǯʬ򡤥Ǯ俨ŬѻȿѤƽꥬμ褹	Devices for sampling specific gases by thermally decomposing the specimen or allowing it to react by heating the gas or applying the catalyst
G01N   1/22  S	2	0	2G052	G01N   1/22	296	ΥȤΤϤΤޤϰΥȤ򥤥󥸥Ϥ	Cleaning gases, dissolving of a portion of gas or dust in the liquid, or dissolving a portion of gas in the ejector water
G01N   1/22  T	2	0	2G052	G01N   1/22	209	Ǯˤ򳥲ޤϾƥμ褹	Devices for sampling the gas by heating the specimens to the ashes or sublimating it
G01N   1/22  U	2	0	2G052	G01N   1/22	155	β㡥°ޤϥȲΥμ	solid mass, e.g. sampling of gases in metallic mass or cement mass
G01N   1/22  V	2	0	2G052	G01N   1/22	60	̩ƴΥ򤽤ƴ˲ƺμ褹	Sampling gases by destroying its hermetic containers
G01N   1/22  W	2	0	2G052	G01N   1/22	137	ϳ측	Detecting gas leakage
G01N   1/22  X	2	0	2G052	G01N   1/22	201	㲹Ž̤Ūʪμ褹	Sampling objects by condensing the specimen gases at low temperatures
G01N   1/22  Y	2	0	2G052	G01N   1/22	215	ȯˡѤŪʪμ褹	Sampling objects By evaporation method
G01N   1/22  Z	2	0	2G052	G01N   1/22	294	¾Τ	Others
G01N   1/24  \	3	3	2G052	G01N   1/24	411	֡Σ	Suction devices
G01N   1/26  \	3	3	2G052	G01N   1/26	137	ζ֤μǤΡΣ	with provision for intake from several spaces
G01N   1/28  \	1	1	2G052	G01N   1/28	110	ĴɸܤĴʸΥ饤ɤؤɸܤμդǣ£ŻҸʬϤ٤оݤޤϻݻʣȣʣˡΣ	Preparing specimens for investigation (mounting specimens on microscopic slides G02B 21/34; means for supporting the objects or the materials to be analysed in electron microscopes H01J 37/20)
G01N   1/28  A	1	0	2G052	G01N   1/28	151	ϫޤϥ꡼׻ѤΤ	for fatigue tests or creep tests
G01N   1/28  B	1	0	2G052	G01N   1/28	307	ĥ̻ޤϺ¶ѤΤ	for tensile tests, compression test or buckling tests
G01N   1/28  C	1	0	2G052	G01N   1/28	61	׷ѤΤ	For shock tests
G01N   1/28  D	1	0	2G052	G01N   1/28	27	׻ޤϹٻѤΤ	for wear test or hardness tests
G01N   1/28  E	1	0	2G052	G01N   1/28	570	󥯥ݥȤޤںλѤΤΡʣǣΣĤͥ	for concrete or gravel tests (G01N1/28A - D take precedence)
G01N   1/28  F	1	0	2G052	G01N   1/28	2078	λѤΤΡʣǣΣʡ֤ͥ͡	for microscopic specimens (G01N1/28J, M - V take precedence)
G01N   1/28  G	1	0	2G052	G01N   1/28	1482	ںǡ곫ޤȴù	Turning, cutting, drilling or stamping the specimens
G01N   1/28  H	1	0	2G052	G01N   1/28	206	ؤɸޡ	Marking on the specimens
G01N   1/28  J	1	0	2G052	G01N   1/28	2194	λĴ	Adjusting the biological specimens
G01N   1/28  L	1	0	2G052	G01N   1/28	365	Ĵޤϴ	Temperature conditioning or drying
G01N   1/28  M	1	0	2G052	G01N   1/28	255	ž̡ץꥫ	Copying, reproducing or sUMP
G01N   1/28  N	1	0	2G052	G01N   1/28	508	ɽ̤ؤ塤åߥ͡Ȥޤϴɽ̤ؤλη	forming the thin film, vacuum depositing, plating, laminating on the specimen surface or forming the thin film of the specimen on the substrate surface
G01N   1/28  P	1	0	2G052	G01N   1/28	50	ɽ̤ζŲޤȲ	Enhancing, hardening or embrittling the specimen surface
G01N   1/28  Q	1	0	2G052	G01N   1/28	67	ϡϤޤϥƥݸѻ	specimens for determining the appropriateness of adhesion strength, bonding strength or coating fill
G01N   1/28  S	1	0	2G052	G01N   1/28	146	饹ӡɻޤϷָʬѥ饹ӡɻ	Glass bead specimens for fluorescent X-ray analyses
G01N   1/28  T	1	0	2G052	G01N   1/28	558	ʴ̸ޤϥȻ¤	Powdering the specimens, nebulising of the specimens or manufacturing the dust specimens
G01N   1/28  U	1	0	2G052	G01N   1/28	1006	饤ɡץѥ顼ȡեôΤޤϥ饤ɤؤλ	slides, prepared specimen, film type specimen carriers or enclosing specimens in slides
G01N   1/28  V	1	0	2G052	G01N   1/28	297	α	Applying specimens or centrifugal application of the specimens
G01N   1/28  W	1	0	2G052	G01N   1/28	1139	åƥ󥰼	setting jigs
G01N   1/28  X	1	0	2G052	G01N   1/28	1378	λϱղ	Dissolving solid specimens
G01N   1/28  Z	1	0	2G052	G01N   1/28	666	¾Τ	Others
G01N   1/30  \	2	2	2G052	G01N   1/30	983	դ޿Σ	Staining; Impregnating
G01N   1/31  \	3	3	2G052	G01N   1/31	408	Τ֡Σ	Apparatus therefor [2018.01]
G01N   1/32  \	2	2	2G052	G01N   1/32	28	ݥå󥰡å󥰡Σ	Polishing; Etching
G01N   1/32  A	2	0	2G052	G01N   1/32	391	ݥå󥰡	Polishing, grinding
G01N   1/32  B	2	0	2G052	G01N   1/32	750	å	Etching
G01N   1/32  Z	2	0	2G052	G01N   1/32	9	¾Τ	Others
G01N   1/34  \	2	2	2G052	G01N   1/34	446	Σ	Purifying; Cleaning
G01N   1/36  \	2	2	2G052	G01N   1/36	785	ߤޤμդΣ	Embedding or analogous mounting of samples [2018.01]
G01N   1/38  \	2	2	2G052	G01N   1/38	3067	δᡤ¤ޤϺΣ	Diluting, dispersing or mixing samples [2018.01]
G01N   1/40  \	2	2	2G052	G01N   1/40	1121	ǻ̡Σ	Concentrating samples [2018.01]
G01N   1/42  \	2	2	2G052	G01N   1/42	689	㲹㡥㲹Σ	Low-temperature sample treatment, e.g. cryofixation [2018.01]
G01N   1/44  \	2	2	2G052	G01N   1/44	1054	ͤȼ㡥ǮΣ	Sample treatment involving radiation, e.g. heat [2018.01]
G01N   3/00  \	0	0	2G061	G01N   3/00	73	ŪϤ٤ˤκζĴ	Investigating strength properties of solid materials by application of mechanical stress
G01N   3/00  A	0	0	2G061	G01N   3/00	215	ΤĴ	Investigating elastic materials
G01N   3/00  B	0	1	2G061	G01N   3/00	26	ʿХ	Flat springs
G01N   3/00  C	0	1	2G061	G01N   3/00	65	Х	Coil springs
G01N   3/00  D	0	0	2G061	G01N   3/00	410	ڡФĴ	Investigating soil and rocks
G01N   3/00  E	0	1	2G061	G01N   3/00	124	̻	Three-dimensional compression tests
G01N   3/00  F	0	0	2G061	G01N   3/00	230	ΤĴ	Investigating the thread materials
G01N   3/00  G	0	1	2G061	G01N   3/00	48	ȱ	Hair
G01N   3/00  H	0	1	2G061	G01N   3/00	107	եСݡ㡥֥饹եСݡ	Optical fibres e.g. brass optical fibre
G01N   3/00  K	0	0	2G061	G01N   3/00	395	ǴΤĴ	Investigating visco-elastic materials
G01N   3/00  L	0	0	2G061	G01N   3/00	130	γΤĴ㡥ޤζ١	Investigating granular materials e.g. table strength
G01N   3/00  M	0	0	2G061	G01N   3/00	445	󥯥ݥȤĴ	Investigating concrete
G01N   3/00  P	0	0	2G061	G01N   3/00	251	ʪĴ㡥ĥζ١	Investigating filmy materials e.g. plated film strength
G01N   3/00  Q	0	0	2G061	G01N   3/00	775	ܹĴ㡥ܶ١	Investigating bonding e.g. weld strength
G01N   3/00  R	0	0	2G061	G01N   3/00	381	ݥ׶١ΰ겹١ϲΤҤߤá	Creep strength (increase in the strain under the constant temperature or stress)
G01N   3/00  T	0	0	2G061	G01N   3/00	214	˲㡥ˢ㡤ãϣĻ	Toughness tests against fractures e.g. K1c or COD tests
G01N   3/00  U	0	1	2G061	G01N   3/00	23	˲ʣʢ	Toughens tests against elastic or plastic fracturess (J1c test)
G01N   3/00  W	0	1	2G061	G01N   3/00	15	ưŪ˲㡥ưŪʢ	Toughness test against dynamic fracture e.g. dynamic J1c test
G01N   3/00  Z	0	0	2G061	G01N   3/00	929	¾	Others
G01N   3/02  \	1	1	2G061	G01N   3/02	318		Details
G01N   3/02  A	1	0	2G061	G01N   3/02	60	إĥ	Cross heads
G01N   3/02  B	1	1	2G061	G01N   3/02	55		Lifting device
G01N   3/02  C	1	2	2G061	G01N   3/02	80	ָС	Position detection or safety devices
G01N   3/02  E	1	1	2G061	G01N   3/02	78		Fixing devices
G01N   3/02  F	1	1	2G061	G01N   3/02	20	Ĥ	Centering devices
G01N   3/02  H	1	0	2G061	G01N   3/02	24	Хĥĥطͽ	Eliminating backlash
G01N   3/02  Z	1	0	2G061	G01N   3/02	343	¾	Others
G01N   3/04  \	2	2	2G061	G01N   3/04	607	å	Chucks
G01N   3/04  A	2	0	2G061	G01N   3/04	292	¤	Profiles or structures
G01N   3/04  B	2	1	2G061	G01N   3/04	176	ñʹ¤ư	Simplified structures or easier operation
G01N   3/04  C	2	1	2G061	G01N   3/04	39	̲	Smaller or lighter weight
G01N   3/04  D	2	1	2G061	G01N   3/04	189	Ļ϶ʬ۲ưĻ	Equally distributing the supporting force or automatic clamping
G01N   3/04  E	2	0	2G061	G01N   3/04	79	ħΤ	Characterised by materials
G01N   3/04  G	2	0	2G061	G01N   3/04	96	ַ	Positioning
G01N   3/04  H	2	1	2G061	G01N   3/04	115	Ĺ碌	Axial alignment
G01N   3/04  J	2	1	2G061	G01N   3/04	93	Ҥΰ	Transferring test specimens
G01N   3/04  K	2	2	2G061	G01N   3/04	13	ɤǰư	Transferring with the guides
G01N   3/04  L	2	1	2G061	G01N   3/04	12	ȹ̹	Fitting holes
G01N   3/04  N	2	0	2G061	G01N   3/04	40	Ҥν	Withdrawing the test specimens
G01N   3/04  P	2	0	2G061	G01N   3/04	298		Jigs
G01N   3/04  Z	2	0	2G061	G01N   3/04	128	¾	Others
G01N   3/06  \	2	2	2G061	G01N   3/06	1747	ؼޤϵϿʤüŬ	Special adaptations of indicating or recording means
G01N   3/08  \	1	1	2G061	G01N   3/08	3631	ĥϤޤ갵ϤˤΡʣǣΣͥ	by applying steady tensile or compressive forces (G01N 3/28 takes precedence)
G01N   3/10  \	2	2	2G061	G01N   3/10	571	ޤϿ尵ˤΡʣǣΣͥ	generated by pneumatic or hydraulic pressure (G01N 3/18 takes precedence)
G01N   3/12  \	3	3	2G061	G01N   3/12	956	ϻ	Pressure-testing
G01N   3/14  \	2	2	2G061	G01N   3/14	280	Ž̤ˤΡ㡥ҡХͤοĹϤˤΡʣǣΣͥ	generated by dead weight, e.g. pendulum; generated by spring tension (G01N 3/18 takes precedence)
G01N   3/16  \	2	2	2G061	G01N   3/16	26	ư֤̤ŬѤΡʣǣΣͥ	applied through gearing (G01N 3/18 takes precedence)
G01N   3/18  \	2	2	2G061	G01N   3/18	813	ⲹޤ㲹Ǥ	Performing tests at high or low temperatures
G01N   3/20  \	1	1	2G061	G01N   3/20	1252	ʤϤŬѤˤΡʣǣΣǣΣͥ	by applying steady bending forces (G01N 3/26, G01N 3/28 take precedence)
G01N   3/22  \	1	1	2G061	G01N   3/22	279	ͤϤŬѤˤΡʣǣΣǣΣͥ	by applying steady torsional forces (G01N 3/26, G01N 3/28 take precedence)
G01N   3/24  \	1	1	2G061	G01N   3/24	404	ꤻϤŬѤˤΡʣǣΣǣΣͥ	by applying steady shearing forces (G01N 3/26, G01N 3/28 take precedence)
G01N   3/26  \	1	1	2G061	G01N   3/26	72	ͤޤϱλ	Investigating twisting or coiling properties
G01N   3/28  \	1	1	2G061	G01N   3/28	172	Ĵ㡥°Ĥοʤޤϥԥ˥󥰤ФŬĴ	Investigating ductility, e.g. suitability of sheet metal for deep-drawing or spinning
G01N   3/30  \	1	1	2G061	G01N   3/30	620	ñ׷ϤŬѤˤΡʾ׷ٽŤΤȤǰ뤳Ȥˤ٤ĴǣΣ	by applying a single impulsive force (investigating hardness by performing impressions under impulsive load G01N 3/48)
G01N   3/30  E	1	0	2G061	G01N   3/30	47	׷ϫ֤	Fatigue tests with repeated shocks
G01N   3/30  F	1	0	2G061	G01N   3/30	63	ʣ׷ξ׷ץ饹ĥ̡ʤͤ	Combined shocks (shocks and tensile strength)
G01N   3/30  N	1	0	2G061	G01N   3/30	199	ΤκħΤΡʡʪʡ¤ʪξ׷	Characterised by materials of the test specimens
G01N   3/30  P	1	0	2G061	G01N   3/30	84	׷⸡ФΥǡݥμưϿʷ˾׷	Data processing for detecting the shocks
G01N   3/30  Q	1	1	2G061	G01N   3/30	133	׷ϥͥ륮ݤ¬ڤɽ	Measuring and indicating shock energy
G01N   3/30  S	1	0	2G061	G01N   3/30	79	ⲹ㲹ξ׷	Shock tests at high or low temperatures
G01N   3/30  Z	1	0	2G061	G01N   3/30	310	¾	Others
G01N   3/303  \	2	2	2G061	G01N   3/303	6	ٽŤμͳˤΡΣ	generated only by free-falling weight [7]
G01N   3/303  A	2	0	2G061	G01N   3/303	87	ΤΡʣȣߡ	Gravity fall of test body(New, Apr. 2000)
G01N   3/303  B	2	1	2G061	G01N   3/303	66	ɤ˱äΡʣȣߡ	Fall according to guide(New, Apr. 2000)
G01N   3/303  C	2	1	2G061	G01N   3/303	46	ȰŪΡʣȣߡ	Fall in a body with falling reservoir(New, Apr. 2000)
G01N   3/303  D	2	0	2G061	G01N   3/303	132	ľΤΤؾͤΡʣȣߡ	Collision of falling object against vertical falling specimen(New, Apr. 2000)
G01N   3/303  E	2	1	2G061	G01N   3/303	81	ɤ˱äΡʣȣߡ	Fall according to guide(New, Apr. 2000)
G01N   3/303  Z	2	0	2G061	G01N   3/303	18	¾ʣȣߡ	Others(New, Apr. 2000)
G01N   3/307  \	2	2	2G061	G01N   3/307	24	̤ޤĥϤ򤫤ץ󥰤ˤäȯΡΣ	generated by a compressed or tensile-stressed spring; generated by pneumatic or hydraulic means [7]
G01N   3/31  \	2	2	2G061	G01N   3/31	3	ե饤ۥβžˤΡΣ	generated by a rotating fly-wheel [7]
G01N   3/31  A	2	0	2G061	G01N   3/31	112	ϥޡݤβžݥȤñ׷ʣȣߡ	Single percussion of rotation moment of hammer(New, Apr. 2000)
G01N   3/31  B	2	1	2G061	G01N   3/31	26	ϥޡʣȣߡ	Hammer(New, Apr. 2000)
G01N   3/31  C	2	2	2G061	G01N   3/31	23	ϥޡߤᡦ֡ʣȣߡ	Hammer stop and safety device(New, Apr. 2000)
G01N   3/31  D	2	1	2G061	G01N   3/31	59	ҤӻҤΥĥȡФʣȣߡ	Specimen, and the setting and removing of specimen(New, Apr. 2000)
G01N   3/31  Z	2	0	2G061	G01N   3/31	28	¾ʣȣߡ	Others(New, Apr. 2000)
G01N   3/313  \	2	2	2G061	G01N   3/313	12	ȯʪˤäȯΡΣ	generated by explosives [7]
G01N   3/317  \	2	2	2G061	G01N   3/317	8	żŪʤˤΡΣ	generated by electromagnetic means [7]
G01N   3/32  \	1	1	2G061	G01N   3/32	888	֤Ϥޤ̮ưϤŬѤˤ	by applying repeated or pulsating forces
G01N   3/32  A	1	0	2G061	G01N   3/32	187	Ǯϫ	Thermal fatigue tests
G01N   3/32  B	1	0	2G061	G01N   3/32	40	Ǵϫ	Fatigue tests for visco-elastic materials
G01N   3/32  C	1	0	2G061	G01N   3/32	306	̥ĥ󥰡͸Сڤӣ	Detecting cracks and AE
G01N   3/32  E	1	0	2G061	G01N   3/32	353	̿ͽ¬θ	Forecasting the life and detection thereof
G01N   3/32  F	1	0	2G061	G01N   3/32	137	忩ϫ	Fatigue due to corrosion
G01N   3/32  H	1	0	2G061	G01N   3/32	182	֤ħΤ	Characterised by detecting devices
G01N   3/32  J	1	1	2G061	G01N   3/32	152	пΥǡݥ	Data processing of the detected signals
G01N   3/32  K	1	0	2G061	G01N   3/32	197	Ҥη¤ħΤ	Characterised by profiles or structures of the test specimens
G01N   3/32  L	1	0	2G061	G01N   3/32	51	Ҥμ谷̥ĥȡ	Handling test specimens (setting or withdrawing)
G01N   3/32  M	1	0	2G061	G01N   3/32	98	ҤκħΤ	Characterised by materials of the test specimens
G01N   3/32  N	1	1	2G061	G01N   3/32	95	ࡦץ饹ĥ	Rubber or plastic materials
G01N   3/32  P	1	1	2G061	G01N   3/32	32	̵	Inorganic materials
G01N   3/32  S	1	0	2G061	G01N   3/32	191	°ֵڤӼ	Accessory devices or jigs
G01N   3/32  Z	1	0	2G061	G01N   3/32	241	¾	Others
G01N   3/34  \	2	2	2G061	G01N   3/34	353	ŪʤˤΡ㡥ϥޡˤǷ	generated by mechanical means, e.g. hammer blows
G01N   3/34  A	2	0	2G061	G01N   3/34	307	ĥϫ	Tensile or compression fatigue tests
G01N   3/34  C	2	0	2G061	G01N   3/34	380	ʤϫ	Bending fatigue tests
G01N   3/34  D	2	0	2G061	G01N   3/34	155	ͤ	Torsion tests
G01N   3/34  E	2	0	2G061	G01N   3/34	37	ϫ	Shearing fatigue tests
G01N   3/34  F	2	0	2G061	G01N   3/34	69	׷ϫ	Shock fatigue tests
G01N   3/34  G	2	1	2G061	G01N   3/34	23	ũξ׷ˤ	Shocks due to weight or water drop
G01N   3/34  K	2	0	2G061	G01N   3/34	39	Ҥι¤	Structures or profiles of the test pieces
G01N   3/34  L	2	0	2G061	G01N   3/34	8	Ҥμ谷	Handling of the test pieces
G01N   3/34  M	2	0	2G061	G01N   3/34	68	ҤκħΤ	Characterised by materials of the test pieces
G01N   3/34  N	2	1	2G061	G01N   3/34	41	ࡦץ饹ĥ	Rubber or plastic materials
G01N   3/34  P	2	1	2G061	G01N   3/34	17	̵	Inorganic materials
G01N   3/34  Q	2	0	2G061	G01N   3/34	57	֤ħΤ	Characterised by detecting devices
G01N   3/34  R	2	1	2G061	G01N   3/34	21	пΥǡݥ	Data processing of detected signals
G01N   3/34  S	2	0	2G061	G01N   3/34	68	°ֵڤӼ	Accessory devices or jigs
G01N   3/34  Z	2	0	2G061	G01N   3/34	54	¾	Others
G01N   3/36  \	2	2	2G061	G01N   3/36	340	ޤϿ尵ʤˤ	generated by pneumatic or hydraulic means
G01N   3/38  \	2	2	2G061	G01N   3/38	142	żŪʤˤ	generated by electromagnetic means
G01N   3/40  \	1	1	2G061	G01N   3/40	36	٤ޤȿȯ٤Ĵ	Investigating hardness or rebound hardness
G01N   3/40  A	1	0	2G061	G01N   3/40	345	߹ŤĴ	Investigating impressing hardness
G01N   3/40  B	1	1	2G061	G01N   3/40	532	ھ󥯥ݥȤ	Fitting tests for the soil or concrete
G01N   3/40  E	1	1	2G061	G01N   3/40	143	Ǵ	Penetrating tests for the visco-elastic materials
G01N   3/40  F	1	1	2G061	G01N   3/40	30	°	Penetrating tests for the metallic  materials
G01N   3/40  C	1	0	2G061	G01N   3/40	177	ưȤˤĴ	Investigating with vibration or sound wave
G01N   3/40  D	1	0	2G061	G01N   3/40	2	Фι٤Ĵ	Investigating grindstone hardness
G01N   3/40  Z	1	0	2G061	G01N   3/40	397	¾	Others
G01N   3/42  \	2	2	2G061	G01N   3/42	37	ٽŤΤȤǰҡ㡥塤Ѥ밵ˤΡʣǣΣͥ	by performing impressions under a steady load by indentors, e.g. sphere, pyramid (G01N 3/54 takes precedence)
G01N   3/42  A	2	0	2G061	G01N   3/42	190	ٽŤ˷	Related to the load control
G01N   3/42  B	2	0	2G061	G01N   3/42	316	ɤߤȤ˷	Related to the reading of impression mark
G01N   3/42  E	2	1	2G061	G01N   3/42	81	Ѱ̤θФħΤ	Characterised by detection of displacement
G01N   3/42  F	2	1	2G061	G01N   3/42	64	ΥǡݥħΤ	Characterised data processing of the images
G01N   3/42  C	2	0	2G061	G01N   3/42	143	¬굡︳ΤȤΰִط˷	Related to the positional relationship between the measurement device and test piece
G01N   3/42  D	2	0	2G061	G01N   3/42	59	Ҥη	Profiles of the indentors
G01N   3/42  Z	2	0	2G061	G01N   3/42	276	¾	Others
G01N   3/44  \	3	3	2G061	G01N   3/44	70	ٽŤȤ³ٽŤΤȤˤ밵ҡ㡥å	the indentors being put under a minor load and a subsequent major load, i.e. Rockwell system
G01N   3/46  \	3	3	2G061	G01N   3/46	108	ư򤹤밵	the indentors performing a scratching movement
G01N   3/48  \	2	2	2G061	G01N   3/48	29	׷ٽŤΤΤǰҡ㡥塤ˤ갵뤳ȤˤΡʣǣΣͥ	by performing impressions under impulsive load by indentors, e.g. falling ball (G01N 3/54 takes precedence)
G01N   3/50  \	2	2	2G061	G01N   3/50	11	໤¬ˤΡ㡥ɤ쿶ҤˤΡʣǣΣͥ	by measuring rolling friction, e.g. by rocking pendulum (G01N 3/54 takes precedence)
G01N   3/52  \	2	2	2G061	G01N   3/52	167	׷ΤΤϤ֤̤¬ˤΡʣǣΣͥ	by measuring extent of rebound of a striking body (G01N 3/54 takes precedence)
G01N   3/54  \	2	2	2G061	G01N   3/54	74	ⲹޤ㲹Ǥλ	Performing tests at high or low temperatures
G01N   3/56  \	1	1	2G061	G01N   3/56	29	ޤĴ	Investigating resistance to wear or abrasion
G01N   3/56  A	1	0	2G061	G01N   3/56	119	ݡۡ㡥ߡ	Of textiles or fabrics e.g. carpets
G01N   3/56  B	1	0	2G061	G01N   3/56	60	Τ	Of threads
G01N   3/56  C	1	0	2G061	G01N   3/56	83	ǥ	Of magnetic disks
G01N   3/56  F	1	0	2G061	G01N   3/56	82	ξʤ	Of automotive component parts
G01N   3/56  G	1	1	2G061	G01N   3/56	147		Of tires
G01N   3/56  K	1	0	2G061	G01N   3/56	159	ʤ	Of machine parts
G01N   3/56  L	1	1	2G061	G01N   3/56	26	󥰡ԥȥ	Of rings or pistons
G01N   3/56  H	1	0	2G061	G01N   3/56	35	̵	Of inorganic materials
G01N   3/56  J	1	0	2G061	G01N   3/56	1	Ф	Of jewelry
G01N   3/56  M	1	0	2G061	G01N   3/56	113	°	Of metallic materials
G01N   3/56  N	1	0	2G061	G01N   3/56	165	ץ饹ĥ	Of plastics or rubber materials
G01N   3/56  D	1	0	2G061	G01N   3/56	98	ɥݥˡ	Sand erosion method
G01N   3/56  E	1	0	2G061	G01N   3/56	70	ⲹ㲹Ǥλ	Tests at high or low temperatures
G01N   3/56  P	1	0	2G061	G01N   3/56	16	Ѱ̸֤ħΤ	Characterised by devices for detecting the displacement
G01N   3/56  Q	1	1	2G061	G01N   3/56	11	ǡݥħΤ	Characterised by data processing of the images
G01N   3/56  Z	1	0	2G061	G01N   3/56	421	¾	Others
G01N   3/58  \	1	1	2G061	G01N   3/58	24	ʪˤĴںĴ	Investigating machinability by cutting tools; Investigating the cutting ability of tools
G01N   3/58  A	1	0	2G061	G01N   3/58	31	Ĵ	Investigating machinability
G01N   3/58  B	1	0	2G061	G01N   3/58	50	žں﹩	Revolving cutting tool
G01N   3/58  C	1	1	2G061	G01N   3/58	16	ںϸ	Detecting cutting force
G01N   3/58  D	1	2	2G061	G01N   3/58	10	ǡݥħΤ	Characterised by data processing
G01N   3/58  F	1	1	2G061	G01N   3/58	1	ָ	Detecting tool position
G01N   3/58  G	1	2	2G061	G01N   3/58	17	׸С̼̿	Detecting tool wear (life)
G01N   3/58  H	1	2	2G061	G01N   3/58	26	»̰۾͸	Detecting damaged tools (fault)
G01N   3/58  K	1	0	2G061	G01N   3/58	8	ž׹̥饤ݡ	Revolving abrasive tools (grinder)
G01N   3/58  M	1	0	2G061	G01N   3/58	35	žں﹩	Non-revolving cutting tools
G01N   3/58  Z	1	0	2G061	G01N   3/58	57	¾	Others
G01N   3/60  \	1	1	2G061	G01N   3/60	200	㡥Ѳкࡤε޷ǮѲФĴ	Investigating resistance of materials, e.g. refractory materials, to rapid heat changes
G01N   3/60  A	1	0	2G061	G01N   3/60	116	Ǯ׷̱٤ΤʤΡ	Thermal shocks (without the stress load)
G01N   3/60  B	1	1	2G061	G01N   3/60	326	֤Ǯ	Repeated heating or cooling
G01N   3/60  C	1	2	2G061	G01N   3/60	9	󥵡ݤħΤ	Characterised by sensors
G01N   3/60  D	1	2	2G061	G01N   3/60	91	桦ǡݥ	Control or data processing
G01N   3/60  G	1	0	2G061	G01N   3/60	21	ٲǮ׷	Thermal shocks under the stress load
G01N   3/60  H	1	1	2G061	G01N   3/60	39	Ǯϫ̶ٻ	Thermal fatigue (strength tests)
G01N   3/60  J	1	2	2G061	G01N   3/60	3	󥵡ݤħΤ	Characterised by sensors
G01N   3/60  K	1	2	2G061	G01N   3/60	11	桦ǡݥ	Control or data processing
G01N   3/60  M	1	0	2G061	G01N   3/60	5		Test pieces
G01N   3/60  N	1	1	2G061	G01N   3/60	19	ħΤ	Characterised by materials
G01N   3/60  P	1	1	2G061	G01N   3/60	18	¤ħΤ	Characterised by structures
G01N   3/60  Q	1	1	2G061	G01N   3/60	11	ĥƥ󥰤ħΤ	Characterised by settings
G01N   3/60  R	1	0	2G061	G01N   3/60	124	ǮѤ°	Accessory devices for heating or cooling
G01N   3/60  Z	1	0	2G061	G01N   3/60	34	¾	Others
G01N   3/62  \	1	1	2G061	G01N   3/62	76	嵭֥롼פʬवĴѤ줿֤κޤϽ	Manufacturing, calibrating, or repairing devices used in investigations covered by the preceding subgroups
G01N   5/00  \	0	0	2G062	G01N   5/00	216	¬ˤʬϡ㡥ΤޤϱΤʬΥγҤν¬ˤΡʣǣΣͥ	Analysing materials by weighing, e.g. weighing small particles separated from a gas or liquid (G01N 9/00 takes precedence)
G01N   5/00  A	0	0	2G062	G01N   5/00	76	κʬ	Analysing materials during the transferring
G01N   5/00  B	0	0	2G062	G01N   5/00	124	޿̤¬̣ͥ	Measuring moisture content (A takes precedence)
G01N   5/00  C	0	0	2G062	G01N   5/00	24	ɹϪθ	Detecting the icing or condensation
G01N   5/00  D	0	0	2G062	G01N   5/00	65	ήΤʬϡ̣ͥ	Analysing fluids (A takes precedence)
G01N   5/00  Z	0	0	2G062	G01N   5/00	221	¾Τ	Others
G01N   5/02  \	1	1	2G062	G01N   5/02	39	ʬۼޤϵ夵ޤνѲ¬ꤹΡ㡥޿Ψ¬	by absorbing or adsorbing components of a material and determining change of weight of the adsorbent, e.g. determining moisture content
G01N   5/02  A	1	0	2G062	G01N   5/02	1959	ưҤѤ	By using vibrators
G01N   5/02  E	1	1	2G062	G01N   5/02	109	޿̤¬	Measuring moisture content (A takes precedence)
G01N   5/02  F	1	1	2G062	G01N   5/02	52	Ϫθ	Detecting the condensation or frosting
G01N   5/02  C	1	0	2G062	G01N   5/02	62	ʴǻ٤¬	Measuring dust densities
G01N   5/02  D	1	1	2G062	G01N   5/02	52	ޥХˡ	Micro balancing method
G01N   5/02  Z	1	0	2G062	G01N   5/02	259	¾	Others
G01N   5/04  \	1	1	2G062	G01N   5/04	397	ʬ㡥ȯν̤¬ꤹ	by removing a component, e.g. by evaporation, and weighing the remainder
G01N   5/04  A	1	0	2G062	G01N   5/04	374	ǮʤѤ	By using means for heating
G01N   5/04  B	1	1	2G062	G01N   5/04	208	޿̤¬	Measuring moisture content (A takes precedence)
G01N   5/04  C	1	2	2G062	G01N   5/04	99	ǮʤħΤ	Characterised by means for heating
G01N   5/04  D	1	2	2G062	G01N   5/04	93	黻ưħΤ	Characterised by arithmetic and control units or automation
G01N   5/04  E	1	1	2G062	G01N   5/04	99	Τή̤Ƥ	By distributing the gases
G01N   5/04  Z	1	0	2G062	G01N   5/04	105	¾Τ	Others
G01N   7/00  \	0	0	2G062	G01N   7/00	194	ΤޤϾѤޤϰϤ¬ˤʬ	Analysing materials by measuring the pressure or volume of a gas or vapour
G01N   7/00  A	0	0	2G062	G01N   7/00	81	޿̤¬	Measuring moisture content (A takes precedence)
G01N   7/00  B	0	0	2G062	G01N   7/00	83	εΤʬϡ̣ͥ	Analysing gases contained in the liquids (A takes precedence)
G01N   7/00  C	0	0	2G062	G01N   7/00	111	Τʬϡ̣ͥ	Analysing gases (A takes precedence)
G01N   7/00  D	0	0	2G062	G01N   7/00	51	θΤʬϡե륿ܵͤ	Analysing solids in the gases or clogged filters
G01N   7/00  Z	0	0	2G062	G01N   7/00	128	¾Τ	Others
G01N   7/02  \	1	1	2G062	G01N   7/02	54	ʬۼޤǳƤλΰϤޤѤѲ¬ꤹ	by absorption, adsorption, or combustion of components and measurement of the change in pressure or volume of the remainder
G01N   7/04  \	2	2	2G062	G01N   7/04	145	ۼޤϵΤߤˤ	by absorption or adsorption alone
G01N   7/04  A	2	0	2G062	G01N   7/04	68	ۼդѤ	By using absorbing liquids
G01N   7/04  B	2	1	2G062	G01N   7/04	33	ʣεۼդѤ	By using plurality of absorbing liquids
G01N   7/04  Z	2	0	2G062	G01N   7/04	75	¾Τ	Others
G01N   7/06  \	2	2	2G062	G01N   7/06	32	ǳƤΤߤˤ	by combustion alone
G01N   7/08  \	2	2	2G062	G01N   7/08	14	ǳƸ塤ǳʪۼޤϵ夵	by combustion followed by absorption or adsorption of the combustion products
G01N   7/10  \	1	1	2G062	G01N   7/10	127	¿ɤˤʬȻϤޤѤκۤ¬ꤹ뤳Ȥˤ	by allowing diffusion of components through a porous wall and measuring a pressure or volume difference
G01N   7/10  A	1	0	2G062	G01N   7/10	44	Ǥ򸡽Ф	Detecting oxygen
G01N   7/10  B	1	1	2G062	G01N   7/10	47	Ĵħ	Characterised by temperature adjustments or compensations
G01N   7/10  C	1	1	2G062	G01N   7/10	31	Ϥħ	Characterised by vacuum system
G01N   7/10  Z	1	0	2G062	G01N   7/10	19	¾Τ	Others
G01N   7/12  \	2	2	2G062	G01N   7/12	2	Ȼθ塤ǳƤޤܿ	the diffusion being followed by combustion or catalytic oxidation
G01N   7/14  \	1	1	2G062	G01N   7/14	131	鵤ΤޤϾ㡥ФϤޤѤκۤ¬ꤹ뤳Ȥˤ	by allowing the material to emit a gas or vapour, e.g. water vapour, and measuring a pressure or volume difference
G01N   7/16  \	2	2	2G062	G01N   7/16	65	βǮˤ	by heating the material
G01N   7/18  \	2	2	2G062	G01N   7/18	79	ȿ뤳Ȥˤ	by allowing the material to react
G01N   7/20  \	3	3	2G062	G01N   7/20	4	ȿȯڤǤ	the reaction being fermentation
G01N   7/22  \	4	4	2G062	G01N   7/22	0	Ϥ˴ؤ	of dough
G01N   9/00  \	0	0	2G062	G01N   9/00	33	Ťޤ̩٤ĴŤޤ̩٤¬ˤʬ	Investigating density or specific gravity of materials; Analysing materials by determining density or specific gravity
G01N   9/00  A	0	0	2G062	G01N   9/00	196	Τ˴ؤ	Related to the liquids
G01N   9/00  B	0	0	2G062	G01N   9/00	106	Τ˴ؤ	Related to the gases
G01N   9/00  C	0	0	2G062	G01N   9/00	283	ȿѲѤ	By using changes in the resonant frequencies
G01N   9/00  D	0	1	2G062	G01N   9/00	182	ήΤƤɡƴͤư	Vibrating the pipes (containers) accommodating the fluid
G01N   9/00  E	0	1	2G062	G01N   9/00	112	ήοưҡ̣ͤư	Vibrating the vibrators located in the fluid (e.g. wings)
G01N   9/00  Z	0	0	2G062	G01N   9/00	191	¾	Others
G01N   9/02  \	1	1	2G062	G01N   9/02	138	Ѥη̤ˤ	by measuring weight of a known volume
G01N   9/04  \	2	2	2G062	G01N   9/04	80	Τ˴ؤ	of fluids
G01N   9/06  \	3	3	2G062	G01N   9/06	3	ԥܥåȤˤٻ줿ȻҤ̤Ϣ³Ū۴ĵĤ	with continuous circulation through a pivotally-supported member
G01N   9/08  \	1	1	2G062	G01N   9/08	122	κ絤椪ӱξǽ¬ꤷϤ¬ꤹ뤳Ȥˤ	by measuring buoyant force of solid materials by weighing both in air and in a liquid
G01N   9/10  \	1	1	2G062	G01N   9/10	90	ήκޤʬŪ˿줿ʪΤδѻˤ	by observing bodies wholly or partially immersed in fluid materials
G01N   9/12  \	2	2	2G062	G01N   9/12	138	ʪΤٹ礤δ¬ˤΡ㡥⤭Ф	by observing the depth of immersion of the bodies, e.g. hydrometers
G01N   9/12  A	2	0	2G062	G01N   9/12	70	ŵѤ	By using specific gravity balls
G01N   9/12  Z	2	0	2G062	G01N   9/12	104	¾Τ	Others
G01N   9/14  \	3	3	2G062	G01N   9/14	196	ʪΤƴǤ	the body being built into a container
G01N   9/16  \	3	3	2G062	G01N   9/16	53	ʪΤ٤Ƥ	the body being pivoted
G01N   9/18  \	3	3	2G062	G01N   9/18	8	ؼϿޤΤüŬ	Special adaptations for indicating, recording, or control
G01N   9/18  A	3	0	2G062	G01N   9/18	131	ŵŪŪʤ	Of electric or magnetic types
G01N   9/18  D	3	1	2G062	G01N   9/18	63	ФѤ	By using magnets
G01N   9/18  B	3	0	2G062	G01N   9/18	52	Ūʤ	Of optical types
G01N   9/18  C	3	0	2G062	G01N   9/18	71	Ūʤ	Of mechanical types
G01N   9/18  Z	3	0	2G062	G01N   9/18	29	¾	Others
G01N   9/20  \	2	2	2G062	G01N   9/20	28	ʪΤν̤ΤĤ碌ˤ	by balancing the weight of the bodies
G01N   9/22  \	3	3	2G062	G01N   9/22	3	ΤϢ³Ū۴ĵĤ	with continuous circulation of the fluid
G01N   9/24  \	1	1	2G062	G01N   9/24	9	ФưޤγƩ٤δ¬ˤ	by observing the transmission of wave or particle radiation through the material
G01N   9/24  A	1	0	2G062	G01N   9/24	153	ˤ	By lights
G01N   9/24  B	1	0	2G062	G01N   9/24	215	ˤ	By radiation
G01N   9/24  F	1	1	2G062	G01N   9/24	151	ΡγΡʴΤޤͤоݤȤ	For solids (including the granules and powders)
G01N   9/24  C	1	0	2G062	G01N   9/24	65	Ȥˤ	By sound waves
G01N   9/24  D	1	0	2G062	G01N   9/24	30	ޥȤˤ	By microwaves
G01N   9/24  E	1	0	2G062	G01N   9/24	43	ŵŪṲ̄ˤ	By electric or magnetic changes
G01N   9/24  Z	1	0	2G062	G01N   9/24	9	¾	Others
G01N   9/26  \	1	1	2G062	G01N   9/26	136	Ϥκۤ¬ˤ	by measuring pressure differences
G01N   9/26  A	1	0	2G062	G01N   9/26	115	ήư֤ˤʬ	Analysing during the flowing motion
G01N   9/26  Z	1	0	2G062	G01N   9/26	95	¾Τ	Others
G01N   9/28  \	2	2	2G062	G01N   9/28	95	ΰۤʤ뿼٤ǥΥ뤫ȯ뵤ˢаϤ¬ˤ	by measuring the blowing pressure of gas bubbles escaping from nozzles at different depths in a liquid
G01N   9/30  \	1	1	2G062	G01N   9/30	28	󿴸̤ˤ	by using centrifugal effects
G01N   9/32  \	1	1	2G062	G01N   9/32	33	ΤήưˤΡ㡥ɤޤϳή	by using flow properties of fluids, e.g. flow through tubes or apertures
G01N   9/34  \	2	2	2G062	G01N   9/34	9	Τˤư뵡ǡ㡥Ѥˤ	by using elements moving through the fluid, e.g. vane
G01N   9/36  \	1	1	2G062	G01N   9/36	192	Ťޤ̩٤¬ˤʬϡ㡥ʬ¬¬ˡǣΣǣΣ	Analysing materials by measuring the density or specific gravity, e.g. determining quantity of moisture (methods of measurement G01N 9/02-G01N 9/32)
G01N   9/36  A	1	0	2G062	G01N   9/36	135	Τʬ	Analyzing liquids
G01N   9/36  B	1	1	2G062	G01N   9/36	53		Oils
G01N   9/36  C	1	0	2G062	G01N   9/36	150	Τʬ	Analysing solids in the gases or clogged filters
G01N   9/36  Z	1	0	2G062	G01N   9/36	76	¾Τ	Others
G01N  11/00  \	0	0	2G048	G01N  11/00	17	ήư㡥Ǵ٤ޤĴήư¬ˤʬ	Investigating flow properties of materials e.g. viscosity or plasticity; Analysing materials by determining flow properties
G01N  11/00  A	0	0	2G048	G01N  11/00	400	ʬϼʤħΤ	Characterised by means for analysing
G01N  11/00  B	0	1	2G048	G01N  11/00	107	򶴰	Pinching the specimens
G01N  11/00  C	0	0	2G048	G01N  11/00	480	ʬϺħΤ	Characterised by analysing materials
G01N  11/00  D	0	1	2G048	G01N  11/00	168	ʴγ	Powders or granular materials
G01N  11/00  E	0	1	2G048	G01N  11/00	343	󥯥ݥ	Concrete
G01N  11/00  F	0	0	2G048	G01N  11/00	216	üʬϤ	Analysing special properties
G01N  11/00  G	0	1	2G048	G01N  11/00	181	Ų٤ʬϤ	Analysing hardness
G01N  11/00  Z	0	0	2G048	G01N  11/00	185	¾Τ	Others
G01N  11/02  \	1	1	2G048	G01N  11/02	123	ή¬ˤ	by measuring flow of the material
G01N  11/04  \	2	2	2G048	G01N  11/04	46	Ф줿ϩ㡥ɡ̤	through a restricted passage, e.g. tube, aperture
G01N  11/04  A	2	0	2G048	G01N  11/04	153	ϩΥˤʤĤƤ	Passages made from the nozzle
G01N  11/04  B	2	1	2G048	G01N  11/04	123	ФޤήϩηħΤΡ̣ݷФࡤѥήϩʣήϩ	Characterised by extruding part or profiles of the flow passages e.g. screw shaped extruding part, spiral passages or plurality of passages
G01N  11/04  Z	2	0	2G048	G01N  11/04	224	¾Τ	Others
G01N  11/06  \	3	3	2G048	G01N  11/06	21	̤ήл֤¬ˤ	by timing the outflow of a known quantity
G01N  11/06  A	3	0	2G048	G01N  11/06	56	Ǯͻʤͭ	With means for heating and melting
G01N  11/06  B	3	0	2G048	G01N  11/06	45	ʤͭ	With means for cleaning
G01N  11/06  Z	3	0	2G048	G01N  11/06	192	¾Τ	Others
G01N  11/08  \	3	3	2G048	G01N  11/08	216	ήΤפ밵Ϥ¬ˤ	by measuring pressure required to produce a known flow
G01N  11/10  \	1	1	2G048	G01N  11/10	162	ʪΤư	by moving a body within the material
G01N  11/12  \	2	2	2G048	G01N  11/12	14	ʪΤξ徺ޤ®٤¬ˤΡӷߤ¬ˤΡʣǣΣͥ	by measuring rising or falling speed of the body; by measuring penetration of wedged gauges (G01N 11/16 takes precedence)
G01N  11/12  A	2	0	2G048	G01N  11/12	67	񹳤¬ꤹ	Measuring penetrating resistances
G01N  11/12  Z	2	0	2G048	G01N  11/12	164	¾Τ	Others
G01N  11/14  \	2	2	2G048	G01N  11/14	30	žΡ㡥ѤˤΡʣǣΣͥ	by using rotary bodies, e.g. vane (G01N 11/16 takes precedence)
G01N  11/14  A	2	0	2G048	G01N  11/14	159	žΤηħΤ	Characterised by profiles of the rotating parts
G01N  11/14  B	2	1	2G048	G01N  11/14	111	žΤ߿ݥΤ	With conical rotors
G01N  11/14  C	2	0	2G048	G01N  11/14	78	ФѤƤ	By using magnets
G01N  11/14  D	2	0	2G048	G01N  11/14	202	ʬϺħΤ	Characterised by analysing materials
G01N  11/14  E	2	0	2G048	G01N  11/14	174	𤷤ŤϤ¬ꤹΡ̣ű	Measuring transmission force via the materials e.g. dual cylinders
G01N  11/14  F	2	1	2G048	G01N  11/14	61	ưѤ	By using vibration
G01N  11/14  Z	2	0	2G048	G01N  11/14	305	¾Τ	Others
G01N  11/16  \	2	2	2G048	G01N  11/16	25	ưΤθ̤¬ˤ	by measuring damping effect upon oscillatory body
G01N  11/16  A	2	0	2G048	G01N  11/16	176	¬ꤹ	Measuring amplitudes
G01N  11/16  B	2	0	2G048	G01N  11/16	174	ȿ¬ꤹ	Measuring frequencies
G01N  11/16  Z	2	0	2G048	G01N  11/16	191	¾Τ	Others
G01N  13/00  \	0	0	2G048	G01N  13/00	608	ɽ̤ޤ϶̡㡥ϡĴȻ̤Ĵɽ̡ޤϳȻ̤¬ˤʬϡץֵѤޤ֣ǣѡˡΣ	Investigating surface or boundary effects, e.g. wetting power; Investigating diffusion effects; Analysing materials by determining surface, boundary, or diffusion effects (scanning-probe techniques or apparatus G01Q) [1,7]
G01N  13/02  \	1	1	2G048	G01N  13/02	277	ΤɽĥϤĴ	Investigating surface tension of liquids
G01N  13/04  \	1	1	2G048	G01N  13/04	245	Ʃ̤Ĵ	Investigating osmotic effects
G01N  15/00  \	0	0	2G049	G01N  15/00	24	γҤħĴ¿ƩΨ̤ޤɽѤĴʪƱãѡˡΣ	Investigating characteristics of particles; Investigating permeability, pore-volume or surface-area of porous materials  (identification of microorganisms C12Q)[2024.01]
G01N  15/00  A	0	0	2G049	G01N  15/00	584	Ūʤˤ	By optical means
G01N  15/00  C	0	0	2G049	G01N  15/00	714	ץ󥰡ɸȯ	Sampling or generating standard specimens
G01N  15/00  Z	0	0	2G049	G01N  15/00	392	¾Τ	Others
G01N  15/01  \	1	1	2G049	G01N  15/01	360	ʪؾκ˦㡥塢äŬΡʷηߤĴǣΣˡΣ	specially adapted for biological cells, e.g. blood cells (investigating sedimentation of particle suspensions in blood G01N 15/05) [2024.01]
G01N  15/02  \	1	1	2G049	G01N  15/02	29	γ٤ޤγʬۤĴʿƩ¬ˤΣǣΣߤĴǣΣ̤γҤĴǣΣˡΣ	Investigating particle size or size distribution  (by measuring osmotic pressure G01N 7/10;  investigating sedimentation of particle suspensions G01N 15/04; investigating individual particles G01N 15/10) [2024.01]
G01N  15/02  D	1	0	2G049	G01N  15/02	394	ʬϼʤħΤ	Characterised by means of analysing
G01N  15/02  E	1	1	2G049	G01N  15/02	58	Ʃ̤¬ˤ	By measuring the permeation
G01N  15/02  F	1	0	2G049	G01N  15/02	436	ʬʤͭ	With the means for fraction-classification
G01N  15/02  Z	1	0	2G049	G01N  15/02	290	¾Τ	Others
G01N  15/0205  \	2	2	2G049	G01N  15/0205	2253	ŪʤˤΡΣ	by optical means [2024.01]
G01N  15/0227  \	3	3	2G049	G01N  15/0227	19	ѤΡۥեѤΡΣ	using imaging; using holography [2024.01]
G01N  15/0227 100 \	4	4	2G049	G01N  15/0227	1070	ˤ	By forming the images
G01N  15/0227 110 \	4	4	2G049	G01N  15/0227	463	ħΤ	Characterised by signal processing
G01N  15/04  \	1	1	2G049	G01N  15/04	10	ߤĴΣ	Investigating sedimentation of particle suspensions
G01N  15/04  A	1	0	2G049	G01N  15/04	151	ߤˤ	By centrifugal depositing
G01N  15/04  B	1	0	2G049	G01N  15/04	182	Ūʤˤ	By optical means
G01N  15/04  C	1	1	2G049	G01N  15/04	28	ˤ	By forming the images
G01N  15/04  D	1	2	2G049	G01N  15/04	16	ħΤ	Characterised by signal processing
G01N  15/04  Z	1	0	2G049	G01N  15/04	144	¾Τ	Others
G01N  15/05  \	2	2	2G049	G01N  15/05	54	ΡΣ	in blood [2006.01]
G01N  15/06  \	1	1	2G049	G01N  15/06	18	ǻ٤Ĵʽ¬ˤΣǣΣߤĴǣΣ̤γҤĴǣΣˡΣ	Investigating concentration of particle suspensions (by weighing G01N 5/00; investigating sedimentation of particle suspensions G01N 15/04; investigating individual particles G01N 15/10) [2024.01]
G01N  15/06  A	1	0	2G049	G01N  15/06	75	ʪΤ˺ѤϤ¬ꤹ	Measuring forces acting on the immersed objects
G01N  15/06  B	1	0	2G049	G01N  15/06	157	ȡĶȡͤλѤˤ	By using sound waves (ultrasonic waves)
G01N  15/06  D	1	0	2G049	G01N  15/06	1524	Τͷǻ¬	Measuring densities of the solids suspended in the gas
G01N  15/06  E	1	0	2G049	G01N  15/06	689	Τͷǻ¬	Measuring densities of the solids suspended in the liquid
G01N  15/06  Z	1	0	2G049	G01N  15/06	106	¾Τ	Others
G01N  15/075  \	2	2	2G049	G01N  15/075	873	ŪʤˤΡΣ	by optical means [2024.01]
G01N  15/08  \	1	1	2G049	G01N  15/08	24	¿ƩΨ̤ޤɽѤĴΣ	Investigating permeability, pore volume, or surface area of porous materials [2006.01]
G01N  15/08  A	1	0	2G049	G01N  15/08	416	ե륿ݤλ	Filter tests
G01N  15/08  B	1	1	2G049	G01N  15/08	197	ܤŤޤ긡	Detecting clogging
G01N  15/08  C	1	0	2G049	G01N  15/08	367	ƩΨ¬	Measuring permeation rates
G01N  15/08  D	1	1	2G049	G01N  15/08	183	̵Ψ¬	Measuring ventilation rates
G01N  15/08  E	1	2	2G049	G01N  15/08	155	ݥȾʪΤĴ	Investigating sheet materials
G01N  15/08  F	1	2	2G049	G01N  15/08	50	ХĴ	Investigating tobaccos
G01N  15/08  H	1	0	2G049	G01N  15/08	120	̤Ĵ	Investigating pore-volumes
G01N  15/08  J	1	0	2G049	G01N  15/08	115	ɽѤĴ	Investigating surface areas
G01N  15/08  Z	1	0	2G049	G01N  15/08	159	¾Τ	Others
G01N  15/10  \	1	1	2G049	G01N  15/10	11	̤γҤĴΣ	Investigating individual particles [2024.01]
G01N  15/10  A	1	0	2G049	G01N  15/10	234	ʬϼʤħΤ	Characterised by means of analysis
G01N  15/10  B	1	0	2G049	G01N  15/10	126	ħΤ	Characterised by signal processing
G01N  15/10  Z	1	0	2G049	G01N  15/10	143	¾Τ	Others
G01N  15/1031  \	2	2	2G049	G01N  15/1031	4	ŵŪޤϼṲ̄¬ꤹ뤳ȤˤΡΣ	by measuring electrical or magnetic effects [2024.01]
G01N  15/12  \	3	3	2G049	G01N  15/12	9	̤γҤǤݤΡ֤񹳤ޤϥԡ󥹤Ѳ¬뤳ȤˤΡ㡥륿Ѥ뤳ȤˤΡΣ	by observing changes in resistance or impedance across apertures when traversed by individual particles, e.g. by using the Coulter principle [2024.01]
G01N  15/12  F	3	0	2G049	G01N  15/12	114	ħΤ	Characterised by signal processing
G01N  15/12  G	3	1	2G049	G01N  15/12	53	׿ħΤ	Characterised by counter compensations
G01N  15/12  H	3	1	2G049	G01N  15/12	105	γҤʬࡤʬ餹	Categorising or classifying the particles
G01N  15/12  J	3	1	2G049	G01N  15/12	55	ѥ륹ʬϤħΤ	Characterised by pulse analysis
G01N  15/12  Z	3	0	2G049	G01N  15/12	105	¾Τ	Others
G01N  15/13  \	4	4	2G049	G01N  15/13	0	˴ؤΣ	Details pertaining to apertures [2024.01]
G01N  15/13  A	4	0	2G049	G01N  15/13	158	ͭɤι¤¤ˡ	Structures or manufacturing methods of the porous pipes
G01N  15/13  B	4	0	2G049	G01N  15/13	196	ΰħΤ	Characterised by specimen transfer
G01N  15/13  C	4	1	2G049	G01N  15/13	72	̶ʤͭ	With provision for constant feeding
G01N  15/13  D	4	0	2G049	G01N  15/13	51	ĺɸΡɻ߼ʤͭ	With means for detecting or preventing clogging
G01N  15/13  E	4	0	2G049	G01N  15/13	50	ʣθмʤͭ	With plurality of means for detecting
G01N  15/13  Z	4	0	2G049	G01N  15/13	0	¾Τ	Others
G01N  15/14  \	2	2	2G049	G01N  15/14	29	ŪĴѡ㡥եȥȥ꡼Σ	Optical investigation techniques, e.g. flow cytometry [2024.01]
G01N  15/14  G	2	0	2G049	G01N  15/14	102	ʣθмʤͭ	With plurality of means for detection
G01N  15/14  C	2	0	2G049	G01N  15/14	1426	ա˦Ĵ	Investigating blood or cells
G01N  15/14  Z	2	0	2G049	G01N  15/14	220	¾Τ	Others
G01N  15/1404  \	3	3	2G049	G01N  15/1404	10	ήΤμ갷㡥ήϳŪ«Σ	Handling flow, e.g. hydrodynamic focusing [2024.01]
G01N  15/1404 100 \	4	4	2G049	G01N  15/1404	17	ĺɸΡɻ߼ʤͭ	With means for detecting or preventing clogging
G01N  15/1409  \	4	4	2G049	G01N  15/1409	6	μ갷㡥ΡΣ	Handling samples, e.g. injecting samples [2024.01]
G01N  15/1409 100 \	5	5	2G049	G01N  15/1409	950	ΰĴħΤ	Characterised by transfer or adjustments of the specimens
G01N  15/1409 110 \	5	5	2G049	G01N  15/1409	46	̶ʤħͭ	Characterised by means for constant feeding
G01N  15/1429  \	3	3	2G049	G01N  15/1429	1187	Σ	Signal processing [2024.01]
G01N  15/1429 100 \	4	4	2G049	G01N  15/1429	79	׿ħΤ	Characterised by counter compensation
G01N  15/1429 200 \	4	4	2G049	G01N  15/1429	558	γҤʬࡤʬ餹㡢γʬ۶ͤ	Categorising or classifying particles e.g. for obtaining the particle distribution curves
G01N  15/1429 300 \	4	4	2G049	G01N  15/1429	86	ѥ륹ʬϤħΤ	Characterised by pulse distribution
G01N  15/1433  \	4	4	2G049	G01N  15/1433	358	ǧѤΡΣ	using image recognition [2024.01]
G01N  15/1434  \	3	3	2G049	G01N  15/1434	2045	Ū֡Σ	Optical arrangements [2024.01]
G01N  15/1434 100 \	4	4	2G049	G01N  15/1434	814	θ	Detecting scattered lights
G01N  15/1434 110 \	4	4	2G049	G01N  15/1434	81	Ʃθ	Detecting transmitted lights
G01N  15/149  \	3	3	2G049	G01N  15/149	256	γҤʬ褹Ρ㡥礭ϸŪˤγҤʬΣ	specially adapted for sorting particles, e.g. by their size or optical properties [2024.01]
G01N  15/1492  \	4	4	2G049	G01N  15/1492	102	ũΤΡΣ	within droplets [2024.01]
G01N  17/00  \	0	0	2G050	G01N  17/00	6220	ŷ忪ޤϸФѵĴ	Investigating resistance of materials to the weather, to corrosion, or to light
G01N  17/02  \	1	1	2G050	G01N  17/02	640	忪ޤɿ¬ꤹ뤿ŵŪ¬ꥷƥʣǣΣͥˡΣ	Electrochemical measuring systems for weathering, corrosion or corrosion-protection measurement (G01N 17/04 takes precedence) [5]
G01N  17/04  \	1	1	2G050	G01N  17/04	459	忪ץ֡Σ	Corrosion probes [5]
G01N  19/00  \	0	0	2G050	G01N  19/00	36	ŪˡˤĴʣǣΣǣΣͥ	Investigating materials by mechanical methods (G01N 3/00-G01N 17/00 take precedence)
G01N  19/00  A	0	0	2G050	G01N  19/00	297	쥪Ĵ	Investigating rheology characteristics
G01N  19/00  B	0	1	2G050	G01N  19/00	268	ưˤΡ̣Ǵ	By vibration e.g. visco-elasticity
G01N  19/00  C	0	2	2G050	G01N  19/00	83	ħΤ	Characterised by signal processing
G01N  19/00  D	0	3	2G050	G01N  19/00	60	ưϤħΤ	Characterised by vibration analyses
G01N  19/00  E	0	0	2G050	G01N  19/00	208	оʪħΤ	Characterised by objects
G01N  19/00  F	0	1	2G050	G01N  19/00	74	ݡ	fibres or papers
G01N  19/00  G	0	0	2G050	G01N  19/00	172	ζ٤Ĵ	Investigating material strength
G01N  19/00  H	0	0	2G050	G01N  19/00	206	ˤήΤθ	Detecting fluids by adsorption
G01N  19/00  J	0	0	2G050	G01N  19/00	78	ݻϡϤ¬	Measuring retaining force for the materials or bonding strength
G01N  19/00  Z	0	0	2G050	G01N  19/00	243	¾Τ	Others
G01N  19/02  \	1	1	2G050	G01N  19/02	52	֤໤¬	Measuring coefficient of friction between materials
G01N  19/02  A	1	0	2G050	G01N  19/02	360	оʪħΤ	Characterised by objects
G01N  19/02  B	1	1	2G050	G01N  19/02	393	䡤ϩ	Tires or road surfaces
G01N  19/02  C	1	0	2G050	G01N  19/02	346	ưٵħΤ	Characterised by material transfer mechanisms or loading mechanisms
G01N  19/02  Z	1	0	2G050	G01N  19/02	231	¾Τ	Others
G01N  19/04  \	1	1	2G050	G01N  19/04	32	֡㡥ơסʤࡤǴϤ¬	Measuring adhesive force between materials, e.g. of sealing tape, of coating
G01N  19/04  A	1	0	2G050	G01N  19/04	185	Ⱦդ	Soldered or welded joints
G01N  19/04  B	1	0	2G050	G01N  19/04	196	ݥȾоݤȤ	For sheet materials
G01N  19/04  C	1	1	2G050	G01N  19/04	167	߼ưܿΤ	Of scratching or sliding contact types
G01N  19/04  D	1	1	2G050	G01N  19/04	509	ĥΤ	Of tensile types
G01N  19/04  Z	1	0	2G050	G01N  19/04	455	¾Τ	Others
G01N  19/06  \	1	1	2G050	G01N  19/06	40	߼ˤĴ㡥вֻ	Investigating by removing material, e.g. spark-testing
G01N  19/08  \	1	1	2G050	G01N  19/08	8	ޤԵ§¸ߤθ	Detecting presence of flaws or irregularities
G01N  19/08  A	1	0	2G050	G01N  19/08	105	ήΤѤ	By using fluids
G01N  19/08  B	1	0	2G050	G01N  19/08	116	ȥ󥵤ȤŪ˰ư	Moving the materials or sensors to change their relative positions
G01N  19/08  C	1	1	2G050	G01N  19/08	148	ɽ̤α̤ˤꥻ󥵤Ѱ̤	Displacing sensors based on the convex or concave on the material surface
G01N  19/08  Z	1	0	2G050	G01N  19/08	146	¾Τ	Others
G01N  19/10  \	1	1	2G050	G01N  19/10	22	޿̤¬ꡤ㡥ۼեȤĹѲ¬ˤΡٷ	Measuring moisture content, e.g. by measuring change in length of hygroscopic filament; Hygrometers
G01N  19/10  A	1	0	2G050	G01N  19/10	206	ۼˤ	By hygroscopicity
G01N  19/10  B	1	1	2G050	G01N  19/10	137	ĹѲˤ	By change in length
G01N  19/10  C	1	2	2G050	G01N  19/10	72	żŪмʤˤ	By electro-magnetic detection means
G01N  19/10  Z	1	0	2G050	G01N  19/10	146	¾Τ	Others
G01N  21/00  \	0	0	2G059	G01N  21/00	255	ŪʤλѤˤꡤʤ֥ߥȡֳĻޤϻ糰ѤơĴޤʬϤΡʣǣΣǣΣͥˡΣ	Investigating or analysing materials by the use of optical means, i.e. using sub-millimetre waves, infrared, visible or ultraviolet light (G01N 3/00-G01N 19/00 take precedence) [2006.01]
G01N  21/00  A	0	0	2G059	G01N  21/00	653	ʬ	Photo-acoustic spectroscopy
G01N  21/00  B	0	0	2G059	G01N  21/00	507	ȾƳΤɾ	Assessing the semiconductors
G01N  21/00  Z	0	0	2G059	G01N  21/00	332	¾Τ	Others
G01N  21/01  \	1	1	2G059	G01N  21/01	169	ŪĴưפ˹Ԥʤ֤ޤ֡Σ	Arrangements or apparatus for facilitating the optical investigation [3]
G01N  21/01  A	1	0	2G059	G01N  21/01	279	ɸ๽¤	Standard structures
G01N  21/01  B	1	0	2G059	G01N  21/01	1313	ۥ	Specimen holders
G01N  21/01  C	1	0	2G059	G01N  21/01	409	βپ̣饤åȡ	Controlling of thermal conditions for the specimens e.g. cryostat or constant temperature chamber
G01N  21/01  D	1	0	2G059	G01N  21/01	1884		Light sources
G01N  21/01  Z	1	0	2G059	G01N  21/01	1199	¾Τ	Others
G01N  21/03  \	2	2	2G057	G01N  21/03	47	٥åȹ¤Σ	Cuvette constructions [3]
G01N  21/03  A	2	0	2G057	G01N  21/03	89	Сե	Overflow cells
G01N  21/03  B	2	0	2G057	G01N  21/03	505	ѵۼ	Gas absorbing cells
G01N  21/03  Z	2	0	2G057	G01N  21/03	2299	¾Τ	Others
G01N  21/05  \	3	3	2G057	G01N  21/05	2146	ե롼٥åȡʣǣΣͥˡΣ	Flow-through cuvettes () [3]
G01N  21/07  \	3	3	2G057	G01N  21/07	203	ʬΥΥ٥åȡʣǣΣͥˡΣ	Centrifugal type cuvettes () [3]
G01N  21/09  \	3	3	2G057	G01N  21/09	44	ŨĶޤ忩⤷ϸѤΤŬΡΣ	adapted to resist hostile environments or corrosive or abrasive materials [3]
G01N  21/11  \	2	2	2G057	G01N  21/11	325	٥åȤؤνƤޤӽСΣ	Filling or emptying of cuvettes [3]
G01N  21/13  \	2	2	2G057	G01N  21/13	285	Ĵ֤ؤΤޤĴ֤Υ٥åȤޤϸλΰưΣ	Moving of cuvettes or solid samples to or from the investigating station [3]
G01N  21/15  \	2	2	2G057	G01N  21/15	1402	طϹǤαɻߤޤϸϩ˸ɻߡΣ	Preventing contamination of the components of the optical system or obstruction of the light path [3]
G01N  21/17  \	1	1	2G059	G01N  21/17	89	Ĵ˱͸Ĵ륷ƥĴŪ嵯͸ĹѲ򵯤ƥǣΣˡΣ	Systems in which incident light is modified in accordance with the properties of the material investigated (where the material investigated is optically excited causing a change in wavelength of the incident light G01N 21/63) [3]
G01N  21/17  A	1	0	2G059	G01N  21/17	3158	ȼΡΡʣͥ	With position scanning or image processing (610 takes precedence)
G01N  21/17  D	1	1	2G059	G01N  21/17	382	ŵưѡޥ	For electric migration or chromatography
G01N  21/17  B	1	0	2G059	G01N  21/17	273	̤ǤθؾѲˤ֤Ƚ̤	Determining the status based on the changes in optical conditions at the boundary surface
G01N  21/17  E	1	1	2G059	G01N  21/17	501	ȿͷũ̿ũޤ͸дʶΨ׳¬ˤΣɽ̤ȿͤɽ¦¬ꤹΣˡʣȣߡ	Raindrop (water drop or fogging) detectors of internal reflection type (by Measuring reflectivity or critical angle 21/41, Measuring reflection of adhered surface from the front surface 21/47) (Newly established in 1999)
G01N  21/17  F	1	0	2G059	G01N  21/17	265	ϩ̾֡Ǩ졤ŷ㡤硤夿ޤͤθΡȿ͡иޤʤɤʣŪ¬ꡤȽǤΡꡦñ츶˴ŤΤϣͥˡʣȣߡ	Detecting road conditions (wet, rained, snowed, dry or sump) (Devices for comprehensively measuring and determining the reflection, scattering or refraction.  21/21, 21/41or 21/47 takes precedence for the detection based on a particular or single (in 1999 newly provided)
G01N  21/17  N	1	0	2G059	G01N  21/17	313	ܾХͥåȤѤΡʣͥ	using near-field light or evanescent light(G01N21/41,101,21/55,101 takes precedence)
G01N  21/17  Z	1	0	2G059	G01N  21/17	542	¾Τ	Others
G01N  21/17 610 \	2	2	2G059	G01N  21/17	624	⻶Ρ㡥Ρʬ¬ʣȣߡ	Measuring distribution within the highly scattering objects e.g. living bodies (Newly established in 1999)
G01N  21/17 620 \	3	3	2G059	G01N  21/17	1109	ãԡ̸زϡʪ󼡸ʬۤ¬ꤹΡ͡ʣȣߡ	Optical CT (optical Tomography analysis.  Measuring two or three dimensional distributions within the objects) (Newly established in 1999)
G01N  21/17 625 \	4	4	2G059	G01N  21/17	675	ʣĹѤΡʬʬϡ͡ʣͥˡʣȣߡ	By using plurality of wave lengths (Constituent analysis) (630 takes precedence) (Newly established in 1999)
G01N  21/17 630 \	4	4	2G059	G01N  21/17	1178	إƥȤѤΡʣȣߡ	By using heterodyne detection (Newly established in 1999)
G01N  21/19  \	2	2	2G059	G01N  21/19	234	Σ	Dichroism [3]
G01N  21/21  \	2	2	2G059	G01N  21/21	140	и˱ƶ򤪤ܤʣǣΣͥˡΣ	Polarisation-affecting properties (G01N 21/19 takes precedence) [3]
G01N  21/21  A	2	0	2G059	G01N  21/21	177	ظ̤	By using magneto-optic effects
G01N  21/21  Z	2	0	2G059	G01N  21/21	2120	¾Τ	Others
G01N  21/23  \	3	3	2G059	G01N  21/23	536	ʣޡΣ	Bi-refringence [3]
G01N  21/25  \	2	2	2G059	G01N  21/25	228	ڥȥʤޤϤʾĹ뤤ĹӤˤƺͿ̤ӡΣ	Colour; Spectral properties, i.e. comparison of effect of material on the light at two or more different wavelengths or wavelength bands [3]
G01N  21/27  \	3	3	2G059	G01N  21/27	298	ŸдѤΡʣǣΣͥˡΣ	using photo-electric detection (G01N 21/31 takes precedence) [3]
G01N  21/27  A	3	0	2G059	G01N  21/27	3408	ȼΡ	Involving position scanning or image processing
G01N  21/27  B	3	0	2G059	G01N  21/27	2727	ȿ͸ϻʬ	Spectroscopic analyses of reflected or scattered lights
G01N  21/27  D	3	0	2G059	G01N  21/27	128	ҼΤ	Immersing types
G01N  21/27  E	3	0	2G059	G01N  21/27	648	ʬ¬	Microscopic spectroscopy
G01N  21/27  F	3	0	2G059	G01N  21/27	1317	֤ι	Calibration or preparing calibration curve
G01N  21/27  H	3	0	2G059	G01N  21/27	132	إƥȤ	Hetrodyne detecting types
G01N  21/27  Z	3	0	2G059	G01N  21/27	4707	¾Τ	Others
G01N  21/29  \	3	3	2G059	G01N  21/29	158	иΤˤΡʣǣΣͥˡΣ	using visual detection (G01N 21/31 takes precedence) [3]
G01N  21/31  \	3	3	2G059	G01N  21/31	154	θǤޤʬҤħŤĹˤṲ̄Ĵ㡥ҵ۸ʬΣ	Investigating relative effect of material at wavelengths characteristic of specific elements or molecules, e.g. atomic absorption spectrometry [3]
G01N  21/31 610 \	4	4	2G059	G01N  21/31	18	ҵ۸ʬʣȣߡ	Atomic light absorption spectroscopy (Newly established in 1999)
G01N  21/31 610 A	4	0	2G059	G01N  21/31	400	ե졼쥹Ҳˡ㡥ŵǮϧúϧեϧˤΡʣͥ	Flameless atomising methods e.g. by electric furnace, carbon furnace or graphite furnace
G01N  21/31 610 B	4	0	2G059	G01N  21/31	204	бСʤˤΡ̥ե졼ˡ۸ʬ͡ʣͥˡʣȣߡ	Flame burners (flame methods, flame light absorption spectroscopy) (640 takes precedence) (Newly established in 1999)
G01N  21/31 610 C	4	0	2G059	G01N  21/31	97	ޥ̤ѤΡ̼ΰá͡ʣȣߡ	By using Zeeman effect (application of magnetic field) (Newly established in 1999)
G01N  21/31 610 D	4	0	2G059	G01N  21/31	28	Ըˡ	Deoxidizing vaporising methods
G01N  21/31 610 Z	4	0	2G059	G01N  21/31	854	¾ΤΡ̴ޡ̵ѡ͡ʣȣߡ	Others (including the common technology) (Newly established in 1999)
G01N  21/33  \	4	4	2G059	G01N  21/33	1659	糰ѤΡʣǣΣͥˡΣ	using ultra-violet light (G01N 21/39 takes precedence) [3]
G01N  21/35  \	4	4	2G059	G01N  21/35	3978	ֳѤΡʣǣΣͥˡΣ	using infra-red light (G01N 21/39 takes precedence) [3]
G01N  21/3504  \	5	5	2G059	G01N  21/3504	2451	ʬϤΤΤΡ㡥¿ʬʬϡΣ	for analysing gases, e.g. multi-gas analysis
G01N  21/3518  \	6	6	2G059	G01N  21/3518	70	ե륿ˡѤ֡ĴˡѤ֡Σ	Devices using gas filter correlation techniques; Devices using gas pressure modulation techniques
G01N  21/3554  \	5	5	2G059	G01N  21/3554	874	ʬ¬ΤΤΡΣ	for determining moisture content
G01N  21/3559  \	6	6	2G059	G01N  21/3559	287	ȺΡ㡥ΡΣ	in sheets, e.g. in paper
G01N  21/3563  \	5	5	2G059	G01N  21/3563	2071	ʬϤΤΤΡΤλĴΣ	for analysing solids; Preparation of samples therefor
G01N  21/3577  \	5	5	2G059	G01N  21/3577	1503	Ρ㡥塤ʬϤ뤿ΤΡΣ	for analysing liquids, e.g. polluted water
G01N  21/3581  \	5	5	2G059	G01N  21/3581	927	ֳѤΡƥإȤѤΡΣ	using far infra-red light; using Terahertz radiation
G01N  21/3586  \	6	6	2G059	G01N  21/3586	758	ƥإĻΰʬˡΣԣȣݣԣģӡϤˤΡΣ	by Terahertz time domain spectroscopy [THz-TDS]
G01N  21/359  \	5	5	2G059	G01N  21/359	3051	ֳѤΡΣ	using near infra-red light
G01N  21/37  \	5	5	2G059	G01N  21/37	177	θδѤΡΣ	using pneumatic detection [3]
G01N  21/39  \	4	4	2G059	G01N  21/39	1167	ƱĴ졼ѤΡΣ	using tunable lasers [3]
G01N  21/41  \	2	2	2G059	G01N  21/41	159	Ψ˱ƶͿ㡥ϩĹʣǣΣͥˡΣ	Refractivity; Phase-affecting properties, e.g. optical path length (G01N 21/21 takes precedence) [3]
G01N  21/41  A	2	0	2G059	G01N  21/41	390	ҼΤ	Of immersing types
G01N  21/41  B	2	0	2G059	G01N  21/41	173	޷	Differential refraction meter
G01N  21/41  Z	2	0	2G059	G01N  21/41	1649	¾Τ	Others
G01N  21/41 101 \	3	3	2G059	G01N  21/41	1872	ɽ̥ץ饺ġΣӣУҡϤѤ	using surface plasmon resonance[SPR]
G01N  21/41 102 \	4	4	2G059	G01N  21/41	519	ɺɽ̥ץ饺ġΣ̣ӣУҡϤѤ	using localised surface plasmon resonance[LSPR]
G01N  21/43  \	3	3	2G059	G01N  21/43	318	׳Ѥ¬ˤΡΣ	by measuring critical angle [3]
G01N  21/45  \	3	3	2G059	G01N  21/45	52	ˡˤΡ꡼ˡˤΡΣ	using interferometric methods; using Schlieren methods [3]
G01N  21/45  A	3	0	2G059	G01N  21/45	1005	ˡˤ	By interference method
G01N  21/45  B	3	0	2G059	G01N  21/45	72	꡼ˡˤ	By schlieren method
G01N  21/45  Z	3	0	2G059	G01N  21/45	153	¾Τ	Others
G01N  21/47  \	2	2	2G059	G01N  21/47	223	𡤤ʤȻȿ͡ʣǣΣǣΣͥˡΣ	Scattering, i.e. diffuse reflection (G01N 21/25, G01N 21/41 take precedence) [3]
G01N  21/47  A	2	0	2G059	G01N  21/47	280		Diffraction
G01N  21/47  B	2	0	2G059	G01N  21/47	670	Ƚ̤ؤ	By using for determining the status
G01N  21/47  C	2	1	2G059	G01N  21/47	247	ϪСʷϪٸФˤϪסʼٷסˤϣǣΣȿͷũפϣš	Detecting condensation (G 01 N 25/00 for dew-point recorder or hygrometer by detecting the dew point temperature or 21/17 E for internally reflecting droplet meter)
G01N  21/47  D	2	0	2G059	G01N  21/47	108	ɽ̤Ǥȿ	Reflection at the liquid surface
G01N  21/47  E	2	0	2G059	G01N  21/47	370	ǻٷסǥ󥷥ȥ᡼	Densitometer
G01N  21/47  F	2	0	2G059	G01N  21/47	527	ȥʡǻ¬	Measuring toner density
G01N  21/47  Z	2	0	2G059	G01N  21/47	1608	¾Τ	Others
G01N  21/49  \	3	3	2G059	G01N  21/49	142	ʪޤήΣ	within a body or fluid [3]
G01N  21/49  A	3	0	2G059	G01N  21/49	543	ƩʻѤ	By using scattered and transmitted lights
G01N  21/49  B	3	0	2G059	G01N  21/49	61	ޤ	Including the emulsifying process
G01N  21/49  C	3	0	2G059	G01N  21/49	233	졼졼	Laser radar
G01N  21/49  Z	3	0	2G059	G01N  21/49	1255	¾Τ	Others
G01N  21/51  \	4	4	2G059	G01N  21/51	329	ƴ㡥ץʣǣΣͥˡΣ	inside a container, e.g. in an ampoule () [3]
G01N  21/53  \	4	4	2G059	G01N  21/53	218	ήƤήΡ㡥졤Σ	within a flowing fluid, e.g. smoke [3]
G01N  21/53  A	4	0	2G059	G01N  21/53	358	кѱ측д	Smoke detectors for fire alarms
G01N  21/53  B	4	1	2G059	G01N  21/53	436	Ūħͭ	Characterised by optical constructions
G01N  21/53  C	4	1	2G059	G01N  21/53	454	ŵϩħͭ	Characterised by signal processing or electric circuits
G01N  21/53  D	4	1	2G059	G01N  21/53	170	٥å	Tests or sensitivity checks
G01N  21/53  Z	4	0	2G059	G01N  21/53	917	¾Τ	Others
G01N  21/55  \	2	2	2G059	G01N  21/55	625	ȿ͡Σ	Specular reflectivity [3]
G01N  21/552  \	3	3	2G059	G01N  21/552	1005	ȿ͡Σ	Attenuated total reflection
G01N  21/57  \	3	3	2G059	G01N  21/57	756	¬Σ	Measuring gloss [3]
G01N  21/59  \	2	2	2G059	G01N  21/59	409	ƩΨʣǣΣͥˡΣ	Transmissivity (G01N 21/25 takes precedence) [3]
G01N  21/59  B	2	0	2G059	G01N  21/59	61	ޤ	Involving the emulsifying processes
G01N  21/59  C	2	0	2G059	G01N  21/59	414	ҼΤ	Immersing types
G01N  21/59  D	2	0	2G059	G01N  21/59	170	ôΡ̣ե륿ͤ︡Τ夵	Attaching test honey to carriers e.g. filters
G01N  21/59  F	2	0	2G059	G01N  21/59	76	кѱ측д	Smoke detectors for the fire alarms
G01N  21/59  G	2	1	2G059	G01N  21/59	203	Ūħͭ	Characterised by optical structures
G01N  21/59  H	2	1	2G059	G01N  21/59	171	ŵϩħͭ	Characterised by signal processing or electric circuits
G01N  21/59  J	2	1	2G059	G01N  21/59	40	٥å	Tests or sensitivity checks
G01N  21/59  K	2	0	2G059	G01N  21/59	126	ܻˤ	Visual
G01N  21/59  L	2	0	2G059	G01N  21/59	192	ȥʡǻ¬	Measuring toner density
G01N  21/59  M	2	0	2G059	G01N  21/59	306	︡ΤȾΤ	Sheet test pieces
G01N  21/59  Z	2	0	2G059	G01N  21/59	3733	¾Τ	Others
G01N  21/61  \	3	3	2G059	G01N  21/61	1573	ʬʬϷסΣ	Non-dispersive gas analysers [3]
G01N  21/62  \	1	1	2G043	G01N  21/62	67	Ĵ嵯졤ˤȯޤ͸ĹѲ륷ƥΣ	Systems in which the material investigated is excited whereby it emits light or causes a change in wavelength of the incident light [3]
G01N  21/62  A	1	0	2G043	G01N  21/62	246	γ̣Ż嵯	Exciting particle beams e.g. electron beams
G01N  21/62  Z	1	0	2G043	G01N  21/62	213	¾Τ	Others
G01N  21/63  \	2	2	2G043	G01N  21/63	59	Ū嵯Σ	optically excited [3]
G01N  21/63  A	2	0	2G043	G01N  21/63	344	졼ޥץ	Laser micro probes
G01N  21/63  Z	2	0	2G043	G01N  21/63	455	¾Τ	Others
G01N  21/64  \	3	3	2G043	G01N  21/64	301	ָոΣ	Fluorescence; Phosphorescence [3]
G01N  21/64  A	3	0	2G043	G01N  21/64	327	и	By using polarising characteristics
G01N  21/64  B	3	0	2G043	G01N  21/64	932	ʬ¬ָ̣̿	Time-resolved measurment  e.g. fluorescent life time
G01N  21/64  C	3	0	2G043	G01N  21/64	284	ø	Extinction
G01N  21/64  D	3	0	2G043	G01N  21/64	80	ҷָʬ	Atomic fluorescent spectroscopy
G01N  21/64  E	3	0	2G043	G01N  21/64	2872	ָ¬	Microscopic fluorescent spectroscopy
G01N  21/64  F	3	0	2G043	G01N  21/64	6921	ָɸѤΡʣȣߡ	By using fluorescent marks (Newly established in 1999)
G01N  21/64  G	3	0	2G043	G01N  21/64	1128	ԣҡ̸ȿ¬ꡤХͥå¬͡ʣȣߡ	ATR (measuring attenuated total reflection or evanescent waves) (Newly established in 1999)
G01N  21/64  Z	3	0	2G043	G01N  21/64	6744	¾Τ	Others
G01N  21/65  \	3	3	2G043	G01N  21/65	3195	ޥΣ	Raman scattering [3]
G01N  21/66  \	2	2	2G043	G01N  21/66	224	ŵŪ嵯㡥쥯ȥߥͥ󥹡Σ	electrically excited, e.g. electroluminescence [3]
G01N  21/67  \	3	3	2G043	G01N  21/67	17	Ÿ̤ޤŤѤΡΣ	using electric arcs or discharges [3]
G01N  21/67  A	3	0	2G043	G01N  21/67	533	Ÿ̤ѤΡ㡥šѡš	By using electric arcs e.g. arc discharges or spark discharges
G01N  21/67  B	3	1	2G043	G01N  21/67	46	Ųϩ	Discharging circuits
G01N  21/67  C	3	0	2G043	G01N  21/67	423	š㡥ššͤѤ	By using discharges e.g. glow discharges, vacuum discharges
G01N  21/67  Z	3	0	2G043	G01N  21/67	53	¾Τ	Others
G01N  21/68  \	3	3	2G043	G01N  21/68	144	žѤΡΣ	using high frequency electric fields [3]
G01N  21/69  \	3	3	2G043	G01N  21/69	29	ήΤäŬΡΣ	specially adapted for fluids [3]
G01N  21/70  \	2	2	2G043	G01N  21/70	66	Ū嵯㡥໤ߥͥ󥹡Σ	mechanically excited, e.g. triboluminescence [3]
G01N  21/71  \	2	2	2G043	G01N  21/71	425	ǮŪ嵯Σ	thermally excited [3]
G01N  21/72  \	3	3	2G043	G01N  21/72	397	бСʤѤΡΣ	using flame burners [3]
G01N  21/73  \	3	3	2G043	G01N  21/73	1543	ץ饺ޥСʤޤϥץ饺ޥȡѤΡΣ	using plasma burners or torches [3]
G01N  21/74  \	3	3	2G043	G01N  21/74	290	ե졼쥹Ҳˡ㡥եϧˤΡΣ	using flameless atomising, e.g. graphite furnaces [3]
G01N  21/75  \	1	1	2G054	G01N  21/75	327	ȿȿοʹԤޤϷ̤Ĵ륷ƥʺޤϥץ饺ǳƤ륷ƥǣΣǣΣˡΣ	Systems in which material is subjected to a chemical reaction, the progress or the result of the reaction being investigated (systems in which material is burnt in a flame or plasma G01N 21/72, G01N 21/73) [3]
G01N  21/75  A	1	0	2G054	G01N  21/75	275	ȿ®¬̹ȿޤΡ	Measuring reaction speeds (including the enzyme reaction)
G01N  21/75  B	1	0	2G054	G01N  21/75	262	ǡ	Operations or data processing
G01N  21/75  C	1	0	2G054	G01N  21/75	21	ޤ	Involving jaundice or chyle
G01N  21/75  D	1	0	2G054	G01N  21/75	178	֤°	Accessories for the devices
G01N  21/75  E	1	0	2G054	G01N  21/75	24	ãϣĤ¬	Measuring COD
G01N  21/75  Z	1	0	2G054	G01N  21/75	552	¾Τ	Others
G01N  21/76  \	2	2	2G054	G01N  21/76	2287	إߥͥ󥹡ʪߥͥ󥹡Σ	Chemiluminescence; Bioluminescence [3]
G01N  21/77  \	2	2	2G054	G01N  21/77	73	ػؼФ̤ѻ뤳ȤˤΡΣ	by observing the effect on a chemical indicator [3]
G01N  21/77  A	2	0	2G054	G01N  21/77	892	¬оݤΤξ	Gaseous measurement objects
G01N  21/77  B	2	0	2G054	G01N  21/77	1241	¬оݤΤξ	Liquid measurement objects
G01N  21/77  C	2	0	2G054	G01N  21/77	134	¬оݤΤξ	Solid measurement objects
G01N  21/77  D	2	0	2G054	G01N  21/77	327	¬оݤٶݡʪξ	Bacterium or micro-organism measurement objects
G01N  21/77  Z	2	0	2G054	G01N  21/77	236	¾Τ	Others
G01N  21/78  \	3	3	2G054	G01N  21/78	269	Ѳ󼨡Σ	producing a change of colour [3]
G01N  21/78  A	3	0	2G054	G01N  21/78	1528	Ѥ	By using test papers
G01N  21/78  B	3	0	2G054	G01N  21/78	407	饤ɤѤ	By using slides
G01N  21/78  C	3	0	2G054	G01N  21/78	5776	ȯʬ	Emission or fluorescent lights analyses
G01N  21/78  Z	3	0	2G054	G01N  21/78	2329	¾Τ	Others
G01N  21/79  \	4	4	2G054	G01N  21/79	58	ũΣ	Photometric titration [3]
G01N  21/80  \	4	4	2G054	G01N  21/80	385	ͤλؼΣ	Indicating pH value [3]
G01N  21/81  \	4	4	2G054	G01N  21/81	329	٤λؼΣ	Indicating humidity [3]
G01N  21/82  \	3	3	2G054	G01N  21/82	295	ʪޤϺΣ	producing a precipitate or turbidity [3]
G01N  21/83  \	4	4	2G054	G01N  21/83	53	ũΣ	Turbidimetric titration [3]
G01N  21/84  \	1	1	2G051	G01N  21/84	9	üʱѤäŬ礷ƥΣ	Systems specially adapted for particular applications [3]
G01N  21/84  A	1	0	2G051	G01N  21/84	356		using endscopes
G01N  21/84  B	1	0	2G051	G01N  21/84	686	Ĵ֤ΰưԼ	Means for conveying investigation devices
G01N  21/84  C	1	0	2G051	G01N  21/84	1203	︡ΤΥϥɥ	Handling of the object to be examined
G01N  21/84  D	1	0	2G051	G01N  21/84	1071	ܻ븡	Visual inspection devices
G01N  21/84  E	1	0	2G051	G01N  21/84	2095	ĴΤξ	Illuminating devices for investigation
G01N  21/84  Z	1	0	2G051	G01N  21/84	2358	¾Τ	Others
G01N  21/85  \	2	2	2G051	G01N  21/85	2	ưƤήΤޤưƤγΤĴΣ	Investigating moving fluids or granular solids [3]
G01N  21/85  A	2	0	2G051	G01N  21/85	2084	ޡץ롤ƳγڤӲʪ	Tablets, capsules, rice grains and fruits
G01N  21/85  B	2	0	2G051	G01N  21/85	319	ưƤή	Moving fluids
G01N  21/85  Z	2	0	2G051	G01N  21/85	455	¾Τ	Others
G01N  21/86  \	2	2	2G051	G01N  21/86	109	ưƤ륷ȤĴʣǣΣͥˡΣ	Investigating moving sheets (G01N 21/89 takes precedence) [3]
G01N  21/87  \	2	2	2G051	G01N  21/87	300	ФĴʣǣΣͥˡΣ	Investigating jewels (G01N 21/88 takes precedence) [3]
G01N  21/88  \	2	2	2G051	G01N  21/88	179	١ޤϱ¸ߤĴΣ	Investigating the presence of flaws, defects or contamination [3]
G01N  21/88  J	2	0	2G051	G01N  21/88	6216	οϿ˴ؤ붦̵	Common technology Related to extracting the detected signals or processing the signals thereof
G01N  21/88  H	2	0	2G051	G01N  21/88	1098	и¬ȼΡʣȣߡ	Involving measurement of polarised lights (Newly established in H11)
G01N  21/88  K	2	0	2G051	G01N  21/88	1067	ָ¬ȼΡʣȣߡ	Involving measurement of the fluorescent lights (Newly established in H11)
G01N  21/88  Z	2	0	2G051	G01N  21/88	5480	¾Τ	Others
G01N  21/89  \	3	3	2G051	G01N  21/89	25	ưƤ㡥桦ʪΡʣǣΣǣΣǣΣͥˡΣ	in moving material, e.g. paper, textiles (G01N 21/90, G01N 21/91, G01N 21/94 take precedence) [3,7]
G01N  21/89  H	3	0	2G051	G01N  21/89	353	и¬ȼΡʣȣߡ	involving measurement of polarisation
G01N  21/89  K	3	0	2G051	G01N  21/89	453	ָ¬ȼΡʣȣߡ	involving measurement of fluorescence
G01N  21/89  S	3	0	2G051	G01N  21/89	826	ʡˡħͭΡʣȣߡ	characterised by the scanning means
G01N  21/89  T	3	0	2G051	G01N  21/89	2309	︡ʡˡħͭΡʣȣߡ	characterised by the conveying means or techniques for objects to be examined
G01N  21/89  Z	3	0	2G051	G01N  21/89	750	¾Τ	Others
G01N  21/892  \	4	4	2G051	G01N  21/892	2934	Ĵ뤭١ޤоʪüħդΡΣ	characterised by the flaw, defect or object feature examined [7]
G01N  21/892  A	4	0	2G051	G01N  21/892	4131	Ⱥ̡㡥桤եʣ¡ͥˡʣȣߡ	Sheet materials in general e.g. papers, films (B, 620 to 640 take precedence) (Newly established in H11)
G01N  21/892  B	4	0	2G051	G01N  21/892	1648	Ӿ°㡥ġӥåȡϢʣȣߡ	Strip metallic materials e.g. steel plates, billets, continuous casting (Newly established in H11)
G01N  21/892  C	4	0	2G051	G01N  21/892	709	Ρࡤʣȣߡ	Rods, lines or threads (Newly established in H11)
G01N  21/892  Z	4	0	2G051	G01N  21/892	380	¾ΤΡʴޡ̵ѡˡʣȣߡ	Others (including common technology) (Newly established in H11)
G01N  21/894  \	5	5	2G051	G01N  21/894	6	ԥۡΣ	Pinholes [7]
G01N  21/894  A	5	0	2G051	G01N  21/894	165	Ⱥ̡㡥桤եʣ¤ͥˡʣȣߡ	Sheet materials in general e.g. papers, films (B takes precedence) (Newly established in H11)
G01N  21/894  B	5	0	2G051	G01N  21/894	94	Ӿ°㡥ġӥåȡϢʣȣߡ	Strip metallic materials e.g. steel plates, billets, continuous casting (Newly established in H11)
G01N  21/894  Z	5	0	2G051	G01N  21/894	43	¾ΤΡʴޡ̵ѡˡʣȣߡ	Others (including common technology) (Newly established in H11)
G01N  21/896  \	5	5	2G051	G01N  21/896	667	Ʃޤɽ̤θŪ١㡥ġɽ̤ΤΣ	Optical defects in or on transparent materials, e.g. distortion, surface flaws [7]
G01N  21/898  \	5	5	2G051	G01N  21/898	306	Ϥޤϥѥɽ̡㡥ʪںࡤԵΣ	Irregularities in textured or patterned surfaces, e.g. textiles, wood [7]
G01N  21/898  A	5	0	2G051	G01N  21/898	456	ʪۡ͡Ԥʪθʣȣߡ	Inspecting textiles (cloths) or knitting (newly established in H11)
G01N  21/898  Z	5	0	2G051	G01N  21/898	45	¾ΤΡ̴ޡ̵ѡ͡ʣȣߡ	Others (including common technology) (Newly established in H11)
G01N  21/90  \	3	3	2G051	G01N  21/90	6	ƴޤϤʪʣǣΣͥˡΣ	in a container or its contents (G01N 21/91 takes precedence) [3]
G01N  21/90  A	3	0	2G051	G01N  21/90	1206	ӥ	Bottles
G01N  21/90  B	3	0	2G051	G01N  21/90	177	ץϥХ	Ampoules or vials
G01N  21/90  C	3	0	2G051	G01N  21/90	246		Cans
G01N  21/90  P	3	1	2G051	G01N  21/90	48	ԥۡĴ	Investigating pinholes (Newly established in H11)
G01N  21/90  D	3	0	2G051	G01N  21/90	545	ƴʪ	Contents of containers
G01N  21/90  Z	3	0	2G051	G01N  21/90	475	¾Τ	Others
G01N  21/91  \	3	3	2G051	G01N  21/91	2	㡥ָ󥯡οƩѤΡΣ	using penetration of dyes, e.g. fluorescent ink [3]
G01N  21/91  A	3	0	2G051	G01N  21/91	704	Ʃõ	Dye penetration tests
G01N  21/91  B	3	0	2G051	G01N  21/91	313	ָʴõ	Fluorescent penetrant examinations
G01N  21/91  Z	3	0	2G051	G01N  21/91	153	¾Τ	Others
G01N  21/93  \	3	3	2G051	G01N  21/93	3814	ɸࡨ֥졼Σ	Detection standards; Calibrating [7]
G01N  21/94  \	3	3	2G051	G01N  21/94	3221	졤㡥ԼĴʣǣΣͥˡΣ	Investigating contamination, e.g. dust (G01N 21/85 takes precedence) [7]
G01N  21/95  \	3	3	2G051	G01N  21/95	10	ĴоʪκħդΡʣǣΣǣΣǣΣͥˡΣ	characterised by the material or shape of the object to be examined (G01N 21/89-G01N 21/91, G01N 21/94 take precedence) [7]
G01N  21/95  A	3	0	2G051	G01N  21/95	854	ǥĴʣȣߡ	Disk investigation
G01N  21/95  Z	3	0	2G051	G01N  21/95	742	¾ΤΡʣȣߡ	Others
G01N  21/952  \	4	4	2G051	G01N  21/952	1609	Τޤϥ磻γɽ̤θΣ	Inspecting the exterior surface of cylindrical bodies or wires (G01N 21/956 takes precedence) [7]
G01N  21/954  \	4	4	2G051	G01N  21/954	1101	Ρ㡥﹦¦ɽ̤θΣ	Inspecting the inner surface of hollow bodies, e.g. bores [7]
G01N  21/954  A	4	0	2G051	G01N  21/954	1535	Τ̤Ĵʣȣߡ	Investigating from the interior surface of pipes (Newly established in H11,5)
G01N  21/954  B	4	0	2G051	G01N  21/954	307	ϧΡ󥯡ƴ̤Ĵʣȣߡ	Investigation from the inside of the furnace, tank, or pressure vessel (Newly established in H11,5)
G01N  21/954  Z	4	0	2G051	G01N  21/954	232	¾ΤΡ̴ޡ̵ѡ͡ʣȣߡ	Others (including common technologies) (Newly established in H11,5)
G01N  21/956  \	4	4	2G051	G01N  21/956	5638	ʪɽ̤ΥѥθΣ	Inspecting patterns on the surface of objects [7]
G01N  21/956  A	4	0	2G051	G01N  21/956	8697	ȾƳΤޤϣɣåޥθ̴ޡ͡ʣȣߡ	Inspecting semiconductor or IC masks (including reticules) (Newly established in H11,5)
G01N  21/956  B	4	0	2G051	G01N  21/956	4134	ץȴĤĴ㡥롼ۡĴʣȣߡ	Printed circuit board investigation ex. through hole investigation (Newly established in H11,5)
G01N  21/956  Z	4	0	2G051	G01N  21/956	851	¾ΤΡ̴ޡ̵ѡ͡ʣȣߡ	Others (including common technologies) (Newly established in H11,5)
G01N  21/958  \	4	4	2G051	G01N  21/958	1925	ƩʺθΣ	Inspecting transparent materials [7]
G01N  22/00  \	0	0	2G044	G01N  22/00	24	ޥȤޤȡʤĹߥ᡼ʾżȡλѤˤĴޤʬϤΡʣǣΣǣΣǣΣͥˡΣ	Investigating or analysing materials by the use of microwaves or radio waves, i.e. electromagnetic waves with a wavelength of one millimetre or more (G01N 3/00-G01N 17/00, G01N 24/00 take precedence) [2006.01]
G01N  22/00  A	0	0	2G044	G01N  22/00	88	ǻ١¬̿¬ϣǣΣ	Measuring densities or types of gases (G 01 N 22/04 for measuring steam)
G01N  22/00  B	0	0	2G044	G01N  22/00	70	۸¬	Measuring orientation or directionality
G01N  22/00  C	0	0	2G044	G01N  22/00	39	ޥͷפѡ̣ǣʡǣͥ	By using microwave radiometers (G 01 J or G 01 R take precedence)
G01N  22/00  D	0	0	2G044	G01N  22/00	28	ץ饺ޤ¬	Measuring plasma
G01N  22/00  E	0	0	2G044	G01N  22/00	39	ɹ¬	Measuring ice or snow
G01N  22/00  F	0	0	2G044	G01N  22/00	206	¬Ѥ븡ǻҡͶͶζ¾	Detecting element used for measurements (dielectric rods, dielectric resonators and others)
G01N  22/00  G	0	1	2G044	G01N  22/00	132	Ƴȴ	Wave guides
G01N  22/00  H	0	2	2G044	G01N  22/00	5	ĥȤͭƳȴɡ̥ĥȤ˻̲ᤵΤϣǣΣǡ	wave guides with slots (Assign G 01 N 22/00 G to the wave guides that accommodate the specimens through the slots)
G01N  22/00  J	0	2	2G044	G01N  22/00	190	ƶ	Hollow resonators
G01N  22/00  K	0	1	2G044	G01N  22/00	66	ޥȥĥ	Micro-strips
G01N  22/00  L	0	1	2G044	G01N  22/00	176	ͳ֤֡ͭΡƥʰ̡̥ĥѴ	With free space or open space, antennas in general  e.g. trumpet pipes
G01N  22/00  M	0	0	2G044	G01N  22/00	127	¬ˡ	Measurement methods in general
G01N  22/00  N	0	1	2G044	G01N  22/00	92	ȼͥޥȤμȿĴԤʤ	Frequency modulation of radiated microwaves
G01N  22/00  P	0	1	2G044	G01N  22/00	96	︡ΤȸǻҤȤŪ˰ư	Moving the materials or sensors to change their relative positions
G01N  22/00  Q	0	1	2G044	G01N  22/00	64	ġʣȤνŤ͹碌Ԥʤ	Interfering or superimposing plurality of waves
G01N  22/00  R	0	1	2G044	G01N  22/00	35	иȤѤ	By using polarised waves
G01N  22/00  S	0	1	2G044	G01N  22/00	769	¬ȿȤ	By using reflected light from the measurement objects
G01N  22/00  T	0	0	2G044	G01N  22/00	79	¬̡̰̣͡Ȥ̵ͭ¾	Measurement volume in general (value Q, presence of standing waves and others)
G01N  22/00  U	0	1	2G044	G01N  22/00	425	ϡ	Electric power or strength
G01N  22/00  V	0	1	2G044	G01N  22/00	338	ȿ	Frequencies
G01N  22/00  W	0	1	2G044	G01N  22/00	333		Phases
G01N  22/00  X	0	1	2G044	G01N  22/00	233		Amplitudes
G01N  22/00  Y	0	1	2G044	G01N  22/00	488	ͶΨͶ	(Ratios) Dielectric constants or dielectric tangent
G01N  22/00  Z	0	0	2G044	G01N  22/00	357	¾	Others
G01N  22/02  \	1	1	2G044	G01N  22/02	13	¸ߤĴΣ	Investigating the presence of flaws [3]
G01N  22/02  A	1	0	2G044	G01N  22/02	184	θ	Detecting flaws
G01N  22/02  B	1	0	2G044	G01N  22/02	135	ʪθ	Detecting foreign objects
G01N  22/02  C	1	0	2G044	G01N  22/02	85	ãԡǣΣǣΣˤ餺Ϳͤ˴ؤ	CT (Tomography devices
G01N  22/02  Z	1	0	2G044	G01N  22/02	73	¾	Others
G01N  22/04  \	1	1	2G044	G01N  22/04	14	޿̤ĴΣ	Investigating moisture content [3]
G01N  22/04  A	1	0	2G044	G01N  22/04	43	ʬθ	Detecting gaseous moistures
G01N  22/04  B	1	0	2G044	G01N  22/04	140	ݥȾʪοʬ	Detecting moisture content in the sheet materials
G01N  22/04  C	1	0	2G044	G01N  22/04	208	ʴγξʪοʬ	Detecting moisture content in the powder or granular materials
G01N  22/04  Z	1	0	2G044	G01N  22/04	319	¾	Others
G01N  23/00  \	0	0	2G001	G01N  23/00	904	롼ףǣΣǣΣǣΣޤϣǣΣޤʤưޤγ㡥λѤˤĴޤʬ	Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00-G01N17/00, G01N21/00 or G01N22/00
G01N  23/02  \	1	1	2G001	G01N  23/02	611	κƩˤ	by transmitting the radiation through the material
G01N  23/04  \	2	2	2G001	G01N  23/04	8732	˺βΡΣ	and forming images of the material [2018.01]
G01N  23/04 310 \	3	3	2G001	G01N  23/04	518	ưǤΡ㡥ưƩܻѻ	the images being dynamic images, e.g. visual observation of dynamic transparent images
G01N  23/04 330 \	3	3	2G001	G01N  23/04	364	ץ֥ӡˤƩ㡥ڥ󥷥ӡˤƩηޤƩŻҸΣӣԣţ͡	forming transparent images by scanning probe beam, e.g. X-ray transparent imaging by scanned X-ray pencil beam or scanning transmission electron microscope [sTEM]
G01N  23/04 340 \	3	3	2G001	G01N  23/04	306	桼󼨤ɽ㡥ʣƱɽžɽޤϲ̾֡ħ	characterized by the form of display for users, e.g. simultaneous display of multiple images, superimpose display or positions on the screen
G01N  23/041  \	3	3	2G001	G01N  23/041	421	ꥳȥ饹ȥ᡼󥰡㡥ʻҴķפѤΡΣ	Phase-contrast imaging, e.g. using grating interferometers [2018.01]
G01N  23/041 310 \	4	4	2G001	G01N  23/041	107	ޥȥ饹ȥ᡼	Refraction contrast imaging
G01N  23/044  \	3	3	2G001	G01N  23/044	334	ߥΥեޤϥȥ⥷󥻥ѤΡΣ	using laminography or tomosynthesis [2018.01]
G01N  23/046  \	3	3	2G001	G01N  23/046	3463	ȥ⥰եѤΡ㡥ԥ塼ػơΣãԡϡΣ	using tomography, e.g. computed tomography [CT] [2018.01]
G01N  23/046 310 \	4	4	2G001	G01N  23/046	35	ҡȻãԡΣãӣãԡ	Coherent scatter computed tomography [CsCT]
G01N  23/05  \	3	3	2G001	G01N  23/05	197	ѤΡΣ	using neutrons [3]
G01N  23/06  \	2	2	2G001	G01N  23/06	1386	˵ۼ¬ꤹΡΣ	and measuring the absorption [2018.01]
G01N  23/083  \	3	3	2G001	G01N  23/083	2213	ǤΡΣ	the radiation being X-rays [2018.01]
G01N  23/085  \	4	4	2G001	G01N  23/085	257	ۼٹ¤Σأƣӡϡ㡥ۼٹ¤ΣţأƣӡϡΣ	X-ray absorption fine structure [XAFS], e.g. extended XAFS [EXAFS] [2018.01]
G01N  23/087  \	4	4	2G001	G01N  23/087	433	¿ͥ륮ѤΡΣ	using polyenergetic X-rays [2006.01]
G01N  23/09  \	3	3	2G001	G01N  23/09	205	ǤΡΣ	the radiation being neutrons [2018.01]
G01N  23/095  \	3	3	2G001	G01N  23/095	46	ĵۼ㡥᥹Х̤ѤΡΣ	Gamma-ray resonance absorption, e.g. using the Mossbauer effect [2018.01]
G01N  23/10  \	3	3	2G001	G01N  23/10	793	ƴ줿㡥ʪΣΣ	the material being confined in a container, e.g. in luggage X-ray scanners [2018.01]
G01N  23/12  \	3	3	2G001	G01N  23/12	217	ήƤήΤޤήƤγΡΣ	the material being a flowing fluid or a flowing granular solid [2018.01]
G01N  23/16  \	3	3	2G001	G01N  23/16	192	ư륷ȤޤϥեΣ	the material being a moving sheet or film [2018.01]
G01N  23/18  \	3	3	2G001	G01N  23/18	3029	٤ޤϰʪĴΣ	Investigating the presence of defects or foreign matter [2018.01]
G01N  23/18 310 \	4	4	2G001	G01N  23/18	83		inside tire
G01N  23/20  \	1	1	2G001	G01N  23/20	1938	ˤβޤѤˤΡ㡥뾽¤ĴΤΤΡˤλѤˤΡ㡥뾽¤ĴΤΤΡˤȿͤѤˤΡΣ	by using diffraction of the radiation by the materials, e.g. for investigating crystal structure; by using scattering of the radiation by the materials, e.g. for investigating non-crystalline materials; by using reflection of the radiation by the materials [2018.01]
G01N  23/20 380 \	2	2	2G001	G01N  23/20	167	Ʃ¬Ȥ߹碌Ρ㡥Ʃ¬	in combination with transmission measurement, e.g. measuring backscattered X-ray images and transparent X-ray images
G01N  23/20 400 \	2	2	2G001	G01N  23/20	144	ȿΨ¬ꡤ㡥ȿΨˡΣأңҡ	Measuring reflectivity, e.g. X-ray reflectometry [XRR]
G01N  23/20008  \	2	2	2G001	G01N  23/20008	912	ʬϵι¤κ㡥дޤϸطϤħΤΡ°ʡĴʷ뾽ѤΥ᡼ǣˣˡΣ	Constructional details of analysers, e.g. characterised by X-ray source, detector or optical system; Accessories therefor; Preparing specimens therefor (monochromators for X-rays using crystals G21K1/06) [2018.01]
G01N  23/20016  \	3	3	2G001	G01N  23/20016	250	˥᡼Σ	Goniometers [2018.01]
G01N  23/20025  \	3	3	2G001	G01N  23/20025	430	ΤλۥޤϻٻΣ	Sample holders or supports therefor [2018.01]
G01N  23/20033  \	4	4	2G001	G01N  23/20033	172	ޤϲǮʤΡΣ	provided with temperature control or heating means [2018.01]
G01N  23/20041  \	4	4	2G001	G01N  23/20041	7	ⰵΤΤΡ㡥ӥ륻Σ	for high pressure testing, e.g. anvil cells [2018.01]
G01N  23/2005  \	3	3	2G001	G01N  23/2005	64	ΤʴĴΣ	Preparation of powder samples therefor [2018.01]
G01N  23/20058  \	2	2	2G001	G01N  23/20058	370	ŻҲޤ¬ꡤ㡥㥨ͥ륮ŻޡΣ̣ţţġˡޤȿ͹®ŻޡΣңȣţţġˡΣ	Measuring diffraction of electrons, e.g. low energy electron diffraction [LEED] method or reflection high energy electron diffraction [RHEED] method [2018.01]
G01N  23/20066  \	2	2	2G001	G01N  23/20066	44	¬ꡤ㡥ץȥ̡Σ	Measuring inelastic scattering of gamma rays, e.g. Compton effect [2018.01]
G01N  23/20091  \	2	2	2G001	G01N  23/20091	66	Υͥ륮ʬڥȥΣţģӡϤ¬Σ	Measuring the energy-dispersion spectrum [EDS] of diffracted radiation [2018.01]
G01N  23/201  \	2	2	2G001	G01N  23/201	440	ѻ¬ꡤ㡥ѣΣӣأӡϡΣ	Measuring small-angle scattering, e.g. small angle X-ray scattering [SAXS] [2018.01]
G01N  23/202  \	3	3	2G001	G01N  23/202	61	ѤΡΣ	using neutrons [3]
G01N  23/203  \	2	2	2G001	G01N  23/203	1544	¬Σ	Measuring back scattering [2]
G01N  23/204  \	3	3	2G001	G01N  23/204	181	ѤΡΣ	using neutrons [3]
G01N  23/205  \	2	2	2G001	G01N  23/205	852	ޥѤΡΣ	using diffraction cameras [2018.01]
G01N  23/2055  \	2	2	2G001	G01N  23/2055	84	ޥѥʬϡΣ	Analysing diffraction patterns [2018.01]
G01N  23/2055 310 \	3	3	2G001	G01N  23/2055	478	󼡸ѥ㡥޿޷ޤϥǥХġʬ	Two dimensional pattern, e.g. analysis of diffraction images, Kikuchi line or Debye Ring
G01N  23/2055 320 \	3	3	2G001	G01N  23/2055	453	켡ѥ㡥ޥ㡼ȡޥڥȥ롤ץեޤȷѥ󡤤ʬϡ㡥꡼ȥ٥ˡ	One dimensional pattern, e.g. analysis of diffraction chart, diffraction spectrum, profile or wave form pattern, e.g. Rietveld method
G01N  23/207  \	2	2	2G001	G01N  23/207	2658	ˡ㡥ץ֤濴Ȥƣʾΰưǽʸд߼֤ΡΣ	Diffractometry, e.g. using a probe in a central position and one or more displaceable detectors in circumferential positions [2018.01]
G01N  23/22  \	1	1	2G001	G01N  23/22	1180	ͤ¬ˤΡΣ	by measuring secondary emission from the material [2018.01]
G01N  23/2202  \	2	2	2G001	G01N  23/2202	965	ΤλĴΣ	Preparing specimens therefor [2018.01]
G01N  23/2204  \	2	2	2G001	G01N  23/2204	1002	ΤλٻࡤΤλʡΣ	Specimen supports therefor; Sample conveying means therefor [2018.01]
G01N  23/2206  \	2	2	2G001	G01N  23/2206	541	İʾ¬Ȥ߹碌ΤǤäơʤȤĤ¬ȼΡ㡥ŻҡΣӣš¬ȸŻҡΣ£ӣš¬Ȥ߹碌Σ	Combination of two or more measurements, at least one measurement being that of secondary emission, e.g. combination of secondary electron [SE] measurement and back-scattered electron [BSE] measurement [2018.01]
G01N  23/2208  \	3	3	2G001	G01N  23/2208	237	٤Ƥ¬꤬¬ΤΡ㡥ӣ¬¬Ȥ߹碌Σ	all measurements being of secondary emission, e.g. combination of SE measurement and characteristic X-ray measurement [2018.01]
G01N  23/2209  \	2	2	2G001	G01N  23/2209	907	ĹʬʬˡΣףģӡϤѤΡΣ	using wavelength dispersive spectroscopy [WDS] [2018.01]
G01N  23/221  \	2	2	2G001	G01N  23/221	189	ͲʬϤˤΡΣ	by activation analysis [2]
G01N  23/222  \	3	3	2G001	G01N  23/222	225	ͲʬϡΣΣϤѤΡΣ	using neutron activation analysis [NAA] [3]
G01N  23/223  \	2	2	2G001	G01N  23/223	4072	ޤϥ˾ȼͤƷָ¬ꤹΡΣ	by irradiating the sample with X-rays or gamma-rays and by measuring X-ray fluorescence [2]
G01N  23/225  \	2	2	2G001	G01N  23/225	3670	ŻҤޤϥޥץ֤ѤΡΣ	using electron or ion microprobes [2018.01]
G01N  23/2251  \	3	3	2G001	G01N  23/2251	3228	ŻҥӡͤΡ㡥ŻҸΣӣţ͡ϡΣ	using incident electron beams, e.g. scanning electron microscopy [SEM] [2018.01]
G01N  23/2252  \	4	4	2G001	G01N  23/2252	2102	ͤ줿¬ꡤ㡥Żޥʥ饤ΣţУͣϡΣ	Measuring emitted X-rays, e.g. electron probe microanalysis [EPMA] [2018.01]
G01N  23/2254  \	4	4	2G001	G01N  23/2254	114	ɥߥͥ󥹤¬Σ	Measuring cathodoluminescence [2018.01]
G01N  23/2255  \	3	3	2G001	G01N  23/2255	484	ӡࡤ㡥ۻҥӡࡤͤΡΣ	using incident ion beams, e.g. proton beams [2018.01]
G01N  23/2257  \	4	4	2G001	G01N  23/2257	141	嵯줿¬ꡤʤγ嵯ʬϡΣУɣأšϡΣ	Measuring excited X-rays, i.e. particle-induced X-ray emission [PIXE] [2018.01]
G01N  23/2258  \	4	4	2G001	G01N  23/2258	1015	󼡥ͤ¬ꡤ㡥󼡥ʬϡΣӣɣͣӡϡʺʬϤΤΣӣɣͣӤμŲʬϤǣΣˡΣ	Measuring secondary ion emission, e.g. secondary ion mass spectrometry [SIMS] (mass-to-charge ratio analysis aspects of SIMS for material analysis G01N27/62) [2018.01]
G01N  23/227  \	2	2	2G001	G01N  23/227	1164	Ÿ̤¬ꡤ㡥ŻҸΣУţţ͡ϡΣ	Measuring photoelectric effect , e.g. photoelectron emission microscopy [PEEM] [2018.01]
G01N  23/2273  \	3	3	2G001	G01N  23/2273	879	Żҥڥȥ¬ꡤ㡥ŻʬˡΣţӣãϤޤϡΣأУӡϡΣ	Measuring photoelectron spectra, e.g. electron spectroscopy for chemical analysis [ESCA] or X-ray photoelectron spectroscopy [XPS] [2018.01]
G01N  23/2276  \	3	3	2G001	G01N  23/2276	710	̤ѤΡ㡥ŻʬˡΣţӡϡΣ	using the Auger effect, e.g. Auger electron spectroscopy [AES] [2018.01]
G01N  24/00  \	0	0	2G044	G01N  24/00	23	˼ġŻҾＧĤޤ¾Υԥ̤λѤˤĴޤʬϡΣ	Investigating or analysing materials by the use of nuclear magnetic resonance, electron paramagnetic resonance or other spin effects [3, 4, 5]
G01N  24/00  B	0	0	2G044	G01N  24/00	60	ԥ塼ѡ㡥ƥ๽	By using computers, e.g. system buildup
G01N  24/00  C	0	0	2G044	G01N  24/00	53	¾ʬϵȤη	Combinations with other analysing equipment
G01N  24/00  D	0	0	2G044	G01N  24/00	250		Applications
G01N  24/00  E	0	1	2G044	G01N  24/00	109	Ϸ	Magnetometers
G01N  24/00  P	0	2	2G044	G01N  24/00	75	ץƥݥԥ󥰤Ѥ	By using optical pumping
G01N  24/00  G	0	1	2G044	G01N  24/00	50	ţӣҤˤ	By ESR
G01N  24/00  T	0	0	2G044	G01N  24/00	85	Σѣ	NQR
G01N  24/00  Z	0	0	2G044	G01N  24/00	111	¾	Others
G01N  24/00 100 \	1	1	2G044	G01N  24/00	41		Details
G01N  24/00 100 A	1	0	2G044	G01N  24/00	176	ɸ㡥եȥޤϥå	for a standard specimen, e.g. for a phantom or a lock
G01N  24/00 100 B	1	0	2G044	G01N  24/00	562	եȻ㡥¤ƺޤޤϥȥ饹Ⱥ	Shift reagents e.g. radiocontrast agents or contrast media agents
G01N  24/00 100 Y	1	0	2G044	G01N  24/00	894	ͣң	MRI
G01N  24/00 100 Z	1	0	2G044	G01N  24/00	146	¾㡥ɿޤɲ	Others, e.g. anti-vibration or acoustic measures
G01N  24/00 510 \	2	2	2G044	G01N  24/00	8	μ谷	Handling specimens
G01N  24/00 510 A	2	0	2G044	G01N  24/00	168		Specimen tubes
G01N  24/00 510 B	2	1	2G044	G01N  24/00	95	ӥ	Turbines
G01N  24/00 510 C	2	2	2G044	G01N  24/00	69	žĴ	Adjusting revolution
G01N  24/00 510 D	2	0	2G044	G01N  24/00	132	ƳʣţӣͭΤΣǣΣ	Introducing specimens (those specific to ESR, G01N24/10 510A)
G01N  24/00 510 E	2	1	2G044	G01N  24/00	81	ַ	Positioning
G01N  24/00 510 F	2	0	2G044	G01N  24/00	164	Ĵ	Regulating temperature
G01N  24/00 510 Y	2	0	2G044	G01N  24/00	132	ͣң	MRI
G01N  24/00 510 Z	2	0	2G044	G01N  24/00	68	¾	Others
G01N  24/00 520 \	2	2	2G044	G01N  24/00	23	Ͽɽ	Recording; display
G01N  24/00 520 A	2	0	2G044	G01N  24/00	42	ɽϼ	Display; output means
G01N  24/00 520 B	2	1	2G044	G01N  24/00	23	¿Σͣ	for multi-dimensional NMR
G01N  24/00 520 L	2	0	2G044	G01N  24/00	19	Ͽ	Means for recording or memorising
G01N  24/00 520 Y	2	0	2G044	G01N  24/00	591	ͣң	MRI
G01N  24/00 520 Z	2	0	2G044	G01N  24/00	14	¾	Others
G01N  24/00 530 \	2	2	2G044	G01N  24/00	156		Signal processing
G01N  24/00 530 A	2	0	2G044	G01N  24/00	104	ץ󥰡㡥Ѵ	Sampling, e.g. A/D conversion
G01N  24/00 530 B	2	0	2G044	G01N  24/00	59	ǡ	Data correction
G01N  24/00 530 C	2	1	2G044	G01N  24/00	88	ӡβ	Improving S/N
G01N  24/00 530 D	2	2	2G044	G01N  24/00	26	ѻ	Multiplication
G01N  24/00 530 E	2	2	2G044	G01N  24/00	16	ȿžû	Inverted addition
G01N  24/00 530 F	2	1	2G044	G01N  24/00	26	١饤	Base line correction
G01N  24/00 530 G	2	0	2G044	G01N  24/00	131	ǡ㡥黻ˡޤϽ	Data processing, e.g. calculation techniques or processing procedures
G01N  24/00 530 H	2	1	2G044	G01N  24/00	72	աꥨѴ	Fourier transformations
G01N  24/00 530 J	2	0	2G044	G01N  24/00	53	ڥȥƱꡤ㡥ԡ	Identifying spectrum, e.g. detecting peak
G01N  24/00 530 K	2	1	2G044	G01N  24/00	121	إեȤ˴ؤΡ㡥¤	Related to the chemical shifting, e.g. structural analyses
G01N  24/00 530 L	2	1	2G044	G01N  24/00	38	ץԡ	removing unwanted peaks
G01N  24/00 530 M	2	1	2G044	G01N  24/00	54	¿Σͣ	for multi-dimensional NMR
G01N  24/00 530 Y	2	0	2G044	G01N  24/00	1111	ͣң	MRI
G01N  24/00 530 Z	2	0	2G044	G01N  24/00	42	¾	Others
G01N  24/00 540 \	2	2	2G044	G01N  24/00	7	áʤ	sheltering, i.e. shielding
G01N  24/00 540 A	2	0	2G044	G01N  24/00	269	缧μ	of main magnetic fields
G01N  24/00 540 B	2	0	2G044	G01N  24/00	101	ȼμ	of the radiofrequency field
G01N  24/00 540 Y	2	0	2G044	G01N  24/00	87	мμ	of inclined magnetic fields
G01N  24/00 540 Z	2	0	2G044	G01N  24/00	16	¾	Others
G01N  24/00 550 \	2	2	2G044	G01N  24/00	20	õ	Exploratory needle
G01N  24/00 560 \	3	3	2G044	G01N  24/00	157	ץݥ֡㡥嵯ޤϸХƥ	probes, e.g. high-frequency exciting or detecting systems
G01N  24/00 560 A	3	0	2G044	G01N  24/00	83	ŻҾＧġΣţӣҡ	for electron paramagnetic resonance [ESR]
G01N  24/00 560 B	3	0	2G044	G01N  24/00	8	ʣ	For plurality of specimens
G01N  24/00 560 C	3	0	2G044	G01N  24/00	70	¿˼	For plurality of cores
G01N  24/00 560 D	3	0	2G044	G01N  24/00	47	Ŷ	For dual resonance
G01N  24/00 560 E	3	0	2G044	G01N  24/00	3	ꡨ	Certifications; calibrations
G01N  24/00 560 F	3	0	2G044	G01N  24/00	187	ޤϲϩ	Arrangements of coils or circuits
G01N  24/00 560 G	3	0	2G044	G01N  24/00	204	Ĵ	Regulating temperature
G01N  24/00 560 Y	3	0	2G044	G01N  24/00	288	ͣң	MRI
G01N  24/00 560 Z	3	0	2G044	G01N  24/00	146	¾	Others
G01N  24/00 570 \	4	4	2G044	G01N  24/00	2	¤Ū	Structural details
G01N  24/00 570 A	4	0	2G044	G01N  24/00	1045	㡥	Resonators, e.g. coils
G01N  24/00 570 B	4	1	2G044	G01N  24/00	97	ɽ̥뤫ʤ	comprising surface coils
G01N  24/00 570 C	4	2	2G044	G01N  24/00	159	֥󤫤ʤ	comprising arrays of sub-coils
G01N  24/00 570 D	4	1	2G044	G01N  24/00	17	åȤͭΤޤϥ롼ץå׷Τ	of slotted-tube or loop-gap type
G01N  24/00 570 E	4	1	2G044	G01N  24/00	68	ƳȴɷΤΡ㡥ƶ	of waveguide type, e.g. hollow resonator
G01N  24/00 570 G	4	2	2G044	G01N  24/00	16	ȼͼʤͭ	With external means for irradiation
G01N  24/00 570 H	4	0	2G044	G01N  24/00	21	εŪĴ	Mechanical adjustments of the resonator
G01N  24/00 570 Y	4	0	2G044	G01N  24/00	202	ͣң	MRI
G01N  24/00 570 Z	4	0	2G044	G01N  24/00	32	¾	Others
G01N  24/00 580 \	4	4	2G044	G01N  24/00	3	ŵŪ	Electrical details
G01N  24/00 580 A	4	0	2G044	G01N  24/00	88	ϩ	Transmitting or receiving circuits
G01N  24/00 580 B	4	1	2G044	G01N  24/00	165	ϩ	Transmitting circuits
G01N  24/00 580 C	4	1	2G044	G01N  24/00	226	ϩ	Receiving circuits
G01N  24/00 580 D	4	2	2G044	G01N  24/00	42	ľ򥳥뷿	Transverse coil types
G01N  24/00 580 E	4	0	2G044	G01N  24/00	100	ʬΥ	Separating transmission and receiving
G01N  24/00 580 F	4	0	2G044	G01N  24/00	197	ƱĴĴ	Tuning adjustments
G01N  24/00 580 G	4	0	2G044	G01N  24/00	64	ƱĴ	Double tuning
G01N  24/00 580 H	4	0	2G044	G01N  24/00	51	Ȥ硤ʤԡ󥹥ޥå	Consistency with resonators, i.e. impedance matching
G01N  24/00 580 J	4	0	2G044	G01N  24/00	40	Ĵ	Gain adjustments
G01N  24/00 580 K	4	0	2G044	G01N  24/00	17		Temperature compensation
G01N  24/00 580 Y	4	0	2G044	G01N  24/00	284	ͣң	MRI
G01N  24/00 580 Z	4	0	2G044	G01N  24/00	35	¾	Others
G01N  24/00 590 \	2	2	2G044	G01N  24/00	150	ȯѼޤϰ경ʼṲ̄Ĵ̣ǣƣżа̣ȣƣ	Generation, homogenisation or stabilisation of magnetic fields (regulating magnetic variables in general G05F 7/00; electromagnets in general H01F 7/06)
G01N  24/00 600 \	3	3	2G044	G01N  24/00	140	缧ޤϷмȯ	Generation of the main or gradient magnetic field
G01N  24/00 600 A	3	0	2G044	G01N  24/00	133	ż	Electromagnets
G01N  24/00 600 B	3	1	2G044	G01N  24/00	127		Coils
G01N  24/00 600 C	3	2	2G044	G01N  24/00	424	ĶƳ	Superconductive coils
G01N  24/00 600 D	3	3	2G044	G01N  24/00	409	Ѽʡ㡥饤å	Cooling means, e.g. cryostats
G01N  24/00 600 H	3	1	2G044	G01N  24/00	104	ϡ㡥Ÿ	Control system, e.g. electric power
G01N  24/00 600 P	3	0	2G044	G01N  24/00	306	ʵ׼	Permanent magnets
G01N  24/00 600 Q	3	1	2G044	G01N  24/00	103	ҡ㡥ݡԡ	Magnetic pole pieces, e.g. pole piece
G01N  24/00 600 R	3	2	2G044	G01N  24/00	30	ˡ	Material quality; manufacturing method
G01N  24/00 600 Y	3	0	2G044	G01N  24/00	798	м쥳롤㡥ͣң	Gradient magnetic field coil, e.g. MRI
G01N  24/00 600 Z	3	0	2G044	G01N  24/00	92	¾	Others
G01N  24/00 610 \	3	3	2G044	G01N  24/00	145	缧ޤϷмԶѰޤĴ	Compensating or adjusting unevenness of the main or the gradient magnetic field
G01N  24/00 610 A	3	0	2G044	G01N  24/00	66	ŪޤĴ	mechanical compensation or adjustment
G01N  24/00 610 E	3	0	2G044	G01N  24/00	220	ΤѤΡ㡥ư	by using ferromagnetic bodies, e.g. passive shimming
G01N  24/00 610 J	3	0	2G044	G01N  24/00	309	ѤΡ㡥ǽư	by using compensation coils, e.g. active systems
G01N  24/00 610 K	3	1	2G044	G01N  24/00	63		Controlling compensation coils
G01N  24/00 610 Y	3	0	2G044	G01N  24/00	237	ͣң	MRI
G01N  24/00 610 Z	3	0	2G044	G01N  24/00	54	¾	Others
G01N  24/00 620 \	3	3	2G044	G01N  24/00	5	缧ޤϷмΰ경	Stabilizing the main or the gradient magnetic field
G01N  24/00 620 A	3	0	2G044	G01N  24/00	71	Σͣҿˤ뼧å	Locking magnetic fields by NMR signals
G01N  24/00 620 B	3	1	2G044	G01N  24/00	27		Details
G01N  24/00 620 C	3	1	2G044	G01N  24/00	13	å	Internal locking
G01N  24/00 620 D	3	1	2G044	G01N  24/00	6	å	External locking
G01N  24/00 620 E	3	1	2G044	G01N  24/00	10	ӳå	Switching between internal and external locking
G01N  24/00 620 F	3	1	2G044	G01N  24/00	14	ƣɣĤ	Using FIDS
G01N  24/00 620 M	3	0	2G044	G01N  24/00	80	¬ʤͭ	with means for measuring magnetic fields
G01N  24/00 620 Q	3	0	2G044	G01N  24/00	35		Temperature compensation
G01N  24/00 620 R	3	0	2G044	G01N  24/00	68	ĴĶƳѼʣǣΣġ	Controlling temperature (cooling means for superconductive coils G01N24/00 600D)
G01N  24/00 620 Y	3	0	2G044	G01N  24/00	134	ͣң	MRI
G01N  24/00 620 Z	3	0	2G044	G01N  24/00	21	¾	Others
G01N  24/08  \	1	1	2G044	G01N  24/08	103	˼ĤѤ뤳ȤˤΡʣǣΣͥˡΣ	by using nuclear magnetic resonance (G01N24/12 takes precedence) [3]
G01N  24/08 510 \	2	2	2G044	G01N  24/08	25	¬ˡ	Measurement techniques
G01N  24/08 510 A	2	0	2G044	G01N  24/08	16	ãˡ	CW methods
G01N  24/08 510 B	2	0	2G044	G01N  24/08	2	ƣԡãˡ	FT-CW methods
G01N  24/08 510 C	2	0	2G044	G01N  24/08	49	ѥ륹ƣˡ	Pulsed FT methods
G01N  24/08 510 D	2	1	2G044	G01N  24/08	183	ͭ¬ˡ㡥ѥ륹	Particular measurement methods, e.g. the pulse sequence
G01N  24/08 510 E	2	2	2G044	G01N  24/08	6	ȼ춯ٸ	Strength gradient of high-frequency magnetic fields
G01N  24/08 510 F	2	1	2G044	G01N  24/08	27	ľѰ긡ȡΣѡġ	Detecting vertical phase [Q.D. ]
G01N  24/08 510 L	2	0	2G044	G01N  24/08	190	»֤¬	Measuring relaxation times
G01N  24/08 510 M	2	0	2G044	G01N  24/08	21	ʣ¬	Observation systems for plurality of specimens
G01N  24/08 510 N	2	0	2G044	G01N  24/08	92	̡	Quantitative analysis; qualitative analyses
G01N  24/08 510 P	2	1	2G044	G01N  24/08	438	ʪ̡̤ޤɾ	Quantitative analyses, sorting or assessments of particular substances
G01N  24/08 510 Q	2	2	2G044	G01N  24/08	248	ʪŪѡʤӥȥ	For biological specimens, i.e. in vitro
G01N  24/08 510 R	2	0	2G044	G01N  24/08	28	ޤϼȿݰ	Sweeping magnetic fields or frequencies
G01N  24/08 510 S	2	0	2G044	G01N  24/08	191	ΣΣͣ	Solid NMR
G01N  24/08 510 Y	2	0	2G044	G01N  24/08	2904	ͣң	MRI
G01N  24/08 510 Z	2	0	2G044	G01N  24/08	55	¾	Others
G01N  24/08 520 \	2	2	2G044	G01N  24/08	4	¬ѥݥޤĴ	Setting or adjusting measurement variables
G01N  24/08 520 A	2	0	2G044	G01N  24/08	118	嵯ѹȤ	Creating high frequencies for excitation
G01N  24/08 520 B	2	1	2G044	G01N  24/08	12	ɻߡ㡥αʥ	Preventing of standing responses, e.g. suppressions of the residual signals
G01N  24/08 520 C	2	1	2G044	G01N  24/08	3	ʣȿ	Mixing of plurality of frequencies
G01N  24/08 520 G	2	0	2G044	G01N  24/08	74	嵯ѹȤι㡥ꥷ	Constructions of high frequencies for excitation, e.g. phase sequence
G01N  24/08 520 H	2	1	2G044	G01N  24/08	12	Ӱѥ륹㡥Ĵ	Wide range pulses, e.g. random modulations
G01N  24/08 520 L	2	0	2G044	G01N  24/08	88	嵯ѹȤĴޤ	Adjusting or compensating high frequencies for excitation
G01N  24/08 520 M	2	1	2G044	G01N  24/08	36	˴ؤ	Related to phases
G01N  24/08 520 R	2	0	2G044	G01N  24/08	10	缧Ǥʬ˼Ĵ㡥Ĵ	Adjusting polarised magnetic fields which are main magnetic fields, e.g. modulations
G01N  24/08 520 S	2	1	2G044	G01N  24/08	5	ԶѰ첽㡥ۥ⥹ݥ	Disproportionation, e.g. homo-spoiling
G01N  24/08 520 Y	2	0	2G044	G01N  24/08	433	ͣң	MRI
G01N  24/08 520 Z	2	0	2G044	G01N  24/08	13	¾	Others
G01N  24/10  \	1	1	2G044	G01N  24/10	42	ŻҾＧĤѤ뤳ȤˤΡΣ	by using electron paramagnetic resonance [3]
G01N  24/10 510 \	2	2	2G044	G01N  24/10	8	¬ˡ	Measuring techniques
G01N  24/10 510 A	2	0	2G044	G01N  24/10	84	Ƴɸ	Introducing specimens or standard specimens
G01N  24/10 510 D	2	0	2G044	G01N  24/10	34	ݰ㡥ȿޤϼݰ	Sweeping, e.g. of the frequencies or magnetic fields
G01N  24/10 510 G	2	0	2G044	G01N  24/10	16		Detecting
G01N  24/10 510 L	2	0	2G044	G01N  24/10	145	ŻҥԥġΣţӣҡͭ¬ˡޤϥƥ	Measurement methods or systems particular to the electronic spin resonance (ESR)
G01N  24/10 510 M	2	1	2G044	G01N  24/10	16	ȼ	External radiation
G01N  24/10 510 R	2	0	2G044	G01N  24/10	49	̡㡥ɸ	Quantitative analyses; qualitative analyses (including arrangements of the standard specimens for quantitative analyses)
G01N  24/10 510 S	2	1	2G044	G01N  24/10	92	ʪ̤ޤɾ	Quantitative or qualitative analyses of  particular substances
G01N  24/10 510 Y	2	0	2G044	G01N  24/10	95	ƥ	Image pick up systems
G01N  24/10 510 Z	2	0	2G044	G01N  24/10	93	¾	Others
G01N  24/10 520 \	2	2	2G044	G01N  24/10	4	¬ѥݥޤĴ	Setting or adjusting the measurement parameters
G01N  24/10 520 A	2	0	2G044	G01N  24/10	23	嵯ѥޥȤ㡥ޥȸ	Creating microwaves for excitation, e.g. microwave sources
G01N  24/10 520 B	2	1	2G044	G01N  24/10	20	Ĵ	Modulating
G01N  24/10 520 C	2	2	2G044	G01N  24/10	8	ѥ륹Ĵ	Pulse modulating
G01N  24/10 520 G	2	0	2G044	G01N  24/10	22	嵯ѥޥȤĴޤ㡥Ĵ	Adjusting or compensating microwaves for excitation, e.g. phase adjustments
G01N  24/10 520 H	2	1	2G044	G01N  24/10	12	ޥȥ֥å㡥졼	Microwave bridges, e.g. circulators
G01N  24/10 520 J	2	1	2G044	G01N  24/10	11	ưȿΣƣá	Automatic frequency control (AFC)
G01N  24/10 520 P	2	0	2G044	G01N  24/10	20	Ĵ	Adjusting magnetic fields
G01N  24/10 520 T	2	0	2G044	G01N  24/10	12	Ĵ	Adjusting temperatures
G01N  24/10 520 Z	2	0	2G044	G01N  24/10	21	¾	Others
G01N  24/12  \	1	1	2G044	G01N  24/12	26	ŶĤѤ뤳ȤˤΡΣ	by using double resonance [3]
G01N  24/12 510 \	2	2	2G044	G01N  24/12	1	¬ˡʵϿɽޤϿǣΣ	Measuring techniques (recording, displaying or signal processing G01N24/02)
G01N  24/12 510 A	2	0	2G044	G01N  24/12	26	¿Ŷͭ¬ˡޤϥƥࡤ㡥ѥ륹	Measuring methods or systems particular to multiplexed resonance, e.g. the pulse sequence
G01N  24/12 510 B	2	1	2G044	G01N  24/12	40	ţΣģϣ	ENDOR
G01N  24/12 510 C	2	1	2G044	G01N  24/12	79	¿Σͣ	Multi-dimensional NMR
G01N  24/12 510 G	2	0	2G044	G01N  24/12	57	ǥåץ	Decoupling
G01N  24/12 510 E	2	1	2G044	G01N  24/12	12	ȥǥåץ󥰡㡥¬Τߥǥåץ󥰣ңƾȼͤ	Gate decoupling (Irradiating decoupling RF only when observation is made)
G01N  24/12 510 L	2	0	2G044	G01N  24/12	153	ʬˡʤݡꥼΣáС	Cross polarisation method, i.e. C.P.
G01N  24/12 510 P	2	0	2G044	G01N  24/12	12	̡	Quantitative analyses; qualitative analyses
G01N  24/12 510 Z	2	0	2G044	G01N  24/12	16	¾	Others
G01N  24/12 520 \	2	2	2G044	G01N  24/12	0		Second high- frequency
G01N  24/12 520 A	2	0	2G044	G01N  24/12	15	ȯ㡥ĴޤϥΥĴ	Generating, e.g. random modulation or noise modulation
G01N  24/12 520 B	2	1	2G044	G01N  24/12	5	ȿĴ㡥Ĵ	Frequency modulations, e.g. low-frequency modulations
G01N  24/12 520 C	2	1	2G044	G01N  24/12	7	Ĵ	Phase modulations
G01N  24/12 520 G	2	0	2G044	G01N  24/12	7	Ĵȿ	Adjusting; frequency setting
G01N  24/12 520 E	2	1	2G044	G01N  24/12	5	ȿݰ	Sweeping frequencies
G01N  24/12 520 Z	2	0	2G044	G01N  24/12	3	¾	Others
G01N  24/14  \	1	1	2G044	G01N  24/14	74	ȥĤѤ뤳ȤˤΡΣ	by using cyclotron resonance [3]
G01N  24/14  A	1	0	2G044	G01N  24/14	4	ȥļΤˤ	By resonance of cyclotron per se
G01N  24/14  B	1	0	2G044	G01N  24/14	9	󸻤ȤѤ	By using as the ion source
G01N  24/14  Z	1	0	2G044	G01N  24/14	4	¾	Others
G01N  25/00  \	0	0	2G040	G01N  25/00	45	ǮŪʤѤˤĴޤʬϡʣǣΣǣΣͥ	Investigating or analysing materials by the use of thermal means (G01N 3/00-G01N 23/00 take precedence)
G01N  25/00  A	0	0	2G040	G01N  25/00	168	Ǯʬϰ	Thermal analyses in general
G01N  25/00  B	0	1	2G040	G01N  25/00	96	ΤǮǮɷή	Using stimulation current of thermo-electromotive force of specimen per se
G01N  25/00  J	0	0	2G040	G01N  25/00	38	ǮʬѤϧ̡̣ʲŸܤͥ	Furnaces in general for thermal analyses (25/02 or lower take precedence)
G01N  25/00  K	0	1	2G040	G01N  25/00	248	Ǯ	Heating devices
G01N  25/00  L	0	1	2G040	G01N  25/00	81		Cooling devices
G01N  25/00  M	0	1	2G040	G01N  25/00	104	ǮڤѤԤʤΡ̣ˡ̡Ѥͥ	Heating or cooling devices (K, L or Q takes precedence)
G01N  25/00  N	0	1	2G040	G01N  25/00	121	ϧ°̻񡤴ѻ	Furnace accessories (specimen dishes, specimen inserting devices, observation windows)
G01N  25/00  P	0	0	2G040	G01N  25/00	189	Ǯѡ桤ǡݥ	Controlling or data processing for heating, cooling or maintaining the temperature
G01N  25/00  Q	0	1	2G040	G01N  25/00	76		Constant temperature devices
G01N  25/00  Z	0	0	2G040	G01N  25/00	344	¾Τ	Others
G01N  25/02  \	1	1	2G040	G01N  25/02	26	ѲޤѲĴˤΡȾͻĴˤ	by investigating changes of state or changes of phase; by investigating sintering
G01N  25/02  A	1	0	2G040	G01N  25/02	32		Gaseous specimens in general
G01N  25/02  B	1	0	2G040	G01N  25/02	157	°	Metallic specimens in general
G01N  25/02  Z	1	0	2G040	G01N  25/02	359	¾Τ	Others
G01N  25/04  \	2	2	2G040	G01N  25/04	9	ͻΡŸΡ	of melting point; of freezing point; of softening point
G01N  25/04  A	2	0	2G040	G01N  25/04	168	ͻĴڤʬ	Investigating and analysing melting points
G01N  25/04  B	2	0	2G040	G01N  25/04	100	ŸĴڤʬ	Investigating and analysing coagulating points
G01N  25/04  C	2	0	2G040	G01N  25/04	95	Ĵڤʬ	Investigating and analysing softening points
G01N  25/04  D	2	0	2G040	G01N  25/04	36	ޤĴڤʬ	Investigating and analysing fogging points
G01N  25/04  Z	2	0	2G040	G01N  25/04	25	¾Τ	Others
G01N  25/06  \	3	3	2G040	G01N  25/06	6	ŸѲ¬ˤʬ	Analysis by measuring change of freezing point
G01N  25/06  A	3	0	2G040	G01N  25/06	37	°	Metallic specimens
G01N  25/06  B	3	1	2G040	G01N  25/06	56	Ÿηˡʬˡ	Methods for determining solidifying points or constituents
G01N  25/06  C	3	1	2G040	G01N  25/06	139	ŸǤ뤿ƴڤӤ°ʪ	Containers and accessories for coagulation
G01N  25/06  Z	3	0	2G040	G01N  25/06	15	¾Τ	Others
G01N  25/08  \	2	2	2G040	G01N  25/08	51	ʨ	of boiling point
G01N  25/10  \	3	3	2G040	G01N  25/10	81	ʨѲ¬ˤʬ	Analysis by measuring change of boiling point
G01N  25/12  \	2	2	2G040	G01N  25/12	18	׳Ρ¾Ѳ	of critical point; of other phase change
G01N  25/14  \	1	1	2G040	G01N  25/14	10	αСڡŽ̡ŸǡޤϾФѤˤΡʣǣΣͥ	by using distillation, extraction, sublimation, condensation, freezing, or crystallisation (G01N 25/02 takes precedence)
G01N  25/14  A	1	0	2G040	G01N  25/14	112	α	Utilising distilling or extracting
G01N  25/14  B	1	1	2G040	G01N  25/14	5	Ķ׳ήΡղؤФ	Utilising extraction to super critical fluids or liquefied gases
G01N  25/14  C	1	0	2G040	G01N  25/14	8		Utilising steam pressure
G01N  25/14  D	1	0	2G040	G01N  25/14	110	αڤ	Utilising dry-distil or sublimation
G01N  25/14  E	1	0	2G040	G01N  25/14	27	Ž̤	Utilising condensation
G01N  25/14  F	1	0	2G040	G01N  25/14	18	ŸǤ	Utilising coagulation
G01N  25/14  G	1	1	2G040	G01N  25/14	108	ץ󥮥󥰷	Plunging meter
G01N  25/14  Z	1	0	2G040	G01N  25/14	31	¾ΤΡ̾ФѤޤ	Others (including utilization of crystallisation
G01N  25/16  \	1	1	2G040	G01N  25/16	9	ǮıĴˤ	by investigating thermal coefficient of expansion
G01N  25/16  A	1	0	2G040	G01N  25/16	75	ǮĥѰ	Utilising coefficients of thermal expansion in general
G01N  25/16  B	1	0	2G040	G01N  25/16	185	Ǯĥװ	Thermal expansion meters in general
G01N  25/16  C	1	1	2G040	G01N  25/16	280	Ūʤ	Utilising optical means
G01N  25/16  D	1	1	2G040	G01N  25/16	35	ĥס̣äͥ	Differential expansion meters (C takes precedence)
G01N  25/16  E	1	0	2G040	G01N  25/16	112	Ǯ̡ΤǮĥ¬	Measuring thermal contractions or thermal expansion of linear materials
G01N  25/16  Z	1	0	2G040	G01N  25/16	97	¾ǮˤѲѰ̤ޤࡤͥ	Others (including utilization of thermal profile changes in general, 25/02 takes precedence)
G01N  25/18  \	1	1	2G040	G01N  25/18	33	ǮƳ٤ĴˤΡǮ̷פˤΣǣΣŵŪ˲Ǯ줿ʪΤѲ¬ˤΣǣΣ	by investigating thermal conductivity (by calorimetry G01N 25/20; by measuring change of resistance of an electrically-heated body G01N 27/18)
G01N  25/18  A	1	0	2G040	G01N  25/18	96	ʪ¸ߤθ̡̣ͥ	Inspecting flaws, foreign materials or contamination in general (25/72 takes precedence)
G01N  25/18  B	1	1	2G040	G01N  25/18	174	ݲǽǮǽθ	Inspecting heat retention performance or thermal insulation performance
G01N  25/18  C	1	1	2G040	G01N  25/18	108	ɽ̱졤ʪθСɹϣơ	Detecting surface contamination or adhered objects (25/56 F takes precedence for ice or frost)
G01N  25/18  D	1	0	2G040	G01N  25/18	276	ǮãΨǮ̰ۤʤؤǮήͤ¬̿ΤؤδΨޤ	Measuring thermal conductivity or heat dissipations (thermal flows to different phases) (including temperature sensing rate to the human body)
G01N  25/18  E	1	0	2G040	G01N  25/18	383	ǮƳΨ¬ƱǤǮή¬	Measuring thermal conductivity (measuring the thermal flows within the same phase)
G01N  25/18  F	1	1	2G040	G01N  25/18	135	ήξǮƳΨ¬	Measuring thermal conductivity of liquid specimens
G01N  25/18  G	1	1	2G040	G01N  25/18	118	ǮȲ¬Ʊ̤ˤεڤӥץݥ̣֡ȡƤͥ	Heating sources and probes located on the same surface or probes (H or F takes precedence)
G01N  25/18  H	1	1	2G040	G01N  25/18	226	ǮȤƸѤΡǮˡˤǮƳΨ¬ϣ	By using the light as the heating source (29/00 takes precedence to measuring thermal conductivity by using the thermal acoustic method)
G01N  25/18  J	1	0	2G040	G01N  25/18	374	ǮƳǮãĴˤʬϰ	Analysing in general by investigating the thermal conductivity or transmission
G01N  25/18  K	1	1	2G040	G01N  25/18	327	ǮƳѤήξʬʬ̼ȤƥѤΤΡͥ	Analysing fluid specimens by using thermal conductivity (mainly for gas chromatography, 27/18 takes precedence)
G01N  25/18  L	1	0	2G040	G01N  25/18	250	ǮƳǮãΥߥݥ	Simulating thermal conductivity or transmission
G01N  25/18  Z	1	0	2G040	G01N  25/18	129	¾Τ	Others
G01N  25/20  \	1	1	2G040	G01N  25/20	29	ȯǮĴˤΡʤǮ¬ˤΡ㡥Ǯ¬ˤΡǮƳ٤¬ˤ	by investigating the development of heat, i.e. calorimetry, e.g. by measuring specific heat, by measuring thermal conductivity
G01N  25/20  A	1	0	2G040	G01N  25/20	113	ǮǮȤβ٤Ӥ	Comparing temperature differences from a reference sample, e.g., differential heat, differential scanning heat
G01N  25/20  B	1	1	2G040	G01N  25/20	164	Ǯʬϰ	Differential heat analysis heat in general
G01N  25/20  C	1	1	2G040	G01N  25/20	189	Ǯ̷	Differential calorimeters
G01N  25/20  D	1	2	2G040	G01N  25/20	189	ƴۥ	Specimen dishes, specimen containers or holders
G01N  25/20  E	1	2	2G040	G01N  25/20	101	ϧ桤	Means for controlling or compensating the furnaces
G01N  25/20  F	1	1	2G040	G01N  25/20	69	Ǯ̷פ¾ʬϼʤȤȤ߹碌	Combining differential calorimeters with other analysing methods
G01N  25/20  G	1	2	2G040	G01N  25/20	163	Ǯŷ̷̽ס	Differential heat balances (gravimeters)
G01N  25/20  J	1	0	2G040	G01N  25/20	174	Ǯ̷װ	Calorimeters in general
G01N  25/20  Z	1	0	2G040	G01N  25/20	554	¾Τ	Others
G01N  25/22  \	2	2	2G040	G01N  25/22	201	ǳƤޤܿˤȤŤΡ㡥ʪγʬ	on combustion or catalytic oxidation, e.g. of components of gas mixtures
G01N  25/24  \	3	3	2G040	G01N  25/24	30	ǳƴɤѡʤʬ	using combustion tubes, e.g. for micro-analysis
G01N  25/26  \	3	3	2G040	G01N  25/26	63	ǰǤǳƤѡʤܥǮ̷	using combustion with oxygen under pressure, e.g. in bomb calorimeter
G01N  25/28  \	3	3	2G040	G01N  25/28	190	ǳƤˤβپ徺ľ¬	the rise in temperature of the gases resulting from combustion being measured directly
G01N  25/30  \	4	4	2G040	G01N  25/30	76	ŵŪǻҤ	using electric temperature-responsive elements
G01N  25/32  \	5	5	2G040	G01N  25/32	92	ǮǻҤ	using thermoelectric elements
G01N  25/34  \	4	4	2G040	G01N  25/34	5	Ūǻҡ㡥Х᥿롤	using mechanical temperature-responsive elements, e.g. bimetallic
G01N  25/36  \	5	5	2G040	G01N  25/36	12	ʪĴ	for investigating the composition of gas mixtures
G01N  25/38  \	4	4	2G040	G01N  25/38	11	ΤͻޤǳƤ	using the melting or combustion of a solid
G01N  25/40  \	3	3	2G040	G01N  25/40	16	ȯǮήƤήΤذܤ	the heat developed being transferred to a flowing fluid
G01N  25/42  \	4	4	2G040	G01N  25/42	14	Ϣ³Ū	continuously
G01N  25/44  \	3	3	2G040	G01N  25/44	20	ȯǮ̤ήΤ˰ܤ	the heat developed being transferred to a fixed quantity of fluid
G01N  25/46  \	4	4	2G040	G01N  25/46	9	ʪĴ	for investigating the composition of gas mixtures
G01N  25/48  \	2	2	2G040	G01N  25/48	246	ϲ򡤵ۼޤǳƤ⤷ܿͿʤʤȿˤȤŤ	on solution, sorption, or a chemical reaction not involving combustion or catalytic oxidation
G01N  25/50  \	1	1	2G040	G01N  25/50	3	ĴˤΡȯĴˤ	by investigating flash-point; by investigating explosibility
G01N  25/50  A	1	0	2G040	G01N  25/50	68	ȯĴ	Investigating ignition or flashing points in general
G01N  25/50  B	1	1	2G040	G01N  25/50	26	мʤͭΡ̣ðʲͥ	With means for igniting (C or lower take precedence)
G01N  25/50  C	1	1	2G040	G01N  25/50	99	ǮǳơлǮ˲ϣڡ	Thermal resistance, burning or ignition tests (25/72 Z takes precedence for thermal destruction)
G01N  25/50  D	1	2	2G040	G01N  25/50	14		Linear materials
G01N  25/50  E	1	2	2G040	G01N  25/50	11	ݥȯл	Arc ignition tests
G01N  25/50  F	1	2	2G040	G01N  25/50	20	ǳ®٤λ	Testing burning speeds
G01N  25/50  Z	1	0	2G040	G01N  25/50	42	¾Τ	Others
G01N  25/52  \	2	2	2G040	G01N  25/52	26	Τΰ¬ˤ	by determining flash-point of liquids
G01N  25/54  \	2	2	2G040	G01N  25/54	62	ȯ¬ˤ	by determining explosibility
G01N  25/56  \	1	1	2G040	G01N  25/56	3	޿̤Ĵˤ	by investigating moisture content
G01N  25/56  A	1	0	2G040	G01N  25/56	25	վδ޿ΨĴ	Investigating moisture content in liquid specimens
G01N  25/56  B	1	0	2G040	G01N  25/56	70	ξδ޿ΨĴ	Investigating moisture content in gaseous specimens
G01N  25/56  C	1	1	2G040	G01N  25/56	18	ΡλΥˤ޿ΨĴޤ	Including investigations of moisture content by gasifying solid or liquid specimens
G01N  25/56  D	1	0	2G040	G01N  25/56	128	ξδ޿ΨĴ	Investigating moisture content in the solid specimens
G01N  25/56  E	1	1	2G040	G01N  25/56	100	ʴγΡںδ޿ΨĴ	Investigating moisture content in the powder or granular materials or earth and sand
G01N  25/56  F	1	0	2G040	G01N  25/56	61	ɹ㡤ũθ	Detecting ice, frost, snow or raindrops
G01N  25/56  Z	1	0	2G040	G01N  25/56	35	¾Τ	Others
G01N  25/58  \	2	2	2G040	G01N  25/58	32	ǮѤޤıˤʪѲ¬ˤ	by measuring changes of properties of the material due to heat, cold, or expansion
G01N  25/60  \	3	3	2G040	G01N  25/60	86	μ٤¬	for determining the wetness of steam
G01N  25/62  \	2	2	2G040	G01N  25/62	2	¬ʡ㡥岹ٷסˤ	by psychrometric means, e.g. wet-and-dry-bulb thermometers
G01N  25/62  A	2	0	2G040	G01N  25/62	27	¬ʤꤵΡ̣Ƥͥ	Specific means for measuring temperatures (F takes precedence)
G01N  25/62  B	2	1	2G040	G01N  25/62	30	Х᥿ѤΡ̵ۿˤ뿭ѲѤΤϣǣΣ	By using bimetal (expansion and contraction by absorbing water G 01 N 19/10)
G01N  25/62  C	2	1	2G040	G01N  25/62	56	塤ˤΡ̣Ťͥ	By using dry-and-wet bulbs
G01N  25/62  D	2	2	2G040	G01N  25/62	77	ι¤Ѽʡڤθ	Structures, means for cooling, detecting water running out for the wet-bulb
G01N  25/62  E	2	1	2G040	G01N  25/62	25	͹ŪԤʤΡ̣ͥ衤ˤ͡ԲߤΤϣǣףʡ	By artificially ventilating (25/64 takes precedence,  cooling values or uncomfortableness by natural ventilation G 01 W 1 1/17 J
G01N  25/62  F	2	0	2G040	G01N  25/62	79	٤λмʡɽʡԲؿλФ˴ؤΤϣǣףʡ	Means for calculating or displaying humidity (Assign G 01 W 1/17 J to those Related to calculating the comfort index)
G01N  25/62  Z	2	0	2G040	G01N  25/62	34	¾Τ	Others
G01N  25/64  \	3	3	2G040	G01N  25/64	5	ŵŪǻҤ	using electric temperature-responsive elements
G01N  25/64  A	3	0	2G040	G01N  25/64	46	塤ΤΡ̣Ťͥ	Of dry or wet bulb (E takes precedence)
G01N  25/64  B	3	1	2G040	G01N  25/64	56	ι¤Ѽʡڤθ	Structures, means for cooling, detecting water running out for the wet-bulb
G01N  25/64  C	3	1	2G040	G01N  25/64	54	ϩħΤ	Characterised by circuits
G01N  25/64  D	3	0	2G040	G01N  25/64	146	¾ŵŪǻҤѡ̣Ťͥ	Utilising other electric temperature sensing elements (E takes precedence)
G01N  25/64  E	3	0	2G040	G01N  25/64	36	͹ŪԤʤ	By artificial ventilation
G01N  25/64  F	3	0	2G040	G01N  25/64	25	浡Ȥ߹Ρʤͭ	With built-in controls or alarm devices
G01N  25/64  G	3	1	2G040	G01N  25/64	64	ĴĶȤ߹	Provided in air conditioning equipment or environmental test chambers
G01N  25/64  H	3	0	2G040	G01N  25/64	25	ٷפιǽ	calibrating or functional testing of hygrometers
G01N  25/64  Z	3	0	2G040	G01N  25/64	48	¾Τ	Others
G01N  25/66  \	2	2	2G040	G01N  25/66	6	ϪĴˤ	by investigating dew-point
G01N  25/66  A	2	0	2G040	G01N  25/66	75	ϪθС̣ͥ͡ͽ	Detecting condensation (25/68 takes precedence), or forecasting
G01N  25/66  B	2	0	2G040	G01N  25/66	34	Ϫ٤θ	Detecting dew point temperature
G01N  25/66  C	2	1	2G040	G01N  25/66	11	岹ѿˤ	Of dry or wet bulb temperature variable
G01N  25/66  D	2	1	2G040	G01N  25/66	39	ðʳѿˤΡۼ	Of other variables excluding C or utilising hygroscopic materials
G01N  25/66  F	2	0	2G040	G01N  25/66	25	Ϫλˡɽˡ	methods for calculating or displaying dew point temperatures
G01N  25/66  G	2	0	2G040	G01N  25/66	46	Ϫ٤鼾٤	Obtaining humidity based on the dew point temperatures
G01N  25/66  Z	2	0	2G040	G01N  25/66	29	¾Τ	Others
G01N  25/68  \	3	3	2G040	G01N  25/68	1	Žɽ̤βѲˤ	by varying the temperature of a condensing surface
G01N  25/68  A	3	0	2G040	G01N  25/68	28	Žɽ̤ηϪθмʤħΤ	Characterised by means for detecting condensation on the condensation surface
G01N  25/68  B	3	1	2G040	G01N  25/68	112	Ūʤ	Utilising optical means
G01N  25/68  C	3	1	2G040	G01N  25/68	102	ŵŪʤ	Utilising electric means
G01N  25/68  Z	3	0	2G040	G01N  25/68	40	¾̸мʤꤵʤǮˡڤӡǮѼʤޤͤΤ	Others (Not specified by the means of detecting method, heating or cooling methods, or including the means for heating or cooling)
G01N  25/70  \	3	3	2G040	G01N  25/70	4	βѲˤΡ㡥̤ˤΡıˤ	by varying the temperature of the material, e.g. by compression, by expansion
G01N  25/72  \	1	1	2G040	G01N  25/72	29	Ĵ	Investigating presence of flaws
G01N  25/72  A	1	0	2G040	G01N  25/72	95	ưƤ	Moving materials
G01N  25/72  B	1	1	2G040	G01N  25/72	105		Rolled materials
G01N  25/72  D	1	0	2G040	G01N  25/72	132	ƴ̥θ	Detecting internal flaws or contamination on the cylindrical specimen or containers
G01N  25/72  E	1	0	2G040	G01N  25/72	220	³ɸСϥ	detecting defects on the bonded portions (welded joints or soldered joints)
G01N  25/72  F	1	1	2G040	G01N  25/72	145	ŻҵȾƳ³ɸ	Detecting connecting defects on the electronic equipment or devices, semiconductors
G01N  25/72  G	1	0	2G040	G01N  25/72	215	ȾƳΡץȴɸС̣ͥ	Detecting defects on the semiconductors or printed circuits boards (F takes precedence)
G01N  25/72  J	1	0	2G040	G01N  25/72	91	ǮԤʤʤΡ̣ͥ	Without heating (A to G take precedence)
G01N  25/72  K	1	0	2G040	G01N  25/72	493	١ΤΥС̣¡ͥ	Detecting internal defects of peeling of laminated materials ( B or E takes precedence)
G01N  25/72  Y	1	0	2G040	G01N  25/72	191	θа	Detecting flaws in general
G01N  25/72  Z	1	0	2G040	G01N  25/72	250	¾Τ	Others
G01N  27/00  \	0	0	2G060	G01N  27/00	452	ŵŪŵŪޤϼŪʤѤˤĴޤʬϡʣǣΣǣΣͥ表ŵŪޤϼŪޤϤ̤¬ޤϻǣҡ	Investigating or analysing materials by the use of electric, electro-chemical, or magnetic means (G01N 3/00-G01N 25/00 take precedence; measurement or testing of electric or magnetic variables or of electric or magnetic properties of materials G01R)
G01N  27/00  A	0	0	2G060	G01N  27/00	272	١ʬ	Detecting humidity or moisture
G01N  27/00  B	0	1	2G060	G01N  27/00	273	ǻҤι¤֤ι¤	Structures of elements, structures of devices
G01N  27/00  C	0	1	2G060	G01N  27/00	82	ŵϩ	Electric circuits
G01N  27/00  D	0	0	2G060	G01N  27/00	580	ŵŪʤѰ	Utilising electric means in general
G01N  27/00  E	0	1	2G060	G01N  27/00	158	ŵϩ	Electric circuits
G01N  27/00  F	0	0	2G060	G01N  27/00	123	ꡦǮθΡǳƵ	Detecting flame or heat or combustion devices
G01N  27/00  G	0	0	2G060	G01N  27/00	591	߱㡤롤Ϫθ	detecting precipitation, snowing, freezing or condensing
G01N  27/00  H	0	0	2G060	G01N  27/00	376	Ǣθ	Detecting urination
G01N  27/00  J	0	0	2G060	G01N  27/00	878	ų̥ȥ󥸥ˤ븡	Detecting by using the field effect transistors
G01N  27/00  K	0	0	2G060	G01N  27/00	1184	θ	Detecting gases or smokes
G01N  27/00  L	0	0	2G060	G01N  27/00	965	˴ؤ	Related to material deterioration
G01N  27/00  Z	0	0	2G060	G01N  27/00	1906	¾ȾƳλ	Others (semiconductor tests)
G01N  27/02  \	1	1	2G060	G01N  27/02	59	ԡ󥹤Ĵˤ	by investigating impedance
G01N  27/02  A	1	0	2G060	G01N  27/02	167	١ʬΡ̹ʪΤ̤εѡ	Detecting humidity or moisture (technology common to 27/04 and 27/22 for those to dry the cereal grains)
G01N  27/02  B	1	1	2G060	G01N  27/02	277	ǻҤι¤֤ι¤	Structures of elements or equipment
G01N  27/02  C	1	1	2G060	G01N  27/02	158	ŵϩ	Electric circuits
G01N  27/02  D	1	0	2G060	G01N  27/02	924	ŵŪʤѰ̡ΡХ˴ؤΡ	Utilising electric means in general (Related to living bodies, biology, medical treatments
G01N  27/02  E	1	1	2G060	G01N  27/02	151	ŵϩΡХ˴ؤΡ	Electric circuits (Related to the living bodies, biology, medical treatments)
G01N  27/02  Z	1	0	2G060	G01N  27/02	976	¾Τ	Others
G01N  27/04  \	2	2	2G060	G01N  27/04	379	񹳤Ĵˤ	by investigating resistance
G01N  27/04  A	2	0	2G060	G01N  27/04	375	١ʬ	Detecting humidity or moisture
G01N  27/04  B	2	1	2G060	G01N  27/04	1059	ǻҤι¤֤ι¤	Structures of elements or equipment
G01N  27/04  C	2	1	2G060	G01N  27/04	503	ŵϩ	Electric circuits
G01N  27/04  D	2	0	2G060	G01N  27/04	285	ΤĴ	Investigating gases
G01N  27/04  E	2	1	2G060	G01N  27/04	294	¤	Structures
G01N  27/04  F	2	2	2G060	G01N  27/04	818	δＫΤι¤դ	Structures or mounting of detectors per se
G01N  27/04  G	2	2	2G060	G01N  27/04	152	δΡ	Enclosures or internal layout of detectors
G01N  27/04  H	2	2	2G060	G01N  27/04	206	Ƴ	Gas intakes
G01N  27/04  J	2	2	2G060	G01N  27/04	129	δ	Inspecting or testing detectors
G01N  27/04  K	2	1	2G060	G01N  27/04	148	ŵϩ	Electric circuits
G01N  27/04  L	2	2	2G060	G01N  27/04	314	ñʤ븡Ρñʤ벹ޤ	Detecting elements (including simple detection or simple temperature compensations)
G01N  27/04  M	2	2	2G060	G01N  27/04	122	ŸŰưɻ	Preventing fluctuations in power supply or voltage at the detecting unit
G01N  27/04  N	2	2	2G060	G01N  27/04	166	διưָ	calibrating or testing operating conditions of the detectors
G01N  27/04  P	2	2	2G060	G01N  27/04	328	ǳ渡	Signal processing or detecting air-fuel ratios
G01N  27/04  Q	2	2	2G060	G01N  27/04	587	ɽڤӸξ㸡Ρΰ	Displaying or detecting failures, alarm safety
G01N  27/04  Z	2	0	2G060	G01N  27/04	1929	¾Τ	Others
G01N  27/06  \	3	3	2G060	G01N  27/06	229	ΤΡŲǣΣ	of a liquid (involving electrolysis G01N 27/26)
G01N  27/06  A	3	0	2G060	G01N  27/06	1081	ǻҤι¤֤ι¤	Structures of elements or equipment
G01N  27/06  B	3	0	2G060	G01N  27/06	531	ŵϩ	Electric circuits
G01N  27/06  Z	3	0	2G060	G01N  27/06	1145	¾Τ	Others
G01N  27/07  \	4	4	2G060	G01N  27/07	1084	¬ѥ٥åι¤ΤŶˡΣ	Construction of measuring vessels; Electrodes therefor [2]
G01N  27/08  \	4	4	2G060	G01N  27/08	110	Ϣ³ŪήƤ	which is flowing continuously
G01N  27/10  \	5	5	2G060	G01N  27/10	184	ä⤷ϴƻޤΤѤ	Investigation or analysis specially adapted for controlling or monitoring operations or for signalling
G01N  27/12  \	3	3	2G046	G01N  27/12	994	ήΤεۼˤΤΡήΤȤȿˤΤ	of a solid body in dependence upon absorption of a fluid; of a solid body in dependence upon reaction with a fluid
G01N  27/12  A	3	0	2G046	G01N  27/12	1417	θ	Detecting gases
G01N  27/12  B	3	1	2G046	G01N  27/12	3999	ǻҤι¤֤ι¤㡥ι¤Ūȹ礻	Structures of elements or equipment (including structural combinations of the materials)
G01N  27/12  C	3	1	2G046	G01N  27/12	2217	ǻҤκ	Element materials
G01N  27/12  D	3	1	2G046	G01N  27/12	1424	ŵϩʣǣΣˤʬĤ	Electric circuits (sub-classification is provided to G 01 N 27/04 as well)
G01N  27/12  E	3	0	2G046	G01N  27/12	120	ٸ	Detecting humidity
G01N  27/12  F	3	1	2G046	G01N  27/12	229	Ϫθ	Detecting condensing or frosting
G01N  27/12  G	3	1	2G046	G01N  27/12	1027	ǻҤι¤֤ι¤	Structures of elements or equipment
G01N  27/12  H	3	1	2G046	G01N  27/12	114	ǻҤκ㡤̵ͭޤ	Element materials (including materials displayed in general or including organic and inorganic materials)
G01N  27/12  J	3	2	2G046	G01N  27/12	803	̵	Inorganic materials
G01N  27/12  K	3	2	2G046	G01N  27/12	384	ͭ	Organic materials
G01N  27/12  L	3	1	2G046	G01N  27/12	99	ٸΤαѡ	Applying or usage for humidity detection
G01N  27/12  P	3	1	2G046	G01N  27/12	462	ŵϩ	Electric circuits
G01N  27/12  M	3	0	2G046	G01N  27/12	1089	θǻҡٸǻҤˡդ	Manufacturing methods or mounting of elements for detecting gases or humidity
G01N  27/12  N	3	0	2G046	G01N  27/12	253	ΤθΤ˴ؤ	Related to detecting liquids
G01N  27/12  Z	3	0	2G046	G01N  27/12	100	¾Τ	Others
G01N  27/14  \	3	3	2G060	G01N  27/14	65	ѲˤŵŪ˲Ǯ줿ʪΤ	of an electrically-heated body in dependence upon change of temperature
G01N  27/16  \	4	4	2G060	G01N  27/16	93	ʷϵǳƤޤܿˤΡ㡥	caused by burning or catalytic oxidation of surrounding material to be tested, e.g. of gas
G01N  27/16  A	4	0	2G060	G01N  27/16	378	֤ι¤	Equipment structures
G01N  27/16  B	4	1	2G060	G01N  27/16	657	ǻҤι¤	Element structures or materials
G01N  27/16  C	4	0	2G060	G01N  27/16	232	ŵϩ	Electric circuits
G01N  27/16  Z	4	0	2G060	G01N  27/16	383	¾Τ	Others
G01N  27/18  \	4	4	2G060	G01N  27/18	1075	ʷϵǮƳ٤ѲˤΡʣǣΣͥ	caused by changes in the thermal conductivity of a surrounding material to be tested (G01N 27/20 takes precedence)
G01N  27/20  \	3	3	2G060	G01N  27/20	148	Ĵ	Investigating the presence of flaws
G01N  27/20  A	3	0	2G060	G01N  27/20	763	֤ι¤	Equipment structures
G01N  27/20  B	3	0	2G060	G01N  27/20	187	ŵϩ	Electric circuits
G01N  27/20  Z	3	0	2G060	G01N  27/20	738	¾Τ	Others
G01N  27/22  \	2	2	2G060	G01N  27/22	270	̤Ĵˤ	by investigating capacitance
G01N  27/22  A	2	0	2G060	G01N  27/22	994	ΤĴ	Investing gases
G01N  27/22  B	2	0	2G060	G01N  27/22	1328	ΤĴ	Investigating liquids
G01N  27/22  C	2	0	2G060	G01N  27/22	1036	ΤĴ	Investigating solids
G01N  27/22  D	2	0	2G060	G01N  27/22	414	ŵϩ	Electric circuits
G01N  27/22  Z	2	0	2G060	G01N  27/22	527	¾Τ	Others
G01N  27/24  \	3	3	2G060	G01N  27/24	174	Ĵ	Investigating the presence of flaws
G01N  27/26  \	1	1	2G056	G01N  27/26	56	ŵṲ̄ĴˤΡŲޤŵưѤˤΡΣ	by investigating electrochemical variables; by using electrolysis or electrophoresis (investigating or analysing materials by separation into components using adsorption, absorption or similar phenomena or using ion-exchange, e.g. chromatography, G01N 30/00; electrochemical processes or apparatus in general B01J; standard cells H01M 6/28)
G01N  27/26  P	1	0	2G056	G01N  27/26	168	ήưṲ̋¬	Measuring flow potentials
G01N  27/26  Q	1	0	2G056	G01N  27/26	106	Ų	Utilising electrolysis
G01N  27/26  R	1	1	2G056	G01N  27/26	56	Ų	Electrolytic equipment
G01N  27/26  S	1	1	2G056	G01N  27/26	80	ȤƤ	Utilising as the pre-treatment
G01N  27/26  T	1	0	2G056	G01N  27/26	25	ŵƩϤ	Utilising as the electric dialysis
G01N  27/26  U	1	0	2G056	G01N  27/26	94	ʪʬ¬ʣǣΣСǣΣԤͥ	Measuring particular substances, constituents or properties (P to T take precedence)
G01N  27/26  V	1	1	2G056	G01N  27/26	41	վ¬	Measuring liquid specimens
G01N  27/26  Z	1	0	2G056	G01N  27/26	276	¾Τ	Others
G01N  27/26 341 \	2	2	2G056	G01N  27/26	3	żũ	Electrically display titration
G01N  27/26 341 A	2	0	2G056	G01N  27/26	109	ʬ˴ؤΡʣǣΣäͥ	Related to particular constituents (C takes precedence)
G01N  27/26 341 B	2	0	2G056	G01N  27/26	54	Τʽ뤿Τ	Obtaining accurate end points
G01N  27/26 341 C	2	0	2G056	G01N  27/26	28	ή¬ꤹ	Measuring currents
G01N  27/26 341 Z	2	0	2G056	G01N  27/26	84	¾Τ	Others
G01N  27/26 351 \	2	2	2G056	G01N  27/26	3	η٤ޤ¬	Measuring defects or degradation of the materials
G01N  27/26 351 A	2	0	2G056	G01N  27/26	115	忩¬Ѥ	By using measurements of corrosion properties
G01N  27/26 351 B	2	1	2G056	G01N  27/26	131	ˡʤˡжˡȶˡѤ	By using three poles (specimen pole, remote pole and reference pole)
G01N  27/26 351 C	2	2	2G056	G01N  27/26	190	ή¬ꤹ	Measuring currents
G01N  27/26 351 D	2	2	2G056	G01N  27/26	120	Ű¬ꤹ	Measuring voltages
G01N  27/26 351 E	2	2	2G056	G01N  27/26	44	ŲͿŰήλѲ¬ꤹΡ㡥åˡ	Measuring secular changes in voltage or current after applying a certain electric potential e.g. coulostatic transients
G01N  27/26 351 F	2	1	2G056	G01N  27/26	118	ήѤ	By using alternating currents
G01N  27/26 351 G	2	1	2G056	G01N  27/26	60	ˤѤʤ	By using only two poles
G01N  27/26 351 H	2	2	2G056	G01N  27/26	242	Ű¬ꤹ	By using voltage
G01N  27/26 351 J	2	2	2G056	G01N  27/26	172	ή¬ꤹ	By using current
G01N  27/26 351 K	2	1	2G056	G01N  27/26	113	忩ַ忩¬Ԥʤ	Measuring local corrosion or gap corrosion
G01N  27/26 351 L	2	0	2G056	G01N  27/26	44	ʪ˴ؤ	Related to sedimentary layers
G01N  27/26 351 M	2	1	2G056	G01N  27/26	104	ʤ°˴ؤ	Related to shield metals
G01N  27/26 351 N	2	2	2G056	G01N  27/26	74	°ʤؤη٤Ĵ	Investigating defects in metallic shielding layers
G01N  27/26 351 P	2	0	2G056	G01N  27/26	256	ʪ˴ؤ	Relating buried objects
G01N  27/26 351 Z	2	0	2G056	G01N  27/26	136	¾Τ	Others
G01N  27/26 361 \	2	2	2G056	G01N  27/26	3	ǻΤǻ¬	Measuring densities for controlling the density
G01N  27/26 361 A	2	0	2G056	G01N  27/26	50	ʬ¬	Measuring constituents in gases
G01N  27/26 361 B	2	1	2G056	G01N  27/26	101	ǳΤλ¬	Measuring oxygen content for controlling air-fuel ratios
G01N  27/26 361 C	2	2	2G056	G01N  27/26	108	󥵡β١н褹	Coping with sensor temperature or activation
G01N  27/26 361 D	2	2	2G056	G01N  27/26	105	󥵡ФĤн褹	Coping with sensor deterioration or deviations
G01N  27/26 361 E	2	0	2G056	G01N  27/26	87	ʬ¬	Measuring constituents in liquids
G01N  27/26 361 F	2	1	2G056	G01N  27/26	70	ΤΣ¬	Measuring pH for controlling pH
G01N  27/26 361 G	2	1	2G056	G01N  27/26	25	¸ǻ٤¬	Measuring dissolved gas densities
G01N  27/26 361 Z	2	0	2G056	G01N  27/26	11	¾Τ	Others
G01N  27/26 371 \	2	2	2G056	G01N  27/26	7	¬ͤμ谷	Handling measured values
G01N  27/26 371 A	2	0	2G056	G01N  27/26	566	˴ؤ	Related to compensation
G01N  27/26 371 B	2	1	2G056	G01N  27/26	237		Temperature compensations
G01N  27/26 371 C	2	0	2G056	G01N  27/26	162	۾¬ͤ˴ؤ	Related to abnormal measurement results
G01N  27/26 371 D	2	0	2G056	G01N  27/26	304	ǡѤ	by using memorised data
G01N  27/26 371 E	2	0	2G056	G01N  27/26	90	ǻٷפ˴ؤΡʣǣΣͥ	Related to oxygen density meter (361 takes precedence)
G01N  27/26 371 F	2	0	2G056	G01N  27/26	242	ʬǻٷפ˴ؤ	Related to densitometer for the constituents in the liquids
G01N  27/26 371 G	2	0	2G056	G01N  27/26	156	˴ؤ	Relating transmission
G01N  27/26 371 Z	2	0	2G056	G01N  27/26	100	¾Τ	Others
G01N  27/26 381 \	2	2	2G056	G01N  27/26	4	˴ؤ	Relating calibrations
G01N  27/26 381 A	2	0	2G056	G01N  27/26	430	ʬ¸ʬˤǻ¬ʤ˴ؤ	Related to means for measuring densities of constituents in the liquids (excluding the dissolved gas constituents)
G01N  27/26 381 B	2	0	2G056	G01N  27/26	259	ǻ¬ʤ˴ؤ	Related to means for measuring gas densities
G01N  27/26 381 C	2	0	2G056	G01N  27/26	174	ư	Automatic calibrating devices
G01N  27/26 381 D	2	0	2G056	G01N  27/26	154	ɸʪ˴ؤ	Relating standard substances for calibration
G01N  27/26 381 Z	2	0	2G056	G01N  27/26	106	¾Τ	Others
G01N  27/26 391 \	2	2	2G056	G01N  27/26	14	ξ㸡Τ˴ؤ	Related to fault detection
G01N  27/26 391 A	2	0	2G056	G01N  27/26	466	ǥ󥵡˴ؤ	Related to oxygen sensors
G01N  27/26 391 B	2	1	2G056	G01N  27/26	204	ǽɾѵ׻	Performance evaluation or durability tests
G01N  27/26 391 Z	2	0	2G056	G01N  27/26	513	¾Τ	Others
G01N  27/27  \	2	2	2G056	G01N  27/27	2	ơۤʤѿ¬ꤹ룲ʾ¬ꥷƥޤϥηǤäơΥƥޤϥ뤬ʪŪ˷礵¬̤ġ˻Ѥ뤫뤤Ϥη̤³ѿ褦˷礵ΡΣ	Association of two or more measuring systems or cells, each measuring a different parameter, where the measurement results may be either used independently, the systems or cells being physically associated, or combined to produce a value for a further par
G01N  27/27  A	2	0	2G056	G01N  27/27	351	ʣ¬ꥷƥޤϥѤ	By using plurality of measurement systems or cells
G01N  27/27  B	2	1	2G056	G01N  27/27	210	ʣ¬ͤȹ碌Ʊ黻Ƥ	Processing by using plurality of measurement values
G01N  27/27  C	2	1	2G056	G01N  27/27	76	¾ʬ¬ʤȹ蘆Ƥ	Combinations with means of measurements in other fields
G01N  27/27  D	2	1	2G056	G01N  27/27	136	ή̼ΤΡʣǣΣ¡äͥ	Distributing types (G01N27/27B or C takes precedence)
G01N  27/27  Z	2	0	2G056	G01N  27/27	0	¾Τ	Others
G01N  27/28  \	2	2	2G056	G01N  27/28	6	Ų򥻥	Electrolytic cell components
G01N  27/28  H	2	0	2G056	G01N  27/28	220	¬˴ؤ	Related to pre-treatments of the specimens for measurements
G01N  27/28  M	2	0	2G056	G01N  27/28	402	¬Υץ󥰡˴ؤ	Related to sampling of specimen for measurements or feeding
G01N  27/28  N	2	1	2G056	G01N  27/28	33	եȥݥפͭ	With air lifting pumps
G01N  27/28  P	2	1	2G056	G01N  27/28	479	ѤΤΡʣ¤ͥ	For living bodies (A 61 B takes precedence)
G01N  27/28  Q	2	0	2G056	G01N  27/28	105	β桤˴ؤ	Related to temperature control of specimens or constant temperature chambers
G01N  27/28  R	2	0	2G056	G01N  27/28	636	¸ƴǼȢɽ״˴ؤ	Related to storage containers, accommodation boxes or display instruments
G01N  27/28  Z	2	0	2G056	G01N  27/28	270	¾Τ	Others
G01N  27/28 301 \	3	3	2G056	G01N  27/28	9	Ų塤¬ѥ˴ؤ	Related to electrolytic bath or measurement cells
G01N  27/28 301 A	3	0	2G056	G01N  27/28	79	о̤ؼդ	For mounting on surface subject to tests
G01N  27/28 301 B	3	0	2G056	G01N  27/28	188	۰¬ѥͤƤ	Combinations of specimen suckers and measurement cells
G01N  27/28 301 Z	3	0	2G056	G01N  27/28	413	¾Τ	Others
G01N  27/28 311 \	4	4	2G056	G01N  27/28	43	žΤ	Rotating types
G01N  27/28 321 \	4	4	2G056	G01N  27/28	19	ή̷Τ	Distributing types
G01N  27/28 321 A	4	0	2G056	G01N  27/28	130	ŶˤɾήϩͽФƼդ	Electrodes protruding in the tubular passages
G01N  27/28 321 F	4	0	2G056	G01N  27/28	391	Ŷˤɾήϩɤΰ	Electrodes consisting a portion of the tubular passage wall
G01N  27/28 321 G	4	0	2G056	G01N  27/28	72	ŶʬήѤƤ	Suddenly changing flow direction at the electrodes
G01N  27/28 321 Z	4	0	2G056	G01N  27/28	273	¾Τ	Others
G01N  27/28 331 \	4	4	2G056	G01N  27/28	12	칽¤Τ	By using laminated film structures
G01N  27/28 331 A	4	0	2G056	G01N  27/28	102	֥åϱʬۼʤħ	Characterised by
G01N  27/28 331 D	4	0	2G056	G01N  27/28	79	ŵʤħ	Characterised by bridges or means for distributing the liquids
G01N  27/28 331 Z	4	0	2G056	G01N  27/28	354	¾Τ	Others
G01N  27/28 341 \	3	3	2G056	G01N  27/28	3	Ŷˤݻ˴ؤ	Related to retaining or fixing the electrodes
G01N  27/28 341 A	3	0	2G056	G01N  27/28	106	ҷ¬ѤΤ	For immersed type water quality measurement devices
G01N  27/28 341 F	3	0	2G056	G01N  27/28	45	Ŷ˥ɡ㡥漼ѤΤ	Electrode stands (for laboratories)
G01N  27/28 341 Z	3	0	2G056	G01N  27/28	221	¾Τ	Others
G01N  27/28 351 \	4	4	2G056	G01N  27/28	32	֥˼դ	For mounting on the Buoy
G01N  27/28 361 \	3	3	2G056	G01N  27/28	55	¼ʤ˴ؤ	Related to means for agitation
G01N  27/30  \	3	3	2G056	G01N  27/30	42	Ŷˡ㡥ŶˡȾӡʣǣΣͥˡΣ	Electrodes, e.g. testing electrodes
G01N  27/30  A	3	0	2G056	G01N  27/30	349	ѤΤΡʣ¤ͥ	For living bodies (A 61 B takes precedence)
G01N  27/30  B	3	0	2G056	G01N  27/30	1116	°úǼʤ	Consisting of metallic or carbon materials
G01N  27/30  F	3	0	2G056	G01N  27/30	696	ŶˤηħΡʣǣΣǣΣͥ	Characterised by electrode profiles (301 to 371 take precedence)
G01N  27/30  Z	3	0	2G056	G01N  27/30	380	¾Τ	Others
G01N  27/30 311 \	4	4	2G056	G01N  27/30	9	ŶˡŶˡʤ󤳤ŶˣǣΣ	Reference electrodes or comparative electrodes (Calomel electrodes, 27/32)
G01N  27/30 311 A	4	0	2G056	G01N  27/30	53	ѤΤΡʣ£ͥ	For living bodies (A 61 B 5/00 takes precedence)
G01N  27/30 311 B	4	0	2G056	G01N  27/30	33	֥른󥯥󷿤Τ	Double junction types
G01N  27/30 311 C	4	0	2G056	G01N  27/30	96	դ˴ؤ	Related to compositions of the internal liquids
G01N  27/30 311 D	4	0	2G056	G01N  27/30	80	벽դͭ	With gelled internal liquids
G01N  27/30 311 Z	4	0	2G056	G01N  27/30	461	¾Τ	Others
G01N  27/30 315 \	5	5	2G056	G01N  27/30	2	դζޤϲð˴ؤΡⰵѤΤ	Related to feeding or pressurizing internal liquids, for high-pressures
G01N  27/30 315 A	5	0	2G056	G01N  27/30	48	ⲹⰵѤΤ	For high-temperatures or high-pressures
G01N  27/30 315 B	5	0	2G056	G01N  27/30	32	ʤͭΡʣǣΣͥ	With means for compensating the pressures (A takes precedence)
G01N  27/30 315 Z	5	0	2G056	G01N  27/30	79	¾Τ	Others
G01N  27/30 361 \	4	4	2G056	G01N  27/30	103	žŶˡưŶ	Rotating or vibrating electrodes
G01N  27/31  \	4	4	2G056	G01N  27/31	4	Ʃ졤㡥Ⱦ¿ޤƩ졤ͭȾӡΣ	Half-cells with permeable membranes, e.g. semi-porous or perm-selective membranes [5]
G01N  27/32  \	4	4	2G056	G01N  27/32	19	󤳤Ŷ	Calomel electrodes
G01N  27/327  \	4	4	2G056	G01N  27/327	892	ŪŶˡΣ	Biochemical electrodes [5]
G01N  27/327 353 \	5	5	2G056	G01N  27/327	35	Ŷ	Enzyme electrodes
G01N  27/327 353 A	5	0	2G056	G01N  27/327	175	Ǹ경μա˴ؤ	Related to mounting or fixing the enzyme fixing films
G01N  27/327 353 B	5	0	2G056	G01N  27/327	622	ʣ칽¤Τ	Layered structures
G01N  27/327 353 C	5	0	2G056	G01N  27/327	67	Ǹ경ôΤȤƸŲѤ	By using optical hardening resins as the enzyme fixing carrier
G01N  27/327 353 D	5	0	2G056	G01N  27/327	112	Ǹ경ôΤȤƥѤ	By using optical gels as the enzyme fixing carrier
G01N  27/327 353 F	5	0	2G056	G01N  27/327	447	ǤƳΤľܸꤷ	Enzymes directly fixed on the conductive bases
G01N  27/327 353 J	5	0	2G056	G01N  27/327	603	ǤƳΤôΤ𤷤Ƹꤷ	Enzymes fixed on the conductive bases via the film carriers
G01N  27/327 353 P	5	0	2G056	G01N  27/327	573	ǤôΤ˸ꤷΡʣǣΣʤͥ	Enzymes fixed to the film carriers (G01N27/327,353J  takes precedence)
G01N  27/327 353 Q	5	1	2G056	G01N  27/327	50	ôΤŶˤƤ	Film electrodes additionally formed on the film carriers
G01N  27/327 353 R	5	0	2G056	G01N  27/327	1220	ǡڤӥɥåʪͭ	With enzymes and redox compositions
G01N  27/327 353 S	5	0	2G056	G01N  27/327	148	ǡڤǤͭ	With enzymes and coenzymes
G01N  27/327 353 T	5	0	2G056	G01N  27/327	224	ǡɥåʪڤǤͭ	With enzymes, redoxes and coenzymes
G01N  27/327 353 U	5	0	2G056	G01N  27/327	223	ʣιǤͭ	With plurality of enzymes
G01N  27/327 353 V	5	0	2G056	G01N  27/327	26	ԳǤͭ	With deactivating enzymes
G01N  27/327 353 Z	5	0	2G056	G01N  27/327	1599	¾Τ	Others
G01N  27/327 355 \	5	5	2G056	G01N  27/327	273	ʪŶ	Micro-organic electrodes
G01N  27/327 357 \	5	5	2G056	G01N  27/327	422	ȱŶ	Immune electrodes
G01N  27/333  \	4	4	2G056	G01N  27/333	30	Ŷˤޤʥ饹ŶˣǣΣˡΣ	Ion-selective electrodes or membranes(glass electrodes G01N27/36) [5]
G01N  27/333 321 \	5	5	2G056	G01N  27/333	0	̵췿Ŷ	Slow melting inorganic salt film electrodes
G01N  27/333 321 A	5	0	2G056	G01N  27/333	49	վŲͭ	With liquid internal electrolytes
G01N  27/333 321 B	5	0	2G056	G01N  27/333	67	°°ʪŶˡŶ	Metallic metal oxide electrodes or antimony electrodes
G01N  27/333 321 Z	5	0	2G056	G01N  27/333	148	¾Τ	Others
G01N  27/333 331 \	5	5	2G056	G01N  27/333	2	ͭʪ췿Ŷ	Organic ion replacing film electrodes
G01N  27/333 331 A	5	0	2G056	G01N  27/333	311	ʪ˴ؤ	Related to sensitive substances
G01N  27/333 331 C	5	0	2G056	G01N  27/333	413	ôʬ˴ؤ	Relating compositions or carrier constituents of the sensitive films
G01N  27/333 331 E	5	0	2G056	G01N  27/333	160	ι¤˴ؤ	Related to structures or fixing of sensitive films
G01N  27/333 331 F	5	1	2G056	G01N  27/333	118	칽¤Τ	Overlayed film structures
G01N  27/333 331 G	5	0	2G056	G01N  27/333	60	Ŷˤι¤˴ؤ	Related to electrode structures
G01N  27/333 331 H	5	1	2G056	G01N  27/333	56	췿Τ	Liquid films
G01N  27/333 331 J	5	1	2G056	G01N  27/333	97	ŲŹͭ	With electrolytic polymer films
G01N  27/333 331 K	5	1	2G056	G01N  27/333	123	վŲͭ	With liquid internal electrolytes
G01N  27/333 331 L	5	1	2G056	G01N  27/333	51	Ųͭ	With dry internal electrolytes
G01N  27/333 331 M	5	1	2G056	G01N  27/333	216	줬ƳξߤƤ	Sensitive films provided on the conductors
G01N  27/333 331 N	5	0	2G056	G01N  27/333	57	Ŷ	Ornament electrodes
G01N  27/333 331 Y	5	0	2G056	G01N  27/333	45	ڥȥ꡼ѤΤ	For amperometry
G01N  27/333 331 Z	5	0	2G056	G01N  27/333	136	¾Τ	Others
G01N  27/34  \	4	4	2G056	G01N  27/34	36	ũŶ	Dropping-mercury electrodes
G01N  27/36  \	4	4	2G056	G01N  27/36	7	饹Ŷ	Glass electrodes
G01N  27/36  A	4	0	2G056	G01N  27/36	10	ѤΤΡʣ¤ͥ	For living bodies (A 6/B takes precedence)
G01N  27/36  B	4	0	2G056	G01N  27/36	61	饹˴ؤΡʣããããͥ	Related to compositions of the glass films (C 03 C 3/00 or C 04 C 4/18 takes precedence)
G01N  27/36  C	4	0	2G056	G01N  27/36	49	ηΤ	Solids
G01N  27/36  Z	4	0	2G056	G01N  27/36	196	¾Τ	Others
G01N  27/38  \	4	4	2G056	G01N  27/38	185	Ŷˤ	Cleaning of electrodes
G01N  27/38 301 \	5	5	2G056	G01N  27/38	142	դ˿Ҥ	By immersing in cleaning solutions
G01N  27/38 311 \	5	5	2G056	G01N  27/38	113	դդ	By spraying the cleaning solutions
G01N  27/38 321 \	5	5	2G056	G01N  27/38	42	︡ռΤդ	By spraying the testing solution per se
G01N  27/38 331 \	5	5	2G056	G01N  27/38	84	Τդ	By spraying gases
G01N  27/38 341 \	5	5	2G056	G01N  27/38	23	ΤȱΤκʪդ	By spraying gas and liquid mixtures
G01N  27/38 351 \	5	5	2G056	G01N  27/38	61	Ūʤˤ	By mechanical means
G01N  27/38 353 \	6	6	2G056	G01N  27/38	58	֥饷ˤ	By brushing
G01N  27/38 355 \	6	6	2G056	G01N  27/38	89	γʪʴʪˤ	By granular or powder substances
G01N  27/38 361 \	5	5	2G056	G01N  27/38	42	ĶȤˤ	By ultrasonic waves
G01N  27/38 371 \	5	5	2G056	G01N  27/38	26	ʣμʤȹ蘆줿	By combined means
G01N  27/40  \	3	3	2G056	G01N  27/40	191	ȾƩޤϳ	Semi-permeable membranes or partitions
G01N  27/401  \	3	3	2G056	G01N  27/401	1	Σ	Salt-bridge leaks; Liquid junctions [5]
G01N  27/401 313 \	4	4	2G056	G01N  27/401	3	˴ؤ	Related to liquid junctions
G01N  27/401 313 A	4	0	2G056	G01N  27/401	121	¿ʪʤ	Porous substances
G01N  27/401 313 B	4	0	2G056	G01N  27/401	17	꡼֡礻ʤ	Sleeves or slides
G01N  27/401 313 C	4	0	2G056	G01N  27/401	22	ԥۡ뤫ʤ	Pinholes
G01N  27/401 313 D	4	0	2G056	G01N  27/401	31	եСͭ	With fibres
G01N  27/401 313 E	4	0	2G056	G01N  27/401	22	फʤ	Non-porous members
G01N  27/401 313 F	4	0	2G056	G01N  27/401	32		Salt bridges
G01N  27/401 313 Z	4	0	2G056	G01N  27/401	67	¾Τ	Others
G01N  27/403  \	2	2	2G056	G01N  27/403	2	Ŷˤȹ礻Σ	Cells and electrode assemblies [5]
G01N  27/403 371 \	3	3	2G056	G01N  27/403	6	ʣŶ	Composite electrodes
G01N  27/403 371 A	3	0	2G056	G01N  27/403	74	Ŷ򴹲ǽʤ	Replaceable electrodes
G01N  27/403 371 B	3	0	2G056	G01N  27/403	15	郎¢Ƥ	With built-in amplifiers
G01N  27/403 371 C	3	0	2G056	G01N  27/403	50	ʤͭΡưн褷	With means for sensing temperature or coping with temperature fluctuations
G01N  27/403 371 D	3	0	2G056	G01N  27/403	11	ⲹѤΤ	for high temperature
G01N  27/403 371 E	3	0	2G056	G01N  27/403	31	ⰵѤΤΡưн褷	For high-pressures or coping with pressure fluctuations
G01N  27/403 371 F	3	0	2G056	G01N  27/403	10	Ŷˡϥɤͭ	Guard electrodes or with shields
G01N  27/403 371 G	3	0	2G056	G01N  27/403	46	°Ŷˤͭ	With metallic electrodes
G01N  27/403 371 H	3	0	2G056	G01N  27/403	65	ηŶˤͭ	With solid ion selective electrodes
G01N  27/403 371 J	3	0	2G056	G01N  27/403	8	ơƥ롤ʹ˼դ줿	Mounted in catheters or syringes
G01N  27/403 371 K	3	0	2G056	G01N  27/403	25	佼󥯤ͭ	With internal liquid replenishment reservoirs
G01N  27/403 371 L	3	0	2G056	G01N  27/403	75	ħΡ֥른󥯥󷿤Τ	Characterised by liquid junctions or double junctions
G01N  27/403 371 Z	3	0	2G056	G01N  27/403	139	¾Τ	Others
G01N  27/404  \	3	3	2G056	G01N  27/404	4	ΡɡɤӥŲήΤ֤ƤƤƩƱ¦ͭ륻Σ	Cells with anode, cathode and cell electrolyte on the same side of a permeable membrane which separates them from the sample fluid [5]
G01N  27/404 341 \	4	4	2G056	G01N  27/404	9	Ʃ췿Ŷ	Gas permeating film electrodes
G01N  27/404 341 A	4	0	2G056	G01N  27/404	134	ѤΤΡ¬ѤΤΡʣ£ͥ	For living bodies or endemic measurements (A61B 5/00 takes precedence)
G01N  27/404 341 B	4	0	2G056	G01N  27/404	183	դ˴ؤ	Related to compositions or feeding of internal liquids
G01N  27/404 341 C	4	0	2G056	G01N  27/404	23	Ŷˤ¸˴ؤ	Related to pre-processing or storing the electrodes
G01N  27/404 341 D	4	0	2G056	G01N  27/404	170	Ʃμա˴ؤ	Related to mounting or fixing of gas permeating films
G01N  27/404 341 E	4	0	2G056	G01N  27/404	56	˸ʬӽʤͭ	With means for eliminating interfering constituents
G01N  27/404 341 G	4	0	2G056	G01N  27/404	165	Ʃ¤˴ؤ	Related to manufacturing or materials of gas permeating films
G01N  27/404 341 J	4	0	2G056	G01N  27/404	119	ƩŶˤȤβ줿	Integrated gas permeating films and internal electrodes
G01N  27/404 341 K	4	0	2G056	G01N  27/404	256	Ŷˤħ	Characterised by internal electrodes
G01N  27/404 341 L	4	1	2G056	G01N  27/404	50	ȾƳδΤͭ	With semiconductor bases
G01N  27/404 341 R	4	0	2G056	G01N  27/404	90	󥰤ħ	characterized by casing
G01N  27/404 341 S	4	0	2G056	G01N  27/404	66	ϲ٤ưн褹ʤͭ	With means for coping with pressure or temperature fluctuations
G01N  27/404 341 U	4	0	2G056	G01N  27/404	191	ι¤˴ؤ	Related to whole structures
G01N  27/404 341 V	4	1	2G056	G01N  27/404	27	磻Τ	Wires
G01N  27/404 341 Z	4	0	2G056	G01N  27/404	127	¾Τ	Others
G01N  27/406  \	3	3	2G004	G01N  27/406	928	Ųͭ륻뤪ӥץ֡Σ	Cells and probes with solid electrolytes [5]
G01N  27/407  \	4	4	2G004	G01N  27/407	136	ΤĴޤʬϤΤΤΡΣ	for investigating or analysing gases [5]
G01N  27/409  \	5	5	2G004	G01N  27/409	6671	ǻøӡΣ	Oxygen concentration cells [5]
G01N  27/409 100 \	6	6	2G004	G01N  27/409	7173	λ	For gaseous specimens
G01N  27/41  \	5	5	2G004	G01N  27/41	10	ǥݥԥ󥰥Σ	Oxygen pumping cells [5]
G01N  27/41 325 \	6	6	2G004	G01N  27/41	16	ǡǳ¬ʣǣΣͥ	measuring oxygen, air fuel ratio(G01N27/419,327 takes precedence)
G01N  27/41 325 A	6	0	2G004	G01N  27/41	104	üĺɾŲͭ	With solid electrolytes contained in tube sealed at one end
G01N  27/41 325 B	6	0	2G004	G01N  27/41	29	Ųɤͭ	With cylindrical solid electrolyte tubes
G01N  27/41 325 D	6	0	2G004	G01N  27/41	552	Ȼ¿ʤʤ	Diffusion resistors made of porous coating
G01N  27/41 325 E	6	0	2G004	G01N  27/41	333	ȻեСʤΡ㡥ŲΤ˳ߤƤ	Diffusion resistors made of covers with opening, e.g. with opening on solid electrolytes per se
G01N  27/41 325 G	6	0	2G004	G01N  27/41	249	Ŷˤ൤Τܿ	Contacting one electrode with external reference gas
G01N  27/41 325 H	6	0	2G004	G01N  27/41	852	¤ħΡ㡥ҡμդ¤󥰤ؤμդ¤ħ	Characterised by mounting structures e.g. characterised by mounting structures to the heaters or casing
G01N  27/41 325 J	6	0	2G004	G01N  27/41	308	¤ˡħ	Characterised by manufacturing methods
G01N  27/41 325 K	6	1	2G004	G01N  27/41	157	Ŷˤ	Of electrodes
G01N  27/41 325 L	6	1	2G004	G01N  27/41	166	Ȼ	Of diffusion resistors
G01N  27/41 325 N	6	0	2G004	G01N  27/41	494	¬ˡħ	Characterised by measurement methods
G01N  27/41 325 P	6	0	2G004	G01N  27/41	349	˴ؤ	Related to signal processing
G01N  27/41 325 Q	6	1	2G004	G01N  27/41	347	Ǯ˴ؤΡ㡥񹳤	Related to temperature compensation or heating control, e.g. compensation of internal resistances
G01N  27/41 325 Z	6	0	2G004	G01N  27/41	409	¾ΤΡ㡥ŶˤħΡȻʤ	Others e.g. characterised by compositions of electrodes, without diffusion resistors
G01N  27/411  \	4	4	2G004	G01N  27/411	408	ζ°ĴޤʬϤΤΤΡΣ	for investigating or analysing of liquid metals [5]
G01N  27/413  \	3	3	2G004	G01N  27/413	0	ŲѤǻøӡΣ	Concentration cells using liquid electrolytes [5]
G01N  27/414  \	3	3	2G056	G01N  27/414	16	󴶱ޤϲŪų̥ȥ󥸥㡥ɣӣƣţԣӤޤϣãȣţͣƣţԣӡΣ	Ion-sensitive or chemical field-effect transistors, i.e. ISFETS or CHEMFETS [5]
G01N  27/414 301 \	4	4	2G056	G01N  27/414	0		details
G01N  27/414 301 A	4	0	2G056	G01N  27/414	75	ŶˡŶˤȤѤ	For using as the comparative electrodes or reference electrodes
G01N  27/414 301 B	4	0	2G056	G01N  27/414	24	ŶˤȤѤ	For using as the internal electrodes
G01N  27/414 301 C	4	0	2G056	G01N  27/414	29	饹ͭ	With ion selective glass films
G01N  27/414 301 D	4	0	2G056	G01N  27/414	25	̵ͭ	With slow melting inorganic salt films
G01N  27/414 301 E	4	0	2G056	G01N  27/414	92	󴶱Ȥƶ°ʪͭ	With metallic oxide films as the ion sensitive film
G01N  27/414 301 F	4	0	2G056	G01N  27/414	39	Ʃͭ	With gas permeating films
G01N  27/414 301 G	4	0	2G056	G01N  27/414	188	ͭʪͭ	With organic ion replacing films
G01N  27/414 301 K	4	0	2G056	G01N  27/414	309	Ūȿͭ	With biochemically reacting films
G01N  27/414 301 L	4	1	2G056	G01N  27/414	229	Ǥͭ	With enzymes
G01N  27/414 301 M	4	1	2G056	G01N  27/414	23	ʪͭ	With microorganisms
G01N  27/414 301 N	4	1	2G056	G01N  27/414	156	ޤϹΤͭ	With antigens or antibodies
G01N  27/414 301 P	4	0	2G056	G01N  27/414	194	ʬΥȹ¤Τ	Separated gate structures
G01N  27/414 301 R	4	0	2G056	G01N  27/414	369	ʣ粽ޥ󥵲줿	Combined or plurality of sensors
G01N  27/414 301 U	4	0	2G056	G01N  27/414	448	¤˴ؤ	Related to mounting structures
G01N  27/414 301 V	4	0	2G056	G01N  27/414	633	ι¤˴ؤ	Related to sensor structures
G01N  27/414 301 W	4	0	2G056	G01N  27/414	161	ɣӣƣţԴΤ¤ˡ˴ؤ	Relating manufacturing methods of the ISFET bases
G01N  27/414 301 X	4	0	2G056	G01N  27/414	357	¬ꥷƥࡤưϩ˴ؤ	Related to measurement systems or activation circuits
G01N  27/414 301 Y	4	0	2G056	G01N  27/414	175	Хåפ˴ؤ	Related to bio-chips
G01N  27/414 301 Z	4	0	2G056	G01N  27/414	229	¾Τ	Others
G01N  27/416  \	2	2	2G056	G01N  27/416	7	ƥʣǣΣͥˡΣ	Systems(G01N27/27 takes precedence) [5]
G01N  27/416 300 \	3	3	2G056	G01N  27/416	42	륿ӤήޤŰ¬ˤΡʣǣΣͥ	by measuring currents or voltages in voltaic cells (G01N 27/02 takes precedence)
G01N  27/416 300 F	3	0	2G056	G01N  27/416	43	ʬ˶¬	Measuring polarisation curves
G01N  27/416 300 G	3	0	2G056	G01N  27/416	176	ʬǻ٤¬	Measuring densities of particular constituents
G01N  27/416 300 M	3	0	2G056	G01N  27/416	218	ǻٰʳ¾Υѥ᡼	Obtaining parameters other than density
G01N  27/416 300 N	3	1	2G056	G01N  27/416	34	£ϣġãϣĤ¬	Measuring BOD or COD
G01N  27/416 300 S	3	0	2G056	G01N  27/416	116	¬ˡ˴ؤ	Related to measurement methods
G01N  27/416 300 T	3	0	2G056	G01N  27/416	98	˴ؤ	Related to signal processing
G01N  27/416 300 U	3	0	2G056	G01N  27/416	393	ŵŪʤ	Related to light electrochemistry
G01N  27/416 300 Z	3	0	2G056	G01N  27/416	166	¾Τ	Others
G01N  27/416 302 \	4	4	2G056	G01N  27/416	7	ή¬ˤΡή¬ꤷƤ뤫Ű¬ꤷƤ뤫ΤǤʤ硤ŶˡŶˡʪŶˤѤƤΤή¬ꤷƤΤȤ롣󥻥󥵡Ŷˡȱ֥󥵡Ŷˡ饹Ŷˡ˥।Ŷˡɣӣƣţԡ˥ŶˡúŶˤѤƤΤŰ¬ꤷƤΤȤơǣΣʲʬࡤñ˹ŶˤѤƤȵܤƤΤ¬ͤǤȤơǣΣǡǣΣڤʬ	By measuring current (in case it is not clear whether current or voltage is measured, the subject matter using hydrogen peroxide, oxygen or micro-organic electrode is deemed to measure current. The subject matter using ion sensor, ion selective electrode,
G01N  27/416 302 A	4	0	2G056	G01N  27/416	16	Ű˴ؤΡ㡥Ų񹳤	Related to compensations upon applying the voltage, e.g. compensation of internal resistance within the electrolytes
G01N  27/416 302 G	4	0	2G056	G01N  27/416	360	ʬǻ٤¬ꡤ㡥˥ͭ륳롤ߥλݻ	Measuring densities of particular constituents e.g. total ammonium, organic acids, alcohol, amino acids, acetic acids
G01N  27/416 302 M	4	0	2G056	G01N  27/416	338	ǻٰʳ¾Υѥ᡼Ρ㡥	Obtaining parameters other than density e.g. freshness
G01N  27/416 302 N	4	0	2G056	G01N  27/416	61	£ϣġãϣĤ¬	Measuring BOD or COD
G01N  27/416 302 Z	4	0	2G056	G01N  27/416	252	¾Τ	Others
G01N  27/416 311 \	5	5	2G056	G01N  27/416	14	ʬ¬	measuring cmponent of gas
G01N  27/416 311 A	5	0	2G056	G01N  27/416	317	Ŷ˼ŰŲ¬֤Ѥ	By using three-pole constant potential measurement equipment
G01N  27/416 311 G	5	0	2G056	G01N  27/416	516	ʬǻ٤¬	measuring density of particular constituents
G01N  27/416 311 H	5	1	2G056	G01N  27/416	227	ǵڤӤƱΤ¬	measuring hydrogen and its isotopes
G01N  27/416 311 J	5	1	2G056	G01N  27/416	148	ʬ¬ꡤ㡥١Ϫ	measuring moisture, e.g. humidity, dew points
G01N  27/416 311 K	5	1	2G056	G01N  27/416	95	Ǥ¬	Measuring hydrogen peroxide
G01N  27/416 311 L	5	1	2G056	G01N  27/416	99	¬	measuring ozone
G01N  27/416 311 Z	5	0	2G056	G01N  27/416	187	¾Τ	Others
G01N  27/416 316 \	6	6	2G056	G01N  27/416	34	ǡαǤ¬	Measuring chlorine or residual chlorine
G01N  27/416 316 A	6	0	2G056	G01N  27/416	51	ִѤ	By using chlorine substitution reagents
G01N  27/416 316 Z	6	0	2G056	G01N  27/416	330	¾Τ	Others
G01N  27/416 321 \	6	6	2G056	G01N  27/416	249	ǡǳ¬ʣǣΣǣΣͥ	Measuring oxygen, air fuel ratios (G01N27/41, 325, G01N27/419, 327 take precedence)
G01N  27/416 323 \	7	7	2G056	G01N  27/416	291	Ʃ췿ŶˤѤΡʵƩ췿Ŷ˼ΤϡǣΣ	using gas permeating film electrodes (gas permeating film electrodes per se G01N27/404, 341)
G01N  27/416 331 \	6	6	2G056	G01N  27/416	2060	ãϢΣϢӣϢ¬	measuring Cox, NOx or Sox
G01N  27/416 336 \	5	5	2G056	G01N  27/416	21	δϢʬ¬ʣǣΣǣΣͥή¬ꤷƤ뤳Ȥ餫Ǥꡤ¬ʬδϢʪǤ뤳ȤΤʤΡ¬ʬ󡤵ΤǤΤϡǣΣϡǣΣʬ	Measuring constituents Related to living bodies (G01N27/416,302, G01N27/416,311 takes precedence) (in case it is clear that the current is measured and the object of measurement is the substances related to the living bodies.) (Assign G01N27/416,302 or G0
G01N  27/416 336 A	5	0	2G056	G01N  27/416	139	ȿͭ	With oxygen reactors
G01N  27/416 336 B	5	0	2G056	G01N  27/416	723	¬ˡħ	Characterised by measurement methods
G01N  27/416 336 C	5	0	2G056	G01N  27/416	285	¬ͤμ谷˴ؤ	Related to handling  of measured values or signal processing
G01N  27/416 336 G	5	0	2G056	G01N  27/416	1005	ʬǻ٤¬ꡤ㡥ƥ륢ߥ	measuring density of particular constituents e.g. catechol amine
G01N  27/416 336 H	5	1	2G056	G01N  27/416	161	ԥӥ¬	Measuring pyruvic acids or lactic acids
G01N  27/416 336 J	5	1	2G056	G01N  27/416	83	쥢󡤥쥢˥¬	Measuring creatine or creatinine
G01N  27/416 336 M	5	0	2G056	G01N  27/416	579	ǻٰʳ¾Υѥ᡼	Obtaining parameters other than density
G01N  27/416 336 N	5	1	2G056	G01N  27/416	101	ǳ¬ꡨǻ٤¬	measuring enzyme activities; measurements of enzyme densities
G01N  27/416 336 P	5	2	2G056	G01N  27/416	30	ߥ顼¬	Measuring amylase activity
G01N  27/416 336 Q	5	2	2G056	G01N  27/416	10	ǣУϡǣϣԡ̣ģȤ¬	Measuring GPO; GOT, LDH
G01N  27/416 336 Z	5	0	2G056	G01N  27/416	225	¾Τ	Others
G01N  27/416 338 \	6	6	2G056	G01N  27/416	2127	ࡤ㡥륳¬ʹŶ˼ΤϣǣΣ	Measuring saccharides e.g. measuring glucose (enzyme electrode per se G01N27/327, 353)
G01N  27/416 341 \	4	4	2G056	G01N  27/416	10	Ű¬ˤΡή¬ꤷƤ뤫Ű¬ꤷƤ뤫ΤǤʤ硤󥻥󥵡Ŷˡȱ֥󥵡Ŷˡ饹Ŷˡ˥।Ŷˡɣӣƣţԡ˥ŶˡúŶˤѤƤΤŰ¬ꤷƤΤȤ롣ŶˡŶˡħʪŶˤѤƤΤή¬ꤷƤΤȤƣʲʬह롣ñ˹ŶˤѤƤȵܤƤΤ¬ͤǤȤƣǣΣǡڤʬह	By measuring voltage (in case it is not clear whether current or voltage is measured, the subject matter using ion sensor, ion selective electrode, immunity sensor, pH electrode, glass electrode, ammonium ion electrode, ISFET, ammonia gas electrode or car
G01N  27/416 341 A	4	0	2G056	G01N  27/416	26	ϳ̸Τ˴ؤ	Related to detecting leakage
G01N  27/416 341 B	4	0	2G056	G01N  27/416	96	åᡤåء°ɽ֤̾˴ؤ¬	Measuring related to plating bathes, plating layers or metallic surfaces
G01N  27/416 341 C	4	0	2G056	G01N  27/416	33	βšӤνž֤¬ӤŵŪ֤¬ꤹΤϣǣңͥ	Measuring specific gravity of sulfuric acid or charging of batteries (G 01 R 31/36 takes precedence to measurements of batteries or electrical conditions thereof.)
G01N  27/416 341 G	4	0	2G056	G01N  27/416	209	ʬǻ٤¬	Measuring particular density of particular constituents
G01N  27/416 341 M	4	0	2G056	G01N  27/416	678	ǻٰʳ¾Υѥ᡼Ρ㡥١	Obtaining parameters other than density e.g. degree of degradation, stress, etc.
G01N  27/416 341 N	4	1	2G056	G01N  27/416	35	£ϣġãϣĤ¬	Measuring BOD or COD
G01N  27/416 341 Z	4	0	2G056	G01N  27/416	179	¾Τ	Others
G01N  27/416 346 \	5	5	2G056	G01N  27/416	100	ʬ¬ꡨΥʪ¬	Measuring ion constituents; measurements of ionised substances in gases or salts
G01N  27/416 351 \	6	6	2G056	G01N  27/416	17	¬ꤹ륤ʬꤵƤ	Identified ion constituents to be measured
G01N  27/416 351 A	6	0	2G056	G01N  27/416	178	ۥ¬	Measuring cations
G01N  27/416 351 B	6	1	2G056	G01N  27/416	261	륫°¬	Measuring alkaline metallic ions
G01N  27/416 351 E	6	1	2G056	G01N  27/416	62	Ŷ°¬	Measuring heavy metal ions
G01N  27/416 351 J	6	0	2G056	G01N  27/416	136	¬	Measuring anions
G01N  27/416 351 K	6	1	2G056	G01N  27/416	289	ϥ󥤥¬	Measuring halogen ions
G01N  27/416 351 N	6	1	2G056	G01N  27/416	28	󥤥¬	Measuring cyanide ions
G01N  27/416 351 Z	6	0	2G056	G01N  27/416	35	¾Τ	Others
G01N  27/416 353 \	7	7	2G056	G01N  27/416	46	ǥ󡤣Ȥ¬ʣŶ˼ΤϣǣΣ	Measuring hydrogen ions or pH (pH electrodes per se G01N27/30)
G01N  27/416 353 A	7	0	2G056	G01N  27/416	171	ѤΤΡʣ£ͥ	For living bodies (A61B 5/00 takes precedence)
G01N  27/416 353 F	7	0	2G056	G01N  27/416	148	˴ؤ	Related to signal processing
G01N  27/416 353 G	7	1	2G056	G01N  27/416	38	˴ؤ	Related to signal transmission
G01N  27/416 353 Z	7	0	2G056	G01N  27/416	720	¾Τ	Others
G01N  27/416 356 \	6	6	2G056	G01N  27/416	169	¬ˡ˴ؤΡʣǣΣͥˡŶˤλˡʣǣΣϣ⻲ȡ	Related to measurement methods (G01N27/416,351 takes precedence) (test methods for ion selective electrodes: see G01N27/26, 381 or 391)
G01N  27/416 361 \	6	6	2G056	G01N  27/416	7	¬ʤ˴ؤΡʣǣΣͥ	Related to measurement methods (G01N27/416,351 takes precedence)
G01N  27/416 361 A	6	0	2G056	G01N  27/416	167	ή̼Τ	Distribution types
G01N  27/416 361 Z	6	0	2G056	G01N  27/416	99	¾Τ	Others
G01N  27/416 366 \	6	6	2G056	G01N  27/416	3	˴ؤΡʣǣΣͥ	Related to signal processing (G01N27/416,351 takes precedence)
G01N  27/416 366 A	6	0	2G056	G01N  27/416	20	ǻϳ̤λФ˴ؤ	Related to calculations of densities or activities
G01N  27/416 366 B	6	0	2G056	G01N  27/416	52	¬ͤ˴ؤ	Related to compensations of measured values
G01N  27/416 366 C	6	0	2G056	G01N  27/416	31	αƶӽ˴ؤ	Related to elimination of external disturbances
G01N  27/416 366 D	6	0	2G056	G01N  27/416	61	۾֤θΤ˴ؤ	Related to detection of abnormal conditions
G01N  27/416 366 Z	6	0	2G056	G01N  27/416	50	¾Τ	Others
G01N  27/416 371 \	5	5	2G056	G01N  27/416	11	ʬ¬ʳ췿Ŷ˼ΤϣǣΣ	Measuring gas constituents (diaphragm electrodes per se G01N27/404, 341)
G01N  27/416 371 G	5	0	2G056	G01N  27/416	1098	ʬǻ٤¬	Measuring density of particular constituents
G01N  27/416 371 H	5	1	2G056	G01N  27/416	59	ʬ¬ꡤ㡥١Ϫ	measuring moisture, e.g.  humidity, dew points
G01N  27/416 371 J	5	1	2G056	G01N  27/416	10	ȣãΡ¬	Measuring HCN, total cyanide
G01N  27/416 371 Z	5	0	2G056	G01N  27/416	95	¾Τ	Others
G01N  27/416 376 \	6	6	2G056	G01N  27/416	554	úǡ˥¬ʳ췿Ŷ˼ΤϣǣΣ	measuring carbon dioxide, ammonia (diaphragm electrodes per se G01N27/404,341)
G01N  27/416 381 \	6	6	2G056	G01N  27/416	147	ǡǳ¬	measuring oxygen, air fuel ratio
G01N  27/416 386 \	5	5	2G056	G01N  27/416	29	δϢʬ¬ʣǣΣǣΣͥˡŰ¬ꤷƤ뤳Ȥ餫Ǥꡤ¬ʬδϢʪǤ뤳ȤΤʤΡ¬ʬ󡤵ΤǤΤϣǣΣϣǣΣʬ	Measuring constituents related to living bodies (G01N27/416,346, G01N27/416,371 take precedence);   clearly voltage is measured and clearly object of measurement is  substances related to the living bodies  (object of measurement is ion, gas  G01N27/416,3
G01N  27/416 386 G	5	0	2G056	G01N  27/416	282	ʬǻ٤¬	measuring density of particular constituent
G01N  27/416 386 Z	5	0	2G056	G01N  27/416	262	¾ΤΡ㡥ǳ	others, e.g. enzyme activated
G01N  27/417  \	3	3	2G004	G01N  27/417	3	Ųͭ륻뤪ӥץ֤ѤΡΣ	using cells and probes with solid electrolytes [5]
G01N  27/419  \	4	4	2G004	G01N  27/419	11	ǥݥԥ󥰥ȻǻøӤȹ礻ˤŰޤή¬ꤹΡΣ	Measuring voltages or currents with a combination of oxygen pumping cells and oxygen concentration cells [5]
G01N  27/419 327 \	5	5	2G004	G01N  27/419	12	ǡǳ¬	measuring oxygen, air fuel ratio
G01N  27/419 327 A	5	0	2G004	G01N  27/419	168	⳰Ϣ̼ʤǤ	Openings as the means for connecting in and out of the sensors
G01N  27/419 327 B	5	0	2G004	G01N  27/419	190	⳰Ϣ̼ʤַǤ	Minutes gaps as the means for connecting in and out of the sensors
G01N  27/419 327 C	5	0	2G004	G01N  27/419	295	⳰Ϣ̼ʤ¿Ǥ	Porous materials as the means for connecting in and out of the sensors
G01N  27/419 327 E	5	0	2G004	G01N  27/419	342	ʣλǥݥפѤƤ	With Plurality of oxygen sensors
G01N  27/419 327 F	5	0	2G004	G01N  27/419	96	¾ʬΥ󥵤Ȥ߹蘆Ƥ	Combinations with sensors in other fields
G01N  27/419 327 G	5	0	2G004	G01N  27/419	312	Ŷˤ൤ΤܿƤ	Contacting of a part of electrodes with external reference gas
G01N  27/419 327 H	5	0	2G004	G01N  27/419	610	¤ħ	Characterised by mounting structures
G01N  27/419 327 J	5	0	2G004	G01N  27/419	228	¤ˡħ	Characterised by manufacturing methods
G01N  27/419 327 K	5	1	2G004	G01N  27/419	94	Ŷˤ	Of electrodes
G01N  27/419 327 N	5	0	2G004	G01N  27/419	375	¬ˡħ	Characterised by measurement methods
G01N  27/419 327 P	5	0	2G004	G01N  27/419	303	˴ؤ	Related to signal processing
G01N  27/419 327 Q	5	1	2G004	G01N  27/419	246	Ǯ˴ؤ	Related to temperature compensation or heating control
G01N  27/419 327 R	5	1	2G004	G01N  27/419	326	ݥή˴ؤ	Related to pump current control
G01N  27/419 327 S	5	0	2G004	G01N  27/419	93	ǳ˴ؤ	Related to air-fuel ratio control
G01N  27/419 327 Z	5	0	2G004	G01N  27/419	180	¾Τ	Others
G01N  27/42  \	3	3	2G056	G01N  27/42	14	ŲʪѤޤͷΥ¬ꡨ¬ꡤʤŲʪŵ̤¬Σ	by measuring deposition or liberation of materials from an electrolyte; Coulometry, i.e. measuring coulomb-equivalent of material in an electrolyte
G01N  27/42  A	3	0	2G056	G01N  27/42	9	°°ʪ¬	Measuring non-metallic debris in metals
G01N  27/42  B	3	0	2G056	G01N  27/42	9	ŶˤǽŲΨ¬	Measuring electrode performance or electrolytic efficiencies
G01N  27/42  C	3	0	2G056	G01N  27/42	31	ʬ	Analysing films
G01N  27/42  D	3	0	2G056	G01N  27/42	14	᡼ʣǣңͥ	Coulomb meters (G 01 R 22/02 takes precedence)
G01N  27/42  G	3	0	2G056	G01N  27/42	160	ʬǻ٤¬	Measuring densities of particular constituents
G01N  27/42  M	3	0	2G056	G01N  27/42	50	ǻٰʳ¾Υѥ᡼	Obtaining parameters other than density
G01N  27/42  Z	3	0	2G056	G01N  27/42	54	¾Τ	Others
G01N  27/42 301 \	4	4	2G056	G01N  27/42	2	եȥ꡼	Flow coulometry
G01N  27/42 301 A	4	0	2G056	G01N  27/42	50	λѤΤ	For gaseous specimens
G01N  27/42 301 Z	4	0	2G056	G01N  27/42	74	¾Τ	Others
G01N  27/42 311 \	4	4	2G056	G01N  27/42	78	Ųˤäʪˤȯ٤¬ꤹΡ㡥쥯ȥեɽѥ쥯ȥߥåǻҤϣǣơ	Measuring degree of  colouring by the substances created by electrolyses (electrography ) (electro-chromic element for display G 02 F)
G01N  27/44  \	4	4	2G056	G01N  27/44	6	ȯ뤿ŲѤΡ㡥ũѡΣ	using electrolysis to generate a reagent, e.g. for titration
G01N  27/44  G	4	0	2G056	G01N  27/44	68	ʬǻ٤¬	Measuring densities of particular constituents
G01N  27/44  Z	4	0	2G056	G01N  27/44	40	¾Τ	Others
G01N  27/44 301 \	5	5	2G056	G01N  27/44	96	եå㡼ũ	Carl Fisher&apos;s coulometric titration
G01N  27/44 311 \	5	5	2G056	G01N  27/44	43	ũ꽪θΡưũ˴ؤ	Detecting titration end point, Related to automatic coulometric titration
G01N  27/447  \	3	3	2G056	G01N  27/447	24	ŵưѤΡΣ	using electrophoresis [5]
G01N  27/447 301 \	4	4	2G056	G01N  27/447	2	ŵư˻Ѥ	By using electric migration
G01N  27/447 301 A	4	0	2G056	G01N  27/447	564	ʬ˴ؤΡʣǣΣǣΣͥ	Related to particular constituents (G01N27/447,311 to G01N27/447,325 take precedence)
G01N  27/447 301 B	4	0	2G056	G01N  27/447	283	ѻ˴ؤ	Related to reagents used
G01N  27/447 301 C	4	0	2G056	G01N  27/447	281	Ū	Supplemental devices
G01N  27/447 301 Z	4	0	2G056	G01N  27/447	155	¾Τ	Others
G01N  27/447 311 \	4	4	2G056	G01N  27/447	6	ưôΤѤΡ㡥ɻ桤ݻѤ	using migration carriers e.g. using filter papers, ascetic cellulose membranes
G01N  27/447 311 A	4	0	2G056	G01N  27/447	72	ȾôΤѤ	Equipment using sheet carriers
G01N  27/447 311 B	4	1	2G056	G01N  27/447	82	ưʬ	Automatic analysing equipment
G01N  27/447 311 C	4	1	2G056	G01N  27/447	47	֤κ	Details of equipment
G01N  27/447 311 D	4	2	2G056	G01N  27/447	21	ѡ	Means for cooling or maintaining temperature
G01N  27/447 311 E	4	0	2G056	G01N  27/447	87	ôΤ˴ؤ	Relating carriers
G01N  27/447 311 F	4	1	2G056	G01N  27/447	24	ôΤΰ	Transferring carriers
G01N  27/447 311 G	4	0	2G056	G01N  27/447	110	ưθ㡥æ	Post-treatments after migration e.g. dying, discolouring, drying
G01N  27/447 311 Z	4	0	2G056	G01N  27/447	56	¾Τ	Others
G01N  27/447 315 \	5	5	2G056	G01N  27/447	5	ôΤѤ	By using gel carriers
G01N  27/447 315 A	5	0	2G056	G01N  27/447	217		Equipment
G01N  27/447 315 B	5	1	2G056	G01N  27/447	163	ľŵư	Electric migration along vertical directions
G01N  27/447 315 C	5	1	2G056	G01N  27/447	195	ʬ褬Ԥʤ	With fraction-collection
G01N  27/447 315 D	5	1	2G056	G01N  27/447	377	֤κ㡥Ѽ	Details of equipment e.g. means for cooling
G01N  27/447 315 K	5	1	2G056	G01N  27/447	982	ٴɼΤΡԥ꡼ŵư	Of capillary tube types, electrically migrated capillary gel
G01N  27/447 315 E	5	0	2G056	G01N  27/447	340	ôΤ˴ؤ	Related to gel carriers
G01N  27/447 315 F	5	1	2G056	G01N  27/447	395	ôιʬħΤ	Characterised by constituent elements of the gel carriers
G01N  27/447 315 G	5	1	2G056	G01N  27/447	245	ưθ㡥	Post-treatment after migration e.g. dying
G01N  27/447 315 H	5	0	2G056	G01N  27/447	449	󼡸ưȱֱư	Two-dimensional migration or immunity migrations
G01N  27/447 315 J	5	0	2G056	G01N  27/447	184	֥åƥ󥰡ž̤˴ؤ	Related to blotting or transferring
G01N  27/447 315 Z	5	0	2G056	G01N  27/447	431	¾Τ	Others
G01N  27/447 321 \	5	5	2G056	G01N  27/447	1	ôΤؤλζ	Feeding specimens to the carriers
G01N  27/447 321 A	5	0	2G056	G01N  27/447	68		Objects for application
G01N  27/447 321 B	5	0	2G056	G01N  27/447	20	μ谷㡥ڤ	Handling of the objects for application e.g. cleaning, draining
G01N  27/447 321 C	5	0	2G056	G01N  27/447	35	μ谷	Specimen dishes or handling thereof
G01N  27/447 321 Z	5	0	2G056	G01N  27/447	146	¾Τ	Others
G01N  27/447 325 \	5	5	2G056	G01N  27/447	5	ôξαư¬	Measuring migration images on the carriers
G01N  27/447 325 A	5	0	2G056	G01N  27/447	647	ŪдѤ	By using optical detectors
G01N  27/447 325 B	5	1	2G056	G01N  27/447	263	쥤дѤ	By using image pick up or array detectors
G01N  27/447 325 C	5	0	2G056	G01N  27/447	48	дѤ	By using radiation detectors
G01N  27/447 325 D	5	0	2G056	G01N  27/447	164	˴ؤ	Related to signal processing
G01N  27/447 325 E	5	1	2G056	G01N  27/447	298		Obtaining base layouts
G01N  27/447 325 Z	5	0	2G056	G01N  27/447	108	¾Τ	Others
G01N  27/447 331 \	4	4	2G056	G01N  27/447	9	̵ôΤΤΡͳŵư	Of no carriers, free-electric migration
G01N  27/447 331 A	4	0	2G056	G01N  27/447	115	γҤΰư٤¬ꡤ㡥˦	Measuring mobility of charged particles, e.g. cells
G01N  27/447 331 B	4	1	2G056	G01N  27/447	69	¬ʤ˴ؤ	Related to means of measuring thereof
G01N  27/447 331 C	4	0	2G056	G01N  27/447	137	ʬ褬Ԥʤ	By fraction-collection
G01N  27/447 331 D	4	1	2G056	G01N  27/447	130	ŶˤʿΥ֤Ƥ	By horizontally spaced electrodes
G01N  27/447 331 E	4	0	2G056	G01N  27/447	1105	ٴɼΤΡԥ꡼ŵư	By using capillary tube types or electrically migrated capillary
G01N  27/447 331 F	4	1	2G056	G01N  27/447	47	ߥưťޥȥե	Micelle electrodynamic chromatography
G01N  27/447 331 G	4	1	2G056	G01N  27/447	239	ԥ꡼μ谷ħΡ㡥Ĵᡤƥ	Characterised by handling of capillary e.g. temperature control, coating
G01N  27/447 331 H	4	1	2G056	G01N  27/447	185	ԥ꡼ؤλζ	Feeding specimens to the capillary
G01N  27/447 331 J	4	1	2G056	G01N  27/447	121		Detecting units
G01N  27/447 331 K	4	2	2G056	G01N  27/447	452	ŪдѤ	By using optical detectors
G01N  27/447 331 Z	4	0	2G056	G01N  27/447	360	¾Τ	Others
G01N  27/447 335 \	5	5	2G056	G01N  27/447	4	ٴɼ®ŵư	Capillary tube type uniform velocity electric migration
G01N  27/447 335 A	5	0	2G056	G01N  27/447	75		Equipment
G01N  27/447 335 B	5	1	2G056	G01N  27/447	19	ưɷ¤Ѳ	Varying migrating tube diameters
G01N  27/447 335 C	5	1	2G056	G01N  27/447	39	ʬԤʤ	Of fractional-collection
G01N  27/447 335 D	5	1	2G056	G01N  27/447	51		Specimen inlets
G01N  27/447 335 E	5	1	2G056	G01N  27/447	37		Detecting units
G01N  27/447 335 F	5	2	2G056	G01N  27/447	38	пħΤ	Characterised by detected signal processing
G01N  27/447 335 G	5	1	2G056	G01N  27/447	29	Ū	Means for auxiliary processing
G01N  27/447 335 Z	5	0	2G056	G01N  27/447	53	¾ΤΡ㡥ˡ	Others e.g. methods, liquid constituents
G01N  27/453  \	4	4	2G056	G01N  27/453	1	ΤΥΣ	Cells therefor [5]
G01N  27/48  \	3	3	2G056	G01N  27/48	35	ݡեѤΡʤٴŰѲΤȤήѲ¬	using polarography, i.e. measuring changes in current under a slowly-varying voltage
G01N  27/48  A	3	0	2G056	G01N  27/48	109	ץݡϢ³ݡ	Process polarography or continuous polarography
G01N  27/48  Z	3	0	2G056	G01N  27/48	295	¾Τ	Others
G01N  27/48 301 \	4	4	2G056	G01N  27/48	165	ȥåԥ󥰥ܥ륿ȥŶˤ夵ΤϽФΡ	Stripping voltammetry (with re-eluted deposited electrodes)
G01N  27/48 311 \	4	4	2G056	G01N  27/48	360	ʬ¬ΤΤΡʣǣΣͥ	For measuring particular constituents (301 takes precedence)
G01N  27/49  \	3	3	2G056	G01N  27/49	180	İʾΥŪ¬Ԥñ͡ޤϰϤζŰǤή¬ޤॷƥΣ	Systems involving the determination of the current at a single specific value, or small range of values, of applied voltage for producing selective measurement of one or more particular ionic species [5]
G01N  27/60  \	1	1	2G041	G01N  27/60	25	ŵ̤Ĵˤ	by investigating electrostatic variables
G01N  27/60  A	1	0	2G041	G01N  27/60	159	ΤŤĴʣáŤͥ	Investigating electrification of solids (C or E takes precedence)
G01N  27/60  B	1	0	2G041	G01N  27/60	86	ΤŤĴ	Investigating electrification of liquids
G01N  27/60  C	1	0	2G041	G01N  27/60	294	γҡʴСĴ	Investigating particles, powder dusts or smokes in gases
G01N  27/60  D	1	0	2G041	G01N  27/60	175	ʬΥĴ	Investigating gaseous constituents or ions in gases
G01N  27/60  E	1	0	2G041	G01N  27/60	100	ʣ̵˴ؤĴ	Investigation relating copying machines
G01N  27/60  F	1	1	2G041	G01N  27/60	141	ȥʡ˴ؤĴ	Investigation of toners
G01N  27/60  Z	1	0	2G041	G01N  27/60	68	¾Τ	Others
G01N  27/61  \	2	2	2G041	G01N  27/61	17	¸ߤĴΣ	Investigating the presence of flaws [3]
G01N  27/62  \	1	1	2G041	G01N  27/62	67	Υ󲽤ĴˤΡŤĴˤΡ㡥ˤ	by investigating the ionisation of gases; by investigating electric discharges, e.g. emission of cathode
G01N  27/62  B	1	0	2G041	G01N  27/62	2013	ʬϤˤ	Analysing masses
G01N  27/62  V	1	1	2G041	G01N  27/62	5559	ʬ¬ΤΤ	For measuring particular constituents or particular specimens
G01N  27/62  C	1	1	2G041	G01N  27/62	1146	ޥȥդȤη	Combination with gas chromatography
G01N  27/62  W	1	2	2G041	G01N  27/62	109	ꥢѥ졼˴ؤ	Related to carrier gas separators
G01N  27/62  X	1	1	2G041	G01N  27/62	2206	ΥޥȥդȤη	Combination with liquid chromatography
G01N  27/62  D	1	1	2G041	G01N  27/62	1840	¬ͤμ谷	Handling measured values
G01N  27/62  Y	1	2	2G041	G01N  27/62	466	ɽϿ˴ؤ	Related to display or recording
G01N  27/62  E	1	1	2G041	G01N  27/62	1111	ӡθФޤ	Detecting or controlling ion beams
G01N  27/62  F	1	1	2G041	G01N  27/62	2024	ƳޤϼФ	Loading or unloading specimens
G01N  27/62  G	1	1	2G041	G01N  27/62	2443		Ion sources
G01N  27/62  Z	1	0	2G041	G01N  27/62	228	¾Τ	Others
G01N  27/622  \	2	2	2G041	G01N  27/622	442	ưʬˡΣ	Ion mobility spectrometry [2021.01]
G01N  27/623  \	3	3	2G041	G01N  27/623	119	ʬϤȤ߹碌ΡΣ	combined with mass spectrometry [2021.01]
G01N  27/624  \	3	3	2G041	G01N  27/624	231	ʬưʬˡΣģͣӡϡųоȷưʬˡΣƣɣͣӡϡΣ	Differential mobility spectrometry [DMS]; Field asymmetric-waveform ion mobility spectrometry [FAIMS] [2021.01]
G01N  27/626  \	2	2	2G041	G01N  27/626	0	Υ󲽤ΤǮѤΡΣ	using heat to ionise a gas [2021.01]
G01N  27/626  A	2	0	2G041	G01N  27/626	284	Υ󲽤Τ˿ǱѤ	using hydrogen flames for ionization of gas
G01N  27/626  M	2	1	2G041	G01N  27/626	148	ʬθФΤΤΡʣǣΣΤͥ	for detecting specific ingredients (G01N27/626N takes precedence)
G01N  27/626  N	2	1	2G041	G01N  27/626	52	륫°ܿΡǮ󲽸д	bringing in contact with alkali metal salts; thermal ionization detectors
G01N  27/626  P	2	1	2G041	G01N  27/626	49		Safety devices
G01N  27/626  Q	2	0	2G041	G01N  27/626	101	긡Τ˴ؤ	related to flame detection
G01N  27/626  R	2	1	2G041	G01N  27/626	120	ħ	characterised by signal processing
G01N  27/626  S	2	0	2G041	G01N  27/626	55	Υ󲽤ΤǮѤ	using electric heat for ionization of gas
G01N  27/626  T	2	1	2G041	G01N  27/626	59	륫°ѤΤ	for detecting alkaline metals
G01N  27/626  U	2	1	2G041	G01N  27/626	38	ϥ󸡽ѤΤ	for detecting halogens
G01N  27/626  Z	2	0	2G041	G01N  27/626	1	¾Τ	Others
G01N  27/64  \	2	2	2G041	G01N  27/64	32	򥤥󲽤뤿ưޤγѡ㡥ΥȢˤ	using wave or particle radiation to ionise a gas, e.g. in an ionisation chamber
G01N  27/64  A	2	0	2G041	G01N  27/64	154	Ʊ̸ǤѤ	By using radioisotopes
G01N  27/64  D	2	1	2G041	G01N  27/64	374	γҡʴСĴ	Investigating particles, powder dusts or smokes
G01N  27/64  E	2	2	2G041	G01N  27/64	195	ħ	Characterised by signal processing
G01N  27/64  J	2	2	2G041	G01N  27/64	49	ưħ	Characterised by motion tests
G01N  27/64  B	2	0	2G041	G01N  27/64	1092	Ѥ	By using lights
G01N  27/64  C	2	0	2G041	G01N  27/64	190	ŻҤѤ	By using electrons
G01N  27/64  M	2	1	2G041	G01N  27/64	39	Ʃͭ	With hydrogen permeating films
G01N  27/64  Z	2	0	2G041	G01N  27/64	54	¾Τ	Others
G01N  27/66  \	3	3	2G041	G01N  27/66	20	ήޤŰ¬	and measuring current or voltage
G01N  27/68  \	2	2	2G041	G01N  27/68	84	Υ󲽤ΤŤѤ	using electric discharge to ionise a gas
G01N  27/68  A	2	0	2G041	G01N  27/68	134	γҡʴСĴ	Investigating particles, powder dusts or smokes
G01N  27/68  B	2	0	2G041	G01N  27/68	204	ʬĴ	Investigating gas constituents
G01N  27/68  C	2	0	2G041	G01N  27/68	60	ǳǳƼξ֤Ĵ	Investigating conditions inside the combustion chambers of internal combustion engines
G01N  27/68  Z	2	0	2G041	G01N  27/68	75	¾Τ	Others
G01N  27/70  \	3	3	2G041	G01N  27/70	56	ήޤŰ¬	and measuring current or voltage
G01N  27/72  \	1	1	2G053	G01N  27/72	3818	̤Ĵˤ	by investigating magnetic variables
G01N  27/74  \	2	2	2G053	G01N  27/74	423	ήΤΡʣǣΣͥ	of fluids (G01N 24/00 takes precedence)
G01N  27/76  \	3	3	2G053	G01N  27/76	215	ΨĴˤ	by investigating susceptibility
G01N  27/80  \	2	2	2G053	G01N  27/80	206	ŪĴѡ㡥Ŵμ˰¤ޤϻαĴˤ	for investigating mechanical hardness, e.g. by investigating saturation or remanence of ferromagnetic material
G01N  27/82  \	2	2	2G053	G01N  27/82	1779	Ĵ	for investigating the presence of flaws
G01N  27/83  \	3	3	2G053	G01N  27/83	1282	ɺͷĴˤΡΣ	by investigating stray magnetic fields [3]
G01N  27/84  \	4	4	2G053	G01N  27/84	834	ʴޤϼ󥯤ѤˤΡΣ	by applying magnetic powder or magnetic ink [3]
G01N  27/85  \	4	4	2G053	G01N  27/85	88	ޥͥåȥեѤ뤳ȤˤΡΣ	using magnetographic methods [3]
G01N  27/87  \	4	4	2G053	G01N  27/87	51	õˤѤΡΣ	using probes [3]
G01N  27/90  \	3	3	2G053	G01N  27/90	3103	ήѤΡΣ	using eddy currents [3]
G01N  27/9013  \	4	4	2G053	G01N  27/9013	847	Τ֡Σ	Arrangements for scanning [2021.01]
G01N  27/904  \	4	4	2G053	G01N  27/904	1047	ʾΥ󥵡ͭΡΣ	with two or more sensors [2021.01]
G01N  27/9093  \	4	4	2G053	G01N  27/9093	659	󥵡ٻ뤿֡ή󥵡ȥޡ󥰤ޤӽΤ֤ȤȤ߹碌ΡΣ	Arrangements for supporting the sensor; Combinations of eddy-current sensors and auxiliary arrangements for marking or for rejecting [2021.01]
G01N  27/92  \	1	1	2G041	G01N  27/92	61	˲ŰĴˤΡʣǣΣǣΣͥˡΣ	by investigating breakdown voltage () [3]
G01N  27/92  A	1	0	2G041	G01N  27/92	141	ӥƴ̩ΤĴ	Investigating bottles, containers or sealed packages
G01N  27/92  B	1	0	2G041	G01N  27/92	111	Ƴ辰֥Ĵ	Inspection of insulated conductors or insulated cables
G01N  27/92  C	1	0	2G041	G01N  27/92	50	ɡʪʤɤĴ	Investigating insulated pipes or pipes coated with insulating materials
G01N  27/92  D	1	0	2G041	G01N  27/92	83	桤ľʪʤĴ	Investigating papers or sheets
G01N  27/92  E	1	0	2G041	G01N  27/92	62	ŵĴ	Investigating electrical equipment
G01N  27/92  Z	1	0	2G041	G01N  27/92	98	¾Τ	Others
G01N  29/00  \	0	0	2G047	G01N  29/00	899	ĶȡȤޤϰȤλѤˤĴޤʬϡĶȤޤϲȤʪŤ뤳ȤˤʪβĻ벽ʣǣΣǣΣͥˡΣ	Investigating or analysing materials by the use of ultrasonic, sonic or infrasonic waves; Visualisation of the interior of objects by transmitting ultrasonic or sonic waves through the object (G01N0003000000-G01N0027000000 take precedence)[2006.01]
G01N  29/02  \	1	1	2G047	G01N  29/02	1375	ήΤʬϡʥƥåߥåˡѤΣǣΣˡΣ	for analysing fluids (G01N 29/16, G01N 29/18, G01N 29/20 take precedence) [5]
G01N  29/02 501 \	2	2	2G047	G01N  29/02	428	ޥ󥵤˴ŤήΥ󥵡㡥ӣ	fluid sensor based on microsensor, e.g. SAW
G01N  29/024  \	2	2	2G047	G01N  29/024	607	Ȥ®٤ޤŻ֤¬ˤΡΣ	by measuring propagation velocity or propagation time of acoustic waves
G01N  29/028  \	2	2	2G047	G01N  29/028	30	ŪޤϲŪԡ󥹤¬ˤΡΣ	by measuring mechanical or acoustic impedance
G01N  29/032  \	2	2	2G047	G01N  29/032	445	Ȥθ¬ˤΡΣ	by measuring attenuation of acoustic waves
G01N  29/036  \	2	2	2G047	G01N  29/036	246	Ȥμȿޤ϶Ĥ¬ˤΡΣ	by measuring frequency or resonance of acoustic waves
G01N  29/04  \	1	1	2G047	G01N  29/04	4049	ΤʬϡʥƥåߥåˡѤΣǣΣˡΣ	for investigating presence of flaws in solids (G01N 29/16, G01N 29/18, G01N 29/20 take precedence) [4,5]
G01N  29/06  \	2	2	2G047	G01N  29/06	4387	βĻ벽㡥ȸΣ	Visualisation of the interior [4]
G01N  29/07  \	2	2	2G047	G01N  29/07	1634	Ȥ®٤ޤŻ֤¬ˤΡΣ	by measuring propagation velocity or propagation time of acoustic waves
G01N  29/09  \	2	2	2G047	G01N  29/09	78	ŪޤϲŪԡ󥹤¬ˤΡΣ	by measuring mechanical or acoustic impedance
G01N  29/11  \	2	2	2G047	G01N  29/11	1248	Ȥθ¬ˤΡΣ	by measuring attenuation of acoustic waves
G01N  29/12  \	2	2	2G047	G01N  29/12	1944	Ȥμȿޤ϶Ĥ¬ˤΡΣ	using resonance or free vibration techniques (G01N 29/06 takes precedence) [5]
G01N  29/14  \	1	1	2G047	G01N  29/14	1733	ƥåߥåˡѤΡΣ	using acoustic emission techniques (G01N 29/06 takes precedence) [5]
G01N  29/22  \	1	1	2G047	G01N  29/22	3635	Σ	Details [5]
G01N  29/24  \	2	2	2G047	G01N  29/24	7897	õҡΣ	Probes [5]
G01N  29/26  \	2	2	2G047	G01N  29/26	2522	դޤΤιΣ	Arrangements for orientation or scanning [5]
G01N  29/265  \	3	3	2G047	G01N  29/265	4120	ŻߤФƸδư뤳ȤˤΡΣ	by moving the sensor relative to a stationary material
G01N  29/27  \	3	3	2G047	G01N  29/27	919	ŻߤδФƺư뤳ȤˤΡΣ	by moving the material relative to a stationary sensor
G01N  29/275  \	3	3	2G047	G01N  29/275	650	δ浪Ӻ򶦤˰ư뤳ȤˤΡΣ	by moving both the sensor and the material
G01N  29/28  \	2	2	2G047	G01N  29/28	3415	󶡡Σ	providing acoustic coupling [5]
G01N  29/30  \	2	2	2G047	G01N  29/30	963	ޤӤΤι㡥ΤѤΡΣ	Arrangements for calibrating or comparing, e.g. with standard objects
G01N  29/32  \	2	2	2G047	G01N  29/32	710	˾ޤʤƶ㡥٤ޤϰϤư֡Σ	Arrangements for suppressing undesired influences, e.g. temperature or pressure variations
G01N  29/34  \	1	1	2G047	G01N  29/34	783	ĶȡȤޤϰȤȯΣ	Generating the ultrasonic, sonic or infrasonic waves[2006.01]
G01N  29/36  \	1	1	2G047	G01N  29/36	463	θΡΣ	Detecting the response signal
G01N  29/38  \	2	2	2G047	G01N  29/38	905	Ūե륿󥰤ˤΡ㡥ȤλѤˤΡΣ	by time filtering, e.g. using time gates
G01N  29/40  \	2	2	2G047	G01N  29/40	277	ե륿󥰤ˤΡ㡥ͤλѤˤΡΣ	by amplitude filtering, e.g. by applying a threshold
G01N  29/42  \	2	2	2G047	G01N  29/42	519	ȿե륿ˤΡΣ	by frequency filtering
G01N  29/44  \	1	1	2G047	G01N  29/44	3067	Τ줿νΣ	Processing the detected response signal
G01N  29/46  \	2	2	2G047	G01N  29/46	872	ڥȥʬϡ㡥աꥧʬϡΣ	by spectral analysis, e.g. Fourier analysis
G01N  29/48  \	2	2	2G047	G01N  29/48	1128	ӤˤΡΣ	by amplitude comparison
G01N  29/50  \	2	2	2G047	G01N  29/50	291	ظмˡޤظмˡѤΡΣ	using auto-correlation techniques or cross-correlation techniques
G01N  29/52  \	2	2	2G047	G01N  29/52	9	ڥȥʬϰʳεղϼˡѤΡ㡥ˡˤΡΣ	using inversion methods other than spectral analysis, e.g. conjugated gradient inversion
G01N  30/00  \	0	0	2G063	G01N  30/00	8	塤ۼ⤷ݡޤϥ򴹡㡥ޥȥեѤʬʬΥˤĴޤʬϡʣǣΣǣΣͥˡΣ	Investigating or analysing materials by separation into components using adsorption, absorption or similar phenomena or using ion-exchange, e.g. chromatography (G01N  3/00-G01N 29/00; take precedence);;
G01N  30/00  A	0	0	2G063	G01N  30/00	220		By using adsorption
G01N  30/00  B	0	1	2G063	G01N  30/00	332	ǻ	Concentration
G01N  30/00  C	0	1	2G063	G01N  30/00	239		Removal
G01N  30/00  E	0	1	2G063	G01N  30/00	425	ץ	Sampling
G01N  30/00  G	0	1	2G063	G01N  30/00	59	Τؤεۼ	Adsorption into liquids
G01N  30/00  J	0	0	2G063	G01N  30/00	217	ޤλ	Testing adsorbents
G01N  30/00  Z	0	0	2G063	G01N  30/00	62	¾Τ	Others
G01N  30/02  \	1	1	2G063	G01N  30/02	10	९ޥȥեΣ	Column chromatography [4]
G01N  30/02  A	1	0	2G063	G01N  30/02	109	ԥ꡼९ޥȥե	Capillary column chromatography
G01N  30/02  B	1	0	2G063	G01N  30/02	708	򴹥९ޥȥե	Ion exchanging column chromatography
G01N  30/02  E	1	1	2G063	G01N  30/02	299	ץν	Removing unwanted ions
G01N  30/02  J	1	0	2G063	G01N  30/02	117	󿴥ޥ	Centrifugal chromatography
G01N  30/02  K	1	0	2G063	G01N  30/02	26	饸ޥ	Radio chromatography
G01N  30/02  L	1	0	2G063	G01N  30/02	87	ųä	By applying electric fields or magnetic fields
G01N  30/02  N	1	0	2G063	G01N  30/02	345	Ķ׳Хޥ	Super critical extraction chromatography
G01N  30/02  Z	1	0	2G063	G01N  30/02	490	¾Τ	Others
G01N  30/04  \	2	2	2G063	G01N  30/04	3	ʬϻĴޤƳΣ	Preparation or injection of sample to be analysed [4]
G01N  30/04  A	2	0	2G063	G01N  30/04	497	ץ	Sampling
G01N  30/04  B	2	1	2G063	G01N  30/04	71	楬	Gasses in oils
G01N  30/04  C	2	1	2G063	G01N  30/04	147	ץޥȥե	Process chromatography
G01N  30/04  E	2	2	2G063	G01N  30/04	24	ץڴ	Switching sampling points
G01N  30/04  F	2	2	2G063	G01N  30/04	36		Cleaning
G01N  30/04  P	2	0	2G063	G01N  30/04	480	ɸڤӤƳ	Standard specimens and introduction thereof
G01N  30/04  Z	2	0	2G063	G01N  30/04	55	¾Τ	Others
G01N  30/06  \	3	3	2G063	G01N  30/06	6	ĴΣ	Preparation [4]
G01N  30/06  A	3	0	2G063	G01N  30/06	118	Ѵ	Conversion
G01N  30/06  C	3	0	2G063	G01N  30/06	174		Dilution
G01N  30/06  E	3	0	2G063	G01N  30/06	812	ȿ	Reaction
G01N  30/06  G	3	0	2G063	G01N  30/06	423	Ǯʬ	Thermal decomposition
G01N  30/06  Z	3	0	2G063	G01N  30/06	848	¾Τ	Others
G01N  30/08  \	4	4	2G063	G01N  30/08	1	åѤΡΣ	using an enricher [4]
G01N  30/08  G	4	0	2G063	G01N  30/08	451		For gases
G01N  30/08  L	4	0	2G063	G01N  30/08	372		For liquids
G01N  30/08  Z	4	0	2G063	G01N  30/08	13	¾	Others
G01N  30/10  \	4	4	2G063	G01N  30/10	167	ץåѤΡΣ	using a splitter [4]
G01N  30/12  \	4	4	2G063	G01N  30/12	2	ˤΡΣ	by evaporation [4]
G01N  30/12  A	4	0	2G063	G01N  30/12	121	󥸤Ѥƻ뵤ι	Structures of vaporising chambers  by injecting the specimen using the syringe
G01N  30/12  B	4	1	2G063	G01N  30/12	38	ݻʡ㡥ݻޤϥƥ	Means for supporting specimens, e.g. supporting rods or stems
G01N  30/12  D	4	1	2G063	G01N  30/12	30	ήαɻ	Preventing backward flow or remaining
G01N  30/12  E	4	2	2G063	G01N  30/12	22	ĺʤˤ	by using means for shutting off
G01N  30/12  F	4	2	2G063	G01N  30/12	37	ѡʤˤ	by purging means
G01N  30/12  J	4	0	2G063	G01N  30/12	54	ˤʬʬΥ	Separation or removal of unwanted constituents by vaporisation
G01N  30/12  L	4	0	2G063	G01N  30/12	137	Τε	Vaporising liquids
G01N  30/12  S	4	0	2G063	G01N  30/12	63	Τε	Vaporising solids
G01N  30/12  Z	4	0	2G063	G01N  30/12	37	¾	Others
G01N  30/14  \	4	4	2G063	G01N  30/14	0	ʬˤΡΣ	by elimination of some components [4]
G01N  30/14  A	4	0	2G063	G01N  30/14	295	ץ쥫å	Pre-cutting
G01N  30/14  Z	4	0	2G063	G01N  30/14	207	¾Τ	Others
G01N  30/16  \	3	3	2G063	G01N  30/16	2	ƳʣǣΣͥˡΣ	Injection (G01N 30/24 takes precedence) [4]
G01N  30/16  A	3	0	2G063	G01N  30/16	58	Ƴ	Detecting introduced specimens
G01N  30/16  C	3	0	2G063	G01N  30/16	46	ե󥸥	Flow injection
G01N  30/16  E	3	0	2G063	G01N  30/16	94	󥫥Ƴ	On-column introduction
G01N  30/16  G	3	0	2G063	G01N  30/16	22	ջۤĤ	With check valve
G01N  30/16  J	3	0	2G063	G01N  30/16	23	ץޤϥץѤ	By using capsules or ampules
G01N  30/16  K	3	0	2G063	G01N  30/16	167	ѡʣǣΣʤͥ	For gases (G01N30/16A - J take precedence)
G01N  30/16  L	3	0	2G063	G01N  30/16	254	ѡʣǣΣʤͥ	For liquids (G01N30/16A - J take precedence)
G01N  30/16  Z	3	0	2G063	G01N  30/16	113	¾Τ	Others
G01N  30/18  \	4	4	2G063	G01N  30/18	1	ץޤϥޥ󥸤ѤΡΣ	using a septum or microsyringe [4]
G01N  30/18  A	4	0	2G063	G01N  30/18	111	ץ	Septum
G01N  30/18  B	4	1	2G063	G01N  30/18	7	ֲ	Variable piercing positions
G01N  30/18  C	4	1	2G063	G01N  30/18	20	ĺʤĤ	With means for shutting off
G01N  30/18  E	4	0	2G063	G01N  30/18	204	ޥ	Micro syringes
G01N  30/18  F	4	1	2G063	G01N  30/18	31	ȥĴʤĤ	with means for controlling the stroke
G01N  30/18  G	4	1	2G063	G01N  30/18	78	ʤĤ	With means for cleaning
G01N  30/18  H	4	1	2G063	G01N  30/18	24	ĴʤĤ	With means for controlling temperature
G01N  30/18  Z	4	0	2G063	G01N  30/18	30	¾Τ	Others
G01N  30/20  \	4	4	2G063	G01N  30/20	137	ץ󥰥Х֤ѤΡΣ	using a sampling valve [4]
G01N  30/20  A	4	0	2G063	G01N  30/20	240	꡼饤ɼץ󥰥Х֤ι	Structures of rotary or sliding sampling valves
G01N  30/20  C	4	1	2G063	G01N  30/20	57	Ĵڴΰưɻ	Preventing pressure fluctuations upon switching or controlling the pressures
G01N  30/20  E	4	1	2G063	G01N  30/20	38	ɻ	Preventing specimen losses
G01N  30/20  G	4	0	2G063	G01N  30/20	13	ե༰ץ󥰥Х֤ι	Structures of diaphragm sampling valves
G01N  30/20  J	4	0	2G063	G01N  30/20	97	̴ɤι	Structures of metering tubes
G01N  30/20  L	4	0	2G063	G01N  30/20	69		Cleaning
G01N  30/20  N	4	0	2G063	G01N  30/20	27	°֡ʷϵĴ	Accessory devices or atmosphere adjustments
G01N  30/20  Z	4	0	2G063	G01N  30/20	35	¾	Others
G01N  30/22  \	4	4	2G063	G01N  30/22	24	ⰵηϤƳΡΣ	in high pressure liquid systems [4]
G01N  30/24  \	3	3	2G063	G01N  30/24	6	ưƳΣ	Automatic injection systems [4]
G01N  30/24  A	3	0	2G063	G01N  30/24	152	ץࡤޡ	Programmes or timers
G01N  30/24  E	3	0	2G063	G01N  30/24	355	۰ˤĤ	With sucking needles
G01N  30/24  J	3	0	2G063	G01N  30/24	47	¸߸Ρˢ	Detecting specimen or bubbles
G01N  30/24  L	3	0	2G063	G01N  30/24	32	Ƴ	Notifying the timing of specimen introduction
G01N  30/24  M	3	0	2G063	G01N  30/24	39	ξå	Failure check
G01N  30/24  Z	3	0	2G063	G01N  30/24	250	¾	Others
G01N  30/26  \	2	2	2G063	G01N  30/26	1	ήΥꥢĴᡨեѥΣ	Conditioning of the fluid carrier; Flow patterns [4]
G01N  30/26  A	2	0	2G063	G01N  30/26	1885	ꥢ	Selecting carriers
G01N  30/26  E	2	0	2G063	G01N  30/26	421	ꥢζ	Feeding carriers
G01N  30/26  H	2	0	2G063	G01N  30/26	270	ꥢν۴ġ	Circulating or reproducing carriers
G01N  30/26  L	2	0	2G063	G01N  30/26	276	ήϩϤκ	Details of passage systems
G01N  30/26  M	2	1	2G063	G01N  30/26	745	ڴ	Switching valves
G01N  30/26  N	2	1	2G063	G01N  30/26	218	³	Means for connecting
G01N  30/26  P	2	1	2G063	G01N  30/26	114	ե륿	Filters
G01N  30/26  Q	2	1	2G063	G01N  30/26	136		Cleaning
G01N  30/26  Z	2	0	2G063	G01N  30/26	140	¾Τ	Others
G01N  30/28  \	3	3	2G063	G01N  30/28	23	ήΥꥢʪŪѥ᡼Σ	Control of physical parameters of the fluid carrier [4]
G01N  30/30  \	4	4	2G063	G01N  30/30	195	٤Σ	of temperature [4]
G01N  30/32  \	4	4	2G063	G01N  30/32	52	Ϥޤή®ʣǣΣͥˡΣ	of pressure or speed (G01N 30/36 takes precedence) [4]
G01N  30/32  A	4	0	2G063	G01N  30/32	693		Controlling
G01N  30/32  C	4	1	2G063	G01N  30/32	481	ݥ	Pumps
G01N  30/32  F	4	0	2G063	G01N  30/32	93	ѡ	Dampers
G01N  30/32  Z	4	0	2G063	G01N  30/32	218	¾Τ	Others
G01N  30/34  \	4	4	2G063	G01N  30/34	54	ή桤㡥ΥˡʣǣΣͥˡΣ	of fluid composition, e.g. gradient (G01N 30/36 takes precedence) [4]
G01N  30/34  A	4	0	2G063	G01N  30/34	405		Devices
G01N  30/34  E	4	0	2G063	G01N  30/34	488	ˡ	Methods
G01N  30/34  Z	4	0	2G063	G01N  30/34	46	¾Τ	Others
G01N  30/36  \	4	4	2G063	G01N  30/36	36	ⰵηϤˤΣ	in high pressure liquid systems [4]
G01N  30/38  \	3	3	2G063	G01N  30/38	68	եѥΣ	Flow patterns [4]
G01N  30/40  \	4	4	2G063	G01N  30/40	149	ХåեåˡѤΡΣ	using back flushing [4]
G01N  30/42  \	4	4	2G063	G01N  30/42	96	󥿡ˡѤΡΣ	using counter-current [4]
G01N  30/44  \	4	4	2G063	G01N  30/44	129	ʬۤ줿ե饯ΥꥵˡѤΡΣ	using recycling of the fraction to be distributed [4]
G01N  30/46  \	4	4	2G063	G01N  30/46	18	ʣѤΡΣ	using more than one column [4]
G01N  30/46  A	4	0	2G063	G01N  30/46	971	ľ	Serial
G01N  30/46  E	4	0	2G063	G01N  30/46	290		Parallel
G01N  30/46  G	4	1	2G063	G01N  30/46	108	Ʊ	Parallel identical column
G01N  30/46  Z	4	0	2G063	G01N  30/46	47	¾Τ	Others
G01N  30/50  \	2	2	2G063	G01N  30/50	317	ޤޤϸΤĴΣ	Conditioning of the sorbent material or stationary liquid [4]
G01N  30/52  \	3	3	2G063	G01N  30/52	14	ʪŪѥ᡼Σ	Physical parameters [4]
G01N  30/54  \	4	4	2G063	G01N  30/54	7	١Σ	Temperature [4]
G01N  30/54  A	4	0	2G063	G01N  30/54	149	ޥ	Chromatography with temperature increase
G01N  30/54  B	4	1	2G063	G01N  30/54	51	ŪʲٸۤͿ	By giving local temperature inclinations
G01N  30/54  C	4	0	2G063	G01N  30/54	138		Devices
G01N  30/54  E	4	1	2G063	G01N  30/54	58	ǮΤˤǮ	Heating with heating media excluding constant temperature chambers
G01N  30/54  G	4	1	2G063	G01N  30/54	105	ŵŪʤˤǮ	Heating with electric means
G01N  30/54  D	4	1	2G063	G01N  30/54	230		Constant temperature chambers
G01N  30/54  H	4	2	2G063	G01N  30/54	195	ǮΤΤΤ	Gaseous heating media
G01N  30/54  K	4	2	2G063	G01N  30/54	24	ǮΤΤΤ	Liquid heating media
G01N  30/54  F	4	1	2G063	G01N  30/54	320		Temperature control
G01N  30/54  J	4	0	2G063	G01N  30/54	38		Explosion proof
G01N  30/54  Z	4	0	2G063	G01N  30/54	42	¾Τ	Others
G01N  30/56  \	3	3	2G063	G01N  30/56	22	ŶˡޤʤˡΣ	Packing methods or coating methods [4]
G01N  30/56  A	3	0	2G063	G01N  30/56	302	Ƥˡ	Charging methods
G01N  30/56  E	3	0	2G063	G01N  30/56	130	̽	Internal surface treatments
G01N  30/56  Z	3	0	2G063	G01N  30/56	45	¾Τ	Others
G01N  30/58  \	3	3	2G063	G01N  30/58	21	ޤΤȤưưΡΣ	the sorbent moving as a whole [4]
G01N  30/60  \	2	2	2G063	G01N  30/60	150	ι¤Σ	Construction of the column [4]
G01N  30/60  A	2	0	2G063	G01N  30/60	528	¤	Structures
G01N  30/60  D	2	1	2G063	G01N  30/60	311	·	Groove columns
G01N  30/60  B	2	1	2G063	G01N  30/60	303	ӽ	Injection or discharging ports
G01N  30/60  E	2	1	2G063	G01N  30/60	129	ư	Mobile plugs
G01N  30/60  G	2	1	2G063	G01N  30/60	53	ή	Means for rectifying
G01N  30/60  J	2	1	2G063	G01N  30/60	64	¿Ź¤	Multiplexed structures
G01N  30/60  K	2	0	2G063	G01N  30/60	339	Ӵɥ	Capillary tube columns
G01N  30/60  P	2	0	2G063	G01N  30/60	400	³ι	Structures of connection units
G01N  30/60  Q	2	0	2G063	G01N  30/60	145	ٻι	Structures of supporting units
G01N  30/60  Z	2	0	2G063	G01N  30/60	155	¾Τ	Others
G01N  30/62  \	2	2	2G063	G01N  30/62	1	९ޥȥեäѤ븡дΣ	Detectors specially adapted therefor [4]
G01N  30/62  A	2	0	2G063	G01N  30/62	71	̻	Common items
G01N  30/62  B	2	1	2G063	G01N  30/62	75		Compensating or calibrating outputs
G01N  30/62  C	2	1	2G063	G01N  30/62	14	ݸ	Protection
G01N  30/62  E	2	0	2G063	G01N  30/62	55	¾θм	Other means for detection
G01N  30/62  F	2	1	2G063	G01N  30/62	9		Weight
G01N  30/62  G	2	1	2G063	G01N  30/62	16	ϡ	Pressure or mass
G01N  30/62  H	2	1	2G063	G01N  30/62	13	Ǵ	Viscosity
G01N  30/62  J	2	1	2G063	G01N  30/62	17	Ǯ	Heat
G01N  30/62  K	2	1	2G063	G01N  30/62	47		Radiation
G01N  30/62  M	2	0	2G063	G01N  30/62	23	ü측	Special detection
G01N  30/62  Z	2	0	2G063	G01N  30/62	33	¾Τ	Others
G01N  30/64  \	3	3	2G063	G01N  30/64	41	ŵŪдΣ	Electrical detectors [4]
G01N  30/64  A	3	0	2G063	G01N  30/64	246	ԡ	Impedance
G01N  30/64  C	3	0	2G063	G01N  30/64	194	ŵŪ	Electro-chemical
G01N  30/64  F	3	0	2G063	G01N  30/64	163		Ionisation
G01N  30/64  Z	3	0	2G063	G01N  30/64	91	¾Τ	Others
G01N  30/66  \	4	4	2G063	G01N  30/66	196	ǮƳٸдΣ	Thermal conductivity detectors [4]
G01N  30/68  \	4	4	2G063	G01N  30/68	138	ե졼।󲽸дΣ	Flame ionisation detectors [4]
G01N  30/68  A	4	0	2G063	G01N  30/68	114	дＫΤι	Structures of detectors per se
G01N  30/68  C	4	0	2G063	G01N  30/68	89	ꥢǳƥޤϥᥤåץĴ	Adjusting or feeding carrier gases, combustion gases or make up gases
G01N  30/68  Z	4	0	2G063	G01N  30/68	75	¾	Others
G01N  30/70  \	4	4	2G063	G01N  30/70	114	Ż͸дʣǣΣͥˡΣ	Electron capture detectors (G01N 30/68 takes precedence) [4]
G01N  30/72  \	3	3	2G063	G01N  30/72	253	ʬϷסΣ	Mass spectrometers [4]
G01N  30/72  A	3	0	2G063	G01N  30/72	905	ǣáͣ	GC-MS
G01N  30/72  C	3	0	2G063	G01N  30/72	1533	̣áͣ	LC-MS
G01N  30/72  E	3	0	2G063	G01N  30/72	45	󥿡ե	Interfaces
G01N  30/72  F	3	1	2G063	G01N  30/72	159	ǣáͣ	For GC-MS
G01N  30/72  G	3	1	2G063	G01N  30/72	414	̣áͣ	For LC-MS
G01N  30/72  Z	3	0	2G063	G01N  30/72	95	¾	Others
G01N  30/74  \	3	3	2G063	G01N  30/74	8	ŪдΣ	Optical detectors [4]
G01N  30/74  A	3	0	2G063	G01N  30/74	205		Details
G01N  30/74  E	3	0	2G063	G01N  30/74	854	۸ʬ	Absorption or spectroscopy
G01N  30/74  F	3	0	2G063	G01N  30/74	351		Fluorescence
G01N  30/74  Z	3	0	2G063	G01N  30/74	477	¾Τ	Others
G01N  30/76  \	3	3	2G063	G01N  30/76	17	ŪдΣ	Acoustical detectors [4]
G01N  30/78  \	3	3	2G063	G01N  30/78	267	ʣθдѤΡΣ	using more than one detector [4]
G01N  30/80  \	2	2	2G063	G01N  30/80	24	ե饯󥳥쥯Σ	Fraction collectors [4]
G01N  30/80  A	2	0	2G063	G01N  30/80	154	ե饯󥳥쥯	Fraction collectors
G01N  30/80  B	2	1	2G063	G01N  30/80	52		For gases
G01N  30/80  C	2	1	2G063	G01N  30/80	171		For liquids
G01N  30/80  D	2	2	2G063	G01N  30/80	43	˺μ褹	By sampling for a certain amount
G01N  30/80  F	2	2	2G063	G01N  30/80	223	ʬ˺μ褹	By sampling for each constituent
G01N  30/80  G	2	1	2G063	G01N  30/80	8		For solids
G01N  30/80  E	2	0	2G063	G01N  30/80	121	дȤ³	Connecting to detectors
G01N  30/80  H	2	1	2G063	G01N  30/80	64	٥٥ưΤѤ	Conveyors; use of such moving parts as belts, etc.
G01N  30/80  Z	2	0	2G063	G01N  30/80	49	¾Τ	Others
G01N  30/82  \	3	3	2G063	G01N  30/82	66	ưʡΣ	Automatic means therefor [4]
G01N  30/84  \	2	2	2G063	G01N  30/84	46	ʬۤ줿ե饯ĴΣ	Preparation of the fraction to be distributed [4]
G01N  30/84  A	2	0	2G063	G01N  30/84	306	ź	Adding reagents
G01N  30/84  E	2	0	2G063	G01N  30/84	86	ž	Conversion
G01N  30/84  J	2	0	2G063	G01N  30/84	133	ʬ䡤ǻ	Splitting or condensing
G01N  30/84  Z	2	0	2G063	G01N  30/84	230	¾Τ	Others
G01N  30/86  \	2	2	2G063	G01N  30/86	51	ϡΣ	Signal analysis [4]
G01N  30/86  B	2	0	2G063	G01N  30/86	309	ȷ	Analysing waveforms
G01N  30/86  C	2	1	2G063	G01N  30/86	61	ʬΰ	Setting integration ranges
G01N  30/86  E	2	2	2G063	G01N  30/86	246	ԡ̤ˤ	by identifying peaks
G01N  30/86  F	2	2	2G063	G01N  30/86	150	ƥ󥷥󥿥ˤ	by retention time
G01N  30/86  H	2	1	2G063	G01N  30/86	168	١饤	Baseline processing
G01N  30/86  D	2	0	2G063	G01N  30/86	608	Ͽɽ	Recording; displaying
G01N  30/86  G	2	0	2G063	G01N  30/86	922	ǡ	Data processing
G01N  30/86  J	2	1	2G063	G01N  30/86	532	ǻ١Ψ	Obtaining densities or ratios
G01N  30/86  L	2	1	2G063	G01N  30/86	105	Υ	Noise processing
G01N  30/86  K	2	0	2G063	G01N  30/86	48	ڴ	Range shifting
G01N  30/86  M	2	0	2G063	G01N  30/86	205	ԡݻ	Holding peak values
G01N  30/86  P	2	0	2G063	G01N  30/86	160	å	Checks
G01N  30/86  Q	2	0	2G063	G01N  30/86	307	ư	Automation
G01N  30/86  R	2	1	2G063	G01N  30/86	158	ץ	programmers
G01N  30/86  T	2	0	2G063	G01N  30/86	151	۾к	Measures for abnormalities
G01N  30/86  U	2	1	2G063	G01N  30/86	8		Power failures
G01N  30/86  V	2	1	2G063	G01N  30/86	255	ƻ	Monitoring
G01N  30/86  Z	2	0	2G063	G01N  30/86	208	¾Τ	Others
G01N  30/88  \	2	2	2G063	G01N  30/88	10	롼ףǣΣǣΣΤΣĤ˴ޤޤʤΤǡ९ޥȥեäѤŪʬϡΣ	Integrated analysis systems specially adapted therefor, not covered by a single one of groups G01N 30/04-G01N 30/86 [4]
G01N  30/88  A	2	0	2G063	G01N  30/88	200	ʪΥޥȥեʬ	Analysing with chromatography for particular substances
G01N  30/88  B	2	1	2G063	G01N  30/88	63	̵ʪ°	Inorganic compounds or metallic ions
G01N  30/88  G	2	2	2G063	G01N  30/88	424	ޥȥեѤ	by using gas chromatography
G01N  30/88  H	2	2	2G063	G01N  30/88	684	ΥޥȥեѤ	by using liquid chromatography
G01N  30/88  C	2	1	2G063	G01N  30/88	1837	ͭʪ	Organic compounds
G01N  30/88  X	2	2	2G063	G01N  30/88	385	ͭϥ󲽹ʪ	Organic halogen compounds
G01N  30/88  M	2	2	2G063	G01N  30/88	310	ú	Hydrocarbons
G01N  30/88  N	2	2	2G063	G01N  30/88	444		Saccharides
G01N  30/88  P	2	2	2G063	G01N  30/88	305	ݥޡ	Polymers
G01N  30/88  E	2	1	2G063	G01N  30/88	1651	ʪ	Living body substances
G01N  30/88  D	2	2	2G063	G01N  30/88	488	˻	Nucleic acids
G01N  30/88  F	2	2	2G063	G01N  30/88	349	ߥλ	Amino acids
G01N  30/88  J	2	2	2G063	G01N  30/88	1627	ڥץɡ	Peptides or protein
G01N  30/88  K	2	2	2G063	G01N  30/88	97	ƥ륢ߥ	Catecholamines
G01N  30/88  L	2	2	2G063	G01N  30/88	30		Bile acids
G01N  30/88  Q	2	2	2G063	G01N  30/88	356	إ⥰ӥ	Hemoglobin
G01N  30/88  W	2	1	2G063	G01N  30/88	331	ذ	Optical isomers
G01N  30/88  Z	2	0	2G063	G01N  30/88	106	¾Τ	Others
G01N  30/89  \	1	1	2G063	G01N  30/89	36	եޥȥե¨˸ΤΡΣ	Inverse chromatography, i.e. with the analyte in stationary phase [8]
G01N  30/90  \	1	1	2G063	G01N  30/90	169	ץ졼ȥޥȥե㡥ؤޤϥڡѡޥȥեΣ	Plate chromatography, e.g. thin layer or paper chromatography [4]
G01N  30/91  \	2	2	2G063	G01N  30/91	61	źáΣ	Application of the sample [4]
G01N  30/92  \	2	2	2G063	G01N  30/92	110	ץ졼Ȥι¤Σ	Construction of the plate [4]
G01N  30/93  \	3	3	2G063	G01N  30/93	91	ؤηΣ	Application of the sorbent layer [4]
G01N  30/94  \	2	2	2G063	G01N  30/94	124	ŸˡΣ	Development [4]
G01N  30/95  \	2	2	2G063	G01N  30/95	17	ץ졼ȥޥȥեäѤ븡дϡΣ	Detectors specially adapted therefor; Signal analysis [4]
G01N  30/95  A	2	0	2G063	G01N  30/95	65	ФΤΥץݥȤĴ㡥ȯˡ	Plate adjustment for detection, e.g. coloring or detection methods thereof
G01N  30/95  E	2	0	2G063	G01N  30/95	143	дޥȥ	Detectors; chromatographic scanners
G01N  30/95  J	2	0	2G063	G01N  30/95	5	ü	Detecting solvent end
G01N  30/95  Z	2	0	2G063	G01N  30/95	39	¾	Others
G01N  30/96  \	1	1	2G063	G01N  30/96	30	򴹤ѡʣǣΣǣΣͥˡΣ	using ion-exchange (G01N 30/02, G01N 30/90 take precedence) [4]
G01N  30/96  A	1	0	2G063	G01N  30/96	89	򴹤	By using ion exchanging
G01N  30/96  B	1	1	2G063	G01N  30/96	87	ǻ̡	Concentration or removal
G01N  30/96  D	1	1	2G063	G01N  30/96	29	ץ	Sampling
G01N  30/96  Z	1	0	2G063	G01N  30/96	51	¾Τ	Others
G01N  31/00  \	0	0	2G042	G01N  31/00	106	֥롼פ˵ꤵ줿ŪˡѤˤʪŪĴޤʬϡˡäѤ֡Σ	Investigating or analysing non-biological materials by the use of the chemical methods specified in the subgroups; Apparatus specially adapted for such methods [4]
G01N  31/00  A	0	0	2G042	G01N  31/00	258	̵ʪθС	Detecting or quantifying inorganic honey content
G01N  31/00  B	0	1	2G042	G01N  31/00	517	˴ؤ	Related to water
G01N  31/00  C	0	1	2G042	G01N  31/00	256	Ǥ˴ؤΡ㡥Ȣǲʪ	Related to hydrogen e.g. H2, hydrides
G01N  31/00  D	0	1	2G042	G01N  31/00	699	úǤ˴ؤΡͭúǤޤ	Related to carbon (including total organic carbon)
G01N  31/00  E	0	2	2G042	G01N  31/00	288	úǡúǡú	Carbon monoxide, carbon dioxide, carbonic salts
G01N  31/00  F	0	1	2G042	G01N  31/00	337	Ǥ˴ؤΡ̥ݥǡǤޤ	Related to nitrogen (including Kjeldahl nitrogen or total nitrogen)
G01N  31/00  G	0	2	2G042	G01N  31/00	332	˥	Nitrogen in an ammonia form
G01N  31/00  H	0	2	2G042	G01N  31/00	333	ǻʪ㡥ΣϢ	Nitrogen oxides e.g. NOx gas
G01N  31/00  J	0	2	2G042	G01N  31/00	132	ǤΥ̱͡㡥ΣϢݡΣϢݡ	Oxo acids (salts) of nitrogen e.g. NO2-, NO3-
G01N  31/00  K	0	1	2G042	G01N  31/00	106	Ǥ˴ؤ	Related to oxygen
G01N  31/00  L	0	2	2G042	G01N  31/00	604	ạ̇̄Ϣ͡	Oxygen (O2) or ozone
G01N  31/00  M	0	2	2G042	G01N  31/00	296	ʪͭʪޤ	Peroxides (including organic peroxides)
G01N  31/00  N	0	1	2G042	G01N  31/00	266	˴ؤ	Related to phosphor
G01N  31/00  P	0	1	2G042	G01N  31/00	425	β˴ؤ	Related to sulfur
G01N  31/00  Q	0	1	2G042	G01N  31/00	573	ϥ˴ؤ	Related to halogens
G01N  31/00  R	0	1	2G042	G01N  31/00	109	󲽹ʪ˴ؤ	Relating cyanides
G01N  31/00  S	0	1	2G042	G01N  31/00	370	°Ǥ˴ؤΡ̣졤ǣ塤󡤣ӣ⡤ԣޤࡣ¡ӣ	Related to metallic elements (including Al, Ge, As, Sb or Te.  Excluding B or Si.)
G01N  31/00  T	0	2	2G042	G01N  31/00	881	Ūʪꤵ	Objective substances that can be identified
G01N  31/00  U	0	2	2G042	G01N  31/00	218	迧ȿѤΡ̣Ԥͥ	By using colouration reactions (T takes precedence)
G01N  31/00  V	0	0	2G042	G01N  31/00	1519	ͭʪθС	detecting and quantifying organic honey
G01N  31/00  Y	0	0	2G042	G01N  31/00	1233		Pre-processing of specimens
G01N  31/00  Z	0	0	2G042	G01N  31/00	551	¾Τ	Others
G01N  31/02  \	1	1	2G042	G01N  31/02	114	¤	using precipitation
G01N  31/10  \	1	1	2G042	G01N  31/10	514	ޤ	using catalysis
G01N  31/12  \	1	1	2G042	G01N  31/12	36	ǳƤѡʣǣΣͥ	using combustion (G01N 25/20 takes precedence)
G01N  31/12  A	1	0	2G042	G01N  31/12	406	ǳ֡㡥ϧĤܡǳޡ	Combustion devices e.g. furnaces, melting pots, combustion improvers
G01N  31/12  B	1	0	2G042	G01N  31/12	261	Ǯʬ˴ؤ	Related to thermal decompositions
G01N  31/12  C	1	0	2G042	G01N  31/12	74	˴ؤ	Related to incineration
G01N  31/12  Z	1	0	2G042	G01N  31/12	422	¾Τ	Others
G01N  31/16  \	1	1	2G042	G01N  31/16	70	ũ	using titration
G01N  31/16  A	1	0	2G042	G01N  31/16	216		Devices
G01N  31/16  Z	1	0	2G042	G01N  31/16	289	¾Τ	Others
G01N  31/18  \	2	2	2G042	G01N  31/18	185	äũѤ˺줿ӥ塼å	Burettes specially adapted for titration
G01N  31/20  \	1	1	2G042	G01N  31/20	215	ʬϤѡ㡥ũȿ	using micro-analysis, e.g. drop reaction
G01N  31/22  \	1	1	2G042	G01N  31/22	214	ŪؼѡʣǣΣͥ	using chemical indicators (G01N 31/02 takes precedence)
G01N  31/22 121 \	2	2	2G042	G01N  31/22	94	δɡι¤	Gas detectors, structures of test papers
G01N  31/22 121 A	2	0	2G042	G01N  31/22	324	λ	For gaseous specimens
G01N  31/22 121 B	2	1	2G042	G01N  31/22	246	δ	Detecting tubes
G01N  31/22 121 C	2	1	2G042	G01N  31/22	529		Test papers
G01N  31/22 121 D	2	0	2G042	G01N  31/22	221	λ	For liquid specimens
G01N  31/22 121 E	2	1	2G042	G01N  31/22	56	δ	Detecting tubes
G01N  31/22 121 F	2	1	2G042	G01N  31/22	732		Test papers
G01N  31/22 121 G	2	2	2G042	G01N  31/22	581	¿ؤΤ	Plurality of layers
G01N  31/22 121 M	2	2	2G042	G01N  31/22	86	¿ʬѤΤ	For analysing plurality of items
G01N  31/22 121 N	2	0	2G042	G01N  31/22	288	̤δѻ	Observing results
G01N  31/22 121 P	2	0	2G042	G01N  31/22	336	δɡ¤	Detecting tubes, manufacturing of test papers
G01N  31/22 121 Z	2	0	2G042	G01N  31/22	148	¾Τ	Others
G01N  31/22 122 \	2	2	2G042	G01N  31/22	1221	Ūؼ	Chemical indicators
G01N  31/22 123 \	3	3	2G042	G01N  31/22	352	УȻؼ	PH indicators
G01N  31/22 124 \	3	3	2G042	G01N  31/22	163	ݥȻؼ	Chelete indicators
G01N  33/00  \	0	0	2G055	G01N  33/00	105	롼ףǣΣǣΣޤʤͭˡˤĴޤʬϡΣ	Investigating or analysing materials by specific methods not covered by groups G01N 1/00-G01N 31/00
G01N  33/00  A	0	0	2G055	G01N  33/00	597	κʬ	Analysing solid materials
G01N  33/00  B	0	0	2G055	G01N  33/00	319	κʬ	Analysing liquid materials
G01N  33/00  C	0	0	2G055	G01N  33/00	611	κʬ	Analysing gaseous materials
G01N  33/00  D	0	0	2G055	G01N  33/00	717	ʪʬ	Analysing substance materials
G01N  33/00  Z	0	0	2G055	G01N  33/00	179	¾Τ	Others
G01N  33/02  \	1	1	2G055	G01N  33/02	1434	ʡΣ	Food
G01N  33/03  \	2	2	2G055	G01N  33/03	156	ޤϿѻáΣ	Edible oils or edible fats [4]
G01N  33/04  \	2	2	2G055	G01N  33/04	179	ʡΣ	Dairy products
G01N  33/06  \	3	3	2G055	G01N  33/06	35	ô̡̤㡥ץ᡼Σ	Determining fat content, e.g. by butyrometer
G01N  33/08  \	2	2	2G055	G01N  33/08	259	㡥ݤ򸡤ΡΣ	Eggs, e.g. by candling
G01N  33/10  \	2	2	2G055	G01N  33/10	506	Ǥפͭʪ㡥ϡΣ	Starch-containing substances, e.g. dough
G01N  33/12  \	2	2	2G055	G01N  33/12	347	Σ	Meat; fish
G01N  33/14  \	2	2	2G055	G01N  33/14	348	Σ	Beverages
G01N  33/15  \	1	1	2G055	G01N  33/15	198	Σ	Medicinal preparations [3]
G01N  33/15  A	1	0	2G055	G01N  33/15	243	Ͻл	Collapsing tests or eluding tests of tablets
G01N  33/15  B	1	0	2G055	G01N  33/15	150	ʪλ	Testing antibiotics
G01N  33/15  C	1	0	2G055	G01N  33/15	171	λ	Testing agricultural chemicals
G01N  33/15  Z	1	0	2G055	G01N  33/15	17240	¾Τ	Others
G01N  33/18  \	1	1	2G055	G01N  33/18	57	Σ	Water
G01N  33/18  A	1	0	2G055	G01N  33/18	344	ʪ˴ؤ	Related to suspended substances
G01N  33/18  B	1	0	2G055	G01N  33/18	588	ͭԽʪ˴ؤ	Related to organic impurities
G01N  33/18  C	1	0	2G055	G01N  33/18	509	Ų˴ؤ	Related to electrolytes
G01N  33/18  D	1	0	2G055	G01N  33/18	241	¸Ǥ˴ؤ	Related to dissolved oxygen
G01N  33/18  E	1	0	2G055	G01N  33/18	417	㡥Ѥ	Toxicity test, e.g. by using fish
G01N  33/18  F	1	0	2G055	G01N  33/18	395	ʪͿ	Involving microorganisms
G01N  33/18  Z	1	0	2G055	G01N  33/18	561	¾Τ	Others
G01N  33/18 101 \	2	2	2G055	G01N  33/18	120	ŪĴ	General investigations
G01N  33/18 102 \	2	2	2G055	G01N  33/18	31	׵̡㡥	Oxygen demand, e.g. ozone consumption
G01N  33/18 103 \	3	3	2G055	G01N  33/18	108	׵̡Σԣϣġ	Total oxygen demand [TOD]
G01N  33/18 104 \	3	3	2G055	G01N  33/18	150	Ū׵̡Σãϣġ	Chemical oxygen demand [COD]
G01N  33/18 105 \	3	3	2G055	G01N  33/18	190	Ū׵̡Σ£ϣġ	Biological oxygen demand [BOD]
G01N  33/18 106 \	2	2	2G055	G01N  33/18	27	ι¤ˤäħդ	Characterised by structures of devices
G01N  33/18 106 A	2	0	2G055	G01N  33/18	254	ο	Water sampling devices
G01N  33/18 106 B	2	0	2G055	G01N  33/18	164		Pre-processing devices
G01N  33/18 106 C	2	0	2G055	G01N  33/18	97	λٻ	Supporting detectors
G01N  33/18 106 D	2	0	2G055	G01N  33/18	38	ѥ֥	Buoys for inspecting water quality
G01N  33/18 106 E	2	0	2G055	G01N  33/18	181	αɻ	Preventing contamination of detectors
G01N  33/18 106 Z	2	0	2G055	G01N  33/18	522	¾Τ	Others
G01N  33/20  \	1	1	2G055	G01N  33/20	485	°Σ	Metals [2019.01]
G01N  33/20 100 \	2	2	2G055	G01N  33/20	621	ξζ°ʬϡʣǣΣͥ	Metal analysis of solid form (G01N 33/202 takes precedence)
G01N  33/202  \	2	2	2G055	G01N  33/202	67	ʬΣ	Constituents thereof
G01N  33/2022  \	3	3	2G055	G01N  33/2022	433	°ʬΣ	Non-metallic constituents
G01N  33/2025  \	4	4	2G055	G01N  33/2025	223	ʬΣ	Gaseous constituents
G01N  33/2028  \	3	3	2G055	G01N  33/2028	309	°ʬΣ	Metallic constituents
G01N  33/204  \	2	2	2G055	G01N  33/204	253	ι¤㡥뾽¤Σ	Structure thereof, e.g. crystal structure
G01N  33/2045  \	3	3	2G055	G01N  33/2045	233	١Σ	
G01N  33/2045 100 \	4	4	2G055	G01N  33/2045	729	忩	Corrosion, deterioration
G01N  33/205  \	2	2	2G055	G01N  33/205	64	վΤΡ㡥ͻ°Σ	
G01N  33/205 100 \	3	3	2G055	G01N  33/205	513	Ϲ	Molten steel
G01N  33/205 110 \	4	4	2G055	G01N  33/205	59	Ϲݻκμ	collecting molten steel samples
G01N  33/205 111 \	5	5	2G055	G01N  33/205	821	μƴ	collection containers
G01N  33/205 112 \	5	5	2G055	G01N  33/205	288	֥󥹤æߡ	mounting/dismounting, up/down, conveyance of sublance
G01N  33/205 200 \	3	3	2G055	G01N  33/205	221	ζ°㡥	Liquid metal, e.g. mercury
G01N  33/207  \	2	2	2G055	G01N  33/207	178	ޤȾդȾդΣ	Welded or soldered joints; Solderability
G01N  33/208  \	2	2	2G055	G01N  33/208	180	ƥ󥰡㡥åΣ	Coatings, e.g. platings
G01N  33/22  \	1	1	2G055	G01N  33/22	101	ǳȯʪΣ	Fuels; explosives
G01N  33/22  A	1	0	2G055	G01N  33/22	400	ǳ	Solid fuels
G01N  33/22  B	1	0	2G055	G01N  33/22	457	ǳ	Liquid fuels
G01N  33/22  C	1	1	2G055	G01N  33/22	73	Ūˡˤ	By using chemical methods
G01N  33/22  D	1	2	2G055	G01N  33/22	54	Ūؼˤ	By using chemical indicators
G01N  33/22  E	1	0	2G055	G01N  33/22	128	ǳ	Gaseous fuels
G01N  33/22  Z	1	0	2G055	G01N  33/22	53	¾Τ	Others
G01N  33/24  \	1	1	2G055	G01N  33/24	122	ϤʣǣΣͥˡΣ	Earth materials (G01N 33/42 takes precedence)
G01N  33/24  A	1	0	2G055	G01N  33/24	278	С饰	Ores, slugs
G01N  33/24  B	1	0	2G055	G01N  33/24	377	ھ	Soil, sands, compost
G01N  33/24  C	1	1	2G055	G01N  33/24	526	ʪŪλ	Testing physical properties
G01N  33/24  D	1	1	2G055	G01N  33/24	298	ŪŵŪλ	testing chemical or electrical properties
G01N  33/24  E	1	2	2G055	G01N  33/24	234	ʬ¬	Measuring moisture content
G01N  33/24  Z	1	0	2G055	G01N  33/24	223	¾Τ	Others
G01N  33/26  \	1	1	2G055	G01N  33/26	252	ࡤǴΡ󥭡ʣǣΣͥˡΣ	Oils; viscous liquids; paints; inks (G01N 33/22 takes precedence)
G01N  33/28  \	2	2	2G055	G01N  33/28	391	ʿޤϿѻãǣΣˡΣ	Oils (edible oils or edible fats G01N 33/03) [4]
G01N  33/30  \	3	3	2G055	G01N  33/30	630	ѡΣ	for lubricating properties
G01N  33/32  \	2	2	2G055	G01N  33/32	194	󥭡Σ	Paints; inks
G01N  33/34  \	1	1	2G055	G01N  33/34	396	Σ	Paper
G01N  33/36  \	1	1	2G055	G01N  33/36	49	ʪΣ	Textiles
G01N  33/36  A	1	0	2G055	G01N  33/36	371	۾Τ	Cloths
G01N  33/36  B	1	0	2G055	G01N  33/36	350	ݾΤ	Textiles
G01N  33/36  Z	1	0	2G055	G01N  33/36	30	¾Τ	Others
G01N  33/38  \	1	1	2G055	G01N  33/38	2355	󥯥꡼ȡߥå饹󥬡Σ	Concrete; lime; mortar; gypsum; bricks; ceramics; glass
G01N  33/40  \	1	1	2G055	G01N  33/40	18	Σ	Grinding-materials
G01N  33/42  \	1	1	2G055	G01N  33/42	135	ʣǣΣͥˡΣ	Road-making materials (G01N 33/38 takes precedence)
G01N  33/44  \	1	1	2G055	G01N  33/44	1370	顨ץ饹åࡨΣ	Resins; plastics; rubber; leather
G01N  33/46  \	1	1	2G055	G01N  33/46	176	ڡΣ	Wood
G01N  33/48  \	1	1	2G045	G01N  33/48	177	ʪŪ㡥աǢʡǣΣǣΣǣΣͥˡסɽ̤뤳ȤˤäƤɽ̤ʬۤƤ׿ΣǣͣˡΣ	Biological material, e.g. blood, urine (G01N 33/02, G01N 33/26, G01N 33/44, G01N 33/46?take precedence); Haemocytometers (counting blood corpuscules distributed over a surface by scanning the surface G06M 11/02 ) [3, 4]
G01N  33/48  A	1	0	2G045	G01N  33/48	1080		Pre-processing
G01N  33/48  B	1	1	2G045	G01N  33/48	714	դ	Pre-processing of blood
G01N  33/48  C	1	2	2G045	G01N  33/48	609	ʬΥ	By using centrifugal separation
G01N  33/48  D	1	2	2G045	G01N  33/48	559	ʬΥ	Blood separators
G01N  33/48  H	1	2	2G045	G01N  33/48	900	ʬΥ	Separating blood serums in general
G01N  33/48  J	1	2	2G045	G01N  33/48	439	󿴴	Centrifugal tubes
G01N  33/48  K	1	2	2G045	G01N  33/48	400	նŸǺޡŸǺ	Blood coagulants or anticoagulants
G01N  33/48  E	1	1	2G045	G01N  33/48	1048	ƴ	Containers for somatology inspections
G01N  33/48  F	1	2	2G045	G01N  33/48	591	Ǣ	For inspecting urine
G01N  33/48  G	1	2	2G045	G01N  33/48	555		for fecal examination
G01N  33/48  L	1	2	2G045	G01N  33/48	55	ӽ	For inspecting phlegm
G01N  33/48  M	1	0	2G045	G01N  33/48	3737	˦	Identifying cells
G01N  33/48  N	1	0	2G045	G01N  33/48	606	ưʪ	Animal or plant tests
G01N  33/48  P	1	0	2G045	G01N  33/48	2878	˦Ĵ	Dying cells, preparations in general
G01N  33/48  Q	1	1	2G045	G01N  33/48	311	˦	Applying cells
G01N  33/48  R	1	1	2G045	G01N  33/48	404	˦䡤˦	Embedding cells, freezing cells
G01N  33/48  S	1	0	2G045	G01N  33/48	1342	μ	sampling specimens
G01N  33/48  T	1	0	2G045	G01N  33/48	459	°	Accessory devices for somatology inspections
G01N  33/48  Z	1	0	2G045	G01N  33/48	2470	¾Τ	Others
G01N  33/483  \	2	2	2G045	G01N  33/483	147	ʪŪʪŪʬϡΣ	Physical analysis of biological material
G01N  33/483  A	2	0	2G045	G01N  33/483	133	ϳŪ	Dynamic analyses
G01N  33/483  B	2	0	2G045	G01N  33/483	58	Ū	Sound analyses
G01N  33/483  C	2	0	2G045	G01N  33/483	3455	Ū	Optical analyses
G01N  33/483  D	2	0	2G045	G01N  33/483	43	ǮŪ	Thermal analyses
G01N  33/483  E	2	0	2G045	G01N  33/483	563	ŵŪŪ	Electric, magnetic
G01N  33/483  F	2	0	2G045	G01N  33/483	1124	ŵŪ	Electro-chemical analyses
G01N  33/483  Z	2	0	2G045	G01N  33/483	253	¾Τ	Others
G01N  33/487  \	3	3	2G045	G01N  33/487	138	ξʪŪΤΡΣ	of liquid biological material [4]
G01N  33/49  \	4	4	2G045	G01N  33/49	70	աΣ	blood
G01N  33/49  A	4	0	2G045	G01N  33/49	981	ʬ	Analysing blood corpuscles
G01N  33/49  B	4	1	2G045	G01N  33/49	288	إޥȥå	Hematocrit
G01N  33/49  C	4	1	2G045	G01N  33/49	322		blood sedimentation meter
G01N  33/49  E	4	0	2G045	G01N  33/49	234		Blood corpuscle meter
G01N  33/49  F	4	1	2G045	G01N  33/49	166	ŵŪ	Electric analyses
G01N  33/49  H	4	1	2G045	G01N  33/49	365	Ū	Optical analyses
G01N  33/49  G	4	1	2G045	G01N  33/49	234	ֵڤ°	Devices and accessories
G01N  33/49  J	4	2	2G045	G01N  33/49	30	׻	calculating board
G01N  33/49  K	4	0	2G045	G01N  33/49	807	Ū	Optical means
G01N  33/49  S	4	0	2G045	G01N  33/49	119	յڤӴ	Diluting solutions and means for diluting
G01N  33/49  W	4	0	2G045	G01N  33/49	322	ե	Blood gases
G01N  33/49  X	4	0	2G045	G01N  33/49	290	쾮	Blood platelets
G01N  33/49  Y	4	0	2G045	G01N  33/49	383	ǡ	Data processing
G01N  33/49  Z	4	0	2G045	G01N  33/49	724	¾Τ	Others
G01N  33/493  \	4	4	2G045	G01N  33/493	174	ǢΣ	urine [4]
G01N  33/493  A	4	0	2G045	G01N  33/493	953	Ǣʬ	Detecting constituents in urine
G01N  33/493  B	4	0	2G045	G01N  33/493	1395	Ǣ	Urine inspecting devices
G01N  33/493  Z	4	0	2G045	G01N  33/493	191	¾Τ	Others
G01N  33/497  \	3	3	2G045	G01N  33/497	92	ξʪŪ㡥ƵΤΡΣ	of gaseous biological material, e.g. breath [4]
G01N  33/497  A	3	0	2G045	G01N  33/497	936	Ƶ	Aspirations
G01N  33/497  B	3	1	2G045	G01N  33/497	82		Bad breath
G01N  33/497  C	3	0	2G045	G01N  33/497	85	ưʪθƵ	Aspirations of animals and plants
G01N  33/497  D	3	0	2G045	G01N  33/497	217		Odors
G01N  33/497  Z	3	0	2G045	G01N  33/497	237	¾Τ	Others
G01N  33/50  \	2	2	2G045	G01N  33/50	356	ʪŪ㡥աǢβʬϡʪŪðͭ۰̻ҷˡޤȱֳŪʹǤޤʪޤȱֳŪʤΰʳ¬ޤϻˡΤʪޤϻ桨Τ褦ʪˡʪŪˡޤϹǳŪˡˤãѡˡΣ	Chemical analysis of biological material, e.g. blood, urine; Testing involving biospecific ligand binding methods; Immunological testing (measuring or testing processes other than immunological involving enzymes or microorganisms, compositions or test papers therefor; processes of forming such compositions, condition responsive control in microbiological or enzymological processes C12Q)
G01N  33/50  A	2	0	2G045	G01N  33/50	147	Ǣޤ	Involving uric acid
G01N  33/50  B	2	0	2G045	G01N  33/50	246	˥ޤϥߥޤ	Involving ammonia or amines
G01N  33/50  C	2	0	2G045	G01N  33/50	33	ӥΡޤ	Involving urobilinogen
G01N  33/50  D	2	0	2G045	G01N  33/50	264	ûޤ	Involving fatty acid
G01N  33/50  E	2	0	2G045	G01N  33/50	415	ʪǤޤ	Involving peroxides, hydrogen peroxide
G01N  33/50  F	2	0	2G045	G01N  33/50	276	աʳɸʪ	Standard substance other than blood or blood serum
G01N  33/50  G	2	0	2G045	G01N  33/50	598	ñ	Plaque, saliva
G01N  33/50  H	2	0	2G045	G01N  33/50	309	ȱ	Hair
G01N  33/50  J	2	0	2G045	G01N  33/50	283	ǥ	Inheritance, conception
G01N  33/50  K	2	0	2G045	G01N  33/50	334	ԡº˦Υѵ	Lymphocytes of T or B cells
G01N  33/50  L	2	0	2G045	G01N  33/50	93	Ϸ	Hemolysis
G01N  33/50  M	2	0	2G045	G01N  33/50	36	ϳ	Leaking blood
G01N  33/50  N	2	0	2G045	G01N  33/50	289		Occult bleeding
G01N  33/50  P	2	0	2G045	G01N  33/50	4867	˻	Nucleic acid
G01N  33/50  R	2	0	2G045	G01N  33/50	158	Ǣʬꤵʤ	Urine, component not specified
G01N  33/50  S	2	0	2G045	G01N  33/50	84		Bile acid
G01N  33/50  T	2	0	2G045	G01N  33/50	1211	ʪ	Diagnosis components
G01N  33/50  Q	2	0	2G045	G01N  33/50	950		Skin
G01N  33/50  U	2	0	2G045	G01N  33/50	253	ޥȥե˴ؤ	Related to chromatography
G01N  33/50  X	2	0	2G045	G01N  33/50	306	ޡ㡤˴ؤ	Related to tears, sweat, bones, eyes or phlegm
G01N  33/50  Z	2	0	2G045	G01N  33/50	17138	¾Τ	Others
G01N  33/52  \	3	3	2G045	G01N  33/52	439	濧פˤĴޤʬٷפˤĴޤϤʬϷפˤĴΤβʪޤʪλѡ㡥λѡΣ	Use of compounds or compositions for colorimetric, spectrophotometric or fluorometric investigation, e.g. use of reagent paper [3]
G01N  33/52  A	3	0	2G045	G01N  33/52	593	濧ʬ	calorimetric analysis
G01N  33/52  B	3	0	2G045	G01N  33/52	2050	Ѥ	By using test papers
G01N  33/52  C	3	0	2G045	G01N  33/52	549	βʪʬ	Analysing particular chemical substances
G01N  33/52  Z	3	0	2G045	G01N  33/52	148	¾Τ	Others
G01N  33/53  \	3	3	2G045	G01N  33/53	376	ȱʬϡʪŪðŪʬϡΤʪΣ	Immunoassay; Biospecific binding assay; Materials therefor [4]
G01N  33/53  A	3	0	2G045	G01N  33/53	359	ƥɤޤϥƥɥۥ	Steroid or steroid hormone
G01N  33/53  B	3	0	2G045	G01N  33/53	618	ѥۥ󡤥ݥڥץɥۥ	Protein hormone, polypeptide hormone
G01N  33/53  C	3	1	2G045	G01N  33/53	143	ȣã	HCG
G01N  33/53  D	3	0	2G045	G01N  33/53	16902	ѥݥڥץ	Protein, polypeptide
G01N  33/53  V	3	1	2G045	G01N  33/53	1086	ѥ	Glyco-protein
G01N  33/53  W	3	1	2G045	G01N  33/53	335	ݥѥ	Ribo-protein
G01N  33/53  X	3	1	2G045	G01N  33/53	305	ãң	CRP
G01N  33/53  E	3	0	2G045	G01N  33/53	164	þۥڤӡѥȤͷΥʬʬ	Analysing thyroid hormone and free-bonded joints with bonding protein
G01N  33/53  F	3	0	2G045	G01N  33/53	124	¾Υۥ	Other hormones
G01N  33/53  G	3	0	2G045	G01N  33/53	653	ʪ	Medicines
G01N  33/53  H	3	0	2G045	G01N  33/53	124	ӥߥޤ	Vitamins or coenzymes
G01N  33/53  J	3	0	2G045	G01N  33/53	258	ϥץƥ	Haptens in general
G01N  33/53  K	3	0	2G045	G01N  33/53	1167	պ˦շŬ	Blood cells, blood types, compatibility
G01N  33/53  L	3	0	2G045	G01N  33/53	448	նŸǰ	Blood coagulating factors
G01N  33/53  M	3	0	2G045	G01N  33/53	11854	˻	Nucleic acid
G01N  33/53  N	3	0	2G045	G01N  33/53	2968	ȱ֥֥	Immunity globulin
G01N  33/53  P	3	0	2G045	G01N  33/53	1106	ۥ㡥󥿡ե󡤥󥿡	lymphokine, e.g. interferon, interleukin
G01N  33/53  Q	3	0	2G045	G01N  33/53	744	륮	Allergy
G01N  33/53  Y	3	0	2G045	G01N  33/53	3058	ȿ˦	Structures, cells
G01N  33/53  R	3	0	2G045	G01N  33/53	226	ΤޤΡॹ	Involving complements, Coombs test
G01N  33/53  U	3	0	2G045	G01N  33/53	1179	ӥ󡥥ӥޤ	involving avidine or bition
G01N  33/53  S	3	0	2G045	G01N  33/53	1986	¾о	Others subject to identification
G01N  33/53  T	3	0	2G045	G01N  33/53	488	¾ʬवʤ	Devices not classified in other sections
G01N  33/53  Z	3	0	2G045	G01N  33/53	427	¾	Others
G01N  33/531  \	4	4	2G045	G01N  33/531	96	ȱֲŪʪ¤Σ	Production of immunochemical test materials [4]
G01N  33/531  A	4	0	2G045	G01N  33/531	1674	Ϲ	Antibodies or antigens in general
G01N  33/531  B	4	0	2G045	G01N  33/531	1518		Test media
G01N  33/531  Z	4	0	2G045	G01N  33/531	180	¾Τ	Others
G01N  33/532  \	5	5	2G045	G01N  33/532	79	ɸȱֲʪ¤Σ	Production of labelled immunochemicals [4]
G01N  33/532  A	5	0	2G045	G01N  33/532	342	ɸ	Labels in general
G01N  33/532  B	5	0	2G045	G01N  33/532	382	إߥͥ󥹡ʪߥͥɸ	Chemical luminescence or biological luminescence labels
G01N  33/532  Z	5	0	2G045	G01N  33/532	226	¾	Others
G01N  33/533  \	6	6	2G045	G01N  33/533	1237	ָɸͭΡΣ	with fluorescent label [4]
G01N  33/534  \	6	6	2G045	G01N  33/534	316	ɸͭΡΣ	with radioactive label [4]
G01N  33/535  \	6	6	2G045	G01N  33/535	705	ɸͭΡΣ	with enzyme label [4]
G01N  33/536  \	4	4	2G045	G01N  33/536	65	˷줿ȱʣΤˤΡΣ	with immune complex formed in liquid phase [4]
G01N  33/536  A	4	0	2G045	G01N  33/536	153	ɸʪޤ	Involving label substances
G01N  33/536  B	4	1	2G045	G01N  33/536	207	ɸ	Radioactive label
G01N  33/536  C	4	1	2G045	G01N  33/536	329	ɸ	Enzyme label
G01N  33/536  D	4	1	2G045	G01N  33/536	700	ָɸ	Fluorescent label
G01N  33/536  E	4	1	2G045	G01N  33/536	278	¾ɸ	Other labels
G01N  33/536  F	4	0	2G045	G01N  33/536	245	Ū¬ꤹ	Optical measurements of impurities
G01N  33/536  Z	4	0	2G045	G01N  33/536	50	¾	Others
G01N  33/537  \	5	5	2G045	G01N  33/537	125	̤繳ޤϹΤȱʣΤʬΥ뤳ȤˤΡΣ	with separation of immune complex from unbound antigen or antibody [4]
G01N  33/538  \	6	6	2G045	G01N  33/538	81	奫ࡤγҤޤϼҤˤΡΣ	by sorbent column, particles or resin strip [4]
G01N  33/539  \	6	6	2G045	G01N  33/539	10	ûޤΡΣ	involving precipitating reagent [4]
G01N  33/541  \	7	7	2G045	G01N  33/541	40	ŤޤΡΣ	Double or second antibody [4]
G01N  33/542  \	5	5	2G045	G01N  33/542	49	ΩŪ˳ޤϿѹ㡥ָиáˤΡΣ	with steric inhibition or signal modification, e.g. fluorescent quenching [4]
G01N  33/542  A	5	0	2G045	G01N  33/542	667	ָɸѤ	By using fluorescent label
G01N  33/542  B	5	0	2G045	G01N  33/542	216	ɸѤ	By using enzyme labels
G01N  33/542  Z	5	0	2G045	G01N  33/542	85	¾Τ	Others
G01N  33/543  \	4	4	2G045	G01N  33/543	282	ȱֲʪ경뤿ôΤˤΡΣ	with an insoluble carrier for immobilising immunochemicals
G01N  33/543 501 \	5	5	2G045	G01N  33/543	153	ɸʪޤ	Involving label substances
G01N  33/543 501 A	5	0	2G045	G01N  33/543	858	ȿ	Reacting types in general
G01N  33/543 501 B	5	0	2G045	G01N  33/543	137	ȿħΤΡ㡥١ȡȿ	Characterised by reacting conditions, e.g. temperature, pH, reaction time
G01N  33/543 501 D	5	0	2G045	G01N  33/543	623	ȡȹ碌ħ㡥ʣ¬	Characterised by reagents per se, combination thereof, e.g. for measuring plurality of specimens
G01N  33/543 501 M	5	0	2G045	G01N  33/543	223	ȿΤħʸˡˡɤˤѤǤΤϣǣΣ¤Ϳ	Characterised by reacting media (Additionally assign to G01N 33/531B if the medium can be used for both solid phase and liquid phase methods.)
G01N  33/543 501 F	5	0	2G045	G01N  33/543	291	¡ʬΥˡħôΤѤƤΤΤߤ˸ʱˡϣǣΣǣΣͥ	Characterised by B/F separating method, limited to the methods using carriers (G01N 33/537-G01N 33/541 take  precedence to the liquid phase method)
G01N  33/543 501 N	5	0	2G045	G01N  33/543	40	δ֤οΰ㤤ħ	Characterised by difference in affinities between antibody and antigen
G01N  33/543 501 P	5	0	2G045	G01N  33/543	129	Ĵˤ¬ꡤ㡥ɸĴ	Measuring with signal modulation, e.g. modulation of the label
G01N  33/543 501 H	5	0	2G045	G01N  33/543	186	¬ħ	Characterised by pre-processing of specimens for measurements
G01N  33/543 501 J	5	0	2G045	G01N  33/543	459	ɻߡðŪɻߡôΤФޤϣǣΣפͿȿΤ̤ʪ¸ߤϣǣΣͤͿ	Preventing interference, non-singular bonding (Additionally assign to G01N 33/543, 525W if processing of carrier is involved; also assign to G01N 33/543, 501M if special substance is contained in the reaction media.)
G01N  33/543 501 K	5	0	2G045	G01N  33/543	56	¸˹	Reagent storage devices
G01N  33/543 501 L	5	0	2G045	G01N  33/543	115	оΤȤ꤫ħ	Characterised by compensations, targeting and the like
G01N  33/543 501 Z	5	0	2G045	G01N  33/543	75	¾	Others
G01N  33/543 511 \	6	6	2G045	G01N  33/543	17	ȿˤ	By using competing reactions
G01N  33/543 511 A	6	0	2G045	G01N  33/543	177	ȿ	Reacting types in general
G01N  33/543 511 B	6	0	2G045	G01N  33/543	15	ȿħΤΡ㡥١ȡȿ	Characterised by reacting conditions, e.g. temperature, pH, reaction time
G01N  33/543 511 D	6	0	2G045	G01N  33/543	115	ȡȹ碌ħ㡥ʣ¬	Characterised by reagents per se, combination thereof, e.g. for measuring plurality of specimens
G01N  33/543 511 M	6	0	2G045	G01N  33/543	17	ȿΤħʸˡˡɤˤѤǤΤϣǣΣ¤Ϳ	Characterised by reacting media (Additionally assign to G01N 33/531B if the medium can be used for both solid phase and liquid phase methods.)
G01N  33/543 511 F	6	0	2G045	G01N  33/543	27	¡ʬΥˡħôΤѤƤΤΤߤ˸ʱˡϣǣΣǣΣͥ	Characterised by B/F separating method, limited to the methods using carriers (G01N 33/537-G01N 33/541 take  precedence to the liquid phase method)
G01N  33/543 511 N	6	0	2G045	G01N  33/543	31	δ֤οΰ㤤ħ	Characterised by difference in affinities between antibody and antigen
G01N  33/543 511 P	6	0	2G045	G01N  33/543	15	Ĵˤ¬ꡤ㡥ɸĴ	Measuring with signal modulation, e.g. modulation of the label
G01N  33/543 511 H	6	0	2G045	G01N  33/543	14	¬ħ	Characterised by pre-processing of specimens for measurements
G01N  33/543 511 J	6	0	2G045	G01N  33/543	28	ɻߡðŪɻߡôΤФޤϣǣΣסͿȿΤ̤ʪ¸ߤϣǣΣͤͿ	Preventing interference, non-singular bonding (Additionally assign to G01N 33/543, 525W if processing of carrier is involved; also assign to G01N 33/543, 501M if special substance is contained in the reaction media.)
G01N  33/543 511 K	6	0	2G045	G01N  33/543	2	¸˹	Reagent storage devices
G01N  33/543 511 L	6	0	2G045	G01N  33/543	16	оΤȤ꤫ħ	Characterised by compensations, targeting and the like
G01N  33/543 511 Z	6	0	2G045	G01N  33/543	8	¾	Others
G01N  33/543 515 \	6	6	2G045	G01N  33/543	51	󶥹ȿˤ	By using non-competitive reactions
G01N  33/543 515 A	6	0	2G045	G01N  33/543	173	ȿ	Reacting types in general
G01N  33/543 515 B	6	0	2G045	G01N  33/543	29	ȿħΤΡ㡥١ȡȿ	Characterised by reacting conditions, e.g. temperature, pH, reaction time
G01N  33/543 515 D	6	0	2G045	G01N  33/543	182	ȡȹ碌ħ㡥ʣ¬	Characterised by reagents per se, combination thereof, e.g. for measuring plurality of specimens
G01N  33/543 515 M	6	0	2G045	G01N  33/543	39	ȿΤħʸˡˡɤˤѤǤΤϣǣΣ¤Ϳ	Characterised by reacting media (Additionally assign to G01N 33/531B if the medium can be used for both solid phase and liquid phase methods.)
G01N  33/543 515 F	6	0	2G045	G01N  33/543	49	¡ʬΥˡħôΤѤƤΤΤߤ˸ʱˡϣǣΣǣΣͥ	Characterised by B/F separating method, limited to the methods using carriers (G01N 33/537-G01N 33/541 take  precedence to the liquid phase method)
G01N  33/543 515 N	6	0	2G045	G01N  33/543	8	δ֤οΰ㤤ħ	Characterised by difference in affinities between antibody and antigen
G01N  33/543 515 P	6	0	2G045	G01N  33/543	24	Ĵˤ¬ꡤ㡥ɸĴ	Measuring with signal modulation, e.g. modulation of the label
G01N  33/543 515 H	6	0	2G045	G01N  33/543	29	¬ħ	Characterised by pre-processing of specimens for measurements
G01N  33/543 515 J	6	0	2G045	G01N  33/543	60	ɻߡðŪɻߡôΤФޤϣǣΣפͿȿΤ̤ʪ¸ߤϣǣΣͤͿ	Preventing interference, non-singular bonding (Additionally assign to G01N 33/543, 525W if processing of carrier is involved; also assign to G01N 33/543, 501M if special substance is contained in the reaction media.)
G01N  33/543 515 K	6	0	2G045	G01N  33/543	8	¸˹	Devised reagent storage
G01N  33/543 515 L	6	0	2G045	G01N  33/543	12	оΤȤ꤫ħ	Characterised by compensations, targeting and the like
G01N  33/543 515 Z	6	0	2G045	G01N  33/543	13	¾	Others
G01N  33/543 521 \	6	6	2G045	G01N  33/543	3647	ôΤηޤϷ֤ħΤ	Characterised by profiles or forms of carriers
G01N  33/543 525 \	6	6	2G045	G01N  33/543	123	ôΤνޤħΤ	Characterised by processing or properties of carriers
G01N  33/543 525 W	6	0	2G045	G01N  33/543	935	ôΤνħʥƥ󥰤˴طΤϣǣΣդͿ	Characterised by processing of carriers (Also assigned to G01N 33/543, 525U if the processing involves coating.)
G01N  33/543 525 C	6	0	2G045	G01N  33/543	671	ôΤħ㡥γ¤礭ޥȥꥯ¤ʷ֤ϣǣΣǣΣͥ表ħΤΤϣǣΣǣΣͥ	Characterised by properties of carriers, e.g. granular size, matrix structures (profiles and forms G01N 33/543, 521, G01N 33/543, 561 take precedence; G01N 33/544-G01N 33/556 take precedence to those characterised by materials)
G01N  33/543 525 U	6	1	2G045	G01N  33/543	1400	ôΤɽ̤˹פΡʽޤޤΤϣǣΣפͿ	Devised carrier surface (Additionally assign to G01N 33/543, 525W if processing is involved)
G01N  33/543 525 E	6	0	2G045	G01N  33/543	597	ݹΤޤϹΤޤϹɸη֤˲ߤʪ¸ߤΡʣǣΣͥ	Debris in bonding between solid phase/antibody or antigen, antibody or antigen/label (G01N 33/547 takes precedence)
G01N  33/543 525 G	6	0	2G045	G01N  33/543	596	¤ħʸʳϣǣΣͥ表¤κݡôΤνƥ󥰤ħΤΤϣǣΣפͿ	Characterised by manufacturing solid phase reagents (for other than solid phase G01N 33/531 takes precedence; those characterised by processing or coating of carriers during manufacturing are also assigned toG01N 33/543, 525W)
G01N  33/543 525 Z	6	0	2G045	G01N  33/543	28	¾	Others
G01N  33/543 531 \	6	6	2G045	G01N  33/543	406	ôΤμ谷ưʬ	Handling or automatic analysis of carriers
G01N  33/543 541 \	6	6	2G045	G01N  33/543	70	ɸħΤ	Characterised by labels
G01N  33/543 541 A	6	0	2G045	G01N  33/543	1286	ɸ	Magnetic labels
G01N  33/543 541 B	6	0	2G045	G01N  33/543	261	ɸ	Radioactive labels
G01N  33/543 541 Z	6	0	2G045	G01N  33/543	928	¾	Others
G01N  33/543 545 \	7	7	2G045	G01N  33/543	135	ɸ㡥ȯ˹ǤͿ	Enzyme labels, e.g. the labels that involve enzymes for generating the signals
G01N  33/543 545 A	7	0	2G045	G01N  33/543	879	ȿ	Reacting types in general
G01N  33/543 545 B	7	0	2G045	G01N  33/543	45	ȿħΤΡ㡥١Ȥޤȿ	Characterised by reacting conditions, e.g. temperature, pH, reaction time
G01N  33/543 545 D	7	0	2G045	G01N  33/543	155	ȡȹ碌ħ㡥ʣ¬	Characterised by reagents per se, combination thereof, e.g. for measuring plurality of specimens
G01N  33/543 545 M	7	0	2G045	G01N  33/543	42	ȿΤħʸˡˡɤˤѤǤΤϣǣΣ¤Ϳ	Characterised by reacting media (Additionally assign to G01N 33/531B if the medium can be used for both solid phase and liquid phase methods.)
G01N  33/543 545 F	7	0	2G045	G01N  33/543	33	¡ʬΥˡħôΤѤƤΤΤߤ˸ʱˡϣǣΣǣΣͥ	Characterised by B/F separating method, limited to the methods using carriers (G01N 33/537-G01N 33/541 take  precedence to the liquid phase method)
G01N  33/543 545 N	7	0	2G045	G01N  33/543	5	δ֤οΰ㤤ħ	Characterised by difference in affinities between antibody and antigen
G01N  33/543 545 P	7	0	2G045	G01N  33/543	47	Ĵˤ¬ꡤ㡥Ǥγ˳	Measuring with signal modulation, e.g. by using hindrance of active portions of enzyme
G01N  33/543 545 H	7	0	2G045	G01N  33/543	38	¬ħ	Characterised by pre-processing of specimens for measurements
G01N  33/543 545 J	7	0	2G045	G01N  33/543	62	ɻߡðŪɻߡôΤФޤϣǣΣפͿȿΤ̤ʪ¸ߤϣǣΣͤͿ	Preventing interference, non-singular bonding (Additionally assign to G01N 33/543, 565W if processing of carrier is involved; also assign to G01N 33/543, 545M if special substance is contained in the reaction media.)
G01N  33/543 545 K	7	0	2G045	G01N  33/543	7	¸˹	Devised reagent storage
G01N  33/543 545 L	7	0	2G045	G01N  33/543	24	оΤȤ꤫ħ	Characterised by compensations, targeting and the like
G01N  33/543 545 S	7	0	2G045	G01N  33/543	200	ǼΡħ	Characterised by enzymes per se, bases thereof
G01N  33/543 545 T	7	0	2G045	G01N  33/543	38	ʣιǻ	By using plurality of enzymes
G01N  33/543 545 Z	7	0	2G045	G01N  33/543	99	¾	Others
G01N  33/543 551 \	8	8	2G045	G01N  33/543	13	ȿˤ	By using competitive reactions
G01N  33/543 551 A	8	0	2G045	G01N  33/543	67	ȿ	Reacting types in general
G01N  33/543 551 B	8	0	2G045	G01N  33/543	7	ȿħΤΡ㡥١Ȥޤȿ	Characterised by reacting conditions, e.g. temperature, pH, reaction time
G01N  33/543 551 D	8	0	2G045	G01N  33/543	32	ȡȹ碌ħ㡥ʣ¬	Characterised by reagents per se, combination thereof, e.g. for measuring plurality of specimens
G01N  33/543 551 M	8	0	2G045	G01N  33/543	5	ȿΤħʸˡˡɤˤѤǤΤϣǣΣ¤Ϳ	Characterised by reacting media (Additionally assign to G01N 33/531B if the medium can be used for both solid phase and liquid phase methods.)
G01N  33/543 551 F	8	0	2G045	G01N  33/543	8	¡ʬΥˡħʱˡϣǣΣǣΣͥ	Characterised by B/F separating method, limited to the methods using carriers (G01N 33/537-G01N 33/541 take  precedence to the liquid phase method)
G01N  33/543 551 N	8	0	2G045	G01N  33/543	3	δ֤οΰ㤤ħ	Characterised by difference in affinities between antibody and antigen
G01N  33/543 551 P	8	0	2G045	G01N  33/543	4	Ĵˤ¬ꡤ㡥Ǥγ˳	Measuring with signal modulation, e.g. by using hindrance of active portions of enzyme
G01N  33/543 551 H	8	0	2G045	G01N  33/543	2	¬ħ	Characterised by pre-processing of specimens for measurements
G01N  33/543 551 J	8	0	2G045	G01N  33/543	2	ɻߡðŪɻߡôΤФޤϣǣΣפͿȿΤ̤ʪ¸ߤϣǣΣͤͿ	Preventing interference, non-singular bonding (Additionally assign to G01N 33/543, 565W if processing of carrier is involved; also assign to G01N 33/543, 551M if special substance is contained in the reaction media.)
G01N  33/543 551 K	8	0	2G045	G01N  33/543	0	¸˹	Devised reagent storage
G01N  33/543 551 L	8	0	2G045	G01N  33/543	5	оΤȤ꤫ħ	Characterised by compensations, targeting and the like
G01N  33/543 551 S	8	0	2G045	G01N  33/543	10	ǼΡħ	Characterised by enzymes per se or bases thereof
G01N  33/543 551 T	8	0	2G045	G01N  33/543	0	ʣιǻ	By using plurality of enzymes
G01N  33/543 551 Z	8	0	2G045	G01N  33/543	4	¾	Others
G01N  33/543 555 \	8	8	2G045	G01N  33/543	30	󶥹ȿˤ	By using non-competitive reactions
G01N  33/543 555 A	8	0	2G045	G01N  33/543	33	ȿ	Reacting types in general
G01N  33/543 555 B	8	0	2G045	G01N  33/543	10	ȿħΤΡ㡥١Ȥޤȿ	Characterised by reacting conditions, e.g. temperature, pH, reaction time
G01N  33/543 555 D	8	0	2G045	G01N  33/543	56	ȡȹ碌ħ㡥ʣ¬	Characterised by reagents per se, combination thereof, e.g. for measuring plurality of specimens
G01N  33/543 555 M	8	0	2G045	G01N  33/543	10	ȿΤħʸˡˡɤˤѤǤΤϣǣΣ¤Ϳ	Characterised by reacting media (Additionally assign to G01N 33/531B if the medium can be used for both solid phase and liquid phase methods.)
G01N  33/543 555 F	8	0	2G045	G01N  33/543	4	¡ʬΥˡħôΤѤƤΤΤߤ˸ʱˡϣǣΣǣΣͥ	Characterised by B/F separating method, limited to the methods using carriers (G01N 33/537-G01N 33/541 take  precedence to the liquid phase method)
G01N  33/543 555 N	8	0	2G045	G01N  33/543	1	δ֤οΰ㤤ħ	Characterised by difference in affinities between antibody and antigen
G01N  33/543 555 P	8	0	2G045	G01N  33/543	6	Ĵˤ¬ꡤ㡥Ǥγ˳	Measuring with signal modulation, e.g. by using hindrance of active portions of enzyme
G01N  33/543 555 H	8	0	2G045	G01N  33/543	13	¬ħ	Characterised by pre-processing of specimens for measurements
G01N  33/543 555 J	8	0	2G045	G01N  33/543	5	ɻߡðŪɻߡôΤФޤϣǣΣפͿȿΤ̤ʪ¸ߤϣǣΣͤͿ	Preventing interference, non-singular bonding (Additionally assign to G01N 33/543, 565W if processing of carrier is involved; also assign to G01N 33/543, 555M if special substance is contained in the reaction media.)
G01N  33/543 555 K	8	0	2G045	G01N  33/543	1	¸˹	Devised reagent storage
G01N  33/543 555 L	8	0	2G045	G01N  33/543	3	оΤȤ꤫ħ	Characterised by compensations, targeting and the like
G01N  33/543 555 S	8	0	2G045	G01N  33/543	22	ǼΡħ	Characterised by enzymes per se, bases thereof
G01N  33/543 555 T	8	0	2G045	G01N  33/543	4	ʣιǻ	By using plurality of enzymes
G01N  33/543 555 Z	8	0	2G045	G01N  33/543	3	¾	Others
G01N  33/543 561 \	8	8	2G045	G01N  33/543	59	ôΤηޤϷ֤ħΤ	Characterised by profiles or forms of carriers
G01N  33/543 565 \	8	8	2G045	G01N  33/543	36	ôΤνޤħΤ	Characterised by processing or properties of carriers
G01N  33/543 565 W	8	0	2G045	G01N  33/543	16	ôΤνħʥƥ󥰤˴طΤϣǣΣջȡ	Characterised by profiles or forms of carriers (Additionally assign the processing related to coating to G01N 33/543, 565U)
G01N  33/543 565 C	8	0	2G045	G01N  33/543	25	ôΤħ㡥γ¤礭ޤϥޥȥꥯ¤ʷޤϷ֤ϣǣΣǣΣͥ表ħΤΤϣǣΣǣΣͥ	Characterised by properties of carriers, e.g. the granular sizes or matrix structures (profiles or forms G01N 33/543, 521, G01N 33/543, 561 take precedence; with characteristics in materials G01N 33/544-G01N 33/556 take precedence)
G01N  33/543 565 U	8	0	2G045	G01N  33/543	24	ôΤɽ̤˹פΡʽޤޤΤϣǣΣפͿ	Characterised by processing of carriers  (Additionally assign to G01N 33/543, 565W if the processing involves coating.)
G01N  33/543 565 E	8	0	2G045	G01N  33/543	34	ݹΤޤϹΤޤϹɸη֤˲ߤʪ¸ߤΡʣǣΣͥ	Debris in bonding between solid phase and antibody or antigen, antibody or antigen and label (G01N 33/547 takes precedence)
G01N  33/543 565 G	8	0	2G045	G01N  33/543	7	¤ħʸʳϣǣΣͥ表¤κݡôΤνƥ󥰤ħΤΤϣǣΣסǣΣդͿ	Characterised by manufacturing solid phase reagents (for other than solid phase G01N 33/531 takes precedence; those characterised by processing or coating of carriers during manufacturing are also assigned to  G01N 33/543, 565W, G01N 33/543, 565U)
G01N  33/543 565 Z	8	0	2G045	G01N  33/543	0	¾	Others
G01N  33/543 571 \	8	8	2G045	G01N  33/543	87	ôΤμ谷ưʬ	Handling or automatic analysis of carriers
G01N  33/543 575 \	7	7	2G045	G01N  33/543	1813	ָɸإߥͥåɸ	Fluorescent labels, chemical fluorescence labels
G01N  33/543 581 \	5	5	2G045	G01N  33/543	50	Žȿˤ	By using cohesion reactions
G01N  33/543 581 A	5	0	2G045	G01N  33/543	241	ȿ	Reacting types in general
G01N  33/543 581 B	5	0	2G045	G01N  33/543	101	ȿħΤΡ㡥١Ȥޤȿ	Characterised by reacting conditions, e.g. temperature, pH, reaction time
G01N  33/543 581 D	5	0	2G045	G01N  33/543	246	ȡȹ碌ħ㡥ʣλôΤؤεޤʣη¤γһ	Characterised by reagents per se,combinations thereof, e.g. Adsorbing plurality of reagents by the carrier or using plurality of granular sizes
G01N  33/543 581 F	5	0	2G045	G01N  33/543	100	ŽγҤȿħΡ㡥Žὸ	Characterised by post-reaction processing of  cohered particles, e.g. collection after cohesion
G01N  33/543 581 H	5	0	2G045	G01N  33/543	47	¬ħ	Characterised by pre-processing of specimens for measurements
G01N  33/543 581 J	5	0	2G045	G01N  33/543	191	ɻߡðŪɻߡôΤФޤϣǣΣפͿȿΤ̤ʪ¸ߤϣǣΣͿ	Preventing interference, non-singular bonding (Additionally assign to  G01N 33/543, 565W if processing of carrier is involved; also classify G01N 33/543, 555M if special substance is contained in the reaction media.)
G01N  33/543 581 K	5	0	2G045	G01N  33/543	28	¸ħ	Characterised by devices for storing reagents
G01N  33/543 581 L	5	0	2G045	G01N  33/543	38	оλѤħ	Characterised by usage of compensation, objects and the like
G01N  33/543 581 V	5	0	2G045	G01N  33/543	78	ץɻ	Preventing prozoning
G01N  33/543 581 W	5	0	2G045	G01N  33/543	88	ôΤνħʥƥ󥰤˴طΤϣǣΣդͿ	Characterised by properties of carriers  (Additionally assign the processing related to coating to G01N 33/543, 581U.)
G01N  33/543 581 C	5	0	2G045	G01N  33/543	163	ôΤħ㡥γ¡ŤޤŲ١ʺħΤϣǣΣǣΣͥ	Characterised by properties of carriers, e.g. granular sizes, specific gravity or electric potential (with characteristics in materials G01N 33/544-G01N 33/556 take precedence)
G01N  33/543 581 U	5	1	2G045	G01N  33/543	74	ôΤɽ̤˹פΡʽޤޤΤϣǣΣפͿ	With devices on carrier surfaces (Additionally assign to G01N 33/543, 581W  if it involves processing.)
G01N  33/543 581 E	5	0	2G045	G01N  33/543	12	ݹΤޤϹη֤˲ߤʪ¸ߤΡʣǣΣͥ	Debris in bonding between solid phase and antibody or antigen (G01N 33/547 takes precedence)
G01N  33/543 581 G	5	0	2G045	G01N  33/543	109	Ž¤ħ¤κݡôΤνƥ󥰤ħΤΤϣǣΣסǣΣդͿ	Characterised by manufacturing cohering reagents (Additionally assign to G01N 33/543, 581W, G01N 33/543, 581U, if the manufacturing is characterised by processing or coating of carriers.)
G01N  33/543 581 Z	5	0	2G045	G01N  33/543	241	¾	Others
G01N  33/543 583 \	6	6	2G045	G01N  33/543	247	ŽȿΤħͭ	Characterised by catalysts for cohesion reactions
G01N  33/543 585 \	6	6	2G045	G01N  33/543	391	߾֤ߤ	For observing sedimentation conditions
G01N  33/543 587 \	6	6	2G045	G01N  33/543	335	֤ߤ	For observing suspended conditions
G01N  33/543 591 \	5	5	2G045	G01N  33/543	298	ôΤ¿Ź¤Τ	Carriers with plurality of structures
G01N  33/543 593 \	5	5	2G045	G01N  33/543	623	ôɽ̤ѲѤ	By using changes in properties on the carrier surface
G01N  33/543 595 \	6	6	2G045	G01N  33/543	1929	ôɽ̤θŪѲѤ	By using changes in optical properties on the carrier surface
G01N  33/543 597 \	5	5	2G045	G01N  33/543	621	եƥѤʬ	Analysing by using flow systems
G01N  33/544  \	5	5	2G045	G01N  33/544	43	ôΤͭʪǤΡΣ	the carrier being organic
G01N  33/544  A	5	0	2G045	G01N  33/544	329	ݥ	LiposomeRibosome
G01N  33/544  B	5	0	2G045	G01N  33/544	92	ޥץ	Micro capsules
G01N  33/544  Z	5	0	2G045	G01N  33/544	180	¾	Others
G01N  33/545  \	6	6	2G045	G01N  33/545	132	Σ	Synthetic resin [4]
G01N  33/545  A	6	0	2G045	G01N  33/545	462	ɸʪޤ	Involving label substances
G01N  33/545  B	6	0	2G045	G01N  33/545	482	Žȿˤ	By using cohesion reactions
G01N  33/545  Z	6	0	2G045	G01N  33/545	402	¾	Others
G01N  33/546  \	7	7	2G045	G01N  33/546	31	γҤȤơΣ	as water suspendable particles [4]
G01N  33/547  \	7	7	2G045	G01N  33/547	906	ͶޤˤôΤ˷礷ޤϹΤˤΡΣ	with antigen or antibody attached to the carrier <u>via</u> a bridging agent [4]
G01N  33/548  \	6	6	2G045	G01N  33/548	34	ú岽ʪ㡥ǥȥΣ	Carbohydrates, e.g. dextran [4]
G01N  33/548  A	6	0	2G045	G01N  33/548	127	ɸʪޤ	Involving label substances
G01N  33/548  B	6	0	2G045	G01N  33/548	38	Žȿˤ	By using cohesion reactions
G01N  33/548  Z	6	0	2G045	G01N  33/548	82	¾	Others
G01N  33/549  \	6	6	2G045	G01N  33/549	36	ô礵줿ޤϹΤˤΡΣ	with antigen or antibody entrapped within the carrier [4]
G01N  33/551  \	5	5	2G045	G01N  33/551	221	ôΤ̵ʪǤΡΣ	the carrier being inorganic [4]
G01N  33/552  \	6	6	2G045	G01N  33/552	480	饹ޤϥꥫΣ	Glass or silica [4]
G01N  33/553  \	6	6	2G045	G01N  33/553	1923	°ޤ϶°ʤΣ	Metal or metal coated [4]
G01N  33/554  \	5	5	2G045	G01N  33/554	60	ôΤʪŪ˦ޤϺ˦ҡ㡥ٶݡ˦ǤΡΣ	the carrier being a biological cell or cell fragment, e.g. bacteria, yeast cells [4]
G01N  33/555  \	6	6	2G045	G01N  33/555	66	ַΣ	Red blood cell [4]
G01N  33/556  \	7	7	2G045	G01N  33/556	45	ޤϰ경줿ַΣ	Fixed or stabilised red blood cell [4]
G01N  33/557  \	4	4	2G045	G01N  33/557	107	ưϳŪ¬ꡤʤߺѤοʹ®١ѤΡΣ	using kinetic measurement, i.e. time rate of progress of an antigen-antibody interaction [4]
G01N  33/558  \	4	4	2G045	G01N  33/558	78	ޤϹΤγȻޤϰưѤΡΣ	using diffusion or migration of antigen or antibody [4]
G01N  33/559  \	5	5	2G045	G01N  33/559	71	𤹤Ρ㡥ƥˡˡΣ	through a gel, e.g. Ouchterlony technique [4]
G01N  33/561  \	5	5	2G045	G01N  33/561	148	ȱŵưΣ	Immunoelectrophoresis [4]
G01N  33/563  \	4	4	2G045	G01N  33/563	187	Υե饰ȤޤΡΣ	involving antibody fragments [4]
G01N  33/564  \	4	4	2G045	G01N  33/564	84	餫¸ߤȱʣΤޤϼȱּΤΤΡΣ	for pre-existing immune complex or autoimmune disease [4]
G01N  33/564  A	4	0	2G045	G01N  33/564	70	˰	Anti-nuclear factors
G01N  33/564  B	4	0	2G045	G01N  33/564	186	ꥦޥ	Rheumatism factor
G01N  33/564  Z	4	0	2G045	G01N  33/564	504	¾Τ	Others
G01N  33/566  \	4	4	2G045	G01N  33/566	7331	۰̻ҷȤơðŪꥢޤϼѤΡΣ	using specific carrier or receptor proteins as ligand binding reagent [4]
G01N  33/567  \	5	5	2G045	G01N  33/567	30	ȤơȼޤϴﴱʬΥʪѤΡΣ	utilising isolate of tissue or organ as binding agent [4]
G01N  33/569  \	4	4	2G045	G01N  33/569	328	ʪ㡥ưʪٶݡ륹ΤΤΡΣ	for microorganisms, e.g. protozoa, bacteria, viruses
G01N  33/569  A	4	0	2G045	G01N  33/569	472	ưʪ	Protozoa or parasitic worm eumycophyta
G01N  33/569  B	4	0	2G045	G01N  33/569	608	ٶ	Bacteria
G01N  33/569  C	4	1	2G045	G01N  33/569	133	ϷϢ	Haemolysis streptococcus
G01N  33/569  D	4	1	2G045	G01N  33/569	82	ǿ	Pseudomonas aeruginosa
G01N  33/569  E	4	1	2G045	G01N  33/569	207	֥ɥ	Staphylococcus
G01N  33/569  F	4	1	2G045	G01N  33/569	1614	¾κٶ	Other particular bacteria
G01N  33/569  G	4	0	2G045	G01N  33/569	469	륹	Viruses
G01N  33/569  H	4	1	2G045	G01N  33/569	720	ȥ륹㡥Ϸ쥦륹	Retro viruses, e.g. AIDS, horse contagious anaemia virus
G01N  33/569  J	4	1	2G045	G01N  33/569	154	إڥ륹	Herpes virus
G01N  33/569  K	4	1	2G045	G01N  33/569	24	륹	German measles virus
G01N  33/569  L	4	1	2G045	G01N  33/569	1651	¾Υ륹	Other particular viruses
G01N  33/569  Z	4	0	2G045	G01N  33/569	188	¾Τ	Others
G01N  33/571  \	5	5	2G045	G01N  33/571	222	¡㡥ǡԼ׿ΤΤΡΣ	for venereal disease, e.g. syphilis, gonorrhoea, herpes [4]
G01N  33/573  \	4	4	2G045	G01N  33/573	104	ǤޤϥǤΤΤΡΣ	for enzymes or isoenzymes [4]
G01N  33/573  A	4	0	2G045	G01N  33/573	1603		Enzymes
G01N  33/573  B	4	1	2G045	G01N  33/573	117		Isoenzymes
G01N  33/573  Z	4	0	2G045	G01N  33/573	89	¾Τ	Others
G01N  33/575  \	4	4	2G045	G01N  33/575	310	ΤΤΡΣ	for cancer[2026.01]
G01N  33/575  A	4	0	2G045	G01N  33/575	4876	Ϣ	Cancer-related proteins
G01N  33/575  E	4	1	2G045	G01N  33/575	262	ۻΣãţϡݥեȥץƥΣƣС	Carcinoembryonic antigen (CEA);  alpha-fetoprotein (AFP)
G01N  33/575  B	4	0	2G045	G01N  33/575	525	ͭϢʪ	Cancer-related substances containing sugar
G01N  33/575  C	4	0	2G045	G01N  33/575	161	⥦륹	Cancer viruses
G01N  33/575  D	4	0	2G045	G01N  33/575	1517	˦	Cancer cells
G01N  33/575  Z	4	0	2G045	G01N  33/575	1197	¾Τ	Others
G01N  33/57505  \	5	5	2G045	G01N  33/57505	4917	դδ⡤㡥¡Σ	
G01N  33/5751  \	5	5	2G045	G01N  33/5751	3948	δ⡤㡥Σ	of the skin, e.g. melanoma[2026.01]
G01N  33/57515  \	5	5	2G045	G01N  33/57515	4844	˼δΣ	
G01N  33/5752  \	5	5	2G045	G01N  33/5752	4855	٤δΣ	of the lungs[2026.01]
G01N  33/57525  \	5	5	2G045	G01N  33/57525	4162	¡ޤ¡δΣ	
G01N  33/5753  \	5	5	2G045	G01N  33/5753	3298	ߤޤϾĲδΣ	of the stomach or small intestine[2026.01]
G01N  33/57535  \	5	5	2G045	G01N  33/57535	4644	Ĳ㡥ĲľĲޤϡˤδΣ	
G01N  33/5754  \	5	5	2G045	G01N  33/5754	4094	Ǣϩϡ㡥¡ޤǢɡˤδΣ	of the renal system, e.g. kidneys or ureters[2026.01]
G01N  33/57545  \	5	5	2G045	G01N  33/57545	3502	δΣ	
G01N  33/5755  \	5	5	2G045	G01N  33/5755	2981	ҵҵޤϻҵδΣ	of the uterine cervix, uterine corpus or endometrium[2026.01]
G01N  33/57555  \	5	5	2G045	G01N  33/57555	3780	ΩδΣ	
G01N  33/576  \	4	4	2G045	G01N  33/576	58	αΤΤΡΣ	for hepatitis [4]
G01N  33/576  A	4	0	2G045	G01N  33/576	32	α	Type A hepatitis
G01N  33/576  B	4	0	2G045	G01N  33/576	333	·α	Type B hepatitis
G01N  33/576  Z	4	0	2G045	G01N  33/576	651	¾Τ	Others
G01N  33/577  \	4	4	2G045	G01N  33/577	717	Υʥ빳ΤޤΡΣ	involving monoclonal antibodies
G01N  33/577  A	4	0	2G045	G01N  33/577	310	Υʥ빳ΰ	Monoclonal antibodies in general
G01N  33/577  B	4	0	2G045	G01N  33/577	4884	ΥΥʥ빳	Particular monoclonal antibodies
G01N  33/577  Z	4	0	2G045	G01N  33/577	32	¾Τ	Others
G01N  33/579  \	3	3	2G045	G01N  33/579	365	֥ȥ˺˦ϲʪޤΡΣ	involving limulus lysate [4]
G01N  33/58  \	3	3	2G045	G01N  33/58	231	ɸʪޤΡʣǣΣͥˡΣ	involving labelled substances () [3]
G01N  33/58  A	3	0	2G045	G01N  33/58	1341	˻˴ؤ	Related to nucleic acids
G01N  33/58  Z	3	0	2G045	G01N  33/58	1147	¾Τ	Others
G01N  33/60  \	4	4	2G045	G01N  33/60	59	ɸʪޤΡΣ	involving radioactive labelled substances [3]
G01N  33/60  A	4	0	2G045	G01N  33/60	120	ȥ饸ե˴ؤ	Related to autoradiography
G01N  33/60  Z	4	0	2G045	G01N  33/60	321	¾Τ	Others
G01N  33/62  \	3	3	2G045	G01N  33/62	38	ǢǤޤΡΣ	involving urea [3]
G01N  33/62  A	3	0	2G045	G01N  33/62	76	Ǥޤ	Containing enzymes
G01N  33/62  Z	3	0	2G045	G01N  33/62	63	¾Τ	Others
G01N  33/64  \	3	3	2G045	G01N  33/64	131	ȥޤΡΣ	involving ketones [3]
G01N  33/66  \	3	3	2G045	G01N  33/66	118	㡥饯ȡޤΡΣ	involving blood sugars, e.g. galactose
G01N  33/66  A	3	0	2G045	G01N  33/66	695	ޤ	Containing blood sugar
G01N  33/66  B	3	0	2G045	G01N  33/66	190	Ūʤ	Chemical substances such as reagents
G01N  33/66  C	3	1	2G045	G01N  33/66	299	Ǥޤ	Containing enzymes
G01N  33/66  D	3	0	2G045	G01N  33/66	669	֡ץ	Devices, processes
G01N  33/66  Z	3	0	2G045	G01N  33/66	235	¾Τ	Others
G01N  33/68  \	3	3	2G045	G01N  33/68	9708	ޤϥڥץɤޤϥߥλޤΡΣ	involving proteins, peptides or amino acids [3]
G01N  33/70  \	3	3	2G045	G01N  33/70	385	쥢ޤϥ쥢˥ޤΡΣ	involving creatine or creatinine [3]
G01N  33/72  \	3	3	2G045	G01N  33/72	105	쿧ǡ㡥إ⥰ӥ󡤥ӥӥ󡤤ޤΡΣ	involving blood pigments, e.g. hemoglobin, bilirubin [3]
G01N  33/72  A	3	0	2G045	G01N  33/72	979	إ⥰ӥޤ	Containing hemoglobin
G01N  33/72  B	3	0	2G045	G01N  33/72	278	ӥӥޤ	Containing bilirubin
G01N  33/72  Z	3	0	2G045	G01N  33/72	21	¾Τ	Others
G01N  33/74  \	3	3	2G045	G01N  33/74	410	ۥޤΡΣ	involving hormones [3]
G01N  33/76  \	4	4	2G045	G01N  33/76	61	ɷۥΣ	Human chorionic gonadotropin [3]
G01N  33/78  \	4	4	2G045	G01N  33/78	73	þۥΣ	Thyroid gland hormones [3]
G01N  33/80  \	3	3	2G045	G01N  33/80	249	շޤϷշޤΡΣ	involving blood groups or blood types [3]
G01N  33/82  \	3	3	2G045	G01N  33/82	194	ӥߥޤΡΣ	involving vitamins [3]
G01N  33/84  \	3	3	2G045	G01N  33/84	142	̵ʪޤϥڡϡޤΡΣ	involving inorganic compounds or pH
G01N  33/84  A	3	0	2G045	G01N  33/84	202	ڡϡ˴ؤ	Related to pH
G01N  33/84  Z	3	0	2G045	G01N  33/84	522	¾Τ	Others
G01N  33/86  \	3	3	2G045	G01N  33/86	1223	նŸǻ֤ޤΡΣ	involving blood coagulating time [3]
G01N  33/88  \	3	3	2G045	G01N  33/88	44	ץǥޤΡΣ	involving prostaglandins [3]
G01N  33/90  \	3	3	2G045	G01N  33/90	47	դŴǽޤΡΣ	involving iron binding capacity of blood [3]
G01N  33/92  \	3	3	2G045	G01N  33/92	177	㡥쥹ƥ롤ޤΡΣ	involving lipids, e.g. cholesterol
G01N  33/92  A	3	0	2G045	G01N  33/92	452	쥹ƥ	Cholesterol
G01N  33/92  B	3	1	2G045	G01N  33/92	213	Ǥޤ	Containing enzymes
G01N  33/92  C	3	0	2G045	G01N  33/92	178	ȥꥰꥻ	Triglyceride
G01N  33/92  Z	3	0	2G045	G01N  33/92	648	¾Τ	Others
G01N  33/94  \	3	3	2G045	G01N  33/94	20	ޤޤΡΣ	involving narcotics [3]
G01N  33/96  \	3	3	2G045	G01N  33/96	282	դޤϷоɸޤΡΣ	involving blood or serum control standard [3]
G01N  33/98  \	3	3	2G045	G01N  33/98	304	륳롤㡥ƵΥΡ롤ޤΡΣ	involving alcohol, e.g. ethanol in breath [4]
G01N  35/00  \	0	0	2G058	G01N  35/00	76	롼ףǣΣǣΣΤ줫ĤʬवˡޤϺ˸ꤵʤưʬϡΤκμ谷Σ	Automatic analysis not limited to methods or materials provided for in any single one of groups G01N 1/00-G01N 33/00; Handling materials therefor [3]
G01N  35/00  A	0	0	2G058	G01N  35/00	1846	ǡݥνɽ	Processing or displaying data
G01N  35/00  B	0	0	2G058	G01N  35/00	1340	Ĵ	Temperature control
G01N  35/00  C	0	0	2G058	G01N  35/00	1276	δ	Managing reagents
G01N  35/00  D	0	0	2G058	G01N  35/00	1090	Τ	Of centrifugal types
G01N  35/00  E	0	0	2G058	G01N  35/00	1492	֤	Controlling devices
G01N  35/00  F	0	0	2G058	G01N  35/00	1641	֤λƻ	Testing or monitoring devices
G01N  35/00  Z	0	0	2G058	G01N  35/00	720	¾Τ	Others
G01N  35/02  \	1	1	2G058	G01N  35/02	109	ʾν֤ޤʬϰ֤إ٥Ϥˤäưư¿λƴѤΡΣ	using a plurality of sample containers moved by a conveyor system past one or more treatment or analysis stations [3]
G01N  35/02  A	1	0	2G058	G01N  35/02	1970	ƴ	Specimen containers
G01N  35/02  B	1	0	2G058	G01N  35/02	1053	ƴγ򡤥С	Lids, plugs or covers for the specimen containers
G01N  35/02  C	1	0	2G058	G01N  35/02	1638		Specimen labels
G01N  35/02  D	1	0	2G058	G01N  35/02	1224		Mixing
G01N  35/02  E	1	0	2G058	G01N  35/02	680	ƴ	Cleaning containers
G01N  35/02  F	1	0	2G058	G01N  35/02	555	ȤΤѤ	By using disposable members
G01N  35/02  G	1	0	2G058	G01N  35/02	1328	֤	Controlling devices
G01N  35/02  H	1	0	2G058	G01N  35/02	169	۵޻ʬ	Analysing emergency specimens
G01N  35/02  J	1	0	2G058	G01N  35/02	185	Ƹ	Re-inspection
G01N  35/02  Z	1	0	2G058	G01N  35/02	1404	¾Τ	Others
G01N  35/04  \	2	2	2G058	G01N  35/04	20	٥ϤκΣ	Details of the conveyor system [3]
G01N  35/04  A	2	0	2G058	G01N  35/04	911	žơݥ֥ˤ	Transferring with rotating table
G01N  35/04  B	2	0	2G058	G01N  35/04	305	ƴ˰	Linear transfer of containers
G01N  35/04  C	2	0	2G058	G01N  35/04	42	֤Ѥƴ	For containers repeatedly used
G01N  35/04  D	2	0	2G058	G01N  35/04	136	ȤΤΰ	Transferring disposable members
G01N  35/04  E	2	1	2G058	G01N  35/04	545	ľ㡥ʬϥ饤ɡ	Sheet members e.g. for analysis slides
G01N  35/04  F	2	1	2G058	G01N  35/04	97	Ϣ³Ρ㡥ե	For bulk samples e.g. film test papers
G01N  35/04  G	2	0	2G058	G01N  35/04	1211	ġƴݻ	Retaining or transferring individual containers
G01N  35/04  H	2	0	2G058	G01N  35/04	1422	ʣƴݻΡ㡥ɥĥͤΰ	Transferring holders for supporting plurality of containers e.g. test tube rack
G01N  35/04  Z	2	0	2G058	G01N  35/04	140	¾Τ	Others
G01N  35/08  \	1	1	2G058	G01N  35/08	67	塼ַϤήϢ³ήѤΡ㡥ե󥸥ʬϡΣ	using a stream of discrete samples flowing along a tube system, e.g. flow injection analysis [3]
G01N  35/08  A	1	0	2G058	G01N  35/08	3927	λΤΤ	For liquid specimens
G01N  35/08  B	1	1	2G058	G01N  35/08	296	ήԺήΤˤĤƶʬΡ㡥ƥĥɥեʬϡ	Specimen stream classified by liquation fluids e.g. segmented flow analysis
G01N  35/08  C	1	1	2G058	G01N  35/08	333	ꥢ³Ū˻ƳΡ㡥եݥ󥸥ʬϡ	Intermittently introduced specimen into carrier stream e.g. flow injection analysis
G01N  35/08  D	1	1	2G058	G01N  35/08	225	¬κ	Details of observation area
G01N  35/08  E	1	2	2G058	G01N  35/08	196		Cells
G01N  35/08  F	1	1	2G058	G01N  35/08	63	¿ʬѤΤ	For analysing plurality of items
G01N  35/08  Z	1	0	2G058	G01N  35/08	101	¾Τ	Others
G01N  35/10  \	1	1	2G058	G01N  35/10	6	ʬ֤ˡޤʬ֤뤿֡㡥۰֡Ƴ֡Σ	Devices for transferring samples to, in, or from, the analysis apparatus, e.g. suction devices, injection devices
G01N  35/10  A	1	0	2G058	G01N  35/10	2514	λΰ	transporting liquid sample
G01N  35/10  B	1	1	2G058	G01N  35/10	408	򡤰	selection of transport sample, specifying conveyig place
G01N  35/10  C	1	1	2G058	G01N  35/10	1765	Υư̥Υַᡤγ̸Τޤ	nozzle transfer mechanizm [include deternining nozzle position, inerface detection of sample]
G01N  35/10  D	1	1	2G058	G01N  35/10	1344	̤㡥̥Х֡󥸤ˤΡΥαũν	controlling volume of transfer [e.g. by measuring valve or cylinge, treatment of residual drop of nozzle]
G01N  35/10  E	1	1	2G058	G01N  35/10	275	߱ɻ	preventing cross contamination of transfer sample
G01N  35/10  F	1	2	2G058	G01N  35/10	879	ήϩ	cleaning bottleneck
G01N  35/10  G	1	2	2G058	G01N  35/10	665	Υĥפθ	exchanging nozzle chip
G01N  35/10  H	1	1	2G058	G01N  35/10	146	ñƱʬ	simultaneous distribution of single sample
G01N  35/10  J	1	1	2G058	G01N  35/10	367	ʣƱ	simultaneous transfer of multiple samples
G01N  35/10  K	1	1	2G058	G01N  35/10	518	¾㡥ᡤͤƱ˹Ԥ	perform simultaneously sample transfer and other operation [e.g. dilution, filtration]
G01N  35/10  Z	1	0	2G058	G01N  35/10	287	¾Τ	Others
G01N  37/00  \	0	0	2G058	G01N  37/00	293	Υ֥饹¾ΤΥ롼פˤޤʤΣ	Details not covered by any other group of this subclass [3]
G01N  37/00 101 \	1	1	2G058	G01N  37/00	8792	̡ݣԣӡʥޥåסߥȥ꡼˴Ϣʬϵѡʣȣߡ	Analysis technology referring to mu-TAS(microchip chemistry)(New, Apr. 2000)
G01N  37/00 102 \	1	1	2G058	G01N  37/00	6341	ðŪȿ˴Ť쥤	Array type sensor based on peculiar reaction(New, Apr. 2000)
G01N  37/00 103 \	1	1	2G058	G01N  37/00	505	ϥ롼ץåȡ꡼˥󥰴Ϣʬϵѡʣȣߡ	Analysis technology referring to high throughput screening(New, Apr. 2000)
