H01J   1/00  \	0	0	5C335	H01J   1/00	12	ŻҴɤޤťפΣʾδŪʷ˶̤ŶˡŪʡ꡼ޤϤμդޤ϶Ū֤κŻҸŪޤϥŪ֤κȣʣˡΣ	Details of electrodes, of magnetic control means, of screens, or of the mounting or spacing thereof, common to two or more basic types of discharge tubes or lamps (details of electron-optical or ion-optical arrangements H01J0003000000)[2006.01]
H01J   1/02  \	1	1	5C335	H01J   1/02	96	Ŷ	Main electrodes
H01J   1/04  \	2	2	5C335	H01J   1/04	2	վŶˡ㡥α	Liquid electrodes, e.g. liquid cathode
H01J   1/05  \	3	3	5C335	H01J   1/05	3	ħΤ	characterised by material
H01J   1/06  \	3	3	5C335	H01J   1/06	1	ίŶѤƴ֤ޤϥޥ	Containers for liquid-pool electrodes; Arrangement or mounting thereof
H01J   1/08  \	3	3	5C335	H01J   1/08	0	ίˤɽ̾α˵ΰַޤϰư	Positioning or moving the cathode spot on the surface of a liquid-pool cathode
H01J   1/10  \	3	3	5C335	H01J   1/10	0	ίŶˤˤΤѡǮ۴ġᤢ뤤ϱ̤	Cooling, heating, circulating, filtering, or controlling level of liquid in a liquid-pool electrode
H01J   1/12  \	2	2	5C335	H01J   1/12	0	ɤư桤ɽ̤Ѥޤϱվ륫°ä	Cathodes having mercury or liquid alkali metal deposited on the cathode surface during operation of the tube
H01J   1/13  \	2	2	5C105	H01J   1/13	82	ǮŻұ	Solid thermionic cathodes
H01J   1/13 500 \	3	3	5C105	H01J   1/13	93	Τβϩ֡㡥	Circuit arrangements therefor, e.g. for temperature control
H01J   1/14  \	3	3	5C105	H01J   1/14	968	ħΤ	characterised by the material
H01J   1/142  \	4	4	5C105	H01J   1/142	634	ŻʪȤơ륫°ʪޤϴԸޤȤȤѤ뤳Τ褦ʻʪĤΡΣ	with alkaline-earth metal oxides, or such oxides used in conjunction with reducing agents, as an emissive material [6]
H01J   1/144  \	4	4	5C105	H01J   1/144	295	ŻʪȤ¾ζ°ʪĤΡΣ	with other metal oxides as an emissive material [6]
H01J   1/146  \	4	4	5C105	H01J   1/146	113	ŻʪȤƶ°ޤϹĤΡΣ	with metals or alloys as an emissive material [6]
H01J   1/148  \	4	4	5C105	H01J   1/148	135	ŻʪȤƶ°Ƴͭ벽ʪĤΡ㡥󥿥ۥʪΣ	with compounds having metallic conductive properties, e.g. lanthanum boride, as an emissive material [6]
H01J   1/15  \	3	3	5C105	H01J   1/15	875	ήˤäľܲǮ뱢	Cathodes heated directly by an electric current
H01J   1/16  \	4	4	5C105	H01J   1/16	226	ħΤ	characterised by the shape
H01J   1/18  \	4	4	5C105	H01J   1/18	442	ٻΡư˾פ	Supports; Vibration-damping arrangements
H01J   1/20  \	3	3	5C105	H01J   1/20	1100	ήˤäƴŪ˲Ǯ뱢ˡŻҤޤϥ׷ˤäƲǮ뱢	Cathodes heated indirectly by an electric current; Cathodes heated by electron or ion bombardment
H01J   1/22  \	4	4	5C105	H01J   1/22	430	ҡ	Heaters
H01J   1/24  \	4	4	5C105	H01J   1/24	221	ҡʪ֤ߤؤޤ	Insulating layer or body located between heater and emissive material
H01J   1/26  \	4	4	5C105	H01J   1/26	314	ʪλٻ	Supports for the emissive material
H01J   1/28  \	4	4	5C105	H01J   1/28	726	ǥڥ󥵷ˡ㡥̡	Dispenser-type cathodes, e.g. L-cathode
H01J   1/30  \	2	2	5C227	H01J   1/30	682	䱢	Cold cathodes
H01J   1/304  \	3	3	5C227	H01J   1/304	4137	ųͱˡΣ	Field-emissive cathodes [7]
H01J   1/308  \	3	3	5C227	H01J   1/308	222	ȾƳαˡ㡤УܹؤΤ뱢ˡΣ	Semiconductor cathodes, e.g. cathodes with PN junction layers [7]
H01J   1/312  \	3	3	5C227	H01J   1/312	681	ɽ̤ФƿľųĤΡ㡤°Ρݶ°Σͣɣ͡ϥפΡȥ̱ͥˡΣ	having an electric field perpendicular to the surface, e.g. tunnel-effect cathodes of metal-insulator-metal [MIM] type [2006.01]
H01J   1/316  \	3	3	5C227	H01J   1/316	1572	ɽ̤ФʿԤųĤΡ㡤챢ˡΣ	having an electric field parallel to the surface, e.g. thin film cathodes [7]
H01J   1/32  \	2	2	5C335	H01J   1/32	164	ŻŶˡʣȣʣͥ	Secondary-electron emitting electrodes (H01J1/35 takes precedence)
H01J   1/34  \	2	2	5C335	H01J   1/34	484	Żͱˡʣȣʣͥ	Photoelectron-emissive cathodes (H01J1/35 takes precedence)
H01J   1/35  \	2	2	5C335	H01J   1/35	51	ŻͤȸŻͤξԤʤŶ	Electrodes exhibiting both secondary emission and photo-emission
H01J   1/36  \	2	2	5C335	H01J   1/36	209	۶ˡŰݻѸ۶	Solid anodes; Solid auxiliary anodes for maintaining a discharge
H01J   1/38  \	3	3	5C335	H01J   1/38	158	ħΤ	characterised by the material
H01J   1/40  \	3	3	5C335	H01J   1/40	12	ŻҴɤޤťפγƴʬ	forming part of the envelope of the tube or lamp
H01J   1/42  \	3	3	5C335	H01J   1/42	78	۶ˤѡʣȣʣͥˡ۶ˤβǮ	Cooling of anodes (H01J1/44 takes precedence); Heating of anodes
H01J   1/44  \	3	3	5C335	H01J   1/44	13	ž۶ˡ۶ˤž뤿֡Ѳž۶	Rotary anodes; Arrangements for rotating anodes; Cooling rotary anodes
H01J   1/46  \	1	1	5C335	H01J   1/46	376	Ŷˡ㡥åɡ֣ȣʣˡŶˡŰݻ۶ˣȣʣ	Control electrodes, e.g. grid (for igniting arrangements H01J 7/30); auxiliary electrodes (auxiliary anodes for maintaining a discharge H01J 1/36)
H01J   1/48  \	2	2	5C335	H01J   1/48	198	ħΤ	characterised by the material
H01J   1/50  \	1	1	5C335	H01J   1/50	10	Ť椹뤿μŪ	Magnetic means for controlling the discharge
H01J   1/52  \	1	1	5C335	H01J   1/52	38	פؤѥ꡼ŤͶƳ⡨Żήˤޥ	Screens for shielding; Guides for influencing the discharge; Masks interposed in the electron stream
H01J   1/53  \	1	1	5C335	H01J   1/53	0	ޤϥѥ󤬷졤ªѴ졤ޤѤ륹꡼̩ܤ˴طΤŶ	Electrodes intimately associated with a screen on or from which an image or pattern is formed, picked-up, converted, or stored
H01J   1/54  \	1	1	5C335	H01J   1/54	20	ޤϥѥ󤬷졤ªѴ졤ޤѤ륹꡼󡨤ĤΥߥͥåʤ	Screens on or from which an image or pattern is formed, picked-up, converted, or stored; Luminescent coatings on vessels
H01J   1/56  \	2	2	5C335	H01J   1/56	0	åѤˤäƸۤȤƺѤΡ㡥ɥեѤΤ	acting as light valves by shutter operation, e.g. for eidophor
H01J   1/58  \	2	2	5C335	H01J   1/58	0	ѿˤѤΡ㡥ϥ饤ɥ꡼	acting by discolouration, e.g. halide screen
H01J   1/60  \	2	2	5C335	H01J   1/60	0	Ǯ꡼	Incandescent screens
H01J   1/62  \	2	2	5C335	H01J   1/62	42	ߥͥåȥ꡼󡨤ĤΥߥͥåʤѤκ	Luminescent screens; Selection of materials for luminescent coatings on vessels
H01J   1/63  \	3	3	5C335	H01J   1/63	115	ߥͥåȺˤäħŤ	characterised by the luminescent material
H01J   1/64  \	3	3	5C335	H01J   1/64	11	ߥͥåȺ򤽤λٻΤ˸夹뤿ηޤޤǴޤħΤ	characterised by the binder or adhesive for securing the luminescent material to its support
H01J   1/66  \	3	3	5C335	H01J   1/66	5	ߥͥåȺλٻ	Supports for luminescent material
H01J   1/68  \	3	3	5C335	H01J   1/68	3	ؤ줿ߥͥåؤĤ	with superimposed luminescent layers
H01J   1/70  \	3	3	5C335	H01J   1/70	17	ݸءƳؤ뤤ȿؤĤ	with protective, conductive, or reflective layers
H01J   1/72  \	3	3	5C335	H01J   1/72	1	ȤޤΤȤϢ³֤줿ߥͥåȺĤ	with luminescent material discontinuously arranged, e.g. in dots or lines
H01J   1/74  \	4	4	5C335	H01J   1/74	15	ۤʤäߥͥåȺܤޤΤ	with adjacent dots or lines of different luminescent material
H01J   1/76  \	3	3	5C335	H01J   1/76	2	ߤ줿ޡޤϻؼ	provided with permanent marks or references
H01J   1/78  \	2	2	5C335	H01J   1/78	13	ť꡼Ųѥ꡼	Photoelectric screens; Charge-storage screens
H01J   1/88  \	1	1	5C335	H01J   1/88	804	ŶˤޤŶ˽ΤΥޥȡٻֳݻޤ	Mounting, supporting, spacing, or insulating of electrodes or of electrode assemblies
H01J   1/90  \	2	2	5C335	H01J   1/90	13	ǤŶˤޤϻٻΤδ֤	Insulation between electrodes or supports within the vacuum space
H01J   1/92  \	2	2	5C335	H01J   1/92	18	Ŷ˽ΤΥޥ	Mountings for the electrode assembly as a whole
H01J   1/94  \	2	2	5C335	H01J   1/94	59	ġŶˤΥޥ	Mountings for individual electrodes
H01J   1/96  \	2	2	5C335	H01J   1/96	11	ƴ˱褦ֳݻ	Spacing members extending to the envelope
H01J   1/98  \	3	3	5C335	H01J   1/98	0	ֳݻȳƴȤδ֤طΤʤ	without fixed connection between spacing member and envelope
H01J   3/00  \	0	0	5C011	H01J   3/00	3	ŻҴɤޤťפΣʾδŪʷ˶̤ŻҸŪޤϥŪ֤κΣ	Details of electron-optical or ion-optical arrangements common to two or more basic types of discharge tubes or lamps[2006.01]
H01J   3/02  \	1	1	5C011	H01J   3/02	1407	Żҽ	Electron guns
H01J   3/04  \	1	1	5C011	H01J   3/04	393		Ion guns
H01J   3/06  \	1	1	5C011	H01J   3/06	4	ñ쿿֤֤줿ʾνơ㡥ʣγѤɡʣȣʣͥˡΣ	two or more guns being arranged in a single vacuum space, e.g. for plural-ray tubes (H01J 3/07 takes precedence) [2]
H01J   3/07  \	1	1	5C011	H01J   3/07	4	ʣΥӡμ椹֡Σ	Arrangements for controlling convergence of a plurality of beams [2]
H01J   3/08  \	1	1	5C011	H01J   3/08	67	γޤϥӡζ٤椹֡ʣȣʣȣʣͥ	Arrangements for controlling intensity of ray or beam (H01J 3/02, H01J 3/04 take precedence)
H01J   3/10  \	1	1	5C011	H01J   3/10	8	γޤϥӡ椵֡ʣȣʣȣʣͥ	Arrangements for centering ray or beam (H01J 3/02, H01J 3/04 take precedence)
H01J   3/12  \	1	1	5C011	H01J   3/12	18	γޤϥӡ̤椹֡ӡμ֡㡥󥺤ˤΡʣȣʣȣʣͥ	Arrangements for controlling cross-section of ray or beam; Arrangements for correcting aberration of beam, e.g. due to lenses (H01J 3/02, H01J 3/04 take precedence)
H01J   3/14  \	1	1	5C011	H01J   3/14	7	γޤϥӡ«ޤȿͤ֡ʣȣʣȣʣͥ	Arrangements for focusing or reflecting ray or beam (H01J 3/02, H01J 3/04 take precedence)
H01J   3/16  \	2	2	5C011	H01J   3/16	2		Mirrors
H01J   3/18  \	2	2	5C011	H01J   3/18	133	ť	Electrostatic lenses
H01J   3/20  \	2	2	5C011	H01J   3/20	6		Magnetic lenses
H01J   3/22  \	3	3	5C011	H01J   3/22	9	żŪʤΤߤȤ	using electromagnetic means only
H01J   3/24  \	3	3	5C011	H01J   3/24	12	ʵ׼ФΤߤȤ	using permanent magnets only
H01J   3/26  \	1	1	5C011	H01J   3/26	11	ʲšγޤϥӡи	Arrangements for deflecting ray or beam
H01J   3/28  \	2	2	5C011	H01J   3/28	1	ĤľޤϣĤοľľ˱褦	along one straight line or along two perpendicular straight lines
H01J   3/30  \	3	3	5C011	H01J   3/30	33	ųΤߤˤ	by electric fields only
H01J   3/32  \	3	3	5C011	H01J   3/32	10	Τߤˤ	by magnetic fields only
H01J   3/34  \	2	2	5C011	H01J   3/34	3	ߡޤϲž;˱褦	along a circle, spiral, or rotating radial line
H01J   3/36  \	1	1	5C011	H01J   3/36	0	иƥ̲ᤷ塤γޤϥӡ椹֡㡥ʲ®Ѥޤϸʽ	Arrangements for controlling the ray or beam after passing the main deflection system, e.g. for post-acceleration or post-concentration
H01J   3/38  \	1	1	5C011	H01J   3/38	11	ŻҸؤޤϥ֤Υޥȡٻֳݻޤ	Mounting, supporting, spacing, or insulating electron-optical or ion-optical arrangements
H01J   3/40  \	1	1	5C011	H01J   3/40	11	γҡ㡥饤ޤϼŻҡޤϤ餹֡®٤ޤϼ̤򤹤֡Σ	Arrangements for removing or diverting unwanted particles, e.g. for negative ions or fringing electrons; Arrangements for velocity or mass selection[2006.01]
H01J   5/00  \	0	0	5C335	H01J   5/00	2	ŻҴɤޤťפΣʾδŪʷ˶̤ʤĤޤƳ˴Ϣ	Details relating to vessels or to leading-in conductors common to two or more basic types of discharge tubes or lamps
H01J   5/02  \	1	1	5C335	H01J   5/02	15	ĤƴȴϢפؤ	Vessels; Containers; Shields associated therewith; Vacuum locks
H01J   5/02  A	1	0	5C335	H01J   5/02	513	饹ƴ	Glass vessels
H01J   5/02  B	1	0	5C335	H01J   5/02	144	ߥĥƴ	Ceramic vessels
H01J   5/02  Z	1	0	5C335	H01J   5/02	29	¾	Others
H01J   5/03  \	2	2	5C335	H01J   5/03	126	Ĥޤƴˤθ̤ɻߤޤϷڸ֡Σ	Arrangements for preventing or mitigating effects of implosion of vessels or containers [2]
H01J   5/04  \	2	2	5C335	H01J   5/04	14	ĤޤƴκħΤ	Vessels or containers characterised by the material thereof
H01J   5/06  \	2	2	5C335	H01J   5/06	4	ŰưäѤ뤦Ĥޤƴ㡥Ĥɽ̾Υݥƥ󥷥ʬۤɤʤѤ	Vessels or containers specially adapted for operation at high tension, e.g. by improved potential distribution over surface of vessel
H01J   5/08  \	2	2	5C335	H01J   5/08	73	ɾʤΤΡʤʥߥͥåʤȣʣ	provided with coatings on the walls thereof; Selection of materials for the coatings (luminescent coatings H01J 1/62)
H01J   5/10  \	3	3	5C335	H01J   5/10	11	ɽ̤ʤ	on internal surfaces
H01J   5/12  \	2	2	5C335	H01J   5/12	5	ɤΤĤޤƴ	Double-wall vessels or containers
H01J   5/14  \	2	2	5C335	H01J   5/14	4	곰ǽʤĤޤƴ㡥˥ҡ괹褦ˤʤäƤ	Dismountable vessels or containers, e.g. for replacing cathode heater
H01J   5/16  \	2	2	5C335	H01J   5/16	46	¤塤ƴȹ¤Ū˷礷ؤޤϼ̿	Optical or photographic arrangements structurally combined with the vessel
H01J   5/18  \	2	2	5C335	H01J   5/18	16	뤤γҤƩǤ	Windows permeable to X-rays, gamma-rays, or particles
H01J   5/20  \	1	1	5C335	H01J   5/20	18	Ĥγʬ֤	Seals between parts of vessels
H01J   5/22  \	2	2	5C335	H01J   5/22	27	Ĥγʬ֤ο̩ܹ	Vacuum-tight joints between parts of vessel
H01J   5/24  \	3	3	5C335	H01J   5/24	52	Ĥγʬδ	between insulating parts of vessel
H01J   5/26  \	3	3	5C335	H01J   5/26	11	ĤʬƳʬȤδ	between insulating and conductive parts of vessel
H01J   5/28  \	3	3	5C335	H01J   5/28	2	ĤγƳʬδ	between conductive parts of vessel
H01J   5/30  \	3	3	5C335	H01J   5/30	2	ѥå󥰺ѤΡ㡥߱դޤʪ	using packing material, e.g. sealing liquid or elastic insert
H01J   5/32  \	1	1	5C335	H01J   5/32	403	Ƴ	Seals for leading-in conductors
H01J   5/34  \	2	2	5C335	H01J   5/34	3	ġƳΤФΡʥԥƥߣȣʣɥǥߣȣʣľߣȣʣ	for an individual conductor (pinched-stem seals H01J 5/38; end-disc seals H01J 5/40; annular seals H01J 5/44)
H01J   5/36  \	3	3	5C335	H01J   5/36	2	ʪѤ	using intermediate part
H01J   5/38  \	2	2	5C335	H01J   5/38	3	ԥƥޤ	Pinched-stem or analogous seals
H01J   5/40  \	2	2	5C335	H01J   5/40	3	ɥǥߡ㡥ʿ̥إå	End-disc seals, e.g. flat header
H01J   5/42  \	3	3	5C335	H01J   5/42	2	ʪѤ	using intermediate part
H01J   5/44  \	2	2	5C335	H01J   5/44	1	Ĥγü֤ˤľ	Annular seals disposed between the ends of the vessel
H01J   5/46  \	1	1	5C335	H01J   5/46	461	Ƴ	Leading-in conductors
H01J   5/48  \	1	1	5C335	H01J   5/48	122	ɤޤϥפٻ뤿ʤ	Means forming part of the tube or lamp for the purpose of supporting it
H01J   5/50  \	1	1	5C335	H01J   5/50	1896	ŵŪ³Ԥδɤޤϥפʬ	Means forming part of the tube or lamp for the purpose of providing electrical connection to it
H01J   5/50  H	1	0	5C335	H01J   5/50	66	Ѻ	Cap materials
H01J   5/50  J	1	0	5C335	H01J   5/50	85		Cap adhesives
H01J   5/50  Z	1	0	5C335	H01J   5/50	79	¾	Others
H01J   5/52  \	2	2	5C335	H01J   5/52	20	ĤʬľŬѤΡޤϤĤʬƤ	directly applied to, or forming part of, the vessel
H01J   5/54  \	2	2	5C335	H01J   5/54	18	ʬΥʬˤäƻٻΡ㡥١	supported by a separate part, e.g. base
H01J   5/56  \	3	3	5C335	H01J   5/56	7	ʬΥʬη	Shape of the separate part
H01J   5/58  \	3	3	5C335	H01J   5/58	4	ĤʬΥʬ夹ʡ㡥Ȥˤ	Means for fastening the separate part to the vessel, e.g. by cement
H01J   5/60  \	4	4	5C335	H01J   5/60	6	Ūʤˤ夹	for fastening by mechanical means
H01J   5/62  \	3	3	5C335	H01J   5/62	6	ʬΥʬˤäƻٻ줿³ҤؤΤĤ狼ͤФ³	Connection of wires protruding from the vessel to connectors carried by the separate part
H01J   7/00  \	0	0	5C335	H01J   7/00	58	롼ףȣʣȣʣʬव줺ŻҴɤޤťפΣʾδŪʷ˶̤ʺ	Details not provided for in groups H01J 1/00-H01J 5/00 and common to two or more basic types of discharge tubes or lamps
H01J   7/02  \	1	1	5C335	H01J   7/02	17	ʪʪưϡ	Selection of substances for gas fillings; Specified operating pressure or temperature
H01J   7/04  \	2	2	5C335	H01J   7/04	2	ʬȤƣʾúǲʪĤ	having one or more carbon compounds as the principal constituent
H01J   7/06  \	2	2	5C335	H01J   7/06	5	ʬȤƥإꥦࡤ르󡤥ͥ󡤥ץȥ󡤤ޤϥΥĤ	having helium, argon, neon, krypton, or xenon as the principal constituent
H01J   7/08  \	2	2	5C335	H01J   7/08	5	ʬȤƶ°Ĥ	having a metallic vapour as the principal constituent
H01J   7/10  \	3	3	5C335	H01J   7/10	12		mercury vapour
H01J   7/12  \	3	3	5C335	H01J   7/12	4	륫°ξ	vapour of an alkali metal
H01J   7/14  \	1	1	5C335	H01J   7/14	90	ƴǽ˾밵Ϥޤϰݻ	Means for obtaining or maintaining the desired pressure within the vessel
H01J   7/16  \	2	2	5C335	H01J   7/16	19	ɤޤϥפưӵǽˤ	Means for permitting pumping during operation of the tube or lamp
H01J   7/18  \	2	2	5C335	H01J   7/18	925	ۼޤϵ夹ʡ㡥åˤ	Means for absorbing or adsorbing gas, e.g. by gettering
H01J   7/20  \	2	2	5C335	H01J   7/20	126	ɤޤϥפư楬ޤϾȯƳ뤤佼	Means for producing, introducing, or replenishing gas or vapour during operation of the tube or lamp
H01J   7/22  \	2	2	5C335	H01J   7/22	109	Τ˴ɤߤΡ㡥ӵѡ̩	Tubulations therefor, e.g. for exhausting; Closures therefor
H01J   7/24  \	1	1	5C335	H01J   7/24	781	֡Ǯ֡ޤϾŶǽ۴Ĥ	Cooling arrangements; Heating arrangements; Means for circulating gas or vapour within the discharge space
H01J   7/26  \	2	2	5C335	H01J   7/26	326	ɤޤϥפ˷礷ϩ̤Τήˤ	by flow of fluid through passages associated with tube or lamp
H01J   7/28  \	2	2	5C335	H01J   7/28	120	ѱդǮޤϾȯˤ	by latent heat or evaporation of cooling liquid
H01J   7/30  \	1	1	5C335	H01J   7/30	7	ư	Igniting arrangements
H01J   7/32  \	2	2	5C335	H01J   7/32	3	ޤ̻ҤĤ	having resistive or capacitative igniter
H01J   7/34  \	3	3	5C335	H01J   7/34	0	̻ҤΤߤĤ	having resistive igniter only
H01J   7/36  \	2	2	5C335	H01J   7/36	0	Ŷˤΰưˤ뵯ư	Igniting by movement of a solid electrode
H01J   7/38  \	2	2	5C335	H01J   7/38	0	ĤΤΰưˤ뵯ư㡥뤳	Igniting by movement of vessel as a whole, e.g. tilting
H01J   7/40  \	2	2	5C335	H01J   7/40	4	ʪޤʪˤ뵯ư	Igniting by associated radioactive materials or fillings
H01J   7/42  \	1	1	5C335	H01J   7/42	9	ɤޤϥפȹ¤Ū˷礵Ƥơ٤ޤ˻ѤȤؼ뤿μ	Means structurally associated with the tube or lamp for indicating defects or previous use
H01J   7/44  \	1	1	5C335	H01J   7/44	19	ɤޤϥפȹ¤Ū˷礵줿ʾβϩǻ	One or more circuit elements structurally associated with the tube or lamp
H01J   7/46  \	2	2	5C335	H01J   7/46	2	ʬۥ󥹤ʬ̤Ķ¤Ū˷礷	Structurally associated resonator having distributed inductance and capacitance
H01J   9/00  \	0	0	5C027	H01J   9/00	36	ŻҴɡťפޤϤʤ¤äŬѤ֤ޤˡŻҴɤޤťפκβΣ	Apparatus or processes specially adapted to the manufacture of electric discharge tubes, discharge lamps, or parts thereof (manufacture of vessels or containers from metal B21, e.g. B21D 51/00, from glass C03B)
H01J   9/02  \	1	1	5C027	H01J   9/02	17	ŶˤޤŶ˥ƥ¤	Manufacture of electrodes or electrode systems
H01J   9/02  A	1	0	5C027	H01J   9/02	68	ŻҴѱ	Cathodes for  discharge tubes
H01J   9/02  B	1	1	5C227	H01J   9/02	2978	ųз	Field emission-type cathodes
H01J   9/02  E	1	1	5C227	H01J   9/02	1193	ɽƳ	Surface conduction-type cathodes
H01J   9/02  M	1	1	5C227	H01J   9/02	377	ͣɣͷ	MIM-type cathodes
H01J   9/02  C	1	1	5C227	H01J   9/02	71	ȾƳη	Semiconductor-type cathodes
H01J   9/02  D	1	1	5C227	H01J   9/02	44	Ŵ䱢	Gas discharge tube cooling cathodes
H01J   9/02  F	1	0	5C027	H01J   9/02	4797	ץ饺ޥǥץ쥤Ŷ	Electrodes for plasma displays
H01J   9/02  G	1	0	5C027	H01J   9/02	77	Ŷ	Electrodes for image tubes
H01J   9/02  H	1	0	5C027	H01J   9/02	154	ɽŶ	Electrodes for florescent display tubes
H01J   9/02  J	1	0	5C027	H01J   9/02	68	Ŷ	Electrodes  for  X-radiation tubes
H01J   9/02  L	1	0	5C027	H01J   9/02	491	ťŶ	Electrodes for  discharge lamps
H01J   9/02  R	1	0	5C027	H01J   9/02	236	ʿŶ	Electrodes for flat cathode-ray tubes
H01J   9/02  S	1	0	5C027	H01J   9/02	54		Ion sources
H01J   9/02  Z	1	0	5C027	H01J   9/02	30	¾	Others
H01J   9/04  \	2	2	5C027	H01J   9/04	10	Ǯˤ¤	of thermionic cathodes
H01J   9/04  A	2	0	5C027	H01J   9/04	73	ŻҴǮŶ	Thermal electrodes for electronic discharge tubes
H01J   9/04  B	2	1	5C027	H01J   9/04	122	Żʪ̥ߥĥݡ	Electro-radiation materials [emitters]
H01J   9/04  C	2	2	5C027	H01J   9/04	88	ۥʪŶ	Boride electrodes
H01J   9/04  D	2	1	5C027	H01J   9/04	345	Żʪ	adhesion of electro-radioactive materials
H01J   9/04  E	2	2	5C027	H01J   9/04	44	ۥʪúʪ	adhesion of borides, carbides, and the like
H01J   9/04  F	2	1	5C027	H01J   9/04	65	¤	Coil manufacturing
H01J   9/04  G	2	1	5C027	H01J   9/04	341	˵ǮŶ	Indirectly heated electrodes
H01J   9/04  H	2	1	5C027	H01J   9/04	265	ľǮŶ	Direct heat-type electrodes
H01J   9/04  J	2	1	5C027	H01J   9/04	459	ǥڥ󥵡ݷŶ	Dispenser-type cathodes
H01J   9/04  K	2	0	5C027	H01J   9/04	96	ޥͥȥѱ	Cathodes for  magnetrons
H01J   9/04  L	2	0	5C027	H01J   9/04	168	ťŶ	Electrodes for  discharge lamps
H01J   9/04  M	2	1	5C027	H01J   9/04	108	Ʒ뷿Ŷ	Sintered electrodes
H01J   9/04  N	2	1	5C027	H01J   9/04	111	ָŶ	Electrodes for fluorescent lights
H01J   9/04  P	2	1	5C027	H01J   9/04	119	ߥĥ	Emitter application
H01J   9/04  Z	2	0	5C027	H01J   9/04	7	¾	Others
H01J   9/06  \	3	3	5C027	H01J   9/06	204	Τε	Machines therefor
H01J   9/08  \	2	2	5C027	H01J   9/08	256	ܲǮѥҡ¤	Manufacture of heaters for indirectly-heated cathodes
H01J   9/10  \	3	3	5C027	H01J   9/10	83	Τε	Machines therefor
H01J   9/12  \	2	2	5C027	H01J   9/12	9	Żͱˤ¤ŻŶˤ¤	of photo-emissive cathodes; of secondary-emission electrodes
H01J   9/12  A	2	0	5C027	H01J   9/12	189	ű	Photoelectric electrodes
H01J   9/12  B	2	1	5C027	H01J   9/12	42	ȾƳη	Semiconductor-type cathodes
H01J   9/12  C	2	1	5C027	H01J   9/12	77	륫°ȯ	Alkaline metal generators
H01J   9/12  D	2	0	5C027	H01J   9/12	135	ޥͥץݥ	Micro-channel plates
H01J   9/12  Z	2	0	5C027	H01J   9/12	7	¾	Others
H01J   9/14  \	2	2	5C027	H01J   9/14	10	ŻҤͤʤŶˤ¤	of non-emitting electrodes
H01J   9/14  A	2	0	5C027	H01J   9/14	198	ŻҴŶ	Electrodes for electric discharge tube
H01J   9/14  B	2	1	5C027	H01J   9/14	79	۶	Anodes
H01J   9/14  C	2	1	5C027	H01J   9/14	253	Ŷˡ̥ĥɡ	Control electrodes (grids)
H01J   9/14  D	2	0	5C027	H01J   9/14	92	ץ饺ޥǥץ쥤	for plasma displays
H01J   9/14  E	2	0	5C027	H01J   9/14	254	ޥͥȥ󡦿ʹȴ	for magnetrons and
H01J   9/14  F	2	0	5C027	H01J   9/14	229	ŻҽŶ	Electron gun electrodes
H01J   9/14  G	2	0	5C027	H01J   9/14	2316	ɥޥ¤ˡ	Processes for manufacturing shadow masks
H01J   9/14  H	2	0	5C027	H01J   9/14	807	ɥޥ¤	Devices for manufacturing shadow masks
H01J   9/14  J	2	0	5C027	H01J   9/14	27	ʲ®ѥĥŶ	Rear stage accelarating mesh electrodes
H01J   9/14  K	2	0	5C027	H01J   9/14	92	иŶ	Image tube deflection electrodes
H01J   9/14  L	2	0	5C027	H01J   9/14	193	ɽŶ	Electrodes for florescent displays
H01J   9/14  M	2	0	5C027	H01J   9/14	241	۶ˡ̥ݥĥȡ	Anodes for  X-radiation tubes [targets]
H01J   9/14  Z	2	0	5C027	H01J   9/14	121	¾	Others
H01J   9/16  \	3	3	5C027	H01J   9/16	107	å¤Ѥε	Machines for making wire grids
H01J   9/18  \	2	2	5C027	H01J   9/18	1	Ŷ˥ƥιʤȤΩ	Assembling together the component parts of electrode systems
H01J   9/18  A	2	0	5C027	H01J   9/18	281	ŻҴ	for  discharge tubes
H01J   9/18  B	2	0	5C027	H01J   9/18	888	Żҽƹ	Electron gun structures
H01J   9/18  C	2	0	5C027	H01J   9/18	18	ѥݥɹ	Structures for fluorescent lights
H01J   9/18  Z	2	0	5C027	H01J   9/18	12	¾	Others
H01J   9/20  \	1	1	5C028	H01J   9/20	2	ޤϥѥ󤬷졤ª졤Ѵ졤ޤѤ륹꡼¤Ĥʤܤ	Manufacture of screens on or from which an image or pattern is formed, picked-up, converted or stored; Applying coatings to the vessel
H01J   9/20  A	1	0	5C028	H01J   9/20	1069	ŻҴ	Electron tubes
H01J   9/20  B	1	0	5C028	H01J   9/20	288	ť	Discharge lamps
H01J   9/20  C	1	1	5C028	H01J   9/20	64	ⰵݸ	Protective filmfor high-voltage discharge lamps
H01J   9/20  D	1	1	5C028	H01J   9/20	113	㰵ݸ	Protective film for low-voltage discharge lamps
H01J   9/20  E	1	1	5C028	H01J   9/20	103	®ư	Instant-starting florescent lamps
H01J   9/20  F	1	1	5C028	H01J   9/20	30	ݲ	Protective films
H01J   9/20  G	1	1	5C028	H01J   9/20	12	ޡݥ	Mark printing
H01J   9/20  K	1	0	5C028	H01J   9/20	69	Ͽ	Memory tube
H01J   9/20  Z	1	0	5C028	H01J   9/20	10	¾	Others
H01J   9/22  \	2	2	5C028	H01J   9/22	11	ߥͥåʤܤ	Applying luminescent coatings
H01J   9/22  A	2	0	5C028	H01J   9/22	680	᥿Хĥη	Metal back formation
H01J   9/22  B	2	0	5C028	H01J   9/22	277	ѥͥΰܺܡɥޥæ	Panel transfer, conveyance, and shadow mask connection/disconnection
H01J   9/22  S	2	0	5C028	H01J   9/22	437	ñ	Monochrome cathode-ray tubes
H01J   9/22  T	2	0	5C028	H01J   9/22	163	ݥƥ󥷥ե	Image intensifier tubes
H01J   9/22  C	2	0	5C028	H01J   9/22	25		Fluorescent lamps
H01J   9/22  D	2	1	5C028	H01J   9/22	347	ؤηˡ	Means for forming florescent substance layer
H01J   9/22  E	2	2	5C028	H01J   9/22	249	۱դĴ	Embrocation adjustment
H01J   9/22  F	2	1	5C028	H01J   9/22	102	ؤη	Devices for forming florescent substance layer
H01J   9/22  G	2	1	5C028	H01J   9/22	52	ˡӤ	Means and devices for electrostatic coating
H01J   9/22  H	2	1	5C028	H01J   9/22	70	¿ؤη	Formation of plural layers
H01J   9/22  J	2	1	5C028	H01J   9/22	73	ؤν	Treatment of florescent layers
H01J   9/22  K	2	1	5C028	H01J   9/22	103		Drying
H01J   9/22  L	2	1	5C028	H01J   9/22	142		Calcination
H01J   9/22  M	2	1	5C028	H01J   9/22	90	Ϥꡦˡ	Means and devices for stripping and removing
H01J   9/22  Z	2	0	5C028	H01J   9/22	16	¾	Others
H01J   9/227  \	3	3	5C028	H01J   9/227	22	Ϣ³󤵤줿ߥͥĥȺĤΡ㡥ޤΤΡΣ	with luminescent material discontinuously arranged, e.g. in dots or lines [2]
H01J   9/227  A	3	0	5C028	H01J   9/227	617	ɤηָϪˡ	Means for cathode-ray tube florescent surface exposure
H01J   9/227  B	3	0	5C028	H01J   9/227	906	ɤηָϪ	Fluorescent surface exposure devices for cathode-ray tubes
H01J   9/227  C	3	0	5C028	H01J   9/227	1500	ɤΥߥͥĥȺۡ	Application and adhesion of cathode-ray tube materials
H01J   9/227  D	3	0	5C028	H01J   9/227	722	ɤθۼη	Formation of light-absorbent films for cathode-ray tubes
H01J   9/227  E	3	0	5C028	H01J   9/227	1127	ץ饺ޥǥץ쥤	Plasma displays
H01J   9/227  F	3	0	5C028	H01J   9/227	252	ɽ	Fluorescent display tubes
H01J   9/227  Z	3	0	5C028	H01J   9/227	533	¾Τ	Others
H01J   9/233  \	2	2	5C028	H01J   9/233	13	ť꡼ޤŲѥ꡼¤Σ	Manufacture of photoelectric screens or charge-storage screens [2]
H01J   9/233  A	2	0	5C028	H01J   9/233	23	ŻФѤΡ̣ȣʣб	using secondary radiation [corresponding to H01J 29/41]
H01J   9/233  B	2	0	5C028	H01J   9/233	29	Żͥ⥶ѤΡ̣ȣʣб	using photoelectric radiation mosaic [corresponding to H01J 29/43]
H01J   9/233  C	2	0	5C028	H01J   9/233	0	γͤˤŵṲ̄򼨤Ρ̣ȣʣб	exhibiting internal electrical effects caused by particle radiation [corresponding to H01J 29/44]
H01J   9/233  D	2	0	5C028	H01J   9/233	23	żͤˤŵṲ̄򼨤Ρ̣ȣʣб	exhibiting internal electrical effects caused by magnetic radiation [corresponding to H01J 29/45]
H01J   9/233  E	2	1	5C028	H01J   9/233	204	Ļ	for visible light input
H01J   9/233  F	2	2	5C028	H01J   9/233	70	ȾƳΥݥĥ	Semiconductor targets
H01J   9/233  G	2	2	5C028	H01J   9/233	56	Ѹťݥ	for colour photoelectric screens
H01J   9/233  H	2	3	5C028	H01J   9/233	105	ե륿ոťݥ	for colour filter photoelectric screens
H01J   9/233  J	2	1	5C028	H01J   9/233	72		for  X-radiation input
H01J   9/233  K	2	1	5C028	H01J   9/233	13	ֳ	for infra-red radiation input
H01J   9/233  Z	2	0	5C028	H01J   9/233	68	¾	Others
H01J   9/236  \	1	1	5C028	H01J   9/236	630	Ѽи֤¤Σ	Manufacture of magnetic deflecting devices for cathode-ray tubes [3]
H01J   9/24  \	1	1	5C012	H01J   9/24	6	ĤƳޤϥ١¤ޤܹ	Manufacture or joining of vessels, leading-in conductors, or bases
H01J   9/24  A	1	0	5C012	H01J   9/24	1877	ŻҴ	Discharge tubes
H01J   9/24  B	1	1	5C012	H01J   9/24	525	ָɽɡ̣ȣʣȣʣ	Florescent display tubes [Ho1J9/24 to 9/50, H01J29/86 to 29/98
H01J   9/24  C	1	0	5C012	H01J   9/24	236	ť	Discharge lamps
H01J   9/24  D	1	1	5C012	H01J   9/24	299	ķ	Circular fluorescent lights
H01J   9/24  E	1	1	5C012	H01J   9/24	237	ջ	U-shaped fluorescent lights
H01J   9/24  F	1	1	5C012	H01J   9/24	81	ľ	Flat fluorescent lights
H01J   9/24  G	1	1	5C012	H01J   9/24	259	ⰵ	High-pressure lamps
H01J   9/24  Z	1	0	5C012	H01J   9/24	15	¾	Others
H01J   9/26  \	2	2	5C012	H01J   9/26	6	Ĥʬɤ	Sealing together parts of vessels
H01J   9/26  A	2	0	5C012	H01J   9/26	2012	ŻҴ	Discharge tubes
H01J   9/26  B	2	0	5C012	H01J   9/26	189	ť	Discharge lamps
H01J   9/26  C	2	1	5C012	H01J   9/26	190	Υƥ	Fluorescent lamps stem seals
H01J   9/26  D	2	1	5C012	H01J   9/26	53	ü	Fluorescent lamp end plate seals
H01J   9/26  E	2	1	5C012	H01J   9/26	142	ɥĥ	End cap seals
H01J   9/26  Z	2	0	5C012	H01J   9/26	16	¾	Others
H01J   9/28  \	2	2	5C012	H01J   9/28	1	Ƴ¤	Manufacture of leading-in conductors
H01J   9/28  A	2	0	5C012	H01J   9/28	125	ŻҴ	Discharge tubes
H01J   9/28  B	2	0	5C012	H01J   9/28	144	ť	Discharge lamps
H01J   9/28  C	2	1	5C012	H01J   9/28	31	Ȥ³	Connection with foil for seals
H01J   9/28  Z	2	0	5C012	H01J   9/28	0	¾	Others
H01J   9/30  \	2	2	5C012	H01J   9/30	107	١¤	Manufacture of bases
H01J   9/32  \	2	2	5C012	H01J   9/32	930	Ƴ	Sealing leading-in conductors
H01J   9/34  \	2	2	5C012	H01J   9/34	574	١ΤĤؤܹ	Joining base to vessel
H01J   9/36  \	2	2	5C012	H01J   9/36	433	Ŷ˥ƥؤ³Ҥܹ	Joining connectors to internal electrode system
H01J   9/38  \	1	1	5C012	H01J   9/38	2	Ĥӵæ뤤	Exhausting, degassing, filling, or cleaning vessels
H01J   9/38  A	1	0	5C012	H01J   9/38	738	ŻҴ	Discharge tubes
H01J   9/38  B	1	0	5C012	H01J   9/38	138	ť	Discharge lamps
H01J   9/38  C	1	1	5C012	H01J   9/38	110	㰵Ŷˤγ	Low-pressure lamp electrode activation
H01J   9/38  D	1	1	5C012	H01J   9/38	15	ⰵŶˤγ	High-pressure lamp electrode activation
H01J   9/38  E	1	1	5C012	H01J   9/38	60		Cleaning
H01J   9/38  Z	1	0	5C012	H01J   9/38	2	¾	Others
H01J   9/385  \	2	2	5C012	H01J   9/385	4	ĤӵΣ	Exhausting vessels [2]
H01J   9/385  A	2	0	5C012	H01J   9/385	717	ŻҴ	Discharge tubes
H01J   9/385  B	2	0	5C012	H01J   9/385	92	ť	Discharge lamps
H01J   9/385  C	2	1	5C012	H01J   9/385	143	ӵإĥɡӵ	Exhaust heads and exhaust devices
H01J   9/385  Z	2	0	5C012	H01J   9/385	0	¾	Others
H01J   9/39  \	2	2	5C012	H01J   9/39	3	ĤæΣ	Degassing vessels [2]
H01J   9/39  A	2	0	5C012	H01J   9/39	597	ŻҴ	Discharge tubes
H01J   9/39  B	2	0	5C012	H01J   9/39	31	ť	Discharge lamps
H01J   9/39  C	2	1	5C012	H01J   9/39	59	ĥλ	Getter usage
H01J   9/39  Z	2	0	5C012	H01J   9/39	1	¾	Others
H01J   9/395  \	2	2	5C012	H01J   9/395	1	ĤΣ	Filling vessels [2]
H01J   9/395  A	2	0	5C012	H01J   9/395	168	ŻҴ	Discharge tubes
H01J   9/395  B	2	0	5C012	H01J   9/395	29	ť	Discharge lamps
H01J   9/395  C	2	1	5C012	H01J   9/395	204		Gas filling
H01J   9/395  D	2	1	5C012	H01J   9/395	503		Mercury filling
H01J   9/395  E	2	1	5C012	H01J   9/395	224	ϥ󲽶°ʥȥꥦ	filling metal halide and sodium
H01J   9/395  Z	2	0	5C012	H01J   9/395	2	¾	Others
H01J   9/40  \	1	1	5C012	H01J   9/40	4	Ĥ̩	Closing vessels
H01J   9/40  A	1	0	5C012	H01J   9/40	461	ŻҴ	Discharge tubes
H01J   9/40  B	1	0	5C012	H01J   9/40	290	ť	Discharge lamps
H01J   9/40  Z	1	0	5C012	H01J   9/40	2	¾	Others
H01J   9/42  \	1	1	5C012	H01J   9/42	1995	¤¬ޤϻ	Measurement or testing during manufacture
H01J   9/44  \	1	1	5C012	H01J   9/44	1485	˾٤˱뤿δŻҴɤޤťפιĴ	Factory adjustment of completed discharge tubes or lamps to comply with desired tolerances
H01J   9/46  \	1	1	5C012	H01J   9/46	670	缡֤줿ư֤ä	Machines having sequentially-arranged operating stations
H01J   9/48  \	2	2	5C012	H01J   9/48	33	ưִ֤ǲùʪưŪ˰ư	with automatic transfer of workpieces between operating stations
H01J   9/50  \	1	1	5C012	H01J   9/50	1	Ѥ줿ޤϷ٤ΤŻҴɡťסޤϤβǽʤνޤϺ	Repairing or regenerating used or defective discharge tubes, lamps or their salvageable components
H01J   9/50  A	1	0	5C012	H01J   9/50	562	ŻҴ	Discharge tubes
H01J   9/50  B	1	0	5C012	H01J   9/50	54	ť	Discharge lamps
H01J   9/50  Z	1	0	5C012	H01J   9/50	2	¾	Others
H01J   9/52  \	1	1	5C012	H01J   9/52	1	ŻҴɤޤťפκβʣȣʣͥˡΣ	Recovery of material from discharge tubes or lamps (H01J  9/50 takes precedence);;
H01J   9/52  A	1	0	5C012	H01J   9/52	104	ŻҴ	electron tube
H01J   9/52  B	1	0	5C012	H01J   9/52	93	ť	discharge lamp
H01J   9/52  Z	1	0	5C012	H01J   9/52	0	¾	Others
H01J  11/00  \	0	0	5C040	H01J  11/00	102	ŤθήήͶƳͭ륬Ŵɡ㡥ήץ饺ޥǥץ쥤ѥͥΣáݣУģСϡʣУģФưϩޤˡǣǣˡĤ˼Ŷˤ⤿ʤŴɡĤﳰ˾ʤȤ⣱ĤμŶˤĥŴɡΣ	Gas-filled discharge tubes with alternating current induction of the discharge, e.g. alternating current plasma display panels [AC-PDP] (circuits or methods for driving PDPs G09G 3/28); Gas-filled discharge tubes without any main electrode inside the vessel; Gas-filled discharge tubes with at least one main electrode outside the vessel [1, 2006.01, 2012.01]
H01J  11/10  \	1	1	5C040	H01J  11/10	839	ʤȤ⣱ĤμŶˤץ饺ޤܿʤáݣУģСΣ	AC-PDPs with at least one main electrode being out of contact with the plasma [2012.01]
H01J  11/12  \	2	2	5C040	H01J  11/12	4882	ŶˤŶ֤ξ¦ߤ줿ΡΣ	with main electrodes provided on both sides of the discharge space [2012.01]
H01J  11/14  \	2	2	5C040	H01J  11/14	219	ŶˤŶ֤¦ߤ줿ΡΣ	with main electrodes provided only on one side of the discharge space [2012.01]
H01J  11/16  \	2	2	5C040	H01J  11/16	279	Ŷˤڡޤ¦̤ߤ줿ΡΣ	with main electrodes provided inside or on the side face of the spacers [2012.01]
H01J  11/18  \	2	2	5C040	H01J  11/18	253	Ĥ뤿Ωĺ¤ʣޤΡ㡥ץ饺ޥ塼֥쥤ΣУԣɽѥͥΣ	containing a plurality of independent closed structures for containing the gas, e.g. plasma tube array [PTA] display panels [2012.01]
H01J  11/20  \	1	1	5C040	H01J  11/20	897	¤κΣ	Constructional details [2012.01]
H01J  11/22  \	2	2	5C040	H01J  11/22	668	Ŷˡ㡥̤ʷޤϹΣ	Electrodes, e.g. special shape, material or configuration [2012.01]
H01J  11/24  \	3	3	5C040	H01J  11/24	6807	ƥŶˤޤϥŶˡΣ	Sustain electrodes or scan electrodes [2012.01]
H01J  11/26  \	3	3	5C040	H01J  11/26	4739	ɥ쥹ŶˡΣ	Address electrodes [2012.01]
H01J  11/28  \	3	3	5C040	H01J  11/28	891	Ŷˡ㡥ץ饤ߥŶˤޤϥȥꥬŶˡΣ	Auxiliary electrodes, e.g. priming electrodes or trigger electrodes [2012.01]
H01J  11/30  \	3	3	5C040	H01J  11/30	98	եƥŶˡΣ	Floating electrodes [2012.01]
H01J  11/32  \	3	3	5C040	H01J  11/32	964	Ŷˤ֡Σ	Disposition of the electrodes [2012.01]
H01J  11/34  \	2	2	5C040	H01J  11/34	1052	ĤƴޤϤʡ㡥ġΣ	Vessels, containers or parts thereof, e.g. substrates [2012.01]
H01J  11/36  \	3	3	5C040	H01J  11/36	4789	ڡɡ֡ɤޤΤΡΣ	Spacers, barriers, ribs, partitions or the like [2012.01]
H01J  11/38  \	3	3	5C040	H01J  11/38	3683	ͶؤޤءΣ	Dielectric or insulating layers [2012.01]
H01J  11/40  \	3	3	5C040	H01J  11/40	2087	ݸءޤŻФ¥ʤء㡥ͣءΣ	Layers for protecting or enhancing the electron emission, e.g. MgO layers [2012.01]
H01J  11/42  \	3	3	5C040	H01J  11/42	3480	ָءΣ	Fluorescent layers [2012.01]
H01J  11/44  \	3	3	5C040	H01J  11/44	1910	֤ȼ֡㡥ե륿֥åޥȥꥯȿͼʤޤżüʡΣ	Optical arrangements or shielding arrangements, e.g. filters, black matrices, light reflecting means or electromagnetic shielding means [2012.01]
H01J  11/46  \	2	2	5C040	H01J  11/46	662	³ޤ϶ʡ㡥ƳΣ	Connecting or feeding means, e.g. leading-in conductors [2012.01]
H01J  11/48  \	2	2	5C040	H01J  11/48	869	ߡ㡥ƳäŬ礹ߡΣ	Sealing, e.g. seals specially adapted for leading-in conductors [2012.01]
H01J  11/50  \	2	2	5C040	H01J  11/50	1322	Ŷ㡥ʪΣ	Filling, e.g. selection of gas mixture [2012.01]
H01J  11/52  \	2	2	5C040	H01J  11/52	128	ʪۼޤϵ夹ʡ㡥åˤΡΣ	Means for absorbing or adsorbing the gas mixture, e.g. by gettering [2012.01]
H01J  11/54  \	2	2	5C040	H01J  11/54	467	ӵʡΣ	Means for exhausting the gas [2012.01]
H01J  13/00  \	0	0	5C040	H01J  13/00	74	ίˤŻҴɡ㡥°ή	Discharge tubes with liquid-pool cathodes, e.g. metal-vapour rectifying tubes
H01J  13/02  \	1	1	5C040	H01J  13/02	1		Details
H01J  13/04  \	2	2	5C040	H01J  13/04	100	Ŷˡ۶	Main electrodes; Auxiliary anodes
H01J  13/06  \	3	3	5C040	H01J  13/06	228		Cathodes
H01J  13/08  \	4	4	5C040	H01J  13/08	1	ħΤ	characterised by the material
H01J  13/10  \	4	4	5C040	H01J  13/10	1	ίѤƴ֤ޤϥޥ	Containers for the liquid pool; Arrangement or mounting thereof
H01J  13/12  \	4	4	5C040	H01J  13/12	0	ία˵ΰַޤϰư	Positioning or moving the cathode spot on the surface of the pool
H01J  13/14  \	4	4	5C040	H01J  13/14	285	դѡǮ۴ġޤϱ	Cooling, heating, circulating, filtering, or controlling level of the liquid
H01J  13/16  \	3	3	5C040	H01J  13/16	270	۶ˡŰݻѤ۶	Anodes; Auxiliary anodes for maintaining the discharge
H01J  13/18  \	4	4	5C040	H01J  13/18	0	۶ˤѤޤϲǮ	Cooling or heating of anodes
H01J  13/20  \	2	2	5C040	H01J  13/20	91	Ŷˡ㡥åɡʵưѣȣʣ	Control electrodes, e.g. grid (for igniting arrangements H01J 13/34)
H01J  13/22  \	2	2	5C040	H01J  13/22	1	꡼㡥ո̤ɻߤޤϽ	Screens, e.g. for preventing or eliminating arcing-back
H01J  13/24  \	2	2	5C040	H01J  13/24	367	Ĥƴ	Vessels; Containers
H01J  13/26  \	2	2	5C040	H01J  13/26	1	Ĥʬ֤ߡƳߡƳ	Seals between parts of vessels; Seals for leading-in conductors; Leading-in conductors
H01J  13/28  \	2	2	5C040	H01J  13/28	0	ʪ򡨴ǽ˾ΰϤޤϰݻ뤿μʡΣ	Selection of substances for gas filling; Means for obtaining or maintaining the desired pressure within the tube [2]
H01J  13/30  \	3	3	5C040	H01J  13/30	0	ɤư桤ӵǽˤ	Means for permitting pumping during operation of the tube
H01J  13/32  \	2	2	5C040	H01J  13/32	1	֡Ǯ֡ʱѣȣʣ۶ѣȣʣ	Cooling arrangements; Heating arrangements (for cathodes H01J 13/14; for anodes H01J 13/18)
H01J  13/34  \	2	2	5C040	H01J  13/34	296	ư	Igniting arrangements
H01J  13/36  \	3	3	5C040	H01J  13/36	0	ޤ̻ҤĤ	having resistive or capacitative igniter
H01J  13/38  \	4	4	5C040	H01J  13/38	0	̻ҤΤߤĤ	having resistive igniter only
H01J  13/40  \	3	3	5C040	H01J  13/40	0	Ŷˤΰưˤ뵯ư	Igniting by movement of a solid electrode
H01J  13/42  \	3	3	5C040	H01J  13/42	0	ĤΤΰưˤ뵯ư㡥뤳	Igniting by movement of vessel as a whole, e.g. tilting
H01J  13/44  \	2	2	5C040	H01J  13/44	0	ո̤ɻߤޤϽΤ	Devices for preventing or eliminating arcing-back
H01J  13/46  \	2	2	5C040	H01J  13/46	1	ɤȹ¤Ū˷礷ʾβϩǻ	One or more circuit elements structurally associated with the tube
H01J  13/48  \	2	2	5C040	H01J  13/48	54	ɤӤ˻Ѥ줺¾Τɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  13/50  \	1	1	5C040	H01J  13/50	6	ñμ۶ˤĴ	Tubes having a single main anode
H01J  13/52  \	2	2	5C040	H01J  13/52	0	ʾŶˤˤѤ	with control by one or more intermediate control electrodes
H01J  13/54  \	2	2	5C040	H01J  13/54	2	̻ҤˤѤΡ㡥ñ۶˥ʥȥ	with control by igniter, e.g. single-anode ignitron
H01J  13/56  \	1	1	5C040	H01J  13/56	0	ʾμ۶ˤĴ	Tubes having two or more main anodes
H01J  13/58  \	2	2	5C040	H01J  13/58	0	ʾŶˤˤѤ	with control by one or more intermediate control electrodes
H01J  15/00  \	0	0	5C040	H01J  15/00	61	ˤĥŻҴɡ㡥ץ饺ޱ	Gas-filled discharge tubes with gaseous cathodes, e.g. plasma cathodes
H01J  15/02  \	1	1	5C040	H01J  15/02	3	㡥ŶˡĤη	Details, e.g. electrode, gas filling, shape of vessel
H01J  15/04  \	2	2	5C040	H01J  15/04	0	ɤüӤ˻Ѥ줺¾Τɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  17/00  \	0	0	5C040	H01J  17/00	81	αˤĥŻҴɡʣȣʣȣʣȣʣȣʣͥ表ꥹѡåףȣԡޥ륯Ѵȣͣ	Gas-filled discharge tubes with solid cathodes (; gas filled spark gaps H01T; Marx converters H02M 7/26)
H01J  17/02  \	1	1	5C040	H01J  17/02	101		Details
H01J  17/04  \	2	2	5C040	H01J  17/04	750	Ŷˡ꡼Σ	Electrodes; Screens [1,2012.01]
H01J  17/06  \	3	3	5C040	H01J  17/06	254		Cathodes
H01J  17/08  \	4	4	5C040	H01J  17/08	0	ɤư桤ɽ̤Ѥޤϱվ륫°Ĥ	having mercury or liquid alkali metal deposited on the cathode surface during operation of the tube
H01J  17/10  \	3	3	5C040	H01J  17/10	33	۶	Anodes
H01J  17/12  \	3	3	5C040	H01J  17/12	11	Ŷ	Control electrodes
H01J  17/14  \	2	2	5C040	H01J  17/14	5	ΤμŪ	Magnetic means for controlling the discharge
H01J  17/16  \	2	2	5C040	H01J  17/16	908	ĤƴΣ	Vessels; Containers [1,2012.01]
H01J  17/18  \	2	2	5C040	H01J  17/18	192	Ĥʬ֤ߡƳߡƳΣ	Seals between parts of vessels; Seals for leading-in conductors; Leading-in conductors [1,2012.01]
H01J  17/20  \	2	2	5C040	H01J  17/20	158	ʪʪưϤޤϲ١Σ	Selection of substances for gas fillings; Specified operating pressures or temperatures [1,2012.01]
H01J  17/22  \	2	2	5C040	H01J  17/22	113	ǽ˾ΰϤ뤫ޤϰݻ뤿ˡΣ	Means for obtaining or maintaining the desired pressure within the tube [1,2012.01]
H01J  17/24  \	3	3	5C040	H01J  17/24	39	夵ޤϵۼ뤿μʡ㡥åˤΡΣ	Means for absorbing or adsorbing gas, e.g. by gettering [1,2012.01]
H01J  17/26  \	3	3	5C040	H01J  17/26	2	ɤư桤ޤϾȯƳ뤤佼ʡΣ	Means for producing, introducing, or replenishing gas or vapour during operation of the tube [1,2012.01]
H01J  17/28  \	2	2	5C040	H01J  17/28	38		Cooling arrangements
H01J  17/30  \	2	2	5C040	H01J  17/30	80	ư	Igniting arrangements
H01J  17/32  \	3	3	5C040	H01J  17/32	31	ä줿ʪޤʪˤ뵯ư	Igniting by associated radioactive materials or fillings
H01J  17/34  \	2	2	5C040	H01J  17/34	128	ɤȹ¤Ū˷礷ʾβϩǻ	One or more circuit elements structurally associated with the tube
H01J  17/36  \	2	2	5C040	H01J  17/36	57	ɤüӤ˻Ѥ줺Ĥɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  17/38  \	1	1	5C040	H01J  17/38	254	䱢˴	Cold-cathode tubes
H01J  17/40  \	2	2	5C040	H01J  17/40	198	ĤαˤȣĤ۶ˤĤΡ㡥ŴɡƱĴؼŴɡŰŴɤޤŰؼ	with one cathode and one anode, e.g. glow tubes, tuning-indicator glow tubes, voltage-stabiliser tubes or&nbsp;voltage-indicator tubes
H01J  17/42  \	3	3	5C040	H01J  17/42	0	ʾõŶˤĤΡ㡥Űʬ	having one or more probe electrodes, e.g. for potential dividing
H01J  17/44  \	3	3	5C040	H01J  17/44	13	ʾŶˤĤ	having one or more control electrodes
H01J  17/46  \	4	4	5C040	H01J  17/46	2	̤ɤ̤ǽˤ뤬θ򤷤ʤ	for preventing and then permitting ignition, but thereafter having no control
H01J  17/48  \	2	2	5C040	H01J  17/48	304	ʾαˤޤ۶ˤĤΡ㡥Ŵɡ׿ɡǥȥ	with more than one cathode or anode, e.g. sequence-discharge tube, counting tube, dekatron
H01J  17/49  \	3	3	5C040	H01J  17/49	2090	ɽѥͥ롤㡥ŶˤͭΡΣ	Display panels, e.g. with crossed electrodes [3,2012.01]
H01J  17/50  \	1	1	5C040	H01J  17/50	546	ǮŴ	Thermionic-cathode tubes
H01J  17/52  \	2	2	5C040	H01J  17/52	1	ĤαˤȣĤ۶ˤĤ	with one cathode and one anode
H01J  17/54  \	3	3	5C040	H01J  17/54	23	ʾŶˤĤ	having one or more control electrodes
H01J  17/56  \	4	4	5C040	H01J  17/56	0	̤ɤ̤ǽˤ뤬θ򤷤ʤ	for preventing and then permitting ignition, but thereafter having no control
H01J  17/58  \	2	2	5C040	H01J  17/58	2	ʾαˤ뤤۶ˤĤ	with more than one cathode or anode
H01J  17/60  \	3	3	5C040	H01J  17/60	0	餫᤭줿̤ϩĤΡ㡥׿	the discharge paths priming each other in a predetermined sequence, e.g. counting tube
H01J  17/62  \	3	3	5C040	H01J  17/62	0	Ŷˤˤä椵ΩϩĤΡ㡥¿ή	with independent discharge paths controlled by intermediate electrodes, e.g. polyphase rectifier
H01J  17/64  \	1	1	5C040	H01J  17/64	19	Ƴȴڤ괹뤤Ĵ褦ä߷פ줿Ŵɡ㡥ԣҥܥå	Tubes specially designed for switching or modulating in a waveguide, e.g. TR box
H01J  19/00  \	0	0	5C335	H01J  19/00	7	롼ףȣʣ˴ޤޤƤ뷿οɤκ	Details of vacuum tubes of the types covered by group H01J 21/00
H01J  19/02  \	1	1	5C335	H01J  19/02	18	ŻŶˡ	Electron-emitting electrodes; Cathodes
H01J  19/04  \	2	2	5C335	H01J  19/04	13	ǮŻұ	Thermionic cathodes
H01J  19/06  \	3	3	5C335	H01J  19/06	7	ħΤ	characterised by the material
H01J  19/062  \	4	4	5C335	H01J  19/062	8	ŻʪȤơ륫°ʪޤϴԸޤȤȤѤ뤳Τ褦ʻʪĤΡΣ	with alkaline-earth metal oxides, or such oxides used in conjunction with reducing agents, as an emissive material [6]
H01J  19/064  \	4	4	5C335	H01J  19/064	1	ŻʪȤ¾ζ°ʪĤΡΣ	with other metal oxides as an emissive material [6]
H01J  19/066  \	4	4	5C335	H01J  19/066	3	ŻʪȤƶ°ޤϹĤΡΣ	with metals or alloys as an emissive material [6]
H01J  19/068  \	4	4	5C335	H01J  19/068	2	ŻʪȤƶ°Ƴͭ벽ʪĤΡ㡥󥿥ۥʪΣ	with compounds having metallic conductive properties, e.g. lanthanum boride, as an emissive material [6]
H01J  19/08  \	3	3	5C335	H01J  19/08	32	ήˤäľܤ˲Ǯ뱢	Cathodes heated directly by an electric current
H01J  19/10  \	3	3	5C335	H01J  19/10	30	ħΤ	characterised by the shape
H01J  19/12  \	4	4	5C335	H01J  19/12	66	ٻΡư˾	Supports; Vibration-damping arrangements
H01J  19/14  \	3	3	5C335	H01J  19/14	48	ήˤäƴŪ˲Ǯ뱢ˡŻҤޤϥ׷ˤäƲǮ뱢	Cathodes heated indirectly by an electric current; Cathodes heated by electron or ion bombardment
H01J  19/16  \	4	4	5C335	H01J  19/16	34	ҡ	Heaters
H01J  19/18  \	4	4	5C335	H01J  19/18	9	ҡŻʪ֤ߤؤޤ	Insulating layer or body located between heater and emissive material
H01J  19/20  \	4	4	5C335	H01J  19/20	11	Żͺλٻ	Supports for the emissive material
H01J  19/22  \	4	4	5C335	H01J  19/22	7	ǥڥ󥵷ˡ㡥̥	Dispenser-type cathodes, e.g. L-cathode
H01J  19/24  \	2	2	5C335	H01J  19/24	164	䱢ˡ㡥ųͱ	Cold cathodes, e.g. field-emissive cathode
H01J  19/28  \	1	1	5C335	H01J  19/28	24	ŻŶˡ꡼	Non-electron-emitting electrodes; Screens
H01J  19/30  \	2	2	5C335	H01J  19/30	10	ħΤ	characterised by the material
H01J  19/32  \	2	2	5C335	H01J  19/32	55	۶	Anodes
H01J  19/34  \	3	3	5C335	H01J  19/34	9	ƴΰ	forming part of the envelope
H01J  19/36  \	3	3	5C335	H01J  19/36	53	۶ˤ	Cooling of anodes
H01J  19/38  \	2	2	5C335	H01J  19/38	88	Ŷˡ㡥å	Control electrodes, e.g. grid
H01J  19/40  \	2	2	5C335	H01J  19/40	27	פؤѥ꡼	Screens for shielding
H01J  19/42  \	1	1	5C335	H01J  19/42	95	ŶˤޤŶ˽ΤΥޥȡٻֳݻޤ	Mounting, supporting, spacing, or insulating of electrodes or of electrode assemblies
H01J  19/44  \	2	2	5C335	H01J  19/44	20	Ŷˤޤϻٻδ֤	Insulation between electrodes or supports within the vacuum space
H01J  19/46  \	2	2	5C335	H01J  19/46	16	Ŷ˽ΤΥޥ	Mountings for the electrode assembly as a whole
H01J  19/48  \	2	2	5C335	H01J  19/48	14	ġŶ˥ޥ	Mountings for individual electrodes
H01J  19/50  \	2	2	5C335	H01J  19/50	1	ƴˤޤã륹ڡ	Spacing members extending to the envelope
H01J  19/52  \	3	3	5C335	H01J  19/52	0	ڡȳƴȤδ֤ꤵƤʤ	without fixed connection between spacing member and envelope
H01J  19/54  \	1	1	5C335	H01J  19/54	38	Ĥƴȷ礷פؤʪ	Vessels; Containers; Shields associated therewith
H01J  19/56  \	2	2	5C335	H01J  19/56	7	ĤޤƴκħΤ	characterised by the material of the vessel or container
H01J  19/57  \	2	2	5C335	H01J  19/57	11	ɤʤΤΡʤ	provided with coatings on the walls thereof; Selection of materials for the coatings
H01J  19/58  \	1	1	5C335	H01J  19/58	13	Ĥγʬ֤	Seals between parts of vessels
H01J  19/60  \	1	1	5C335	H01J  19/60	18	Ƴ	Seals for leading-in conductors
H01J  19/62  \	1	1	5C335	H01J  19/62	6	Ƴ	Leading-in conductors
H01J  19/64  \	1	1	5C335	H01J  19/64	4	ɤٻʬη	Means forming part of the tube for the purpose of supporting it
H01J  19/66  \	1	1	5C335	H01J  19/66	23	ɤŵŪ³Ԥʤʬ	Means forming part of the tube for the purpose of providing electrical connection to it
H01J  19/68  \	1	1	5C335	H01J  19/68	3	ɤ㰵Ƴ줿Υ㡥Ų٤򸺾뤤Ĥ˱ƶ򤢤	Specified gas introduced into the tube at low pressure, e.g. for reducing or influencing space charge
H01J  19/70  \	1	1	5C335	H01J  19/70	39	ãޤϰݻʡ㡥åˤ	Means for obtaining or maintaining the vacuum, e.g. by gettering
H01J  19/72  \	2	2	5C335	H01J  19/72	3	ΤδɤߤΡ㡥ӵѡΤ	Tubulations therefor, e.g. for exhausting; Closures therefor
H01J  19/74  \	1	1	5C335	H01J  19/74	50	֡۶ˤѣȣʣ	Cooling arrangements (cooling of anodes H01J 19/36)
H01J  19/76  \	1	1	5C335	H01J  19/76	3	٤ޤϰ˻ѤȤ뤳Ȥؼ뤿˴ɤȹ¤Ū˷礵줿	Means structurally associated with the tube for indicating defects or previous use
H01J  19/78  \	1	1	5C335	H01J  19/78	37	ɤȹ¤Ū˷礵줿İʾβϩǻ	One or more circuit elements structurally associated with the tube
H01J  19/80  \	2	2	5C335	H01J  19/80	15	ʬۥ󥹤ʬۥѥ󥹤ͭ빽¤Ū˷礵줿	Structurally associated resonator having distributed inductance and capacitance
H01J  19/82  \	1	1	5C335	H01J  19/82	63	ɤӤ˻Ѥ줺¾Τɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  21/00  \	0	0	5C335	H01J  21/00	34	ɡʣȣʣȣʣȣʣȣʣȣʣȣʣͥ表ɤκȣʣ	Vacuum tubes (; details of vacuum tubes H01J 19/00)
H01J  21/02  \	1	1	5C335	H01J  21/02	11	ñϩͭ뿿	Tubes with a single discharge path
H01J  21/04  \	2	2	5C335	H01J  21/04	32	ʤΤʤΡ㡥˴	without control means, i.e. diodes
H01J  21/06  \	2	2	5C335	H01J  21/06	61	Ūʤͭ	having electrostatic control means only
H01J  21/08  \	3	3	5C335	H01J  21/08	22	ưŶˤͭ	with movable electrode or electrodes
H01J  21/10  \	3	3	5C335	H01J  21/10	282	ʾưŶˤͭΡ㡥˴ɡ˴ɡ˴	with one or more immovable internal control electrodes, e.g. triode, pentode, octode
H01J  21/12  \	4	4	5C335	H01J  21/12	8	ͭ뿿	Tubes with variable amplification factor
H01J  21/14  \	4	4	5C335	H01J  21/14	36	Żή椵ʤͭ뿿ɡ㡥ӡࣴ˴	Tubes with means for concentrating the electron stream, e.g. beam tetrode
H01J  21/16  \	3	3	5C335	H01J  21/16	8	ʤͭŶˤͭޤͭʤ	with external electrostatic control means and with or without internal control electrodes
H01J  21/18  \	2	2	5C335	H01J  21/18	31	ŪʤͭΡŪʤŪʤξͭ	having magnetic control means; having both magnetic and electrostatic control means
H01J  21/20  \	1	1	5C335	H01J  21/20	100	ʾϩͭɡʣɡ㡥У˴ɤޤϣ˴ɡݣ˴	Tubes with more than one discharge path; Multiple tubes, e.g. double diode or triode-hexode
H01J  21/22  \	2	2	5C335	H01J  21/22	3	ưŶˤͭ	with movable electrode or electrodes
H01J  21/24  \	2	2	5C335	H01J  21/24	2	ͭ	with variable amplification factor
H01J  21/26  \	2	2	5C335	H01J  21/26	2	Żή椵ʤͭ	with means for concentrating the electron stream
H01J  21/34  \	1	1	5C335	H01J  21/34	49	Իָ̤褦֤ˡŤ줿Ŷ˥ƥͭɡʿŶˤͭΣȣʣ	Tubes with electrode system arranged or dimensioned so as to eliminate transit-time effect (with flat electrodes H01J 21/36)
H01J  21/36  \	1	1	5C335	H01J  21/36	8	ʿŶˤͭɡ㡥Ŷ	Tubes with flat electrodes, e.g. disc electrode
H01J  23/00  \	0	0	5C029	H01J  23/00	17	롼ףȣʣ˴ޤޤƤ뷿ԻַŻҴɤκ	Details of transit-time tubes of the types covered by group H01J 25/00
H01J  23/00  A	0	0	5C029	H01J  23/00	583	ޥͥȥ	Magnetron cooling
H01J  23/00  B	0	0	5C029	H01J  23/00	108	¾δɤѡ̥쥯ѣ	Cooling of other tubes [collector cooling 23/033]
H01J  23/00  C	0	0	5C029	H01J  23/00	144	ӵĥ	Exhaust and getters
H01J  23/00  Z	0	0	5C029	H01J  23/00	77	¾	Others
H01J  23/02  \	1	1	5C029	H01J  23/02	95	ŶˡŪʡ꡼ʶޤٱ䥷ƥȷ礷Σȣʣ	Electrodes; Magnetic control means; Screens (associated with resonator or delay system H01J 23/16)
H01J  23/027  \	2	2	5C029	H01J  23/027	440	ŶˡΣ	Collectors [2]
H01J  23/033  \	3	3	5C029	H01J  23/033	292	Ŷ֡Σ	Collector cooling devices [2]
H01J  23/04  \	2	2	5C029	H01J  23/04	802		Cathodes
H01J  23/05  \	3	3	5C029	H01J  23/05	156	Ż̤ͭΡ㡥ޥͥȥѱˡΣ	having a cylindrical emissive surface, e.g. cathodes for magnetrons [3]
H01J  23/06  \	2	2	5C029	H01J  23/06	596	ŻҽƤޤϥ	Electron or ion guns
H01J  23/065  \	3	3	5C029	H01J  23/065	8	ӡΡʣȣʣͥˡΣ	producing a solid cylindrical beam (H01J 23/075 takes precedence) [3]
H01J  23/07  \	3	3	5C029	H01J  23/07	5	ӡΡʣȣʣͥˡΣ	producing a hollow cylindrical beam (H01J 23/075 takes precedence) [3]
H01J  23/075  \	3	3	5C029	H01J  23/075	15	ޥͥȥŻҽơΣ	Magnetron injection guns [3]
H01J  23/08  \	2	2	5C029	H01J  23/08	19	«֡㡥Żή椵ΡŻήȤΤɻߤ	Focusing arrangements, e.g. for concentrating stream of electrons, for preventing spreading of stream
H01J  23/083  \	3	3	5C029	H01J  23/083	28	Ž«֡Σ	Electrostatic focusing arrangements [3]
H01J  23/087  \	3	3	5C029	H01J  23/087	567	«֡Σ	Magnetic focusing arrangements [3]
H01J  23/09  \	2	2	5C029	H01J  23/09	6	γҡˤ˾ϩ˱褦褦Ťޤи뤿ŵŪƥʽ«֣ȣʣ	Electric systems for directing or deflecting the discharge along a desired path, e.g. E-type (focusing arrangements H01J 23/08)
H01J  23/10  \	2	2	5C029	H01J  23/10	967	γҡˤ˾ϩ˱褦褦Ťޤи뤿μзϡ㡥ϩʼ«֣ȣʣ	Magnet systems for directing or deflecting the discharge along a desired path, e.g. a spiral path (magnetic focusing arrangements H01J 23/08)
H01J  23/11  \	2	2	5C029	H01J  23/11	22	򸺾뤿μʡŻҽƤޤϥƤѤΣȣʣ	Means for reducing noise (in electron or ion gun H01J 23/06)
H01J  23/12  \	1	1	5C029	H01J  23/12	46	Ĥƴ	Vessels; Containers
H01J  23/12  A	1	0	5C029	H01J  23/12	238	ޥͥȥ	Magnetrons
H01J  23/12  Z	1	0	5C029	H01J  23/12	197	¾	Others
H01J  23/14  \	1	1	5C029	H01J  23/14	353	Ƴ¤Τ	Leading-in arrangements; Seals therefor
H01J  23/15  \	2	2	5C029	H01J  23/15	24	ɤƳ¤ȹ¤Ū˷礵줿żͥ륮ϳɻ߼ʡ㡥ե륿硼֡Σ	Means for preventing wave energy leakage structurally associated with tube leading-in arrangements, e.g. filters, chokes, attenuating devices [4]
H01J  23/15  A	2	0	5C029	H01J  23/15	123	ɤߤ	provided in tube interiors
H01J  23/15  B	2	0	5C029	H01J  23/15	505	ե륿̥롤ǥ󥵡ͤȤμդ	Filters [coils, condensers] and their mountings
H01J  23/15  C	2	0	5C029	H01J  23/15	200	ե륿ݥ̥ݥɥܥĥ	Filter cases [shield boxes]
H01J  23/15  Z	2	0	5C029	H01J  23/15	12	¾	Others
H01J  23/16  \	1	1	5C029	H01J  23/16	99	ʬ̤ʬۥ󥹤ͭ¤Ū˴ɤȷ礵ŤߺѤ򤹤ϩǻ	Circuit elements, having distributed capacitance and inductance, structurally associated with the tube and interacting with the discharge
H01J  23/18  \	2	2	5C029	H01J  23/18	36		Resonators
H01J  23/20  \	3	3	5C029	H01J  23/20	26	ƹĴޤƱĴ	Cavity resonators; Adjustment or tuning thereof
H01J  23/20  A	3	0	5C029	H01J  23/20	592	饤ȥ	Klystrons
H01J  23/20  B	3	0	5C029	H01J  23/20	670	ޥͥȥ	Magnetrons
H01J  23/20  Z	3	0	5C029	H01J  23/20	35	¾	Others
H01J  23/207  \	4	4	5C029	H01J  23/207	7	ñζƱĴΣ	Tuning of single resonator [2]
H01J  23/213  \	4	4	5C029	H01J  23/213	41	İʾζƱƱĴ㡥ŴɤζƶΣ	Simultaneous tuning of more than one resonator, e.g. resonant cavities of a magnetron [2]
H01J  23/22  \	3	3	5C029	H01J  23/22	275	֤³㡥Ŵɤζ³ΤζѰ	Connections between resonators, e.g. strapping for connecting resonators of a magnetron
H01J  23/24  \	2	2	5C029	H01J  23/24	413	ȹ¤	Slow-wave structures
H01J  23/26  \	3	3	5C029	H01J  23/26	556	ȹ¤Ĵ	Helical slow-wave structures; Adjustment therefor
H01J  23/27  \	4	4	5C029	H01J  23/27	6	ȹ¤ͶƳΣ	Helix-derived slow-wave structures [3]
H01J  23/28  \	3	3	5C029	H01J  23/28	30	򺵷ȹ¤Ĵ	Interdigital slow-wave structures; Adjustment therefor
H01J  23/30  \	3	3	5C029	H01J  23/30	208	ȹ¤˷礵줿֡㡥˾ޤʤȯΤΤ	Damping arrangements associated with slow-wave structures, e.g. for suppression of unwanted oscillations
H01J  23/34  \	1	1	5C029	H01J  23/34	31	ɤӤ˻Ѥ줺¾Τɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  23/34  A	1	0	5C029	H01J  23/34	261	饤ȥ󡦿ʹȴ	Klystrons and traveling wave tubes
H01J  23/34  B	1	0	5C029	H01J  23/34	241	ޥͥȥ	Magnetrons
H01J  23/34  Z	1	0	5C029	H01J  23/34	19	¾	Others
H01J  23/36  \	1	1	5C029	H01J  23/36	102	żͥ륮ƳФꤹ뤿δɤȹ¤Ū˷礵줿ʬ̤ӥ󥹤ͭ֡Σ	Coupling devices having distributed capacitance and inductance, structurally associated with the tube, for introducing or removing wave energy [4]
H01J  23/38  \	2	2	5C029	H01J  23/38	9	γҡˤˤޤϲγҡˤФƳꤹΡΣ	to or from the discharge [4]
H01J  23/40  \	2	2	5C029	H01J  23/40	23	ߺѲϩؤޤϤ줫ΤΡΣ	to or from the interaction circuit [4]
H01J  23/40  A	2	0	5C029	H01J  23/40	495	饤ȥ󡦿ʹȴɤϷ	devices for connection with inputs and outputs of klystrons and traveling wave tubes
H01J  23/40  B	2	0	5C029	H01J  23/40	586	ޥͥȥν	Magnetron power output section
H01J  23/40  Z	2	0	5C029	H01J  23/40	16	¾	Others
H01J  23/42  \	3	3	5C029	H01J  23/42	7	ޤϤͶƳȹ¤ȤߺѲϩʣȣʣȣʣͥˡΣ	the interaction circuit being a helix or a helix-derived slow-wave structure (H01J 23/44-H01J 23/48 take precedence) [4]
H01J  23/44  \	3	3	5C029	H01J  23/44	5	åɷ֡ʣȣʣȣʣȣʣͥˡΣ	Rod-type coupling devices (H01J 23/46, H01J 23/48, H01J 23/54 take precedence) [4]
H01J  23/46  \	3	3	5C029	H01J  23/46	3	롼׷֡Σ	Loop coupling devices [4]
H01J  23/48  \	3	3	5C029	H01J  23/48	24	ƱߺѲϩϢ뤹뤿ΤΡФˤʤä֡ʣȣʣͥˡΣ	for linking interaction circuit with coaxial lines; Devices of the coupled helices type (H01J 23/46 takes precedence) [4]
H01J  23/50  \	4	4	5C029	H01J  23/50	2	ޤϤͶƳߺѲϩʣȣʣͥˡΣ	the interaction circuit being a helix or derived from a helix (H01J 23/52 takes precedence) [4]
H01J  23/52  \	4	4	5C029	H01J  23/52	0	ߤΤޤƱ֤Σ	the coupled helices being disposed coaxially around one another [4]
H01J  23/54  \	2	2	5C029	H01J  23/54	266	ߺѲϩؤΤޤϤ줫˾ޤʤȿޤϥ⡼ɤ˻ߤե륿ֳ֡ؤιϳ̤ɻߡΣ	Filtering devices preventing unwanted frequencies or modes to be coupled to, or out of, the interaction circuit; Prevention of high frequency leakage in the environment [4]
H01J  25/00  \	0	0	5C029	H01J  25/00	9	ԻַŻҴɡ㡥®ĴɡʹȴɡŴɡԻַŻҴɤκȣʣγҲ®ȣȡ	Transit-time tubes, e.g. klystrons, travelling-wave tubes, magnetrons (details of transit-time tubes H01J 23/00; particle accelerators H05H)
H01J  25/00  A	0	0	5C029	H01J  25/00	251	䥤ȥ	gyrotrons
H01J  25/00  Z	0	0	5C029	H01J  25/00	96	¾	Others
H01J  25/02  \	1	1	5C029	H01J  25/02	121	Ĵ֤®٤ޤ̩Ĵ줽θͶƳ֤ǥͥ륮ФŻήΤ뿿ɤǡ嵭ξ֤ϣޤϤʾζȷ礷Ƥ	Tubes with electron stream modulated in velocity or density in a modulator zone and thereafter giving-up energy in an inducing zone, the zones being associated with one or more resonators
H01J  25/04  \	2	2	5C029	H01J  25/04	3	ĤޤϤʾζͭŻήȿͤʤˡƤĴ֤ǤĴȤ̩ĴǤ褦ʴɡ㡥ϥåմ	Tubes having one or more resonators, without reflection of the electron stream, and in which the modulation produced in the modulator zone is mainly density modulation, e.g. Haeff tube
H01J  25/06  \	2	2	5C029	H01J  25/06	0	ñζͭŻήȿͤʤˡƤĴ֤ǤĴȤ®ĴǤ褦ʴɡ㡥塼ǥ饤ȥ	Tubes having only one resonator, without reflection of the electron stream, and in which the modulation produced in the modulator zone is mainly velocity modulation, e.g. L&uuml;di klystron
H01J  25/08  \	3	3	5C029	H01J  25/08	0	μľѤŻήΤ	with electron stream perpendicular to the axis of the resonator
H01J  25/10  \	2	2	5C029	H01J  25/10	142	®ĴɡʤİʾζͭŻήȿͤʤˡ϶ʬǼȤƤŻή®Ĵ褦ʴ	Klystrons, i.e. tubes having two or more resonators, without reflection of the electron stream, and in which the stream is modulated mainly by velocity in the zone of the input resonator
H01J  25/11  \	3	3	5C029	H01J  25/11	0	ȤäߺѤʤ®ĴɡΣ	Extended interaction klystrons [2]
H01J  25/12  \	3	3	5C029	H01J  25/12	1	μǤŻήڥ󥷥Ǥ	with pencil-like electron stream in the axis of the resonators
H01J  25/14  \	3	3	5C029	H01J  25/14	0	μƱδɾŻήĤ	with tube-like electron stream coaxial with the axis of the resonators
H01J  25/16  \	3	3	5C029	H01J  25/16	1	μľѤʥڥ󥷥ŻήĤ	with pencil-like electron stream perpendicular to the axis of the resonators
H01J  25/18  \	3	3	5C029	H01J  25/18	0	μľѤ;ޤľŻήĤ	with radial or disc-like electron stream perpendicular to the axis of the resonators
H01J  25/20  \	3	3	5C029	H01J  25/20	1	֤ζ֤ü֤ͭΡ㡥ɡŲɡ®	having special arrangements in the space between resonators, e.g. resistive-wall amplifier tube, space-charge amplifier tube, velocity-jump tube
H01J  25/22  \	2	2	5C029	H01J  25/22	100	ȿ®ĴɡʤĤ뤤ϤʾζͭŻήȿͤĤǤꡤĴˤŻήȤ®٤ˤäĴ	Reflex klystrons, i.e. tubes having one or more resonators, with a single reflection of the electron stream, and in which the stream is modulated mainly by velocity in the modulator zone
H01J  25/24  \	3	3	5C029	H01J  25/24	0	Żήμˤꡤȿͤˤϥڥ󥷥Ǥ	in which the electron stream is in the axis of the resonator or resonators and is pencil-like before reflection
H01J  25/26  \	3	3	5C029	H01J  25/26	1	ŻήμƱǤ꤫ȿͤϴɾǤ	in which the electron stream is coaxial with the axis of the resonator or resonators and is tube-like before reflection
H01J  25/28  \	3	3	5C029	H01J  25/28	0	ŻήμľѤǤ꤫ȿͤϥڥ󥷥Ǥ	in which the electron stream is perpendicular to the axis of the resonator or resonators and is pencil-like before reflection
H01J  25/30  \	3	3	5C029	H01J  25/30	0	ŻήμľѤǤ꤫ȿͤ;ޤľǤ	in which the electron stream is perpendicular to the axis of the resonator or resonators and is radial or disc-like before reflection
H01J  25/32  \	2	2	5C029	H01J  25/32	1	ʣȿͤͭɡ㡥ƥꥢ	Tubes with plural reflection, e.g. Coeterier tube
H01J  25/34  \	1	1	5C029	H01J  25/34	29	ʹȴɡʹȤ֤ˤ	Travelling-wave tubes; Tubes in which a travelling wave is simulated at spaced gaps
H01J  25/36  \	2	2	5C029	H01J  25/36	160	ŻήٱޤԡǻҤˤäƿʹԤȤߺѤųȸ뼧뼧Хƥ⤿ʤ	Tubes in which an electron stream interacts with a wave travelling along a delay line or equivalent sequence of impedance elements, and without magnet system producing an H-field crossing the E-field
H01J  25/38  \	3	3	5C029	H01J  25/38	10	ʹȤѤƤ	the forward-travelling wave being utilised
H01J  25/40  \	3	3	5C029	H01J  25/40	26	ȤѤƤ	the backward-travelling wave being utilised
H01J  25/42  \	2	2	5C029	H01J  25/42	75	ŻήٱޤԡǻҤˤäƿʹԤȤߺѤųȸ뼧뼧ХƥĤΡŻҶ֤μϤʹȤưΣȣʣ	Tubes in which an electron stream interacts with a wave travelling along a delay line or equivalent sequence of impedance elements, and with a magnet system producing an H-field crossing the E-field (with travelling wave moving completely around the electron space H01J 25/50)
H01J  25/44  \	3	3	5C029	H01J  25/44	5	ʹȤѤƤ	the forward-travelling wave being utilised
H01J  25/46  \	3	3	5C029	H01J  25/46	1	ȤѤƤ	the backward-travelling wave being utilised
H01J  25/48  \	2	2	5C029	H01J  25/48	1	®٤ΰۤʤ룲ĤŻήߤ˺Ѥ礦ɡ㡥Żȴ	Tubes in which two electron streams of different velocities interact with one another, e.g. electron-wave tube
H01J  25/49  \	2	2	5C029	H01J  25/49	44	ѥȥåѤɡ㡥ѥȥå	Tubes using the parametric principle, e.g. for parametric amplification
H01J  25/50  \	1	1	5C029	H01J  25/50	334	Ŵɡʤųȸ뼧뼧ХƥĴɡŻҶ֤μϤʹȤˤưʤΣȣʣʣȿͤޤϵեȥưǺѤΣȣʣȣʣ	Magnetrons, i.e. tubes with a magnet system producing an H-field crossing the E-field (with travelling wave not moving completely around the electron space H01J 25/42; functioning with plural reflection or with reversed cyclotron action H01J 25/62, H01J 25/64)
H01J  25/52  \	2	2	5C029	H01J  25/52	0	ˤޤϰŶˤμϤɤŻҤⴰưΤ˸ʤŻҶ֤Τ	with an electron space having a shape that does not prevent any electron from moving completely around the cathode or guide electrode
H01J  25/54  \	3	3	5C029	H01J  25/54	0	ñζƹޤ¾ζͭΡ㡥˥塼ȥɴ	having only one cavity or other resonator, e.g. neutrode tubes
H01J  25/55  \	4	4	5C029	H01J  25/55	5	ƱƹŴɡΣ	Coaxial-cavity magnetrons [2]
H01J  25/56  \	4	4	5C029	H01J  25/56	0	۶ˤθ򤵻طΤΡ㡥١	with interdigital arrangement of anodes, e.g. turbator tube
H01J  25/58  \	3	3	5C029	H01J  25/58	2	¿ζͭΡͭΡ㡥	having a number of resonators; having a composite resonator, e.g. a helix
H01J  25/587  \	4	4	5C029	H01J  25/587	2	¿ƹŴɡΣ	Multi-cavity magnetrons [2]
H01J  25/593  \	5	5	5C029	H01J  25/593	1	饤󥰥󷿼ŴɡΣ	Rising-sun magnetrons [2]
H01J  25/60  \	2	2	5C029	H01J  25/60	0	ˤޤϰŶˤμϤɤŻҤⴰưȤ˸ͭŻҶ֤ΤΡŴ	with an electron space having a shape that prevents any electron from moving completely around the cathode or guide electrode; Linear magnetrons
H01J  25/61  \	1	1	5C029	H01J  25/61	1	ϥ֥åɴɡʤ®ĴʬȿʹȴʬȤʤɡΣ	Hybrid tubes, i.e. tubes comprising a klystron section and a travelling-wave section [2]
H01J  25/62  \	1	1	5C029	H01J  25/62	3	ȥۥȥ󡤤ʤųȸ뼧꤫ʣȿͤκѤ򤹤	Strophotrons, i.e. tubes with H-field crossing the E-field and functioning with plural reflection
H01J  25/64  \	1	1	5C029	H01J  25/64	4	ӥɡʤųȸ뼧ꡤĵեȥưκѤ򤹤	Turbine tubes, i.e. tubes with H-field crossing the E-field and functioning with reversed cyclotron action
H01J  25/66  \	1	1	5C029	H01J  25/66	3	ŻήȤǸꡤĤˤäƼȤǤޤϴĤ	Tubes with electron stream crossing itself and thereby interrupting, or interfering with, itself
H01J  25/68  \	1	1	5C029	H01J  25/68	31	ʻҤȸ®ȯȤư褦̤߷פ줿ɡ㡥Х륯ϥ󡦥ȯʣŻͤΤΣȣʣ	Tubes specially designed to act as oscillator with positive grid and retarding field, e.g. for Barkhausen-Kurz oscillators (with secondary emission H01J 25/76)
H01J  25/70  \	2	2	5C029	H01J  25/70	0	ʬۥ󥹤ʬۥѥ󥹤ͭ붦ΤΡ㡥ԥ	with resonator having distributed inductance and capacitance, e.g. Pintsch tube
H01J  25/72  \	2	2	5C029	H01J  25/72	0	ȤޤϤΤʤʬŶˤˤäƺƤΡ㡥ӥɡʬۥ󥹤ʬۥѥ󥹤ͭ붦ĤΣȣʣ	in which a standing wave or a considerable part thereof is produced along an electrode, e.g. Clavier tube (with resonator having distributed inductance and capacitance H01J 25/70)
H01J  25/74  \	1	1	5C029	H01J  25/74	7	Ի֣˴ȯȤư褦̤߷פ줿ɡ㡥Υȥ	Tubes specially designed to act as transit-time diode oscillators, e.g. monotrons
H01J  25/76  \	1	1	5C029	H01J  25/76	4	ưŪŻܴɡ㡥ե󥹥Żܴɡޥѥ	Dynamic electron-multiplier tubes, e.g. Farnsworth multiplier tube, multipactor
H01J  25/78  \	1	1	5C029	H01J  25/78	3	иˤäŻήĴ	Tubes with electron stream modulated by deflection in a resonator
H01J  27/00  \	0	0	5C030	H01J  27/00	237	ӡɡʣȣʣȣʣȣʣͥ表γҲ®ȣȡ	Ion beam tubes (H01J 25/00, H01J 33/00, H01J 37/00 take precedence; particle accelerators H05H)
H01J  27/02  \	1	1	5C030	H01J  27/02	1075	󸻡ơΣ	Ion sources; Ion guns [3]
H01J  27/04  \	2	2	5C030	H01J  27/04	143	ȿŤѤΡ㡥ڥ˥󥰥󸻡Σ	using reflex discharge, e.g. Penning ion sources [3]
H01J  27/06  \	3	3	5C030	H01J  27/06	16	äʤΡΣ	without applied magnetic field [3]
H01J  27/08  \	2	2	5C030	H01J  27/08	1035	ŤѤΡΣ	using arc discharge [3]
H01J  27/10  \	3	3	5C030	H01J  27/10	51	ǥ奪ץ饺ޥȥΣ	Duoplasmatrons
H01J  27/12  \	4	4	5C030	H01J  27/12	0	ĥåפΡΣ	provided with an expansion cup [3]
H01J  27/14  \	3	3	5C030	H01J  27/14	164	ä줿Ѥ¾ΥŤˤ륤󸻡Σ	Other arc discharge ion sources using an applied magnetic field [3]
H01J  27/16  \	2	2	5C030	H01J  27/16	570	嵯㡥ޥ嵯ѤΡΣ	using high-frequency excitation, e.g. microwave excitation [3]
H01J  27/18  \	3	3	5C030	H01J  27/18	285	˲ä줿ͭΡΣ	with an applied axial magnetic field [3]
H01J  27/20  \	2	2	5C030	H01J  27/20	454	γҤξ׷ѤΡ㡥ΥΣ	using particle bombardment, e.g. ionisers [3]
H01J  27/22  \	3	3	5C030	H01J  27/22	71	°󸻡Σ	Metal ion sources [3]
H01J  27/24  \	2	2	5C030	H01J  27/24	149	ΥѤΡ㡥졼ӡѤΡΣ	using photo-ionisation, e.g. using laser beam [3]
H01J  27/26  \	2	2	5C030	H01J  27/26	841	ɽΥѤΡ㡥ų̥󸻡Ǯ󸻡ʣȣʣȣʣͥˡΣ	using surface ionisation, e.g. field effect ion sources, thermionic ion sources (H01J 27/20, H01J 27/24 take precedence) [3]
H01J  29/00  \	0	0	5C031	H01J  29/00	433	롼ףȣʣ˴ޤޤƤ뷿αɤ뤤Żҥӡɤκ	Details of cathode-ray tubes or of electron-beam tubes of the types covered by group H01J 31/00
H01J  29/02  \	1	1	5C031	H01J  29/02	4	Ŷˡ꡼󡨤Υޥȡٻֳݻ뤤	Electrodes; Screens; Mounting, supporting, spacing, or insulating thereof
H01J  29/02  A	1	0	5C031	H01J  29/02	13	ɥޥ	Shadow masks
H01J  29/02  B	1	1	5C031	H01J  29/02	1099	ٻ	Supporting devices
H01J  29/02  C	1	1	5C031	H01J  29/02	149	쥯ȥ󡡥ݥ	Electron shields
H01J  29/02  D	1	1	5C031	H01J  29/02	667		Internal magnetism shields
H01J  29/02  E	1	1	5C031	H01J  29/02	131	󥿥ȡץ	Contact springs
H01J  29/02  F	1	1	5C031	H01J  29/02	109	æ	Attaching and removing
H01J  29/02  Z	1	0	5C031	H01J  29/02	35	¾	Others
H01J  29/04  \	2	2	5C031	H01J  29/04	3849		Cathodes
H01J  29/06  \	2	2	5C031	H01J  29/06	136	פؤѥ꡼Żήˤޥ	Screens for shielding; Masks interposed in the electron stream
H01J  29/07  \	3	3	5C031	H01J  29/07	34	顼ƥӥɤΤΥɥޥΣ	Shadow masks for colour-television tubes [2]
H01J  29/07  A	3	0	5C031	H01J  29/07	1020	ĥȷ	Slot-type
H01J  29/07  B	3	0	5C031	H01J  29/07	568	ѡݥ䡡	Aperture grilles
H01J  29/07  Z	3	0	5C031	H01J  29/07	1982	¾	Others
H01J  29/08  \	2	2	5C031	H01J  29/08	45	ޤϥѥ󤬷졤ª졤ѴޤѤ륹꡼̩ܤ˴طƤŶˡ㡥ŻҼѴɤޤϱѤ	Electrodes intimately associated with a screen on or from which an image or pattern is formed, picked-up, converted or stored, e.g. backing-plates for storage tubes or electrodes for collecting secondary electrons
H01J  29/10  \	2	2	5C036	H01J  29/10	44	ޤϥѥ󤬷졤ª졤ѴޤѤ륹꡼	Screens on, or from, which an image or pattern is formed, picked-up, converted, or stored
H01J  29/12  \	3	3	5C036	H01J  29/12	31	åˤäƸۤȤƯΡ㡥ɥۡѤΤ	acting as light valves by shutter operation, e.g. for eidophor
H01J  29/14  \	3	3	5C036	H01J  29/14	112	ѿˤäƯΡ㡥ϥ󲽹ʪ꡼	acting by discolouration, e.g. halide screen
H01J  29/16  \	3	3	5C036	H01J  29/16	1	Ǯȯ꡼	Incandescent screens
H01J  29/18  \	3	3	5C036	H01J  29/18	11	ߥͥåȥ꡼	Luminescent screens
H01J  29/18  A	3	0	5C036	H01J  29/18	335	ñ	for monochrome cathode-ray tubes
H01J  29/18  C	3	0	5C036	H01J  29/18	199	ݱ	for colour cathode-ray tubes
H01J  29/18  M	3	0	5C036	H01J  29/18	130	ݥ	for image enhancement tubes
H01J  29/18  Z	3	0	5C036	H01J  29/18	22	¾Τ	Others
H01J  29/20  \	4	4	5C036	H01J  29/20	1615	ߥͥåȺħΤ	characterised by the luminescent material
H01J  29/22  \	4	4	5C036	H01J  29/22	85	ߥͥåȺ򤽤λٻΤ˸夹ޤޤǴޤħΤΡ㡥Ĥ	characterised by the binder or adhesive for securing the luminescent material to its support, e.g. vessel
H01J  29/24  \	4	4	5C036	H01J  29/24	112	ߥͥåȺλٻ	Supports for luminescent material
H01J  29/26  \	4	4	5C036	H01J  29/26	149	ؤ줿ߥͥåؤΤ	with superimposed luminescent layers
H01J  29/28  \	4	4	5C036	H01J  29/28	680	ݸƳŤ뤤ȿؤΤ	with protective, conductive, or reflective layers
H01J  29/30  \	4	4	5C036	H01J  29/30	94	Ϣ³֤줿ߥͥåȺΤΡ㡥ޤΤ	with luminescent material discontinuously arranged, e.g. in dots or lines
H01J  29/32  \	5	5	5C036	H01J  29/32	1065	ۤʤߥͥåȺޤܤƤΡ㡥顼ƥӥ	with adjacent dots or lines of different luminescent material, e.g. for colour television
H01J  29/34  \	4	4	5C036	H01J  29/34	8	ߤ줿ޡޤϻؼ	provided with permanent marks or references
H01J  29/34  A	4	0	5C036	H01J  29/34	443	ǥĥ	for index-types
H01J  29/34  D	4	0	5C036	H01J  29/34	78	ձ	for cathode-ray tubes containing gradations
H01J  29/34  Z	4	0	5C036	H01J  29/34	18	¾Τ	Others
H01J  29/36  \	3	3	5C037	H01J  29/36	53	ť꡼Ųѥ꡼	Photoelectric screens; Charge-storage screens
H01J  29/38  \	4	4	5C037	H01J  29/38	390	ŲѤѤʤΡ㡥Żͥ꡼󡤳Ȥ걢	not using charge storage, e.g. photo-emissive screen, extended cathode
H01J  29/39  \	4	4	5C037	H01J  29/39	228	Ųѥ꡼	Charge-storage screens
H01J  29/41  \	5	5	5C037	H01J  29/41	30	ŻФѤΡ㡥ѡΥ	using secondary emission, e.g. for supericonoscope
H01J  29/43  \	5	5	5C037	H01J  29/43	1	Żͥ⥶ѤΡ㡥륷ѡΥ	using photo-emissive mosaic, e.g. for orthicon, for iconoscope
H01J  29/44  \	5	5	5C037	H01J  29/44	66	γͤˤŵṲ̄򼨤Ρ㡥׷ˤƳ	exhibiting internal electric effects caused by particle radiation, e.g. bombardment-induced conductivity
H01J  29/45  \	5	5	5C037	H01J  29/45	27	żͤˤŵṲ̄򼨤ΡƳť꡼󡤸ͶΥ꡼󡤸Ű꡼	exhibiting internal electric effects caused by electromagnetic radiation, e.g. photoconductive screen, photodielectric screen, photovoltaic screen
H01J  29/45  A	5	0	5C037	H01J  29/45	422	Ƴťݥ̸ƳŷɡʥӥǥˤΥݥĥȡκˡ˴ؤΡ	Photo-conductive screens [of the materials, construction, and processes of photo-conductive picture tube (vidicon) targets
H01J  29/45  B	5	1	5C037	H01J  29/45	242	ȾƳΥݥĥȡ̣Ĥͥ	Semi-conductor targets [D takes precedence]
H01J  29/45  C	5	1	5C037	H01J  29/45	45	ط	External optical-type
H01J  29/45  J	5	1	5C037	H01J  29/45	31	ݻѥݥ	Colour picture tube screens
H01J  29/45  E	5	2	5C037	H01J  29/45	234	ե륿ߤ	having colour filters
H01J  29/45  F	5	3	5C037	H01J  29/45	119	Ŷ˷	2 electrode-type
H01J  29/45  G	5	3	5C037	H01J  29/45	117	Ŷ˷	3 electrode-type
H01J  29/45  H	5	3	5C037	H01J  29/45	45	򺵿ե륿ߤ	having crossed colour filters
H01J  29/45  D	5	3	5C037	H01J  29/45	32	ȾƳΥݥĥȤߤ	having semi-conductor targets
H01J  29/45  K	5	1	5C037	H01J  29/45	64		for  X-radiation input
H01J  29/45  L	5	1	5C037	H01J  29/45	51	ֳ	for infrared input
H01J  29/45  Z	5	0	5C037	H01J  29/45	10	¾	Others
H01J  29/46  \	1	1	5C036	H01J  29/46	21	Żޤϥӡȯޤ椹뤿Ŷ֤ӴϢʡ㡥ŻҸ	Arrangements of electrodes and associated parts for generating or controlling the ray or beam, e.g. electron-optical arrangement
H01J  29/46  A	1	0	5C036	H01J  29/46	97	ŻҸŪְ	General electron optical devices
H01J  29/46  B	1	0	5C036	H01J  29/46	379	ʿķɽ֤ŻҸط	Electron optical systems of flat pate-type displays
H01J  29/46  Z	1	0	5C036	H01J  29/46	35	¾	Others
H01J  29/48  \	2	2	5C041	H01J  29/48	59	Żҽ	Electron guns
H01J  29/48  A	2	0	5C041	H01J  29/48	3085	ŻҽơŻҽ񹳤ߤΡ㤨Х֥ݥѡޤࡣξ硤ɬפ˱դ	Picture tube electron guns [having resistance in the electron gun, including, for example, bleeders. In this case, depending upon need, attached to 29/50]
H01J  29/48  B	2	0	5C041	H01J  29/48	417	ŻҽơʥĥŶˤޤ	Electron guns for image tubes (including mesh electrodes)
H01J  29/48  C	2	0	5C041	H01J  29/48	176	ŻҽƤٻ	Electron gun insulating support rods
H01J  29/48  D	2	0	5C041	H01J  29/48	34	¬ŻҽơиŶˡĥŶˤޤ	Electron guns for observation tubes (including electrostatic deflection electrodes and mesh electrodes)
H01J  29/48  Z	2	0	5C041	H01J  29/48	145	¾ŻҽƤλٻϵŤΤΥХ֥ڡݥޤ	Others (including electron gun supports or bulb spacers for feeding)
H01J  29/50  \	3	3	5C041	H01J  29/50	1893	ñο֤֤줿İʾνơ㡥¿ŻɡʣȣʣͥˡΣ	two or more guns being arranged in a single vacuum space, e.g. for plural-ray tubes (H01J 29/51 takes precedence) [2]
H01J  29/51  \	3	3	5C041	H01J  29/51	487	ʣΥӡν椹֡Σ	Arrangements for controlling convergence of a plurality of beams
H01J  29/52  \	2	2	5C042	H01J  29/52	144	Żޤϥӡζ٤椹֡㡥Ĵ	Arrangements for controlling intensity of ray or beam, e.g. for modulation
H01J  29/54  \	2	2	5C042	H01J  29/54	21	ŻӡΥ󥿥	Arrangements for centring ray or beam
H01J  29/54  A	2	0	5C042	H01J  29/54	1145	ɤΥ󥿥󥰥ޥͥĥȡԥƥСݥ󥹥ޥͥĥ	Centering magnets and purity-convergence magnets of picture tubes
H01J  29/54  B	2	0	5C042	H01J  29/54	48	ɤΥ饤	Devices for image tube alignment
H01J  29/54  Z	2	0	5C042	H01J  29/54	12	¾	Others
H01J  29/56  \	2	2	5C042	H01J  29/56	235	Żޤϥӡβ̤椹֡Żҥӡμ֡㡥󥺤ˤ	Arrangements for controlling cross-section of ray or beam; Arrangements for correcting aberration of beam, e.g. due to lenses
H01J  29/58  \	2	2	5C042	H01J  29/58	8	Żޤϥӡ«ޤȿͤ	Arrangements for focusing or reflecting ray or beam
H01J  29/58  A	2	0	5C042	H01J  29/58	75		for picture tubes
H01J  29/58  B	2	0	5C042	H01J  29/58	12		for image tubes
H01J  29/58  Z	2	0	5C042	H01J  29/58	9	¾	Others
H01J  29/60  \	3	3	5C042	H01J  29/60	37		Mirrors
H01J  29/62  \	3	3	5C041	H01J  29/62	323	ť	Electrostatic lenses
H01J  29/64  \	3	3	5C042	H01J  29/64	7		Magnetic lenses
H01J  29/64  A	3	0	5C042	H01J  29/64	283		for picture tubes
H01J  29/64  B	3	0	5C042	H01J  29/64	102		for image tubes
H01J  29/64  Z	3	0	5C042	H01J  29/64	3	¾	Others
H01J  29/66  \	4	4	5C042	H01J  29/66	5	żŪʤѤ	using electromagnetic means only
H01J  29/66  A	4	0	5C042	H01J  29/66	30		for picture tubes
H01J  29/66  B	4	0	5C042	H01J  29/66	15		for image tubes
H01J  29/66  Z	4	0	5C042	H01J  29/66	1	¾	Others
H01J  29/68  \	4	4	5C042	H01J  29/68	6	ʵ׼ФѤ	using permanent magnets only
H01J  29/68  A	4	0	5C042	H01J  29/68	75		for picture tubes
H01J  29/68  B	4	0	5C042	H01J  29/68	2		for image tubes
H01J  29/68  Z	4	0	5C042	H01J  29/68	8	¾	Others
H01J  29/70  \	2	2	5C042	H01J  29/70	89	Żޤϥӡи	Arrangements for deflecting ray or beam
H01J  29/72  \	3	3	5C042	H01J  29/72	127	ĤľޤϣĤľ򤹤ľ˱褦	along one straight line or along two perpendicular straight lines
H01J  29/74  \	4	4	5C042	H01J  29/74	8	ųΤߤˤи	Deflecting by electric fields only
H01J  29/74  A	4	0	5C042	H01J  29/74	251	̼иŶ	Electrostatic deflection electrodes for general picture tubes
H01J  29/74  B	4	0	5C042	H01J  29/74	159	иŶ	Electrostatic deflection electrodes for image tubes
H01J  29/74  C	4	0	5C042	H01J  29/74	102	ʿиŶ	Electrostatic deflection electrodes for flat tubes
H01J  29/74  D	4	0	5C042	H01J  29/74	112	ȴ¬иŶ	Electrostatic deflection electrodes for high-frequency observation tubes
H01J  29/74  Z	4	0	5C042	H01J  29/74	80	¾	Others
H01J  29/76  \	4	4	5C042	H01J  29/76	12	Τߤˤи	Deflecting by magnetic fields only
H01J  29/76  A	4	0	5C042	H01J  29/76	3423	иݥ	Deflection yoke for picture tubes
H01J  29/76  B	4	0	5C042	H01J  29/76	423	иݥ	Deflection yoke for image tubes
H01J  29/76  C	4	0	5C042	H01J  29/76	1108	ФޤϼΤˤи	Deflection correction using magnets or magnetic bodies
H01J  29/76  D	4	0	5C042	H01J  29/76	1196	ˤи	Deflection correction using auxiliary coils
H01J  29/76  Z	4	0	5C042	H01J  29/76	43	¾	Others
H01J  29/78  \	3	3	5C042	H01J  29/78	25	ߡޤϲžˤΡ㡥졼ɽ	along a circle, spiral, or rotating radial line, e.g. for radar display
H01J  29/80  \	2	2	5C042	H01J  29/80	19	иƥ̲ᤷŻޤϥӡ椹֡㡥ʲ®ޤϸʽ«ѡڤ괹	Arrangements for controlling the ray or beam after passing the main deflection system, e.g. for post-acceleration or post-concentration, for colour switching
H01J  29/80  A	2	0	5C042	H01J  29/80	195	ʲ®	post- acceleration-type cathode-ray tubes
H01J  29/80  B	2	0	5C042	H01J  29/80	138	иŶˡ̿ڴѡ	post-deflection acceleration electrodes [for colour-switching]
H01J  29/80  Z	2	0	5C042	H01J  29/80	18	¾	Others
H01J  29/81  \	3	3	5C042	H01J  29/81	175	ɥޥѤΡΣ	using shadow masks [3]
H01J  29/82  \	2	2	5C042	H01J  29/82	5	ŻҸؤޤϥ֤Υޥȡٻֳݻޤ	Mounting, supporting, spacing, or insulating electron-optical or ion-optical arrangements
H01J  29/82  A	2	0	5C042	H01J  29/82	1077	иݥݻ	Deflection yoke retention for cathode-ray tubes
H01J  29/82  B	2	0	5C042	H01J  29/82	304	ŻҽƤλٻ	Electron gun supports
H01J  29/82  Z	2	0	5C042	H01J  29/82	88	¾	Others
H01J  29/84  \	1	1	5C042	H01J  29/84	50	γҡ㡥饤ޤϼŻҡޤϤ餹֡®٤ޤϼ̤򤹤֡Σ	Arrangements for removing or diverting unwanted particles, e.g. for negative ions or fringing electrons; Arrangements for velocity or mass selection[2006.01]
H01J  29/86  \	1	1	5C032	H01J  29/86	35	Ĥƴ	Vessels; Containers; Vacuum locks
H01J  29/86  A	1	0	5C032	H01J  29/86	297	ɤ˴ؤΡ̣ȣʣ	Related to image tubes [H01 J29/86 to 29/98]
H01J  29/86  Z	1	0	5C032	H01J  29/86	2835	¾	Others
H01J  29/87  \	2	2	5C032	H01J  29/87	2392	Ĥޤƴˤθ̤ɻߤޤϷڸ֡Σ	Arrangements for preventing or mitigating effects of implosion of vessels or containers [2]
H01J  29/88  \	2	2	5C032	H01J  29/88	1739	ɾʤΤΡʤκ	provided with coatings on the walls thereof; Selection of materials for the coatings
H01J  29/89  \	2	2	5C032	H01J  29/89	1357	Ĥȹ¤Ū˷礵줿ؤޤϼ̿	Optical or photographic arrangements structurally combined with the vessel
H01J  29/90  \	1	1	5C032	H01J  29/90	844	Ƴ֡Τ	Leading-in arrangements; Seals therefor
H01J  29/92  \	1	1	5C032	H01J  29/92	31	ŵŪ³Τɤʤ	Means forming part of the tube for the purpose of providing electrical connection to it
H01J  29/92  A	1	0	5C032	H01J  29/92	384	ɤΥΡݥɥܥ	Cathode-ray tube anode button
H01J  29/92  Z	1	0	5C032	H01J  29/92	705	¾	Others
H01J  29/94  \	1	1	5C032	H01J  29/94	1149	ʪκ򡨴ǽ˾ΰϤ뤫ޤϰݻʡ㡥åˤ	Selection of substances for gas fillings; Means for obtaining or maintaining the desired pressure within the tube, e.g. by gettering
H01J  29/96  \	1	1	5C032	H01J  29/96	373	ɤȹ¤Ū˷礹룱İʾβϩǻ	One or more circuit elements structurally associated with the tube
H01J  29/98  \	1	1	5C032	H01J  29/98	56	ɤӤ˻Ѥ줺¾Τɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  31/00  \	0	0	5C036	H01J  31/00	8	ɡŻҥӡɡʣȣʣȣʣȣʣȣʣͥ表ɤޤŻҥӡɤκȣʣ	Cathode-ray tubes; Electron-beam tubes (; details of cathode-ray tubes or of electron-beam tubes H01J 29/00)
H01J  31/00  A	0	0	5C036	H01J  31/00	46	Ͽɡɡ̥եСݴɡ	Memory tubes and printing tubes [fiber tubes]
H01J  31/00  B	0	0	5C036	H01J  31/00	238	ݥɡΩδɡʣ	Radar tubes, stereo tubes, plural array tubes
H01J  31/00  Z	0	0	5C036	H01J  31/00	465	¾Τ	Others
H01J  31/02  \	1	1	5C036	H01J  31/02	181	ŻޤϥӡˤäŪ˾׷⤵졤ξǡ줫顤ޤϤ򤳤Żޤϥӡबиޤʬ룱İʾνŶˤͭ	having one or more output electrodes which may be impacted selectively by the ray or beam, and onto, from, or over which the ray or beam may be deflected or de-focused
H01J  31/04  \	2	2	5C036	H01J  31/04	2	ĤޤϣĤνŶˤΤߤΤ	with only one or two output electrodes
H01J  31/06  \	2	2	5C036	H01J  31/06	0	İʾνŶˤΤΡ㡥¿ڤ괹ޤϷ׿ΤΤ	with more than two output electrodes, e.g. for multiple switching or counting
H01J  31/08  \	1	1	5C037	H01J  31/08	0	ξˤޤϤޤϥѥ󤬷졤ª졤Ѵ졤ޤѤ륹꡼ͭ	having a screen on or from which an image or pattern is formed, picked-up, converted, or stored
H01J  31/08  A	1	0	5C037	H01J  31/08	55	ʸȯ	Character signal generation tube
H01J  31/08  B	1	0	5C037	H01J  31/08	24	ݥɿȯ	Code signal generation tube
H01J  31/08  C	1	0	5C037	H01J  31/08	51	Ѵɰ	General storage tubes
H01J  31/08  D	1	0	5C037	H01J  31/08	57	ѻ	Image storage tubes
H01J  31/08  E	1	0	5C037	H01J  31/08	138	ľѴ	Direct sight storage tubes
H01J  31/08  Z	1	0	5C037	H01J  31/08	195	¾Τ	Others
H01J  31/10  \	2	2	5C036	H01J  31/10	6	ޤϥѥɽɡʤŵŪϤȸŪϤͭΡŪΤΥե饤󥰥ݥåȴ	Image or pattern display tubes, i.e. having electrical input and optical output; Flying-spot tubes for scanning purposes
H01J  31/10  A	2	0	5C036	H01J  31/10	666	̷	Administration-type cathode-ray tubes
H01J  31/10  Z	2	0	5C036	H01J  31/10	499	¾Τ	Others
H01J  31/12  \	3	3	5C036	H01J  31/12	25	ߥͥåȥ꡼Τ	with luminescent screen
H01J  31/12  A	3	0	5C036	H01J  31/12	307	٨ʿ	Flat-type cathode-ray tubes
H01J  31/12  B	3	0	5C036	H01J  31/12	1519	ʿ	Flat-type cathode-ray tubes
H01J  31/12  C	3	1	5C036	H01J  31/12	5550	䱢ˤѤ	using cold cathodes
H01J  31/12  Z	3	0	5C036	H01J  31/12	188	¾Τ	Others
H01J  31/14  \	4	4	5C036	H01J  31/14	83	ޥåޤ϶ƱĴؼ	Magic-eye or analogous tuning indicators
H01J  31/15  \	4	4	5C036	H01J  31/15	20	ߥͥĥ۶˥ȤŪ˾ȼͤޤϥӡͭΡΣ	with ray or beam selectively directed to luminescent anode segments [3]
H01J  31/15  A	4	0	5C036	H01J  31/15	1578	ָɽ	Whole florescent image tubes
H01J  31/15  B	4	1	5C036	H01J  31/15	887	ŶˡŶ	Controlling cathodes and auxiliary cathodes
H01J  31/15  C	4	1	5C036	H01J  31/15	626		Cathodes
H01J  31/15  D	4	1	5C036	H01J  31/15	394	۶	Anodes
H01J  31/15  E	4	1	5C036	H01J  31/15	527	ָ	Fluorescent bodies
H01J  31/15  F	4	1	5C036	H01J  31/15	696	¿ɽѲϩȰβǧ	Improvements of multicolour displays, unified integrated circuits,  and  visibility
H01J  31/15  Z	4	0	5C036	H01J  31/15	427	¾Τ	Others
H01J  31/16  \	4	4	5C036	H01J  31/16	20	¿ŪɽΤޥͭΡ㡥˥塼	with mask carrying a number of selectively displayable signs, e.g. numeroscope
H01J  31/18  \	4	4	5C036	H01J  31/18	77	ʻҾŲѥ꡼Żޤϥӡˤäƽ񤫤졤ƥߥͥåȥ꡼׷⤹ˤŻޤϥӡबΥ꡼̲ᤷƱƶͿΡ㡥ľ뷿Ѵ	with image written by a ray or beam on a grid-like charge-accumulating screen, and with a ray or beam passing through, and influenced by, this screen before striking the luminescent screen, e.g. direct-view storage tube
H01J  31/20  \	3	3	5C036	H01J  31/20	14	ʾѥɽ	for displaying images or patterns in two or more colours
H01J  31/20  A	3	0	5C036	H01J  31/20	2093	ɥޥݼ	Shadow mask-type colour picture tubes
H01J  31/20  B	3	0	5C036	H01J  31/20	80	ڥͥȥݥ󷿥ݼ	Penetration-type colour picture tubes
H01J  31/20  C	3	0	5C036	H01J  31/20	143	иݼ	Colour picture tubes intended for post-deflection
H01J  31/20  D	3	0	5C036	H01J  31/20	19	ñŻҥӡݥॷɥޥ	Single electron beam shadow mask-type cathode-ray tubes
H01J  31/20  E	3	0	5C036	H01J  31/20	372	ǥĥݼ	Index-type colour picture tubes
H01J  31/20  F	3	0	5C036	H01J  31/20	51	ʿݼ	Flat-type colour picture tubes
H01J  31/20  G	3	0	5C036	H01J  31/20	83	ʿķݱ	Flat plate-type cathode-ray tubes
H01J  31/20  Z	3	0	5C036	H01J  31/20	288	¾	Others
H01J  31/22  \	3	3	5C036	H01J  31/22	55	ΩɽѤΤ	for stereoscopic displays
H01J  31/24  \	3	3	5C036	H01J  31/24	182	åˤäƸۤȤƯ꡼ΤΡ㡤ɥۡ	with screen acting as light valve by shutter operation, e.g. eidophor
H01J  31/26  \	2	2	5C037	H01J  31/26	171	ĻϤŵϤͭ뻣ɡʸꤵ줿ŻҥӡʤǸŻͥ꡼ɣȣʣ	Image pick-up tubes having an input of visible light and electric output (tubes without defined electron beams and having a light ray scanning a photo-emissive screen H01J 40/20)
H01J  31/28  \	3	3	5C037	H01J  31/28	2	꡼Ż	with electron ray scanning the image screen
H01J  31/28  A	3	0	5C037	H01J  31/28	226	Ĥﳰ¤ħΤ	characterized by construction outside the vessel
H01J  31/28  B	3	0	5C037	H01J  31/28	164	Ĥ¤ħΤ	characterized by construction inside the vessel
H01J  31/28  C	3	1	5C037	H01J  31/28	71	ݥζ˵㡥ĥŶˤλٻġ	near the image screen [e.g.  mesh electrode support rings]
H01J  31/28  D	3	2	5C037	H01J  31/28	46	ĥŶ	Mesh electrodes
H01J  31/28  Z	3	0	5C037	H01J  31/28	185	¾	Others
H01J  31/30  \	4	4	5C037	H01J  31/30	1	۶Ṳ̋ȤƤΥ꡼Ṳ̋Ĵ򤹤Ρ㡥Υ	having regulation of screen potential at anode potential, e.g. iconoscope
H01J  31/32  \	5	5	5C037	H01J  31/32	0	Τɡ㡥᡼ΥסѡΥ	Tubes with image-amplification section, e.g. image-iconoscope, supericonoscope
H01J  31/34  \	4	4	5C037	H01J  31/34	2	Ṳ̋ȤƤΥ꡼Ṳ̋Ĵ򤹤Ρ㡥륷	having regulation of screen potential at cathode potential, e.g. orthicon
H01J  31/36  \	5	5	5C037	H01J  31/36	128	Τɡ㡥᡼륷	Tubes with image-amplification section, e.g. image-orthicon
H01J  31/38  \	5	5	5C037	H01J  31/38	6	Ƴť꡼Τɡ㡥ӥǥ	Tubes with photoconductive screen, e.g. vidicon
H01J  31/38  B	5	0	5C037	H01J  31/38	184	Ĥ¤ħΤ	Vessels characterized by internal construction
H01J  31/38  C	5	1	5C037	H01J  31/38	238	Ƴťݥζ˵㡥ĥŶˡ	near photoconducting screens [e.g. mesh electrodes]
H01J  31/38  E	5	0	5C037	H01J  31/38	140	Х̥Х򤽤ʤӥǥ	Bias light [ bias photoelectric-equipped vidicon]
H01J  31/38  Z	5	0	5C037	H01J  31/38	134	¾	Others
H01J  31/40  \	4	4	5C037	H01J  31/40	1	Ŷˤ׷⤹Ż̲ᤷƶʻҾͭΡ㡥֣˴ưפͭ	having grid-like image screen through which the electron ray passes and by which the ray is influenced before striking the output electrode, i.e. having "triode action"
H01J  31/42  \	3	3	5C037	H01J  31/42	1	ꤷõˤθΤȤƤƤߤ褦иʣŻҥӡȯ꡼ĤΡ㡥ե󥹥	with image screen generating a composite electron beam which is deflected as a whole past a stationary probe to simulate a scanning effect, e.g. Farnsworth pick-up tube
H01J  31/44  \	4	4	5C037	H01J  31/44	0	Τ	Tubes with image-amplification section
H01J  31/46  \	3	3	5C037	H01J  31/46	266	οȶ٤ŵŪϤȤɽ魯	Tubes in which electrical output represents both intensity and colour of image
H01J  31/48  \	3	3	5C037	H01J  31/48	18	֤ˤŻ֤ˤäƱƶϤΤ뿿	Tubes with amplification of output effected by electron-multiplier arrangements within the vacuum space
H01J  31/49  \	2	2	5C037	H01J  31/49	2	ĻʳżͤϤŵŪϤͭ뻣ɡ㡥ѡֳ	Pick-up tubes adapted for an input of electromagnetic radiation other than visible light and having an electric output, e.g. for an input of X-rays, for an input of infra-red radiation
H01J  31/49  A	2	0	5C037	H01J  31/49	96		for  X-radiation inputs
H01J  31/49  B	2	0	5C037	H01J  31/49	38	ֳ	for infrared inputs
H01J  31/49  Z	2	0	5C037	H01J  31/49	13	¾	Others
H01J  31/495  \	2	2	5C037	H01J  31/495	16	ȡĶȤޤϵŪưϤŵŪϤͭ뻣	Pick-up tubes adapted for an input of sonic, ultrasonic or mechanical vibrations and having an electric output
H01J  31/50  \	2	2	5C037	H01J  31/50	26	ѴޤϱɡʤŪޤϤӸŪϤͭ	Image-conversion or image-amplification tubes, i.e. having optical, X-ray, or analogous input, and optical output
H01J  31/50  A	2	0	5C037	H01J  31/50	846	ѥݥ	Image tubes for  X-radiation
H01J  31/50  D	2	0	5C037	H01J  31/50	715	Żɡȥݥ	Night vision tubes and streak tubes
H01J  31/50  Z	2	0	5C037	H01J  31/50	81	¾ΤΡ°֡ϩ	Others [having accessory devices, control circuits]
H01J  31/52  \	3	3	5C037	H01J  31/52	0	ߥͥåȽϥ꡼׷⤹Żޤϥӡब̲ᤷƶʻҾ꡼ͭΡʤ֣˴ưפͭ	having grid-like image screen through which the electron ray or beam passes and by which the ray or beam is influenced before striking the luminescent output screen, i.e. having "triode action"
H01J  31/54  \	3	3	5C037	H01J  31/54	0	Żޤϥӡबϥ꡼ˤϥ꡼ȿͤ	in which the electron ray or beam is reflected by the image input screen on to the image output screen
H01J  31/56  \	3	3	5C037	H01J  31/56	4	ʾοǱѴޤ	for converting or amplifying images in two or more colours
H01J  31/58  \	2	2	5C037	H01J  31/58	198	ޤϾѥѤΤΤޤϥƥӥޤƱͤα٤ѴΤδɡʤŵŪϤŵŪϤͭ	Tubes for storage of image or information pattern or for conversion of definition of television or like images, i.e. having electrical input and electrical output
H01J  31/60  \	3	3	5C037	H01J  31/60	3	꡼ʬΥ줿ɽǻҾŻŪˤϢ³ŪˤиʤͭΡʲϩΤΣȣʣ	having means for deflecting, either selectively or sequentially, an electron ray on to separate surface elements of the screen (by circuitry alone H01J 29/98)
H01J  31/62  \	4	4	5C037	H01J  31/62	0	ʬΥ줿ɤ߼ӽ񤭹Τ	with separate reading and writing rays
H01J  31/64  \	5	5	5C037	H01J  31/64	0	꡼ȿ¦ˤΡ㡥٤ѴΤΤ	on opposite sides of screen, e.g. for conversion of definition
H01J  31/66  \	3	3	5C037	H01J  31/66	0	ͤŻҥӡ򤵤줿ǤΤΤ򥹥꡼бǻҤã뤿μʤͭΡ㡥쥯ȥ	having means for allowing all but selected cross-section elements of a homogeneous electron beam to reach corresponding elements of the screen, e.g. selectron
H01J  31/68  \	3	3	5C037	H01J  31/68	0	ѥ󤬣ʾɽ	in which the information pattern represents two or more colours
H01J  33/00  \	0	0	5C037	H01J  33/00	60	Ĥ狼ŻҤޤϥФäŴɡγҲ®ȣȡˡʡɴ	Discharge tubes with provision for emergence of electrons or ions from the vessel (particle accelerators H05H); Lenard tubes
H01J  33/02  \	1	1	5C037	H01J  33/02	32		Details
H01J  33/04  \	2	2	5C037	H01J  33/04	81		Windows
H01J  35/00  \	0	0	5C014	H01J  35/00	23		X-ray tubes
H01J  35/00  A	0	0	5C014	H01J  35/00	375	ɤ	X-radiation tube cooling
H01J  35/00  B	0	0	5C014	H01J  35/00	32	Ωɵ	Erection-type spherical tubes
H01J  35/00  C	0	0	5C014	H01J  35/00	38	ɵ	Gas-filled tubes
H01J  35/00  Z	0	0	5C014	H01J  35/00	855	¾	Others
H01J  35/02  \	1	1	5C014	H01J  35/02	42		Details
H01J  35/04  \	2	2	5C014	H01J  35/04	212	Ŷ	Electrodes
H01J  35/06  \	3	3	5C014	H01J  35/06	23		Cathodes
H01J  35/06  A	3	0	5C014	H01J  35/06	114	˹	Cathode structures
H01J  35/06  B	3	1	5C014	H01J  35/06	310	ŻΤħ	Characteristics of discharge bodies
H01J  35/06  C	3	1	5C014	H01J  35/06	170	ե	Filaments
H01J  35/06  D	3	2	5C014	H01J  35/06	149	եȤμդ	Mounting of filaments
H01J  35/06  E	3	1	5C014	H01J  35/06	411	եȰʳα˹εڤ°	Cathode structures and accessories other than filaments
H01J  35/06  H	3	1	5C014	H01J  35/06	278	˹Τ	Arrangement of cathodes
H01J  35/06  L	3	0	5C014	H01J  35/06	83	ž	Bifocal-type cathodes
H01J  35/06  Z	3	0	5C014	H01J  35/06	99	¾	Others
H01J  35/08  \	3	3	5C014	H01J  35/08	25	۶ˡб	Anodes; Anticathodes
H01J  35/08  A	3	0	5C014	H01J  35/08	85	ݥĥ	Targets
H01J  35/08  B	3	1	5C014	H01J  35/08	306	ݥĥȤκ	Target materials
H01J  35/08  C	3	1	5C014	H01J  35/08	491	ݥĥȤη¤	Target forms and structures
H01J  35/08  D	3	1	5C014	H01J  35/08	238	ݥĥȤγ	Target external structure
H01J  35/08  E	3	1	5C014	H01J  35/08	175	ݥĥȤμդ	Target attachment
H01J  35/08  F	3	1	5C014	H01J  35/08	355	Ʃ᷿ݥĥ	Transparent targets
H01J  35/08  Z	3	0	5C014	H01J  35/08	63	¾	Others
H01J  35/10  \	4	4	5C014	H01J  35/10	52	ž۶ˡ۶ˤž뤿֡Ѥž۶	Rotary anodes; Arrangements for rotating anodes; Cooling rotary anodes
H01J  35/10  A	4	0	5C014	H01J  35/10	1100	ž۶ˡž	Rotary anodes and rotary devices
H01J  35/10  C	4	1	5C014	H01J  35/10	123	žݥĥȤκ	Rotary target materials
H01J  35/10  D	4	2	5C014	H01J  35/10	125	ζ°ؤͣϤβžݥĥ	Rotary targets in which the base metal layers are Mo systems
H01J  35/10  E	4	2	5C014	H01J  35/10	142	ζ°ؤϤβžݥĥ	Rotary targets in the base metal layers are graphites
H01J  35/10  F	4	2	5C014	H01J  35/10	208	ŻҾȼؤ׷Ϥβžݥĥ	Rotary targets in which the base electron irradiation layers are W-related
H01J  35/10  G	4	2	5C014	H01J  35/10	80	ŻҾȼؤңϤβžݥĥ	Rotary targets in which the base electron irradiation layers are Re-related
H01J  35/10  H	4	1	5C014	H01J  35/10	452	ݥĥȤι¤Ϸ	Target structures and forms
H01J  35/10  M	4	1	5C014	H01J  35/10	168	ݥĥȤβžؤμդ	mounting to the target rotation shaft
H01J  35/10  N	4	1	5C014	H01J  35/10	838	ݥĥȤžʡưϩ	Target rotation parts and drive circuits
H01J  35/10  B	4	0	5C014	H01J  35/10	365	ž۶ˤ	Cooling of rotation cathodes
H01J  35/10  Z	4	0	5C014	H01J  35/10	226	¾	Others
H01J  35/12  \	4	4	5C014	H01J  35/12	257	Ѥž۶	Cooling non-rotary anodes
H01J  35/14  \	2	2	5C014	H01J  35/14	571	桤«ޤϻظ	Arrangements for concentrating, focusing, or directing the cathode ray
H01J  35/16  \	2	2	5C014	H01J  35/16	769	Ĥƴȷ礷פؤ	Vessels; Containers; Shields associated therewith
H01J  35/18  \	3	3	5C014	H01J  35/18	419		Windows
H01J  35/20  \	2	2	5C014	H01J  35/20	92	ʪʪ򡨴˽˾ΰϤ뤫ޤݻʡ㡥åˤ	Selection of substances for gas fillings; Means for obtaining or maintaining the desired pressure within the tube, e.g. by gettering
H01J  35/22  \	1	1	5C014	H01J  35/22	282	ˤû֤˶ˤ礭ήή褦ä߷פ줿Ρ㡥եåưΤΤ	specially designed for passing a very high current for a very short time, e.g. for flash operation
H01J  35/24  \	1	1	5C014	H01J  35/24	54	۶ˤޤб˾Ǳ׷⤹ɽ̾ˤƲư	Tubes wherein the point of impact of the cathode ray on the anode or anticathode is movable relative to the surface thereof
H01J  35/26  \	2	2	5C014	H01J  35/26	78	۶ˤޤбˤβžˤ	by rotation of the anode or anticathode
H01J  35/28  \	2	2	5C014	H01J  35/28	35	۶ˤޤбˤοưưư뤤žױưˤ	by vibration, oscillation, reciprocation, or swash-plate motion of the anode or anticathode
H01J  35/30  \	2	2	5C014	H01J  35/30	216	иˤ	by deflection of the cathode ray
H01J  35/32  \	1	1	5C014	H01J  35/32	51	ɤüޤϤΰˤƤޤϤζ᤯ȯɤǤäơδɤޤϤΰ򾮤ޤ϶ƶ䤹뤿ᾮ̤Ĥ	Tubes wherein the X-rays are produced at or near the end of the tube or a part thereof, which tube or part has a small cross-section to facilitate introduction into a small hole or cavity
H01J  37/00  \	0	0	5C101	H01J  37/00	61	Ťˤ餵ʪΤޤϺƳͭŻҴɡ㡤λ򤹤뤿ΤΡʣȣʣȣʣȣʣȣʣȣʣͥˡΣ	Discharge tubes with provision for introducing objects or material to be exposed to the discharge, e.g. for the purpose of examination or processing thereof () [2,5]
H01J  37/02  \	1	1	5C101	H01J  37/02	62		Details
H01J  37/04  \	2	2	5C101	H01J  37/04	69	Ŷ֤Ťȯޤ椹뤿δϢʡ㡥ŻҸ֡	Arrangements of electrodes and associated parts for generating or controlling the discharge, e.g. electron-optical arrangement, ion-optical arrangement
H01J  37/04  A	2	0	5C101	H01J  37/04	1306	ӡݥήӡݥθС	Detection and control of beam currents, beam diameters, and others
H01J  37/04  B	2	0	5C101	H01J  37/04	544	礻	Shaft alignment
H01J  37/04  Z	2	0	5C101	H01J  37/04	343	¾	Others
H01J  37/05  \	3	3	5C101	H01J  37/05	833	ŻҤޤϥ򤽤Υͥ륮˱ʬΥ뤿ŻҸŪޤϥŪ֡γʬΥɣȣʣˡΣ	Electron- or ion-optical arrangements for separating electrons or ions according to their energy (particle separator tubes H01J 49/00) [3]
H01J  37/06  \	3	3	5C101	H01J  37/06	111	ŻҸŻҽ	Electron sources; Electron guns
H01J  37/06  A	3	0	5C101	H01J  37/06	886	ŻҸ	for electron microscopes
H01J  37/06  B	3	0	5C101	H01J  37/06	481	Żҥӡݥùϲǡܡ	for electron beam processing [melting, fragmentation, punching, and  welding]
H01J  37/06  Z	3	0	5C101	H01J  37/06	658	¾	Others
H01J  37/063  \	4	4	5C101	H01J  37/063	162	ӡ뤿ŶˤδŪ֡Σ	Geometrical arrangement of electrodes for beam-forming [3]
H01J  37/065  \	4	4	5C101	H01J  37/065	250	Ƥι¤ޤϤΤʡʣȣʣȣʣͥˡΣ	Construction of guns or parts thereof (H01J 37/067-H01J 37/077 take precedence) [3]
H01J  37/067  \	4	4	5C101	H01J  37/067	154	Ƥʤμ괹Ŷ˴֤Ĵʣȣʣȣʣͥ表ߣȣʣˡΣ	Replacing parts of guns; Mutual adjustment of electrodes (H01J 37/073-H01J 37/077 take precedence; vacuum locks H01J 37/18) [3]
H01J  37/07  \	4	4	5C101	H01J  37/07	111	Ǯ̤ޤųˤäͭʱƶνΣ	Eliminating deleterious effects due to thermal effects or electric or magnetic fields (H01J 37/073-H01J 37/077 take precedence) [3]
H01J  37/073  \	4	4	5C101	H01J  37/073	1210	ųСŻСޤϣŻФˤŻҸѤŻҽơΣ	Electron guns using field emission, photo emission, or secondary emission electron sources [3]
H01J  37/075  \	4	4	5C101	H01J  37/075	122	γҤξ׷ˤޤϾȼͤˤꡤ㡥졼ˤꡤǮ줿ˤǮŻФѤŻҽơΣ	Electron guns using thermionic emission from cathodes heated by particle bombardment or by irradiation, e.g. by laser [3]
H01J  37/077  \	4	4	5C101	H01J  37/077	170	ŻҸȤƥޤϾŤѤŻҽơΣ	Electron guns using discharge in gases or vapours as electron sources [3]
H01J  37/08  \	3	3	5C101	H01J  37/08	3962	󸻡	Ion sources; Ion guns
H01J  37/09  \	3	3	5C101	H01J  37/09	82	եࡨŻҸŪޤϥŪ֤ȹ蘆줿Ρ𳦤Σ	Diaphragms; Shields associated with electron- or ion-optical arrangements; Compensation of disturbing fields [3]
H01J  37/09  A	3	0	5C101	H01J  37/09	1270	ʤ	Beam limiting devices
H01J  37/09  Z	3	0	5C101	H01J  37/09	329	¾	Others
H01J  37/10  \	3	3	5C101	H01J  37/10	167		Lenses
H01J  37/12  \	4	4	5C101	H01J  37/12	748	Ūʤ	electrostatic
H01J  37/14  \	4	4	5C101	H01J  37/14	103	Ūʤ	magnetic
H01J  37/141  \	5	5	5C101	H01J  37/141	58	ż󥺡Σ	Electromagnetic lenses [3]
H01J  37/141  A	5	0	5C101	H01J  37/141	444	ˡ̥ݡݥԡݥ	Magnetic poles [whole-pieces]
H01J  37/141  B	5	0	5C101	H01J  37/141	123	ѡǮ	Cooling and thermolysis
H01J  37/141  C	5	0	5C101	H01J  37/141	57	ĶƳ	Super-conductive lens
H01J  37/141  Z	5	0	5C101	H01J  37/141	899	¾	Others
H01J  37/143  \	5	5	5C101	H01J  37/143	94	ʵ׼Х󥺡Σ	Permanent magnetic lenses [3]
H01J  37/145  \	4	4	5C101	H01J  37/145	174	ť󥺤ż󥺤ȹ碌Σ	Combinations of electrostatic and magnetic lenses [3]
H01J  37/147  \	3	3	5C101	H01J  37/147	88	˾ϩ˱äŤľʤޤи뤿֡ʥ󥺣ȣʣˡΣ	Arrangements for directing or deflecting the discharge along a desired path (lenses H01J 37/10) [2]
H01J  37/147  A	3	0	5C101	H01J  37/147	337	ԣţ͡ƩŻҸ	for use with transmission electron microscopes
H01J  37/147  B	3	0	5C101	H01J  37/147	1446	ӣţ͡ŻҸ	for use with scanning electron microscopes
H01J  37/147  C	3	0	5C101	H01J  37/147	891	ŻҥӡݥϪ	for use with electron beam exposure devices
H01J  37/147  D	3	0	5C101	H01J  37/147	423	ӡݥ	for use with ion beam devices
H01J  37/147  E	3	0	5C101	H01J  37/147	94	Żҥӡݥùܡϲ	for use with electron beam processing, welding, and melting
H01J  37/147  Z	3	0	5C101	H01J  37/147	293	¾	Others
H01J  37/15  \	4	4	5C101	H01J  37/15	150	ŻҸŪޤϥŪΤγεŪĴʣȣʣȣʣͥˡΣ	External mechanical adjustment of electron- or ion-optical components (H01J 37/067, H01J 37/20 take precedence) [3]
H01J  37/153  \	3	3	5C101	H01J  37/153	42	٤뤿ŻҸŪޤϥŪ֡㡥ޥȡΣ	Electron-optical or ion-optical arrangements for the correction of image defects, e.g. stigmators [2]
H01J  37/153  A	3	0	5C101	H01J  37/153	399	ԣţ͡ƩŻҸ	for use with transmission electron microscopes
H01J  37/153  B	3	0	5C101	H01J  37/153	653	ӣţ͡ŻҸ	for use with scanning electron microscopes
H01J  37/153  Z	3	0	5C101	H01J  37/153	262	¾	Others
H01J  37/16  \	2	2	5C101	H01J  37/16	880	Ĥƴ	Vessels; Containers
H01J  37/18  \	2	2	5C101	H01J  37/18	1424		Vacuum locks
H01J  37/20  \	2	2	5C101	H01J  37/20	1958	ʪΤޤϺٻޤϰ֤ŤʡٻΤ˴Ϣɤޤϥ󥺤Ĵ᤹	Means for supporting or positioning the object or the material; Means for adjusting diaphragms or lenses associated with the support
H01J  37/20  A	2	0	5C101	H01J  37/20	2034	ٻ	Devices for specimen support
H01J  37/20  B	2	0	5C101	H01J  37/20	642		Devices for specimen exchange
H01J  37/20  C	2	0	5C101	H01J  37/20	841	ԣţѻư	Devices to move specimens on transmission electron microscopes
H01J  37/20  D	2	0	5C101	H01J  37/20	1436	ӣţѻư	Devices to move specimens on scanning electron microscopes
H01J  37/20  E	2	0	5C101	H01J  37/20	734	Ǯ	Devices for specimen heating and cooling
H01J  37/20  F	2	0	5C101	H01J  37/20	634	¾λ̰ĥ	Other devices for dealing with specimens (e.g.  tension and magnetization]
H01J  37/20  G	2	0	5C101	H01J  37/20	293	ɻ	Devices to prevent specimen contamination
H01J  37/20  H	2	0	5C101	H01J  37/20	513	ɻ	Devices to prevent specimen electrification
H01J  37/20  Z	2	0	5C101	H01J  37/20	945	¾	Others
H01J  37/21  \	2	2	5C101	H01J  37/21	56	Ĵ뤿μʡΣ	Means for adjusting the focus [2]
H01J  37/21  A	2	0	5C101	H01J  37/21	215	ԣţ͡ƩŻҸ	for transmission electron microscopes
H01J  37/21  B	2	0	5C101	H01J  37/21	655	ӣţ͡ŻҸ	for scanning electron microscopes
H01J  37/21  Z	2	0	5C101	H01J  37/21	201	¾	Others
H01J  37/22  \	2	2	5C101	H01J  37/22	2189	ɤȴϢؤޤϼ̿	Optical or photographic arrangements associated with the tube
H01J  37/22 501 \	3	3	5C101	H01J  37/22	4	Ʃ᷿˴ؤ	Associated with transmission
H01J  37/22 501 A	3	0	5C101	H01J  37/22	410	ѻ	Image observation
H01J  37/22 501 B	3	1	5C101	H01J  37/22	276	ָ	Fluorescent screens
H01J  37/22 501 C	3	1	5C101	H01J  37/22	153		Image tubes
H01J  37/22 501 D	3	0	5C101	H01J  37/22	184	̿	Photography
H01J  37/22 501 E	3	1	5C101	H01J  37/22	109	ĥ	Shutters
H01J  37/22 501 F	3	1	5C101	H01J  37/22	203	եࡦ	Film and photographic plates
H01J  37/22 501 G	3	1	5C101	H01J  37/22	91	Ϫ	Exposure control
H01J  37/22 501 H	3	0	5C101	H01J  37/22	148	Ψ	Magnification
H01J  37/22 501 J	3	0	5C101	H01J  37/22	145	ǡݥɽ	Data displays
H01J  37/22 501 Z	3	0	5C101	H01J  37/22	418	¾	Others
H01J  37/22 502 \	3	3	5C101	H01J  37/22	9	˴ؤ	Items for scanning electron  microscopes
H01J  37/22 502 A	3	0	5C101	H01J  37/22	619	ɽ	Image displays
H01J  37/22 502 B	3	1	5C101	H01J  37/22	720	и	Scanning deflection
H01J  37/22 502 C	3	1	5C101	H01J  37/22	352	̤ʬ䡨硢ž	Screen division, enlargement, and rotation
H01J  37/22 502 D	3	1	5C101	H01J  37/22	316	Ψɽݥޡݥ	Magnification displays and scale marks
H01J  37/22 502 E	3	1	5C101	H01J  37/22	264		Intensity
H01J  37/22 502 F	3	1	5C101	H01J  37/22	386	ȥ饹	Contrast
H01J  37/22 502 G	3	1	5C101	H01J  37/22	281	ӣ	Signal to noise ration
H01J  37/22 502 H	3	1	5C101	H01J  37/22	2284	¾ο	Other signal treatments
H01J  37/22 502 J	3	0	5C101	H01J  37/22	187	̤λ	Screen projection
H01J  37/22 502 K	3	1	5C101	H01J  37/22	38	Ϫ	Exposure control
H01J  37/22 502 L	3	0	5C101	H01J  37/22	321	شѻ	Optical observation
H01J  37/22 502 Z	3	0	5C101	H01J  37/22	261	¾	Others
H01J  37/24  \	2	2	5C101	H01J  37/24	363	ɤӤ˻Ѥ줺¾Τɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  37/244  \	2	2	5C101	H01J  37/244	3370	дϢιǤޤϤΤβϩΣ	Detectors; Associated components or circuits therefor [3]
H01J  37/248  \	2	2	5C101	H01J  37/248	47	Űȹ碌줿ǡΣ	Components associated with high voltage supply [2006.01]
H01J  37/248  A	2	0	5C101	H01J  37/248	129	˲Ǯ	for cathode heating
H01J  37/248  B	2	0	5C101	H01J  37/248	521	®Х	for acceleration and bias
H01J  37/248  C	2	0	5C101	H01J  37/248	87	弧	for help with lens magnification
H01J  37/248  Z	2	0	5C101	H01J  37/248	203	¾	Others
H01J  37/252  \	1	1	5C101	H01J  37/252	98	ŻҤޤϥˤ륹ݥåʬϤΤδɡޥʥ饤Σ	Tubes for spot-analysing by electron or ion beams; Microanalysers [3]
H01J  37/252  A	1	0	5C101	H01J  37/252	879	ޥʥ饤	X-radiation microanalyzers
H01J  37/252  B	1	0	5C101	H01J  37/252	719	ޥʥ饤	Ion microanalyzers
H01J  37/252  Z	1	0	5C101	H01J  37/252	435	¾	Others
H01J  37/256  \	2	2	5C101	H01J  37/256	203	ӡѤΡΣ	using scanning beams [3]
H01J  37/26  \	1	1	5C101	H01J  37/26	1962	ŻҤޤϥŻҤޤϥ޴ɡΣ	Electron or ion microscopes; Electron- or ion-diffraction tubes [2]
H01J  37/27  \	2	2	5C101	H01J  37/27	19	ƸΣ	Shadow microscopy [3]
H01J  37/28  \	2	2	5C101	H01J  37/28	190	ӡͭ	with scanning beams
H01J  37/28  A	2	0	5C101	H01J  37/28	573	ȥŻҸŻҥӡݥƥ	Strobe for scanning electron microscopes; electron beam testers
H01J  37/28  B	2	0	5C101	H01J  37/28	4567	ӣţ	SEM
H01J  37/28  C	2	0	5C101	H01J  37/28	478	ӣԣţ	STEM
H01J  37/28  X	2	0	5C101	H01J  37/28	407	ӣԣ͡ƣ͡ʣǣΤͥ	Scanning tunneling microscopes and atomic force microscopes (G01N takes precedence)
H01J  37/28  Z	2	0	5C101	H01J  37/28	1190	¾	Others
H01J  37/285  \	2	2	5C101	H01J  37/285	109	ͷ㡥ųͷΣ	Emission microscopes, e.g. field-emission microscopes [2]
H01J  37/29  \	2	2	5C101	H01J  37/29	389	ȿͷΣ	Reflection microscopes [2]
H01J  37/295  \	2	2	5C101	H01J  37/295	387	ŻҤޤϥ޴ɡΣ	Electron- or ion-diffraction tubes [2]
H01J  37/30  \	1	1	5C101	H01J  37/30	78	ʪΤζɽŪʽΤŻҥӡޤϥӡ	Electron-beam or ion-beam tubes for localised treatment of objects
H01J  37/30  A	1	0	5C101	H01J  37/30	539	ӡݥħΤ	characterized by beam control
H01J  37/30  Z	1	0	5C101	H01J  37/30	995	¾	Others
H01J  37/301  \	2	2	5C101	H01J  37/301	38	㤹밵ΰ֤̲᤹ӡ뤿֡Σ	Arrangements enabling beams to pass between regions of different pressure [3]
H01J  37/302  \	2	2	5C101	H01J  37/302	53	ˤɤ桤㡥ץʣȣʣͥˡΣ	Controlling tubes by external information, e.g. program control  (H01J0037304000 takes precedence)[2006.01]
H01J  37/304  \	2	2	5C101	H01J  37/304	80	ʪΤξ㡥桤ˤɤΣ	Controlling tubes by information coming from the objects, e.g. correction signals [3]
H01J  37/305  \	2	2	5C101	H01J  37/305	136	¤롤Ϥæ夹ޤϥå󥰤뤿ΤΡΣ	for casting, melting, evaporating, or etching [2]
H01J  37/305  A	2	0	5C101	H01J  37/305	739	ĥŻҡӡݥ	Devices with electron and ion beams for etching
H01J  37/305  B	2	0	5C101	H01J  37/305	3214	ϪŻҡӡݥ	Devices with electron and ion beams for exposure
H01J  37/305  Z	2	0	5C101	H01J  37/305	485	¾	Others
H01J  37/31  \	2	2	5C101	H01J  37/31	137	ǤޤϷꤢΤΤΡΣ	for cutting or drilling [2]
H01J  37/315  \	2	2	5C101	H01J  37/315	394	ܤ뤿ΤΡΣ	for welding [2]
H01J  37/317  \	2	2	5C101	H01J  37/317	121	ʪΤ򤫤뤿ΤΤޤϤξؤ뤿ΤΡ㡥ʣȣʣͥˡΣ	for changing properties of the objects or for applying thin layers thereon, e.g. ion implantation (H01J 37/36 takes precedence) [3]
H01J  37/317  A	2	0	5C101	H01J  37/317	638	и	Scanning deflection
H01J  37/317  B	2	0	5C101	H01J  37/317	1273	ǹݻ	Injection chamber; wafer retention and exchange
H01J  37/317  C	2	0	5C101	H01J  37/317	1343	δƻ롢	Monitoring and control for injection rate, etc.
H01J  37/317  D	2	0	5C101	H01J  37/317	1261	ޥӡݥ	Micro ion beams
H01J  37/317  E	2	0	5C101	H01J  37/317	169	ѥӡݥ	Ion beam devices for deposition
H01J  37/317  Z	2	0	5C101	H01J  37/317	2514	¾	Others
H01J  37/32  \	1	1	5C101	H01J  37/32	446	ŴɡŤˤäƲǮΣȣ¡	Gas-filled discharge tubes (heating by discharge H05B)
H01J  37/34  \	2	2	5C101	H01J  37/34	98	˥ѥåȤʤäưΡʣȣʣͥˡΣ	operating with cathodic sputtering (H01J 37/36 takes precedence) [3]
H01J  37/36  \	2	2	5C101	H01J  37/36	10	Ƴ줿㡥ȯˤäƳ줿ʪΥǥå֤ɽ̤򤭤줤ˤ뤿ΤΡΣ	for cleaning surfaces while plating with ions of materials introduced into the discharge, e.g. introduced by evaporation [3]
H01J  40/00  \	0	0	5C038	H01J  40/00	196	ΥޤޤʤŴɡʣȣʣͥˡΣ	Photoelectric discharge tubes not involving the ionisation of a gas () [3]
H01J  40/02  \	1	1	5C038	H01J  40/02	141	Σ	Details [3]
H01J  40/04  \	2	2	5C038	H01J  40/04	48	ŶˡΣ	Electrodes [3]
H01J  40/06  \	3	3	5C038	H01J  40/06	249	ŻбˡΣ	Photo-emissive cathodes [3]
H01J  40/08  \	2	2	5C038	H01J  40/08	1	Ť椹뤿μŪʡΣ	Magnetic means for controlling discharge [3]
H01J  40/10  \	2	2	5C038	H01J  40/10	2	ʪʪΣ	Selection of substances for gas fillings [3]
H01J  40/12  \	2	2	5C038	H01J  40/12	17	ɤȹ¤Ū˷礹룱İʾβϩǡΣ	One or more circuit elements structurally associated with the tube [3]
H01J  40/14  \	2	2	5C038	H01J  40/14	12	ɤӤ˻Ѥ줺¾ʬवʤϩ֡Σ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for [3]
H01J  40/16  \	1	1	5C038	H01J  40/16	88	ŻбˤĤΡ㡥륫ӡʣŻưΤΣȣʣˡΣ	having photo-emissive cathode, e.g. alkaline photoelectric cell (operating with secondary emission H01J 43/00) [3]
H01J  40/18  \	2	2	5C038	H01J  40/18	27	ɤδ٤˱ƶͿߥͥåʤͭΡ㡥ĹѴ뤳ȤˤΡΣ	with luminescent coatings for influencing the sensitivity of the tube, e.g. by converting the input wavelength [3]
H01J  40/20  \	2	2	5C038	H01J  40/20	1	ŻХ꡼ΡΣ	wherein a light-ray scans a photo-emissive screen [3]
H01J  41/00  \	0	0	5C038	H01J  41/00	3	ΰϤ¬ꤹ뤿ŴɤӤԲķʼʡγȻˤӵ뤿Ŵ	Discharge tubes and means integral therewith for measuring gas pressure; Discharge tubes for evacuation by diffusion of ions
H01J  41/02  \	1	1	5C038	H01J  41/02	26	ΰϤ¬ꤹ뤿ŴɤӤԲķʼʡΣ	Discharge tubes and means integral therewith for measuring gas pressure [2]
H01J  41/04  \	2	2	5C038	H01J  41/04	81	ǮŻұˤˤΥѤΡΣ	with ionisation by means of thermionic cathodes [2]
H01J  41/06  \	2	2	5C038	H01J  41/06	27	䱢ˤˤΥѤΡΣ	with ionisation by means of cold cathodes [2]
H01J  41/08  \	2	2	5C038	H01J  41/08	4	ʪˤΥѤΡ㡥եȥΣ	with ionisation by means of radioactive substances, e.g. alphatrons [2]
H01J  41/10  \	2	2	5C038	H01J  41/10	8	γʬΤΡγʬ̣ȣʣˡΣ	of particle-spectrometer type (particle spectrometers in general H01J 49/00) [2]
H01J  41/12  \	1	1	5C038	H01J  41/12	244	γȻˤӵ뤿Ŵɡ㡥ݥסåݥסΣ	Discharge tubes for evacuating by diffusion of ions, e.g. ion pumps, getter ion pumps [2]
H01J  41/14  \	2	2	5C038	H01J  41/14	7	ǮŻұˤˤΥѤΡΣ	with ionisation by means of thermionic cathodes [2]
H01J  41/16  \	3	3	5C038	H01J  41/16	52	åʪѤΡΣ	using gettering substances [2]
H01J  41/18  \	2	2	5C038	H01J  41/18	49	䱢ˤˤΥѤΡΣ	with ionisation by means of cold cathodes [2]
H01J  41/20  \	3	3	5C038	H01J  41/20	169	åʪѤΡΣ	using gettering substances [2]
H01J  43/00  \	0	0	5C038	H01J  43/00	165	ŻдɡŻɡưŪŻɣȣʣ	Secondary-emission tubes; Electron-multiplier tubes (dynamic electron-multiplier tubes H01J 25/76)
H01J  43/02  \	1	1	5C038	H01J  43/02	86	ˤƣĤޤϤĤŶˤŻŶˤǤ褦ʴ	Tubes in which one or a few electrodes are secondary-electron-emitting electrodes
H01J  43/04  \	1	1	5C038	H01J  43/04	171	Żܴ	Electron multipliers
H01J  43/06  \	2	2	5C038	H01J  43/06	120	Ŷ	Electrode arrangements
H01J  43/08  \	3	3	5C038	H01J  43/08	93	֡ʸűˤι¤ȣʣȣʣȣʣȣʣ	Cathode arrangements (construction of photo cathodes H01J 40/06, H01J 40/16, H01J 47/00, H01J 49/08)
H01J  43/10  \	3	3	5C038	H01J  43/10	95	ŻŶˡʣȣʣȣʣͥ	Dynodes ()
H01J  43/12  \	3	3	5C038	H01J  43/12	67	۶	Anode arrangements
H01J  43/14  \	3	3	5C038	H01J  43/14	11	ˤŻҥӡ	Control of electron beam by magnetic field
H01J  43/16  \	3	3	5C038	H01J  43/16	15	¾壱ĤΣŻŶˤѤƤŶ	Electrode arrangements using essentially one dynode
H01J  43/18  \	3	3	5C038	H01J  43/18	78	¾売İʾΣŻŶˤѤƤŶ	Electrode arrangements using essentially more than one dynode
H01J  43/20  \	4	4	5C038	H01J  43/20	204	ľκǹ줿ŻŶˡ㡥ʿġ	Dynodes consisting of sheet material, e.g. plane, bent
H01J  43/22  \	4	4	5C038	H01J  43/22	129	ŻҿƩǹ줿ŻŶˡ㡥󡤳ʻҡɡ٥˥	Dynodes consisting of electron-permeable material, e.g. foil, grid, tube, venetian blind
H01J  43/24  \	4	4	5C038	H01J  43/24	456	ɽ̤˱äŰ̷٤ͭ룲ŻŶ	Dynodes having potential gradient along their surfaces
H01J  43/26  \	4	4	5C038	H01J  43/26	22	ȢŻŶ	Box dynodes
H01J  43/28  \	2	2	5C038	H01J  43/28	181	Ĥ롨꡼ɬפŤޤή	Vessels; Windows; Screens; Suppressing undesired discharges or currents
H01J  43/30  \	2	2	5C038	H01J  43/30	187	ɤӤ˻Ѥ줺ġ¾Τɤʬˤ°ʤϩ	Circuit arrangements not adapted to a particular application of the tube and not otherwise provided for
H01J  45/00  \	0	0	5C038	H01J  45/00	39	ǮŻȯ֤ȤƺѤŻҴ	Discharge tubes functioning as thermionic generators
H01J  47/00  \	0	0	5C038	H01J  47/00	163	ޤγҤΡ¸ߡ١̩٤ޤϥͥ륮ꤹ뤿δɡʥΥޤޤʤŴɣȣʣˡΣ	Tubes for determining the presence, intensity, density or energy of radiation or particles (photoelectric discharge tubes not involving the ionisation of a gas H01J 40/00) [3]
H01J  47/02  \	1	1	5C038	H01J  47/02	546	ΥȢΣ	Ionisation chambers [3]
H01J  47/04  \	2	2	5C038	H01J  47/04	13	̷ΥȢ㡥Ű̷פȤѤŶˡΣ	Capacitive ionisation chambers, e.g. the electrodes of which are used as electrometers [3]
H01J  47/06  \	1	1	5C038	H01J  47/06	295	׿ɡΣ	Proportional counter tubes [3]
H01J  47/08  \	1	1	5C038	H01J  47/08	140	ߥ顼׿ɡΣ	Geiger-M&uuml;ller counter tubes [3]
H01J  47/10  \	1	1	5C038	H01J  47/10	1	ѡ󥿡ʣȣʣͥ表ѡåףȣԡˡΣ	Spark counters (H01J 47/14 takes precedence; spark gaps H01T) [3]
H01J  47/12  \	1	1	5C038	H01J  47/12	101	Ҹдɡ㡥£ƢɡΣ	Neutron detector tubes, e.g. BF<sub>3</sub> tubes [3]
H01J  47/14  \	1	1	5C038	H01J  47/14	42	ʿŶ˷ѡСޤϥȥ꡼ޡСѡСޤϥȥ꡼ޡСΣ	Parallel electrode spark or streamer chambers; Wire spark or streamer chambers [3]
H01J  47/16  \	2	2	5C038	H01J  47/16	0	ġΥ磻䡼ɽФˤäħŤΡΣ	characterised by readout of each individual wire [3]
H01J  47/18  \	3	3	5C038	H01J  47/18	5	ɤ߽ФŵŪʤΡʣȣʣͥˡΣ	the readout being electrical (H01J 47/20 takes precedence) [3]
H01J  47/20  \	3	3	5C038	H01J  47/20	1	ŵŪޤϵŪٱѤɤ߽Ф㡥襤ٱΣ	the readout employing electrical or mechanical delay lines, e.g. magnetostrictive delay lines [3]
H01J  47/22  \	2	2	5C038	H01J  47/22	0	¾ηɤ߽ФˤäħŤΡΣ	characterised by another type of readout [3]
H01J  47/24  \	3	3	5C038	H01J  47/24	0	ɤ߽ФŪʤΡΣ	the readout being acoustical [3]
H01J  47/26  \	3	3	5C038	H01J  47/26	2	ɤ߽ФŪʤΡΣ	the readout being optical [3]
H01J  49/00  \	0	0	5C038	H01J  49/00	51	γʬϴޤγʬΥɡΣ	Particle spectrometers or separator tubes [3, 2006.01]
H01J  49/00 040 \	1	1	5C038	H01J  49/00	159	᡼γʬ	
H01J  49/00 090 \	1	1	5C038	H01J  49/00	225	֤γ	
H01J  49/00 130 \	1	1	5C038	H01J  49/00	124	줿ʬϴ㡥̾꾮ʵϤǡʤѤ줿	Miniaturised spectrometers, e.g. having smaller than usual scale, integrated conventional components
H01J  49/00 180 \	2	2	5C038	H01J  49/00	39	Ķ줿ʬϴ㡥å׽֡ޥŵƥʣͣţͣӡ	Microminiaturised spectrometers, e.g. chip-integrated devices, MicroElectro-Mechanical Systems [MEMS]
H01J  49/00 220 \	1	1	5C038	H01J  49/00	30	Ӳǽʬϴ㡥ΩŸΤ֡˴ؤ빽¤Ūʾ֤ΤΣȣʣӣȣʣ	Portable spectrometers, e.g. devices comprising independent power supply, constructional details relating to portability (small scale devices per seH01J49/00,130 and H01J49/00,180)
H01J  49/00 270 \	1	1	5C038	H01J  49/00	132	γʬϴѤ뤿ˡ	Methods for using particle spectrometers
H01J  49/00 310 \	2	2	5C038	H01J  49/00	1068	֤λѤ˴ؤʳŪưʣȣʣͥ	Step by step routines describing the use of the apparatus (H01J49/00,810 takes precedence)
H01J  49/00 360 \	2	2	5C038	H01J  49/00	905	¬̤ǡμ갷˴ؤʳŪư	Step by step routines describing the handling of the data generated during a measurement (recognising patterns in signals )
H01J  49/00 400 \	1	1	5C038	H01J  49/00	333	ʬϴȤ߹碌ľ˷Ҥʬϴ㡥ͣӡͣӡͣӣ	Combinations of spectrometers, tandem spectrometers, e.g. MS/MS, MSn
H01J  49/00 450 \	2	2	5C038	H01J  49/00	122	Ҳޤ¾̤ȿħΤ	characterised by the fragmentation or other specific reaction
H01J  49/00 500 \	3	3	5C038	H01J  49/00	449	Ȥξ͡㡥ƳΡޤųǥβ®	by collision with gas, e.g. by introducing gas or by accelerating ions with an electric field
H01J  49/00 540 \	3	3	5C038	H01J  49/00	74	ŻҥӡˤΡ㡥ŻҾ׷ΥŻªΥ	by an electron beam, e.g. electron impact dissociation, electron capture dissociation
H01J  49/00 590 \	3	3	5C038	H01J  49/00	65	ҥӡࡤΥˤ	by a photon beam, photo-dissociation
H01J  49/00 630 \	3	3	5C038	H01J  49/00	36	嵯Űΰäˤ	by applying a resonant excitation voltage
H01J  49/00 680 \	3	3	5C038	H01J  49/00	28	ɽ̤ξ͡㡥ɽ̤Υˤ	by collision with a surface, e.g. surface induced dissociation
H01J  49/00 720 \	3	3	5C038	H01J  49/00	70	󡿥ȿ㡥ŻҰưΥۻҰưΥˤ	by ion/ion reaction, e.g. electron transfer dissociation, proton transfer dissociation
H01J  49/00 770 \	3	3	5C038	H01J  49/00	33	Ҳʳ̤ȿ	specific reactions other than fragmentation
H01J  49/00 810 \	2	2	5C038	H01J  49/00	70	ַǥࡤʤñȤʬϴѤ	Tandem in time, i.e. using a single spectrometer
H01J  49/00 860 \	2	2	5C038	H01J  49/00	37	®ʬϴ	Accelerator mass spectrometers
H01J  49/00 900 \	2	2	5C038	H01J  49/00	42	¿ͥͭʬϴ¹ʬ	Spectrometers having multiple channels, parallel analysis
H01J  49/00 950 \	1	1	5C038	H01J  49/00	132	ξ︡ΥȯƳޤʬϤ뤿̤֡ʥ󡿥ȿȣʣ	Particular arrangements for generating, introducing or analyzing both positive and negative analyte ions (ion/ion reactions H01J49/00,720)
H01J  49/02  \	1	1	5C038	H01J  49/02	293	Σ	Details [3]
H01J  49/02 200 \	2	2	5C038	H01J  49/02	846	ϩ֡㡥иήޤиŰȯ	Circuit arrangements, e.g. for generating deviation currents or voltages
H01J  49/02 500 \	2	2	5C038	H01J  49/02	877	γʬϴäŬ礵줿дʥǡμȣʣˡ	Detectors specially adapted to particle spectrometers (data acquisition H01J49/00,360)
H01J  49/02 700 \	3	3	5C038	H01J  49/02	70	γҤΰưˤäư줿᡼ήθд	detecting image current induced by the movement of charged particles
H01J  49/04  \	2	2	5C038	H01J  49/04	1760	ʬϺƳФΤ֡㡥ߡŻҸŪޤϥŪΤγĴ֡Σ	Arrangements for introducing or extracting samples to be analysed, e.g. vacuum locks; Arrangements for external adjustment of electron- or ion-optical components [3]
H01J  49/04 040 \	3	3	5C038	H01J  49/04	442	ޤϥѤ뤿Υԥʮ̸Υȣʣˡ	
H01J  49/04 090 \	3	3	5C038	H01J  49/04	230	Υۥޤƴ	
H01J  49/04 130 \	4	4	5C038	H01J  49/04	67	ư갷	for automated handling
H01J  49/04 180 \	4	4	5C038	H01J  49/04	268	졼æΥѡ㡥ޥȥåٱ졼󲽡Σ̣ͣģɡѡɽ̶졼æΥ󲽡Σӣţ̣ģɡϥץ졼	for laser desorption, e.g. matrix-assisted laser desorption/ionisation [MALDI], surface enhanced laser desorption/ionisation [SELDI] plates
H01J  49/04 220 \	3	3	5C038	H01J  49/04	381	λ	for gaseous samples
H01J  49/04 270 \	4	4	5C038	H01J  49/04	24	οƩѤ	using a membrane permeable to gases
H01J  49/04 310 \	3	3	5C038	H01J  49/04	247	λ	for liquid samples
H01J  49/04 360 \	4	4	5C038	H01J  49/04	72	οƩѤ	using a membrane permeable to liquids
H01J  49/04 400 \	4	4	5C038	H01J  49/04	77	ʬϴαũɤμʤΤΡũæ	with means for preventing droplets from entering the analyzer; Desolvation of droplets
H01J  49/04 450 \	4	4	5C038	H01J  49/04	331	ʮ̸åȤޤϥƳ뤿μʤΤΡʮ̸󸻣ȣʣ	with means for introducing as a spray, a jet or an aerosol (electrospray ion sources H01J49/16,500)
H01J  49/04 500 \	5	5	5C038	H01J  49/04	211	֥ͥ饤ΡʤѤ줿ΡѤ뤿μʤΤ	with means for using a nebulising gas, i.e. pneumatically assisted
H01J  49/04 540 \	4	4	5C038	H01J  49/04	79	ͥ륮㡥ĶȿưѤƾȯ뤿μʤΤ	with means for vaporising using mechanical energy, e.g. by ultrasonic vibrations
H01J  49/04 590 \	3	3	5C038	H01J  49/04	114	κ	for solid samples
H01J  49/04 630 \	4	4	5C038	H01J  49/04	178	졼ޤγҥӡˤæΥ̤ʳȤƤΥ󲽤³ΡʺۥΤΣȣʣ	Desorption by laser or particle beam, followed by ionisation as a separate step (sample holder per se H01J49/0418)
H01J  49/04 680 \	3	3	5C038	H01J  49/04	401	βǮޤѤΤμʤΤ	with means for heating or cooling the sample
H01J  49/04 720 \	4	4	5C038	H01J  49/04	121	ǮʬΤμʤΤ	with means for pyrolysis
H01J  49/04 770 \	4	4	5C038	H01J  49/04	43	ⲹήΤѤ	using high-temperature fluid
H01J  49/04 810 \	4	4	5C038	H01J  49/04	35	ѤѤ뤿μ	with means for collisional cooling
H01J  49/04 860 \	4	4	5C038	H01J  49/04	133	β٤ƻ뤹뤿μʤΤ	with means for monitoring the sample temperature
H01J  49/04 900 \	4	4	5C038	H01J  49/04	171	æΥǮѤ뤿μʤΤΡȯ	with means for applying heat to desorb the sample; Evaporation
H01J  49/04 950 \	3	3	5C038	H01J  49/04	339	ߡ	Vacuum locks; Valves
H01J  49/06  \	2	2	5C038	H01J  49/06	1567	ŻҸŪޤϥŪ֡ʣȣʣͥˡΣ	Electron- or ion-optical arrangements (H01J 49/04 takes precedence) [3]
H01J  49/06 100 \	3	3	5C038	H01J  49/06	522	иʡ㡥󥲡	Ion deflecting means, e.g. ion gates
H01J  49/06 200 \	3	3	5C038	H01J  49/06	227	󥬥ɡʼԤȥåףȣʣ̥ե륿ȣʣ	Ion guides (linear ion traps performing mass selection H01J49/42,250, mass filters H01J49/42,100)
H01J  49/06 300 \	4	4	5C038	H01J  49/06	287	¿Ŷ˥󥬥ɡ㡥ͽŶˡϻŶ	Multipole ion guides, e.g. quadrupoles, hexapoles
H01J  49/06 500 \	4	4	5C038	H01J  49/06	140	Ŷˡ㡥ؤءʿĤ	having stacked electrodes, e.g. ring stack, plate stack
H01J  49/06 600 \	5	5	5C038	H01J  49/06	57	ϳ	Ion funnels
H01J  49/06 700 \	3	3	5C038	H01J  49/06	1026	Υ󥺡ѡ㡤ޡ	Ion lenses, apertures, skimmers
H01J  49/06 800 \	3	3	5C038	H01J  49/06	325	Ŷˤμդٻֳݻޤ	Mounting, supporting, spacing, or insulating electrodes
H01J  49/08  \	2	2	5C038	H01J  49/08	163	ŻҸ㡥ŻҡŻҤޤϥŻҤȯ뤿ΤΡΣ	Electron sources, e.g. for generating photo-electrons, secondary electrons or Auger electrons [3]
H01J  49/10  \	2	2	5C038	H01J  49/10	2113	󸻡ơΣ	Ion sources; Ion guns [3]
H01J  49/10 200 \	3	3	5C038	H01J  49/10	30	ȿŤѤΡ㡥ڥ˥󥰥	using reflex discharge, e.g. Penning ion sources
H01J  49/10 500 \	3	3	5C038	H01J  49/10	657	嵯㡥ޥ嵯ѤΡͶƳץ饺ޡΣɣãС	using high-frequency excitation, e.g. microwave excitation, Inductively Coupled Plasma [ICP]
H01J  49/10 700 \	3	3	5C038	H01J  49/10	144	ĤΥ󸻤Ѥ뤿	Arrangements for using several ion sources
H01J  49/12  \	3	3	5C038	H01J  49/12	164	ŤѤΡ㡥ǥ奪ץ饺޷ΤΡΣ	using an arc discharge e.g. of the duoplasmatron type
H01J  49/12 300 \	4	4	5C038	H01J  49/12	7	ǥ奪ץ饺ޥȥ	Duoplasmatrons
H01J  49/12 600 \	4	4	5C038	H01J  49/12	48	üѤ뤽¾Υť	Other arc discharge ion sources using an applied magnetic field
H01J  49/14  \	3	3	5C038	H01J  49/14	747	γҤξ׷ѤΡ㡥ΥȢΣ	using particle bombardment, e.g. ionisation chambers [3]
H01J  49/14 200 \	4	4	5C038	H01J  49/14	379	˵ƤʤΥåȤѤ	using a solid target which is not previously vapourised
H01J  49/14 500 \	4	4	5C038	H01J  49/14	464	Ūʥ󲽤Ѥ	using chemical ionisation
H01J  49/14 700 \	4	4	5C038	H01J  49/14	677	ŻҤѤΡ㡥ŻҾ׷⥤󲽡Żʣȣʣͥ	with electrons, e.g. electron impact ionisation, electron attachment (H01J49/14,500 takes precedence)
H01J  49/16  \	3	3	5C038	H01J  49/16	389	ɽΥѤΡ㡥ųСǮФޤϸСΣ	using surface ionisation, e.g. field-, thermionic- or photo-emission [3]
H01J  49/16 100 \	4	4	5C038	H01J  49/16	317	ΥѤΡ㡥졼ˤ	using photoionisation, e.g. by laser
H01J  49/16 200 \	5	5	5C038	H01J  49/16	114	ľܤθΥ㡥ñҤޤ¿ҥ	Direct photo-ionisation, e.g. single photon or multi-photon ionisation
H01J  49/16 400 \	5	5	5C038	H01J  49/16	475	졼æΥ󲽡㡥ޥȥꥯٱ졼æΥ󲽡Σ̣ͣģɡϡʺΥۥȣʣ	Laser desorption/ionisation, e.g. matrix-assisted laser desorption/ionisation [MALDI] (sample holders H01J49/04,180)
H01J  49/16 500 \	4	4	5C038	H01J  49/16	461	ʮ̸ˤ륤	Electrospray ionisation
H01J  49/16 700 \	5	5	5C038	H01J  49/16	190	ΤäŬ礵줿ԥޤϥΥ	Capillaries and nozzles specially adapted therefor
H01J  49/16 800 \	4	4	5C038	H01J  49/16	330	ų󲽡㡥	field ionisation, e.g. corona discharge
H01J  49/18  \	3	3	5C038	H01J  49/18	138	ѡΥѤΡΣ	using spark ionisation [3]
H01J  49/20  \	2	2	5C038	H01J  49/20	213	иΣ	Magnetic deflection [3]
H01J  49/22  \	2	2	5C038	H01J  49/22	164	иΣ	Electrostatic deflection [3]
H01J  49/24  \	2	2	5C038	H01J  49/24	721	ƥࡤ㡥˾ΰϤݻ뤿ΤΡΣ	Vacuum systems, e.g. maintaining desired pressures [3]
H01J  49/26  \	1	1	5C038	H01J  49/26	2496	ʬϴޤϼʬΥɡΣ	Mass spectrometers or separator tubes [3, 2006.01]
H01J  49/28  \	2	2	5C038	H01J  49/28	216	ŪʬϴΣ	Static spectrometers [3, 2006.01]
H01J  49/28 200 \	3	3	5C038	H01J  49/28	77	ʬϴѤ	using electrostatic analysers
H01J  49/28 400 \	3	3	5C038	H01J  49/28	48	ʰפʽ«ŤӼѤΡ㡥ȥʬϴΤ褦ʿԼĤ	using electrostatic and magnetic sectors with simple focusing, e.g. with parallel fields such as Aston spectrometer
H01J  49/28 600 \	4	4	5C038	H01J  49/28	8	ͥ륮ʬϤΡ㡥ƥե륿	with energy analysis, e.g. Castaing filter
H01J  49/28 800 \	5	5	5C038	H01J  49/28	108	ӡľ򤹤żѤΡ㡥ե륿	using crossed electric and magnetic fields perpendicular to the beam, e.g. Wien filter
H01J  49/30  \	3	3	5C038	H01J  49/30	660	ŪʬϴѤΡΣ	using magnetic analysers [3]
H01J  49/30 500 \	4	4	5C038	H01J  49/30	28	ľʤĤΥΤ	with several sectors in tandem
H01J  49/32  \	3	3	5C038	H01J  49/32	293	Ž«ѤΡΣ	using double focusing [3]
H01J  49/32 200 \	4	4	5C038	H01J  49/32	9	٤μΤΡ㡥ޥϡĥ	with a magnetic sector of 90 degrees, e.g. Mattauch-Herzog type
H01J  49/32 400 \	4	4	5C038	H01J  49/32	3	٤ťΤΡ㡥ˡ󥽥	with an electrostatic section of 90 degrees, e.g. Nier-Johnson type
H01J  49/32 600 \	4	4	5C038	H01J  49/32	280	٤μťΤ	with magnetic and electrostatic sectors of 90 degrees
H01J  49/32 800 \	4	4	5C038	H01J  49/32	45	żѤ뤳Ȥˤ߷ƻΤΡ㡥ȥɷ	with a cycloidal trajectory by using crossed electric and magnetic fields, e.g. trochoidal type
H01J  49/34  \	2	2	5C038	H01J  49/34	111	ưŪʬϴΣ	Dynamic spectrometers [3, 2006.01]
H01J  49/36  \	3	3	5C038	H01J  49/36	44	ңʬϴ㡥٥ͥåȷʬϴåɥإåɷʬϴΣ	Radio frequency spectrometers, e.g. Bennetttype spectrometers; Redhead-type spectrometers [3, 2006.01]
H01J  49/38  \	4	4	5C038	H01J  49/38	147	ᥬȥΣ	Omegatrons [3]
H01J  49/40  \	3	3	5C038	H01J  49/40	1486	ԻַʬϴʣȣʣͥˡΣ	Time-of-flight spectrometers (H01J 49/36 takes precedence) [3, 2006.01]
H01J  49/40 100 \	4	4	5C038	H01J  49/40	201	ľ®㡥ν«ޤ򡤥ץåŶˡħΤ	characterised by orthogonal acceleration, e.g. focusing or selecting the ions, pusher electrode
H01J  49/40 300 \	4	4	5C038	H01J  49/40	97	®طϤӡޤųħΤ	characterised by the acceleration optics and/or the extraction fields
H01J  49/40 500 \	4	4	5C038	H01J  49/40	134	ե쥯ȥħΤΡ㡥ѶųŶ˷	characterised by the reflectron, e.g. curved field, electrode shapes
H01J  49/40 600 \	4	4	5C038	H01J  49/40	86	¿ȿͤȼΡªȣʣ	with multiple reflections (electrostatic traps H01J49/42,450)
H01J  49/40 800 \	4	4	5C038	H01J  49/40	114	¿ŤѲȼΡ㡥ŵŪޤϼŪĥ롼Ի֤Ѥ뤳Ȥˤ	with multiple changes of direction, e.g. by using electric or magnetic sectors, closed-loop time-of-flight
H01J  49/42  \	3	3	5C038	H01J  49/42	1535	԰귿ʬϴ㡥ñˡͽŶˡ¿ŶˡեӥȥΣ	Stability-of-path spectrometers, e.g. monopole, quadrupole, multipole, farvitrons [3, 2006.01]
H01J  49/42 050 \	4	4	5C038	H01J  49/42	12	ַ	
H01J  49/42 100 \	5	5	5C038	H01J  49/42	110	̥ե륿ʤפʥªи	Mass filters, i.e. deviating unwanted ions without trapping
H01J  49/42 150 \	6	6	5C038	H01J  49/42	1062	ͽŶ˼̥ե륿ʣȣʣͥ	Quadrupole mass filters (H01J49/42,250 takes precedence)
H01J  49/42 200 \	5	5	5C038	H01J  49/42	108	󼡸ңƥȥåסʼȼʤ󥬥ɣȣʣ	Two-dimensional RF ion traps (ion guides not accompanied by mass selection H01J49/06,200)
H01J  49/42 250 \	6	6	5C038	H01J  49/42	351	¿Ŷȥåס㡥ͽŶˡϻŶ	Multipole linear ion traps, e.g. quadrupoles, hexapoles
H01J  49/42 300 \	6	6	5C038	H01J  49/42	236	;Фȼ	with radial ejection
H01J  49/42 350 \	6	6	5C038	H01J  49/42	30	ؤ줿ؤޤؤ줿	Stacked rings or stacked plates
H01J  49/42 400 \	5	5	5C038	H01J  49/42	419	ȥåסʤɥåפؾŶˤʤ	Three-dimensional ion traps, i.e. ion traps composed of end caps and ring electrodes
H01J  49/42 450 \	5	5	5C038	H01J  49/42	89	ťȥåסʣȣʣͥ表¿ȿͤȼʬϴȣʣ	Electrostatic ion traps (H01J49/42,200 takes precedence; MR-TOF analyzer H01J49/40,600)
H01J  49/42 500 \	6	6	5C038	H01J  49/42	72	пŪṲ̋ȼΡ㡥ӥȥå	with a logarithmic radial electric potential, e.g. orbitraps
H01J  49/42 550 \	5	5	5C038	H01J  49/42	109	̤ʹ¤ŪħΤ	with particular constructional features
H01J  49/42 600 \	4	4	5C038	H01J  49/42	64	椹뤿ˡ	Methods for controlling ions
H01J  49/42 650 \	5	5	5C038	H01J  49/42	38	ª륤ο桤Ųٸ̤ɻ	Controlling the number of trapped ions, preventing space charge effects
H01J  49/42 700 \	5	5	5C038	H01J  49/42	114	Фˡ	Ejection and selection methods
H01J  49/42 750 \	6	6	5C038	H01J  49/42	22	󶦿ưŰŬѡ㡥ѥ᡼忶	Applying a non-resonant auxiliary oscillating voltage, e.g. parametric excitation
H01J  49/42 800 \	6	6	5C038	H01J  49/42	35	ΥåĤӰ迮Ŭ	Applying a notched broadband signal
H01J  49/42 850 \	6	6	5C038	H01J  49/42	98	Ŭѡ㡥α³ŪȿŬ礹ŪСʣȣʣȣʣͥ	Applying a resonant signal, e.g. selective resonant ejection matching the secular frequency of ions (H01J49/42,900, H01J49/42,800 take precedence)
H01J  49/42 900 \	6	6	5C038	H01J  49/42	124	ŵѥ᡼㡥Űޤϼȿ	Scanning an electric parameter, e.g. voltage amplitude or frequency
H01J  49/42 950 \	5	5	5C038	H01J  49/42	41	ˡ	Storage methods
H01J  49/44  \	1	1	5C038	H01J  49/44	516	ͥ륮ʬϴ㡥եʬϴ١ʬϴΣ	Energy spectrometers, e.g. alpha-, betaspectrometers [3, 2006.01]
H01J  49/44 300 \	2	2	5C038	H01J  49/44	2	ưŪʬϴ	Dynamic spectrometers
H01J  49/44 600 \	3	3	5C038	H01J  49/44	41	Իַʬϴ	Time-of-flight spectrometers
H01J  49/46  \	2	2	5C038	H01J  49/46	112	ŪʬϴΣ	Static spectrometers [3, 2006.01]
H01J  49/46 300 \	3	3	5C038	H01J  49/46	104	żѤ	using static magnetic fields
H01J  49/46 600 \	3	3	5C038	H01J  49/46	63	ӡľ򤹤żѤΡ㡥ե륿ʣȣʣ⻲ȡ	using crossed electric and magnetic fields perpendicular to the beam, e.g. Wien filter (see also H01J49/28,800)
H01J  49/48  \	3	3	5C038	H01J  49/48	271	ʬϴѤΡ㡥ʬΥե륿Σ	using electrostatic analysers, e.g. cylindrical sector, Wien filter [3]
H01J  49/48 200 \	4	4	5C038	H01J  49/48	117	ȿͶ	with cylindrical mirrors
H01J  49/48 400 \	4	4	5C038	H01J  49/48	104	ȿͶ	with spherical mirrors
H01J  49/48 600 \	4	4	5C038	H01J  49/48	71	ʿȿͶʤѰų	with plane mirrors, i.e. uniform field
H01J  49/48 800 \	4	4	5C038	H01J  49/48	86	®åɤ	with retarding grids
H01J  61/00  \	0	0	5C015	H01J  61/00	70	ŤޤϾťסʾפŶˤĥȣ¡쥯ȥߥͥåȣ¡	Gas-discharge or vapour-discharge lamps (arc lamps with consumable electrodes H05B; electroluminescent lamps H05B)
H01J  61/02  \	1	1	5C015	H01J  61/02	12		Details
H01J  61/02  C	1	0	5C015	H01J  61/02	1897		Frame closures
H01J  61/02  D	1	1	5C015	H01J  61/02	1336	㰵ťѸ	Bases for low-pressure discharge lamps
H01J  61/02  E	1	2	5C015	H01J  61/02	563	ľɷť	Straight tube discharge lamps
H01J  61/02  F	1	2	5C015	H01J  61/02	276	ľť	Annular discharge lamps
H01J  61/02  G	1	2	5C015	H01J  61/02	216	ջť	U-shaped discharge lamps
H01J  61/02  H	1	2	5C015	H01J  61/02	23	ʿť	Flat-shaped discharge lamps
H01J  61/02  J	1	2	5C015	H01J  61/02	80	ԥ	Lamp pins
H01J  61/02  K	1	1	5C015	H01J  61/02	570	ⰵťѸ	Bases for high-pressure discharge lamps
H01J  61/02  Y	1	0	5C015	H01J  61/02	188	ťפݡ֡ưΤ֡㡥׼ضŵ˴ؤΤϡȣˣء	Devices to help with the cleaning, disposition, and movement of discharge lamps, e.g. equipment for installing lamps (for light bulbs, H01K3/00@X)
H01J  61/02  Z	1	0	5C015	H01J  61/02	22	¾	Others
H01J  61/04  \	2	2	5C015	H01J  61/04	55	ŶˡѤΤΣȣʣˡ꡼󡨥	Electrodes (for igniting H01J 61/54); Screens; Shields
H01J  61/06  \	3	3	5C015	H01J  61/06	10	Ŷ	Main electrodes
H01J  61/06  A	3	0	5C015	H01J  61/06	53	Żʪ	Electronic discharge materials
H01J  61/06  B	3	1	5C015	H01J  61/06	351	ⰵ°	for high pressure metallic vapour discharge lamps
H01J  61/06  E	3	2	5C015	H01J  61/06	40	ⰵʥȥꥦ	for high pressure sodium lamps
H01J  61/06  H	3	1	5C015	H01J  61/06	58		for flash discharge lamps
H01J  61/06  K	3	1	5C015	H01J  61/06	393	㰵°	for low pressure metallic vapor discharge lamps
H01J  61/06  N	3	1	5C015	H01J  61/06	86	㰵	for low pressure gas discharge lamps
H01J  61/06  Z	3	0	5C015	H01J  61/06	43	¾	Others
H01J  61/067  \	4	4	5C015	H01J  61/067	19	㰵ťפΤΤΡΣ	for low-pressure discharge lamps [2]
H01J  61/067  L	4	0	5C015	H01J  61/067	1634	㰵	for low pressure mercury vapor discharge lamps
H01J  61/067  N	4	0	5C015	H01J  61/067	387	㰵	for low pressure gas discharge lamps
H01J  61/067  Z	4	0	5C015	H01J  61/067	43	¾	Others
H01J  61/073  \	4	4	5C015	H01J  61/073	47	ⰵťפΤΤΡΣ	for high-pressure discharge lamps [2]
H01J  61/073  B	4	0	5C015	H01J  61/073	1444	ⰵ°	for high pressure metallic vapour discharge lamps
H01J  61/073  E	4	1	5C015	H01J  61/073	166	ⰵʥȥꥦ	for high pressure sodium lamps
H01J  61/073  F	4	0	5C015	H01J  61/073	295	ⰵ	for high pressure gas discharge lamps
H01J  61/073  H	4	0	5C015	H01J  61/073	159		for flash discharge lamps
H01J  61/073  Z	4	0	5C015	H01J  61/073	6	¾	Others
H01J  61/09  \	4	4	5C015	H01J  61/09	4	ۥˡΣ	Hollow cathodes [2]
H01J  61/09  P	4	0	5C015	H01J  61/09	103	ۥɥ	for hollow cathode discharge lamps
H01J  61/09  U	4	1	5C015	H01J  61/09	70	ħΤ	characterized by composition
H01J  61/09  V	4	1	5C015	H01J  61/09	13	Ĥߤ	having switching plates
H01J  61/09  W	4	0	5C015	H01J  61/09	26	ѡſ	for hydrogen discharge lamps, for deuterium discharge lamps
H01J  61/09  Z	4	0	5C015	H01J  61/09	51	¾	Others
H01J  61/10  \	3	3	5C015	H01J  61/10	13	Ť˱ƶͿ륷ɡ꡼󤢤뤤ϰ	Shield, screens, or guides for influencing the discharge
H01J  61/10  B	3	0	5C015	H01J  61/10	32	ⰵ°	for high pressure metallic vapour discharge lamps
H01J  61/10  E	3	1	5C015	H01J  61/10	21	ⰵʥȥꥦ	for high pressure sodium lamps
H01J  61/10  H	3	0	5C015	H01J  61/10	18		for flash discharge lamps
H01J  61/10  L	3	0	5C015	H01J  61/10	366	㰵	for low pressure mercury vapor discharge lamps
H01J  61/10  N	3	0	5C015	H01J  61/10	62	㰵	for low pressure gas discharge lamps
H01J  61/10  Z	3	0	5C015	H01J  61/10	19	¾	Others
H01J  61/12  \	2	2	5C015	H01J  61/12	11	ʪʪưϤޤϲ	Selection of substances for gas fillings; Specified operating pressure or temperature
H01J  61/12  A	2	0	5C015	H01J  61/12	86	ⰵΤΤ	for high pressure discharge lamps
H01J  61/12  B	2	1	5C015	H01J  61/12	116	Ŵɤγʪޤ	Internal (tube) sealing materials or sealing pressure other than double tubes
H01J  61/12  E	2	2	5C015	H01J  61/12	39	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/12  J	2	0	5C015	H01J  61/12	89	㰵ΤΤ	for low pressure discharge lamps
H01J  61/12  Y	2	1	5C015	H01J  61/12	21	ſ	hydrogen discharge lamps, deuterium discharge lamps
H01J  61/12  Z	2	0	5C015	H01J  61/12	11	¾	Others
H01J  61/14  \	3	3	5C015	H01J  61/14	19	ʬȤƣİʾúǲʪĤ	having one or more carbon compounds as the principal constituents
H01J  61/16  \	3	3	5C015	H01J  61/16	18	ʬȤƥإꥦࡤ르󡤥ͥ󡤥ץȥޤϥΥޤ	having helium, argon, neon, krypton, or xenon as the principle constituent
H01J  61/16  B	3	0	5C015	H01J  61/16	213	ⰵ°	High pressure metallic vapour lamps
H01J  61/16  E	3	1	5C015	H01J  61/16	63	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/16  F	3	0	5C015	H01J  61/16	90	ⰵ	High pressure gas discharge lamps
H01J  61/16  H	3	0	5C015	H01J  61/16	38		Flash discharge lamps
H01J  61/16  L	3	0	5C015	H01J  61/16	351	㰵	Low pressure mercury vapour lamps
H01J  61/16  M	3	0	5C015	H01J  61/16	5	㰵ʥȥꥦ	Low pressure sodium lamps
H01J  61/16  N	3	0	5C015	H01J  61/16	266	㰵	Low pressure gas discharge lamps
H01J  61/16  Z	3	0	5C015	H01J  61/16	25	¾	Others
H01J  61/18  \	3	3	5C015	H01J  61/18	157	ʬȤƶ°ޤ	having a metallic vapour as the principal constituent
H01J  61/20  \	4	4	5C015	H01J  61/20	9		mercury vapour
H01J  61/20  C	4	0	5C015	H01J  61/20	64	ⰵ	High pressure mercury lamps
H01J  61/20  U	4	1	5C015	H01J  61/20	199	̤ꤷ	Specifying amount of filling mercury
H01J  61/20  D	4	0	5C015	H01J  61/20	1162	᥿ϥ饤ɥ	Metal halide lamps
H01J  61/20  V	4	1	5C015	H01J  61/20	97	̤ꤷ	Specifying amount of filling mercury
H01J  61/20  S	4	1	5C015	H01J  61/20	149	ߥĥȯɤѤ	Using ceramic lighting tubes
H01J  61/20  T	4	1	5C015	H01J  61/20	21	ǤޤϤβʪ	Filling of boron or boride compounds
H01J  61/20  L	4	0	5C015	H01J  61/20	88	㰵	Low pressure mercury vapour lamps
H01J  61/20  W	4	1	5C015	H01J  61/20	66	̤ꤷ	Specifying amount of filling mercury
H01J  61/20  Z	4	0	5C015	H01J  61/20	7	¾	Others
H01J  61/22  \	4	4	5C015	H01J  61/22	3	륫°ξ	vapour of an alkali metal
H01J  61/22  E	4	0	5C015	H01J  61/22	130	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/22  M	4	0	5C015	H01J  61/22	6	㰵ʥȥꥦ	Low pressure sodium lamps
H01J  61/22  Z	4	0	5C015	H01J  61/22	12	¾	Others
H01J  61/24  \	2	2	5C015	H01J  61/24	1	Ĥ˽˾ΰϤ뤫ޤݻ	Means for obtaining or maintaining the desired pressure within the vessel
H01J  61/24  B	2	0	5C015	H01J  61/24	114	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/24  E	2	1	5C015	H01J  61/24	92	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/24  L	2	0	5C015	H01J  61/24	46	㰵	Low pressure mercury vapour lamps
H01J  61/24  S	2	1	5C015	H01J  61/24	165	йΡ㡥ǥڥ󥵡	Mercury discharging bodies, e.g. mercury dispensers
H01J  61/24  T	2	1	5C015	H01J  61/24	123	䥲å	Mercury getters
H01J  61/24  U	2	1	5C015	H01J  61/24	42	ץ	Mercury filled capsules
H01J  61/24  V	2	1	5C015	H01J  61/24	119		for formation at the coldest point
H01J  61/24  W	2	1	5C015	H01J  61/24	24	ŻҺƷ	Ion and electron reconnection medium
H01J  61/24  M	2	0	5C015	H01J  61/24	10	㰵ʥȥꥦ	Low pressure sodium lamps
H01J  61/24  Z	2	0	5C015	H01J  61/24	12	¾	Others
H01J  61/26  \	3	3	5C015	H01J  61/26	6	ۼޤϵ夹ʡ㡥åˤΡϴιɻߤ	Means for absorbing or adsorbing gas, e.g. by gettering; Means for preventing blackening of the envelope
H01J  61/26  A	3	0	5C015	H01J  61/26	33	ĥˤ	by gettering
H01J  61/26  B	3	1	5C015	H01J  61/26	143	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/26  E	3	2	5C015	H01J  61/26	56	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/26  H	3	1	5C015	H01J  61/26	26		Flash discharge lamps
H01J  61/26  L	3	1	5C015	H01J  61/26	198	㰵	Low pressure mercury vapor discharge lamps
H01J  61/26  M	3	1	5C015	H01J  61/26	8	㰵ʥȥꥦ	Low pressure sodium lamps
H01J  61/26  N	3	1	5C015	H01J  61/26	49	㰵	Low pressure gas discharge lamps
H01J  61/26  Z	3	0	5C015	H01J  61/26	10	¾	Others
H01J  61/28  \	3	3	5C015	H01J  61/28	10	פư˥ޤϾȯƳ뤤佼	Means for producing, introducing, or replenishing gas or vapour during operation of the lamp
H01J  61/28  A	3	0	5C015	H01J  61/28	19	ޥ륬	Amalgam
H01J  61/28  B	3	1	5C015	H01J  61/28	6	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/28  E	3	2	5C015	H01J  61/28	43	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/28  L	3	1	5C015	H01J  61/28	507	㰵	for low pressure mercury vapor discharge lamps
H01J  61/28  X	3	2	5C015	H01J  61/28	96	ħΤ	characterized by
H01J  61/28  Z	3	0	5C015	H01J  61/28	42	¾	Others
H01J  61/30  \	2	2	5C043	H01J  61/30	40	Ĥƴ	Vessels; Containers
H01J  61/30  A	2	0	5C043	H01J  61/30	89	Ĥ	Vessel materials
H01J  61/30  C	2	1	5C043	H01J  61/30	365	ⰵѡ᥿ϥ饤ɥ	for high pressure mercury lamps; for metal halide lamps
H01J  61/30  E	2	1	5C043	H01J  61/30	213	ⰵʥȥꥦ	for high pressure sodium lamps
H01J  61/30  L	2	1	5C043	H01J  61/30	437	㰵	for low pressure mercury lamps
H01J  61/30  N	2	1	5C043	H01J  61/30	167		for gas discharge lamps
H01J  61/30  P	2	0	5C043	H01J  61/30	53	Ĥ㡥˻ڤߤХ	Vessel forms; Valves having internal partitions
H01J  61/30  Q	2	1	5C043	H01J  61/30	221		for gas discharge lamps
H01J  61/30  R	2	1	5C043	H01J  61/30	418	°	for metallic vapour discharge lamps
H01J  61/30  S	2	2	5C043	H01J  61/30	861	ŵ㡥ü	Light bulb type, e.g. single-ended cap type
H01J  61/30  T	2	2	5C043	H01J  61/30	924	ľ	Tabular
H01J  61/30  X	2	0	5C043	H01J  61/30	157	ƥ	Stem Section
H01J  61/30  Z	2	0	5C043	H01J  61/30	144	¾	Others
H01J  61/32  \	3	3	5C043	H01J  61/32	11	ĹüʷȤʤäƤΡ㡥ŪȤ	Special longitudinal shape, e.g. for advertising purposes
H01J  61/32  A	3	0	5C043	H01J  61/32	8	ⰵ°	of high pressure metallic vapor discharge lamps
H01J  61/32  C	3	1	5C043	H01J  61/32	193	ⰵ᥿ϥ饤ɥ	High pressure mercury lamps; metal halide lamps
H01J  61/32  E	3	1	5C043	H01J  61/32	48	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/32  F	3	0	5C043	H01J  61/32	58		of gas discharge lamps
H01J  61/32  L	3	0	5C043	H01J  61/32	350	ѷ	Fluorescent lamps, ompact fluorescent lamps
H01J  61/32  V	3	1	5C043	H01J  61/32	264	ķ	Circular lamps
H01J  61/32  X	3	1	5C043	H01J  61/32	677	ջ׻	U-shaped; W-shaped
H01J  61/32  Z	3	0	5C043	H01J  61/32	15	¾	Others
H01J  61/33  \	3	3	5C043	H01J  61/33	6	̤üʷȤʤäƤΡ㡥륹ݥåȤ뤿Τ	Special shape of cross-section, e.g. for producing cool spot
H01J  61/33  A	3	0	5C043	H01J  61/33	8	ⰵ°	of high pressure metallic vapor discharge lamps
H01J  61/33  C	3	1	5C043	H01J  61/33	157	ⰵ᥿ϥ饤ɥ	High pressure mercury lamps; metal halide lamps
H01J  61/33  E	3	1	5C043	H01J  61/33	24	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/33  F	3	0	5C043	H01J  61/33	84		of gas discharge lamps
H01J  61/33  K	3	0	5C043	H01J  61/33	20	㰵°	of low pressure metallic vapour discharge lamps
H01J  61/33  L	3	1	5C043	H01J  61/33	270		of fluorescent lamps
H01J  61/33  Z	3	0	5C043	H01J  61/33	19	¾	Others
H01J  61/34  \	3	3	5C043	H01J  61/34	23	ɤΤĤޤƴ	Double-wall vessels or containers
H01J  61/34  A	3	0	5C043	H01J  61/34	132	ⰵ°	for high pressure metallic vapor discharge lamps
H01J  61/34  C	3	1	5C043	H01J  61/34	1086	ⰵ᥿ϥ饤ɥ	High pressure mercury lamps; metal halide lamps
H01J  61/34  E	3	1	5C043	H01J  61/34	221	ⰵʥȥꥦ	for high pressure sodium lamps
H01J  61/34  F	3	0	5C043	H01J  61/34	100		for gas discharge lamps
H01J  61/34  K	3	0	5C043	H01J  61/34	64	㰵°	for low pressure metallic vapour discharge lamps
H01J  61/34  L	3	1	5C043	H01J  61/34	258		for fluorescent lamps
H01J  61/34  Z	3	0	5C043	H01J  61/34	17	¾	Others
H01J  61/35  \	3	3	5C043	H01J  61/35	36	ɤξʤΤΡʤκʿ̤ΤʤѤΣȣʣߥͥåʤѤΣȣʣ	provided with coatings on the walls thereof; Selection of materials for the coatings (using coloured coatings H01J 61/40; using luminescent coatings H01J 61/42)
H01J  61/35  A	3	0	5C043	H01J  61/35	86	ⰵ°	for high pressure metallic vapor discharge lamps
H01J  61/35  C	3	1	5C043	H01J  61/35	622	ⰵ᥿ϥ饤ɥ	High pressure mercury lamps; metal halide lamps
H01J  61/35  E	3	1	5C043	H01J  61/35	68	ⰵʥȥꥦ	for high pressure sodium lamps
H01J  61/35  F	3	0	5C043	H01J  61/35	335		for gas discharge lamps
H01J  61/35  K	3	0	5C043	H01J  61/35	108	㰵°	for low pressure metallic vapour discharge lamps
H01J  61/35  L	3	1	5C043	H01J  61/35	971		for fluorescent lamps
H01J  61/35  M	3	2	5C043	H01J  61/35	181	ץ饹ĥʤ	Plastic coating
H01J  61/35  N	3	2	5C043	H01J  61/35	375	ȿ	Reflective layers
H01J  61/35  Z	3	0	5C043	H01J  61/35	82	¾	Others
H01J  61/36  \	2	2	5C043	H01J  61/36	45	Ĥʴ֤ߡƳߡƳ	Seals between parts of vessels; Seals for leading-in conductors; Leading-in conductors
H01J  61/36  A	2	0	5C043	H01J  61/36	873	ָ	for florescent lamps
H01J  61/36  B	2	0	5C043	H01J  61/36	1716	ⰵ	for high pressure lamps
H01J  61/36  C	2	0	5C043	H01J  61/36	1041	ߥĥ	for ceramic lamps
H01J  61/36  Z	2	0	5C043	H01J  61/36	174	¾Τ	Others
H01J  61/38  \	2	2	5C043	H01J  61/38	129	ο̤ޤĹ˱ƶͿ뤿	Devices for influencing the colour or wavelength of the light
H01J  61/40  \	3	3	5C043	H01J  61/40	255	Υե륿ˤΡƴޤƴﳰο̤ʤˤ	by light-filters; by coloured coatings in or on the envelope
H01J  61/42  \	3	3	5C043	H01J  61/42	16	ߥͥå󥹤ˤĹѲ뤳Ȥˤ	by transforming the wavelength of the light by luminescence
H01J  61/42  C	3	0	5C043	H01J  61/42	63	ⰵ	for high pressure mercury fluorescent lamp
H01J  61/42  L	3	0	5C043	H01J  61/42	347		for fluorescent lamps
H01J  61/42  M	3	1	5C043	H01J  61/42	94	γ	characterised by the diameter of particle of fluorescent substance
H01J  61/42  N	3	1	5C043	H01J  61/42	153		characterised by the thickness of the fluorescent coating
H01J  61/42  Z	3	0	5C043	H01J  61/42	84	¾㡥	Others, e.g. fluorescent gas discharge lamps
H01J  61/44  \	4	4	5C043	H01J  61/44	91	ߥͥåȺˤäħŤ	Devices characterised by the luminescent material
H01J  61/44  C	4	0	5C043	H01J  61/44	177	ⰵ	for high pressure mercury fluorescent lamps
H01J  61/44  L	4	0	5C043	H01J  61/44	491		for fluorescent lamps
H01J  61/44  M	4	1	5C043	H01J  61/44	154	礱	Mixed fluorescent substances
H01J  61/44  N	4	2	5C043	H01J  61/44	719	ˤ뵬	characterised by the composition of fluorescent substances
H01J  61/44  P	4	2	5C043	H01J  61/44	274	ȯԡˤ뵬	characterised by the emission peak
H01J  61/44  Z	4	0	5C043	H01J  61/44	81	¾㡥	Others, e.g. fluorescent gas discharge lamps
H01J  61/46  \	4	4	5C043	H01J  61/46	344	ߥͥåȺޤޤ¾ΥߥͥåȤǤʤħΤ֡㡥˾ήư䴥뤿Τ	Devices characterised by the binder or other non-luminescent constituent of the luminescent material, e.g. for obtaining desired pouring or drying properties
H01J  61/48  \	4	4	5C043	H01J  61/48	263	ۤʤäߥͥåȺ̡ʤ	Separate coatings of different luminous materials
H01J  61/50  \	2	2	5C039	H01J  61/50	10	ƴ˲ˤȯδ򸺾뤿ƴʤޤϸǷࡤ㡥ۻ	Auxiliary parts or solid material within the envelope for reducing risk of explosion upon breakage of the envelope, e.g. for use in mines
H01J  61/50  B	2	0	5C039	H01J  61/50	44	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/50  C	2	1	5C039	H01J  61/50	230	ⰵ᥿ϥ饤ɥ	High pressure mercury vapor discharge lamps; metal halide lamps
H01J  61/50  U	2	2	5C039	H01J  61/50	61	ˤ	Control due to magnetic fields
H01J  61/50  E	2	1	5C039	H01J  61/50	40	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/50  V	2	2	5C039	H01J  61/50	6	ˤ	Control due to magnetic fields
H01J  61/50  F	2	0	5C039	H01J  61/50	14	ⰵ	High pressure gas discharge lamps
H01J  61/50  S	2	1	5C039	H01J  61/50	32	ˤ	Control due to magnetic fields
H01J  61/50  L	2	0	5C039	H01J  61/50	161	㰵	Low pressure mercury vapor discharge lamps
H01J  61/50  T	2	1	5C039	H01J  61/50	81	ˤ	Control due to magnetic fields
H01J  61/50  M	2	0	5C039	H01J  61/50	2	㰵ʥȥꥦ	Low pressure sodium lamps
H01J  61/50  N	2	0	5C039	H01J  61/50	19	㰵	Low pressure gas discharge lamps
H01J  61/50  Z	2	0	5C039	H01J  61/50	10	¾	Others
H01J  61/52  \	2	2	5C039	H01J  61/52	36	֡Ǯ֡Ŷ֤ΥޤϾ۴Ĥ	Cooling arrangements; Heating arrangements; Means for circulating gas or vapour within the discharge space
H01J  61/52  B	2	0	5C039	H01J  61/52	770	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/52  E	2	1	5C039	H01J  61/52	205	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/52  F	2	0	5C039	H01J  61/52	100	ⰵ	High pressure gas discharge lamps
H01J  61/52  H	2	0	5C039	H01J  61/52	33		Flash discharge lamps
H01J  61/52  L	2	0	5C039	H01J  61/52	738	㰵	Low pressure mercury vapor discharge lamps
H01J  61/52  M	2	0	5C039	H01J  61/52	37	㰵ʥȥꥦ	Low pressure sodium lamps
H01J  61/52  N	2	0	5C039	H01J  61/52	76	㰵	Low pressure gas discharge lamps
H01J  61/52  Z	2	0	5C039	H01J  61/52	77	¾	Others
H01J  61/54  \	2	2	5C039	H01J  61/54	33	֡㡥ưΤᥤ󲽤¥ʤ	Igniting arrangements, e.g. promoting ionisation for starting
H01J  61/54  B	2	0	5C039	H01J  61/54	748	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/54  E	2	1	5C039	H01J  61/54	294	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/54  F	2	0	5C039	H01J  61/54	73	ⰵ	High pressure gas discharge lamps
H01J  61/54  H	2	0	5C039	H01J  61/54	275		Flash discharge lamps
H01J  61/54  L	2	0	5C039	H01J  61/54	689	㰵	Low pressure mercury vapor discharge lamps
H01J  61/54  N	2	0	5C039	H01J  61/54	185	㰵	Low pressure gas discharge lamps
H01J  61/54  Z	2	0	5C039	H01J  61/54	102	¾	Others
H01J  61/56  \	2	2	5C039	H01J  61/56	24	פȹ¤Ū˷礷İʾβϩǻ	One or more circuit elements structurally associated with the lamp
H01J  61/56  B	2	0	5C039	H01J  61/56	447	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/56  E	2	1	5C039	H01J  61/56	305	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/56  H	2	0	5C039	H01J  61/56	47		Flash discharge lamps
H01J  61/56  L	2	0	5C039	H01J  61/56	597	㰵	Low pressure mercury vapor discharge lamps
H01J  61/56  N	2	0	5C039	H01J  61/56	91	㰵	Low pressure gas discharge lamps
H01J  61/56  Z	2	0	5C039	H01J  61/56	17	¾	Others
H01J  61/58  \	1	1	5C039	H01J  61/58	14	۶ˤȱαˤξĥ	Lamps with both liquid anode and liquid cathode
H01J  61/60  \	1	1	5C039	H01J  61/60	7	Ŷ֤¼Ū˿Ƥ	Lamps in which the discharge space is substantially filled with mercury before ignition
H01J  61/62  \	1	1	5C039	H01J  61/62	2	αˤĥס㡥ץ饺ޱ	Lamps with gaseous, e.g. plasma cathode
H01J  61/64  \	1	1	5C039	H01J  61/64	171	˥	Cathode glow lamps
H01J  61/66  \	2	2	5C039	H01J  61/66	4	İʾüʷαˤĤΡ㡥ŪȤ	having one or more specially shaped cathodes, e.g. for advertising purposes
H01J  61/68  \	1	1	5C039	H01J  61/68	0	Ťή륬ɤʬ֤ˤס㡥ۥ	Lamps in which the main discharge is between parts of a current-carrying guide, e.g. halo lamp
H01J  61/68  P	1	0	5C039	H01J  61/68	45	ۥɥ	Hollow cathode lamps
H01J  61/68  U	1	1	5C039	H01J  61/68	22	äΡ㡥ޥŻҵ۸ʬ	applying to magnetic fields, e.g. for use with Zeeman electron light absorption analysis
H01J  61/68  V	1	1	5C039	H01J  61/68	21	ŸѤ	having high frequency wave power sources
H01J  61/68  W	1	1	5C039	H01J  61/68	17	ΤʬǽʤΡ㡥॰	Main bodies which are divisible, e.g. Grimm glow lamp
H01J  61/68  Y	1	0	5C039	H01J  61/68	156	ſ	Hydrogen discharge lamps, deuterium discharge lamps
H01J  61/68  Z	1	0	5C039	H01J  61/68	7	¾	Others
H01J  61/70  \	1	1	5C039	H01J  61/70	47	㰵μ̤ʤŤĥ	Lamps with low-pressure unconstricted discharge
H01J  61/72  \	2	2	5C039	H01J  61/72	2003	ưפ˾ȯ°θʪĤΡ㡥	having a main light-emitting filling of easily vaporisable metal vapour, e.g. mercury
H01J  61/74  \	2	2	5C039	H01J  61/74	50	˾ȯξʤ°θʪĤΡ㡥ʥȥꥦ	having a main light-emitting filling of difficult vaporisable metal vapour, e.g. sodium
H01J  61/76  \	2	2	5C039	H01J  61/76	147	ʵץΤߤʪĤ	having a filling of permanent gas or gases only
H01J  61/78  \	3	3	5C039	H01J  61/78	87	䱢ˤĤΡŤˤäƤΤ߲Ǯ뱢ˤĤΡ㡥ѹŰ	with cold cathode; with cathode heated only by discharge, e.g. high-tension lamp for advertising
H01J  61/80  \	2	2	5C039	H01J  61/80	209	ַŪˤΤŬס㡥եå	Lamps suitable only for intermittent operation, e.g. flash lamp
H01J  61/82  \	1	1	5C039	H01J  61/82	28	ⰵμ̤ʤŤĥ	Lamps with high-pressure unconstricted discharge
H01J  61/84  \	1	1	5C039	H01J  61/84	51	ⰵˤ̤줿Ťĥ	Lamps with discharge constricted by high pressure
H01J  61/86  \	2	2	5C039	H01J  61/86	1843	ܤŶ˴֤ζ֤ˤäղŪ˼̤ŤĤΡ㡥ŪѤΤ	with discharge additionally constricted by close spacing of electrodes, e.g. for optical projection
H01J  61/88  \	2	2	5C039	H01J  61/88	33	ƴˤäղŪ˼̤줿ŤĤ	with discharge additionally constricted by envelope
H01J  61/88  B	2	0	5C039	H01J  61/88	37	ⰵ°	High pressure metallic vapor discharge lamps
H01J  61/88  C	2	1	5C039	H01J  61/88	590	ⰵ᥿ϥ饤ɥ	High pressure mercury vapor discharge lamps; metal halide lamps
H01J  61/88  U	2	2	5C039	H01J  61/88	140	Ŷ˶˵ħΤΡ㡥ŶˤȯɤȤεΥ͸ꤷ	characterized near the electrodes, e.g. limit of the numerical value of the distance between electrodes and arc tube walls
H01J  61/88  E	2	1	5C039	H01J  61/88	164	ⰵʥȥꥦ	High pressure sodium lamps
H01J  61/88  V	2	2	5C039	H01J  61/88	57	Ŷ˶˵ħΤΡ㡥ŶˤȯɤȤεΥ͸ꤷ	characterized near the electrodes, e.g. limit of the numerical value of the distance between electrodes and arc tube walls
H01J  61/88  F	2	0	5C039	H01J  61/88	29	ⰵ硼ȥפϣȣʣ	High pressure gas discharge lamps (Note; H01J71/86 for short arc lamp)
H01J  61/88  Z	2	0	5C039	H01J  61/88	9	¾	Others
H01J  61/90  \	2	2	5C039	H01J  61/90	106	ַŪˤΤŬס㡥եå	Lamps suitable only for intermittent operation, e.g. flash lamp
H01J  61/92  \	1	1	5C039	H01J  61/92	17	İʾμϩĥ	Lamps with more than one main discharge path
H01J  61/92  A	1	0	5C039	H01J  61/92	123	ⰵ	High pressure discharge lamps
H01J  61/92  J	1	0	5C039	H01J  61/92	323	㰵	Low pressure discharge lamps
H01J  61/92  Y	1	0	5C039	H01J  61/92	27	ⰵ㰵	High pressure discharge lamps + low pressure discharge lamps
H01J  61/92  Z	1	0	5C039	H01J  61/92	26	¾	Others
H01J  61/94  \	2	2	5C039	H01J  61/94	361	ۤäĹθϩ㡥	Paths producing light of different wavelengths, e.g. for simulating daylight
H01J  61/95  \	1	1	5C039	H01J  61/95	64	ε٤ޤĹѲ뤿Ŷˤĥס㡥Ĵ	Lamps with control electrode for varying intensity or wavelength of the light, e.g. for producing modulated light
H01J  61/96  \	1	1	5C039	H01J  61/96	6	̳ϴ˸ͤϩ̤˲Ǯ줿ǮΤĥס㡥	Lamps with light-emitting discharge path and separately-heated incandescent body within a common envelope, e.g. for simulating daylight
H01J  61/96  A	1	0	5C039	H01J  61/96	114	ⰵ	High pressure discharge lamps
H01J  61/96  J	1	0	5C039	H01J  61/96	77	㰵	Low pressure discharge lamps
H01J  61/96  Z	1	0	5C039	H01J  61/96	3	¾	Others
H01J  61/98  \	1	1	5C039	H01J  61/98	55	ŤˤǮ֤ˤǮܶᤷֳ֤Ŷˤĥס㡥󥰥ƥ󥢡	Lamps with closely spaced electrodes heated to incandescence by light-emitting discharge, e.g. tungsten arc lamp
H01J  63/00  \	0	0	5C039	H01J  63/00	11	ޤŻή	Cathode-ray or electron-stream lamps
H01J  63/02  \	1	1	5C039	H01J  63/02	147	㡥ŶˡʪĤη	Details, e.g. electrode, gas filling, shape of vessel
H01J  63/04  \	2	2	5C039	H01J  63/04	59	ߥͥåʤΤƴʤ	Vessels provided with luminescent coatings; Selection of materials for the coatings
H01J  63/06  \	1	1	5C039	H01J  63/06	1014	ޤŻήˤä嵯ߥͥåȥ꡼ĥ	Lamps with luminescent screen excited by the ray or stream
H01J  63/08  \	1	1	5C039	H01J  63/08	118	ޤŻήˤä嵯륬ץ饺ޤĥ	Lamps with gas plasma excited by the ray or stream
H01J  65/00  \	0	0	5C039	H01J  65/00	24	ĤŶˤ⤿ʤסĤﳰ˾ʤȤ⣱ĤμŶˤĥ	Lamps without any electrode inside the vessel; Lamps with at least one main electrode outside the vessel
H01J  65/00  A	0	0	5C039	H01J  65/00	638	Ĥﳰ˾Ȥ⣱ĤμŶˤĥ	Lamps with at least one main electrode outside the vessel
H01J  65/00  B	0	1	5C039	H01J  65/00	1196	ĤγΤߤ˼Ŷˤͭ	Lamps with main electrode only outside the vessel
H01J  65/00  C	0	2	5C039	H01J  65/00	560	ɼʴݴɡˤ˱äʣӾŶˤͭ	Lamps with plural strip electrodes along tube axis (round tube)
H01J  65/00  D	0	1	5C039	H01J  65/00	554	Ĥγξ˼Ŷˤͭ	Lamps with main electrodes both inside and outside the vessel
H01J  65/00  E	0	1	5C039	H01J  65/00	287	Ĥɤߤ줿ʣŶˤͶΤʤäΡŶˤĤޤ줿	Lamps with plural electrodes covered with dielectric on inner wall of vessel; lamps with electrode embedded in vessel
H01J  65/00  Z	0	0	5C039	H01J  65/00	61	¾	Others
H01J  65/04  \	1	1	5C039	H01J  65/04	28	ʪżޤϳγͤˤä嵯ȯס㡥ؼѤΤ	Lamps in which a gas filling is excited to luminesce by an external electromagnetic field or by external corpuscular radiation, e.g. for indicating
H01J  65/04  A	1	0	5C039	H01J  65/04	1477	ż	High frequency mantic fields
H01J  65/04  B	1	1	5C039	H01J  65/04	788	ޥȤѤ	for microwaves
H01J  65/04  Z	1	0	5C039	H01J  65/04	146	¾	Others
H01J  65/06  \	1	1	5C039	H01J  65/06	8	ʪ¤Ū˥פȷ礷ǽˤä嵯ȯס㡥Ĥˤ	Lamps in which a gas filling is excited to luminesce by radioactive material structurally associated with the lamp, e.g. inside the vessel
H01J  65/08  \	1	1	5C039	H01J  65/08	34	꡼ޤʤĤˤ줿ǽˤä嵯ȯ	Lamps in which a screen or coating is excited to luminesce by radioactive material located inside the vessel
H01J  99/00  \	0	0	5C335	H01J  99/00	4	Υ֥饹¾Υ롼פʬवʤΣ	Subject matter not provided for in other groups of this subclass [8]
