H01C   1/00  \	0	0	5E028	H01C   1/00	14		Details
H01C   1/01  \	1	1	5E028	H01C   1/01	26	դٻΣ	Mounting; Supporting [2]
H01C   1/01  V	1	0	5E028	H01C   1/01	46	񹳴˴ؤ	Related to variable resistors
H01C   1/01  R	1	1	5E028	H01C   1/01	667	񹳴郎ưΤ	Rotating type variable resistors
H01C   1/01  S	1	1	5E028	H01C   1/01	92	񹳴郎ľ饤ɷΤΡ̤ͤưΤΤϽ	Linear sliding motion type variable resistors (excluding screw driven type)
H01C   1/01  G	1	0	5E028	H01C   1/01	81	ĥ񹳴˴ؤ	Related to grid resistors
H01C   1/01  Z	1	0	5E028	H01C   1/01	784	¾Τ	Others
H01C   1/012  \	2	2	5E028	H01C   1/012	335	ǻҤ˱äƱǻҤθޤ䶯Ԥʤġʣȣãͥ表ĤޤϤʾΥޤϥ롼פǣĤΤޤϴľδǻңȣãȣãľˣʾؤޤʤ˷줿ǻңȣãˡΣ	the base extending along, and imparting rigidity or reinforcement to, the resistive element (H01C 1/016 takes precedence; the resistive element being formed in two or more coils or loops as a spiral, helical, or toroidal winding H01C 3/18, H01C 3/20; the resistive element being formed as one or more layers or coatings on a base H01C 7/00) [2]
H01C   1/014  \	2	2	5E028	H01C   1/014	102	Ĥλٻʬδ֤ˤĤ뤵졤ٻƤ񹳴ʣȣãͥˡΣ	the resistor being suspended between, and being supported by, two supporting sections (H01C 1/016 takes precedence) [2]
H01C   1/016  \	2	2	5E028	H01C   1/016	32	񹳴ĥޤϼ̤ͭΡΣ	with compensation for resistor expansion or contraction [2]
H01C   1/02  \	1	1	5E028	H01C   1/02	28	ƴϤߡƴޤϰϤνƤΣ	Housing; Enclosing; Embedding; Filling the housing or enclosure [2]
H01C   1/02  V	1	0	5E028	H01C   1/02	66	񹳴˴ؤ	Related to variable resistors
H01C   1/02  R	1	1	5E028	H01C   1/02	234	񹳴郎ưΤ	Rotating type variable resistors
H01C   1/02  S	1	1	5E028	H01C   1/02	36	񹳴郎ľưΤΡ̤ͤưΤΤϽ	Linearly sliding type variable resistors (excluding screw driven type)
H01C   1/02  M	1	0	5E028	H01C   1/02	243	ħͭ	Characterised by resin materials
H01C   1/02  Z	1	0	5E028	H01C   1/02	820	¾Τ	Others
H01C   1/022  \	2	2	5E028	H01C   1/022	13	ǻҤޤϼ곰ǤƴΣ	the housing or enclosure being openable or separable from the resistive element [2]
H01C   1/024  \	2	2	5E028	H01C   1/024	23	̩̩Ĥ줿ƴޤϰϤʣȣãȣãȣȣáͥˡΣ	the housing or enclosure being hermetically sealed (H01C 1/028, H01C 1/032, H01C 1/034 take precedence) [2]
H01C   1/024  V	2	0	5E028	H01C   1/024	141	񹳴˴ؤ	Related to variable resistors
H01C   1/024  Z	2	0	5E028	H01C   1/024	223	¾Τ	Others
H01C   1/026  \	3	3	5E028	H01C   1/026	69	ǻҤƴޤϥȤζ֤˥ΤޤϿͭΡΣ	with gaseous or vacuum spacing between the resistive element and the housing or casing [2]
H01C   1/028  \	2	2	5E028	H01C   1/028	301	ȶΤߤ줿ǻҡΣ	the resistive element being embedded in insulation with outer enclosing sheath [2]
H01C   1/03  \	3	3	5E028	H01C   1/03	41	ʴΤͭΡΣ	with powdered insulation [2]
H01C   1/032  \	2	2	5E028	H01C   1/032	231	ǻҤʣؤϤΡʣȣãͥˡΣ	plural layers surrounding the resistive element (H01C 1/028 takes precedence) [2]
H01C   1/034  \	2	2	5E028	H01C   1/034	449	⤿ʤʤޤϥ⡼ɤƷ줿ƴޤϰϤʣȣãͥˡΣ	the housing or enclosure being formed as coating or mould without outer sheath (H01C 1/032 takes precedence) [2]
H01C   1/036  \	3	3	5E028	H01C   1/036	39	ǻҾˤΡΣ	on wound resistive element [2]
H01C   1/04  \	1	1	5E028	H01C   1/04	432	ʬޡ㡥顼	Arrangements of distinguishing marks, e.g. colour coding
H01C   1/06  \	1	1	5E028	H01C   1/06	90	Ťޤżפؤ	Electrostatic or electromagnetic shielding arrangements
H01C   1/08  \	1	1	5E028	H01C   1/08	14	ѡǮޤ	Cooling, heating, or ventilating arrangements
H01C   1/08  G	1	0	5E028	H01C   1/08	17	ĥ񹳴ŵѤΤ	For grid resistors, electric vehicles
H01C   1/08  L	1	0	5E028	H01C   1/08	26	ήΤΤΤ	Liquid fluids
H01C   1/08  Z	1	0	5E028	H01C   1/08	220	¾Τ	Others
H01C   1/082  \	2	2	5E028	H01C   1/082	34	ήΤζή̤ѤΡΣ	using forced fluid flow [2]
H01C   1/082  G	2	0	5E028	H01C   1/082	87	ĥ񹳴ŵѤΤ	For grid resistors, electric vehicles
H01C   1/082  L	2	0	5E028	H01C   1/082	124	ήΤΤΤ	Fluids being liquids
H01C   1/082  Z	2	0	5E028	H01C   1/082	97	¾Τ	Others
H01C   1/084  \	2	2	5E028	H01C   1/084	328	ѤѤΡ㡥ե󡤥ҡȥ󥯡Σ	using self-cooling, e.g. fins, heat sinks [2]
H01C   1/12  \	1	1	5E028	H01C   1/12	782		Arrangements of current collectors
H01C   1/125  \	2	2	5E028	H01C   1/125	35	ήΤΡΣ	of fluid contacts [2]
H01C   1/14  \	1	1	5E028	H01C   1/14	88	񹳴ΤäŬѤüҤޤϥåץݥȡ񹳴üҤޤϥåץݥȤ	Terminals or tapping points specially adapted for resistors; Arrangements of terminals or tapping points on resistors
H01C   1/14  F	1	0	5E028	H01C   1/14	107	ҥݥǽüˤĤ	With fuse function provided on terminals
H01C   1/14  V	1	0	5E028	H01C   1/14	810	񹳴˴ؤ	Related to variable resistors
H01C   1/14  Z	1	0	5E028	H01C   1/14	2462	¾Τ	Others
H01C   1/142  \	2	2	5E028	H01C   1/142	591	ǻҾʤ줿üҤޤϥåץݥȡΣ	the terminals or tapping points being coated on the resistive element [2]
H01C   1/144  \	2	2	5E028	H01C   1/144	272	ܤޤϤܤ줿üҤޤϥåץݥȡΣ	the terminals or tapping points being welded or soldered [2]
H01C   1/146  \	2	2	5E028	H01C   1/146	68	üҤϤǻҡΣ	the resistive element surrounding the terminal [2]
H01C   1/148  \	2	2	5E028	H01C   1/148	58	ǻҤޤޤϼϤüҡʣȣãͥˡΣ	the terminals embracing or surrounding the resistive element (H01C 1/142 takes precedence) [2]
H01C   1/148  A	2	0	5E028	H01C   1/148	356	ĥü	Cap terminals
H01C   1/148  Z	2	0	5E028	H01C   1/148	227	¾Τ	Others
H01C   1/16  \	1	1	5E028	H01C   1/16	21	¾˹ܤΤʤ񹳲ϩ	Resistor networks not otherwise provided for
H01C   3/00  \	0	0	5E029	H01C   3/00	18	ޤϥܥǷ줿Ĵ°񹳴㡥Ȥ߾ޤϥåɾ˷줿	Non-adjustable metal resistors made of wire or ribbon, e.g. coiled, woven, or formed as grids
H01C   3/00  G	0	0	5E029	H01C   3/00	154	ĥɷ	Grid type
H01C   3/00  C	0	0	5E029	H01C   3/00	47	㡥ӾΤ򴬲󤷤	Coils or spirals e.g. by winding strip resistors around
H01C   3/00  W	0	1	5E029	H01C   3/00	242	Ƿ줿	Consisting of lines
H01C   3/00  Z	0	0	5E029	H01C   3/00	302	¾Τ	Others
H01C   3/02  \	1	1	5E029	H01C   3/02	90	ͶƳѥ󥹤ޤϼȿˤѲ򸺾뤿֤ޤϹ줿	arranged or constructed for reducing self-induction, capacitance, or variation with frequency
H01C   3/04  \	1	1	5E029	H01C   3/04	25	Ŵ񹳴Ѳٷͭ¾񹳴	Iron-filament ballast resistors; Other resistors having variable temperature coefficient
H01C   3/06  \	1	1	5E029	H01C   3/06	29	ޤޤꤿ߾񹳴ΤμΤդޤޤꤿߤǤΡΣ	Flexible or folding resistors, whereby such a resistor can be looped or collapsed upon itself [2]
H01C   3/08  \	1	1	5E029	H01C   3/08	5	ĤüҤ¾ޤǻҤ礭ޤˤޤʳŪѲƤΡΣ	Dimension or characteristic of resistive element changing gradually or in discrete steps from one terminal to another [2]
H01C   3/10  \	1	1	5E029	H01C   3/10	262	ޤ޶ʾ˹줿ǻҡΣ	the resistive element having zig-zag or sinusoidal configuration [2]
H01C   3/12  \	2	2	5E029	H01C   3/12	47	ʿ̤ߤƤΡΣ	lying in one plane [2]
H01C   3/14  \	1	1	5E029	H01C   3/14	3	ʾΥޤϥ롼פϢ³Ū˴죱ĤΤޤϴľδǻҡʣȣãȣãͥˡΣ	the resistive element being formed in two or more coils or loops continuously wound as a spiral, helical, or toroidal winding (H01C 3/02-H01C 3/12 take precedence) [2]
H01C   3/14  R	1	0	5E029	H01C   3/14	20	ӾΤʤ	Consisting of strip resistors
H01C   3/14  W	1	0	5E029	H01C   3/14	190	Τʤ	Consisting of line resistors
H01C   3/14  Z	1	0	5E029	H01C   3/14	5	¾Τ	Others
H01C   3/16  \	2	2	5E029	H01C   3/16	27	ʾΰۤʤäǻҤޤϣʾδޤΡΣ	including two or more distinct wound elements, or two or more winding patterns [2]
H01C   3/18  \	2	2	5E029	H01C   3/18	20	ʿóʤޤϥܥδľ˴줿ΡʣȣãͥˡΣ	wound on a flat or ribbon base (H01C 3/16 takes precedence) [2]
H01C   3/20  \	2	2	5E029	H01C   3/20	104	ޤϳδĤ˴줿ΡʣȣãͥˡΣ	wound on cylindrical or prismatic base (H01C 3/16 takes precedence) [2]
H01C   7/00  \	0	0	5E033	H01C   7/00	359	ʾؤޤʤ˷줿Ĵ񹳴ʴޤफޤϴޤޤʤʴƳźޤʴȾƳκǷ줿Ĵ񹳴ʥ롼ʴޤγʪΣȣãŰ̾ɤͭ񹳴㡥ų̤ˤ񹳴ȣģݣȣģȣˣżȤޤγռͤ˴ȾƳ֡㡥񹳴ȣƣ񹳣ȣΣ̣Х륯񹳸֣ȣΣˡΣ	Non-adjustable resistors formed as one or more layers or coatings; Non-adjustable resistors made from powdered conducting material or powdered semi-conducting material with or without insulating material  (consisting of loose powdered or granular material H01C 8/00;  resistors having potential barriers, e.g. field-effect resistors, H10D 1/40-H10D 1/43, H10K 10/10;  semiconductor devices sensitive to electromagnetic or corpuscular radiation, e.g. photoresistors, H10F 30/00;  magnetic field controlled resistors H10N 50/10;  bulk negative resistance effect devices H10N 80/00)
H01C   7/00 100 \	1	1	5E033	H01C   7/00	1940	񹳴ι¤˴ؤ	Related to manufacturing of film resistors
H01C   7/00 110 \	2	2	5E033	H01C   7/00	1921	å׷	Chip type
H01C   7/00 200 \	1	1	5E033	H01C   7/00	308	񹳴˴ؤ	Related to compositions of film resistors
H01C   7/00 210 \	2	2	5E033	H01C   7/00	327	°	Metallic
H01C   7/00 220 \	2	2	5E033	H01C   7/00	98	åȷ	Cermets
H01C   7/00 230 \	2	2	5E033	H01C   7/00	120	ⲽʪ	Nitrides
H01C   7/00 240 \	2	2	5E033	H01C   7/00	113	ʪ	Silicates
H01C   7/00 300 \	1	1	5E033	H01C   7/00	135	񹳴˴ؤ	Related to compositions of film resistors
H01C   7/00 310 \	2	2	5E033	H01C   7/00	331	쥸	Resins
H01C   7/00 320 \	2	2	5E033	H01C   7/00	430	졼	Glazes
H01C   7/00 322 \	3	3	5E033	H01C   7/00	124	Ƴź°	Noble metal conductor materials
H01C   7/00 324 \	3	3	5E033	H01C   7/00	432	ƳźңϢϡɣϢϡңϢϤޤϥѥ	RuO2, IrO2, RhO2 or pyrochole conductor materials
H01C   7/00 326 \	3	3	5E033	H01C   7/00	114	ƳźãϷ	CdO conductor materials
H01C   7/00 328 \	3	3	5E033	H01C   7/00	122	Ƴźʪ	Silicate conductor materials
H01C   7/00 400 \	1	1	5E033	H01C   7/00	239	å׷񹳴˴ؤΡʥå׷񹳴ȣã	related to chip type resistor (chip type film resistor H01C7/00, 110)
H01C   7/00 500 \	1	1	5E033	H01C   7/00	261	ߥå	Ceramic resisters
H01C   7/00 510 \	2	2	5E033	H01C   7/00	70	Υ饹Ѥ	Used for glass seals of ignition plugs
H01C   7/00 520 \	2	2	5E033	H01C   7/00	98	úǤʤ	Made of silicon carbide
H01C   7/00 530 \	2	2	5E033	H01C   7/00	145	°ʪʤ	Made of metal oxides
H01C   7/00 600 \	1	1	5E033	H01C   7/00	244	ü쵡ǽޤϱѤͭ	resistor having special function or application
H01C   7/00 610 \	2	2	5E033	H01C   7/00	769	ޥإåɤѤ	used in thermal head
H01C   7/00 620 \	2	2	5E033	H01C   7/00	1074	٤˴	Responding to humidity
H01C   7/02  \	1	1	5E034	H01C   7/02	5516	ٷĤ	having positive temperature coefficient
H01C   7/04  \	1	1	5E034	H01C   7/04	4274	鲹ٷĤ	having negative temperature coefficient
H01C   7/06  \	1	1	5E034	H01C   7/06	164	ѲˤѲǾˤ뤿μʤޤ	including means to minimise changes in resistance with changes in temperature
H01C   7/10  \	1	1	5E034	H01C   7/10	5808	Ű˱ΡʤХꥹΣ	voltage-responsive, i.e. varistor [6]
H01C   7/102  \	2	2	5E034	H01C   7/102	759	Хꥹ㡥ɽءʣȣãͥˡΣ	Varistor boundary, e.g. surface layers(H01C7/12 takes precedence) [6]
H01C   7/105  \	2	2	5E034	H01C   7/105	328	ХꥹʣȣãͥˡΣ	Varistor cores(H01C7/12 takes precedence) [6]
H01C   7/108  \	3	3	5E034	H01C   7/108	572	°λʪΣ	Metal oxide [6]
H01C   7/112  \	4	4	5E034	H01C   7/112	4079	סΣ	ZnO type [6]
H01C   7/115  \	4	4	5E034	H01C   7/115	906	󥿥פޤϥסΣ	Titanium dioxide- or titanate type [6]
H01C   7/118  \	3	3	5E034	H01C   7/118	243	úʪ㡥úǥסΣ	Carbide, e.g. SiC type [6]
H01C   7/12  \	2	2	5E034	H01C   7/12	3191	Űݸ񹳴Σ	Overvoltage protection resistors; Arresters [3]
H01C   7/13  \	1	1	5E034	H01C   7/13	413	ή˱ΡΣ	current-responsive [2]
H01C   7/18  \	1	1	5E034	H01C   7/18	267	üҴ֤Ѥ߽Ťͤ줿ʣؤʤΡΣ	comprising a plurality of layers stacked between terminals [2]
H01C   7/20  \	1	1	5E034	H01C   7/20	3	ؤޤʤ٤ΤΡΣ	the resistive layer or coating being tapered [2]
H01C   7/22  \	1	1	5E034	H01C   7/22	118	ʤޤѶʤƱӤ롤㡥޶ʾޤΡǻҡΣ	Elongated resistive element being bent or curved, e.g. sinusoidal, helical [2]
H01C   8/00  \	0	0	5E030	H01C   8/00	6	롼ʴޤγƳΡޤʴޤγȾƳʪĴ񹳴Σ	Non-adjustable resistors consisting of loose powdered or granular conducting, or powdered or granular semi-conducting material [2]
H01C   8/02  \	1	1	5E030	H01C   8/02	6	żȤ򸡽Ф뤿ΥҡޤƱͤԴ񹳴Σ	Coherers or like imperfect resistors for detecting electromagnetic waves [2]
H01C   8/04  \	1	1	5E030	H01C   8/04	38	Űݸ񹳴Σ	Overvoltage protection resistors; Arresters [2,3]
H01C  10/00  \	0	0	5E030	H01C  10/00	27	Ĵ񹳴Σ	Adjustable resistors [2]
H01C  10/00  J	0	0	5E030	H01C  10/00	122	ɽ	Indicating
H01C  10/00  K	0	1	5E030	H01C  10/00	144	դΤ	With light sources
H01C  10/00  B	0	0	5E030	H01C  10/00	666	Ĥޤߡ	Knobs or controls
H01C  10/00  C	0	0	5E030	H01C  10/00	198		Shafts
H01C  10/00  D	0	0	5E030	H01C  10/00	125	ȥĥѡݵ	Stopper mechanisms
H01C  10/00  E	0	0	5E030	H01C  10/00	16	ݥ	Grounding
H01C  10/00  F	0	0	5E030	H01C  10/00	75	ĥ	Locking mechanisms
H01C  10/00  G	0	0	5E030	H01C  10/00	31	ץꥻĥȵ	Pre-setting mechanisms
H01C  10/00  H	0	0	5E030	H01C  10/00	96	ư	Automatic resetting mechanisms
H01C  10/00  L	0	0	5E030	H01C  10/00	203	ƳΤѤ񹳴̸񹳴ϡȣ̣	Variable resistors with optical conductors (optical variable resistors H 01 L 31/00)
H01C  10/00  M	0	0	5E030	H01C  10/00	225	ǻҤѤ񹳴	Variable resistors using magnetic variable resistance elements
H01C  10/00  N	0	0	5E030	H01C  10/00	120	աȣãʬĤ	Mounting, with classifications of H 01 C 1/01 to 012
H01C  10/00  P	0	0	5E030	H01C  10/00	76	ƴʤȣãʬĤ	Containers, coating, with classifications of H 01 C 1/02 to 034
H01C  10/00  Q	0	0	5E030	H01C  10/00	180	ưҡȣãʬĤ	Sliders, with classifications of H 01 C 1/12
H01C  10/00  R	0	0	5E030	H01C  10/00	145	üҡȣãʬĤ	Terminals, with classifications of H 01 C 1/14 to 148
H01C  10/00  U	0	0	5E030	H01C  10/00	73	ưĴ	Automatic adjusting arrangements
H01C  10/00  V	0	0	5E030	H01C  10/00	45	ĴѼ	Adjusting jigs
H01C  10/00  X	0	0	5E030	H01C  10/00	200	ĥư	Clicking mechanisms
H01C  10/00  Z	0	0	5E030	H01C  10/00	203	¾Τ	Others
H01C  10/02  \	1	1	5E030	H01C  10/02	505	񹳴Σ	Liquid resistors [2]
H01C  10/04  \	1	1	5E030	H01C  10/04	196	ľطǤϤʤ񹳶ưʤưͤȤδ֤üʿŪطΡΣ	with specified mathematical relationship between movement of resistor actuating means and value of resistance, other than direct proportional relationship [2]
H01C  10/06  \	1	1	5E030	H01C  10/06	127	ǻҤͤΰäΤû뤳ȤˤĴǤΡΣ	adjustable by short-circuiting different amounts of the resistive element [2]
H01C  10/08  \	2	2	5E030	H01C  10/08	336	ǻҤûʤȤδ֤ƳŹ¤ߤΡ㡥åסΣ	with intervening conducting structure between the resistive element and the short-circuiting means, e.g. taps [2]
H01C  10/10  \	1	1	5E030	H01C  10/10	4	ŪϤޤϤˤĴǤΡΣ	adjustable by mechanical pressure or force [2]
H01C  10/10  A	1	0	5E030	H01C  10/10	169	ƳΤʤ봶ǻ	Pressure sensing elements made of elastic bodies resembling conductive rubber
H01C  10/10  B	1	1	5E030	H01C  10/10	141		Materials
H01C  10/10  M	1	0	5E030	H01C  10/10	144	ư®֡ߥѥȥݥֿޡ	Resistor arrangements for controlling motor speeds, sewing machine controller [figure]
H01C  10/10  Z	1	0	5E030	H01C  10/10	151	¾Τ	Others
H01C  10/12  \	2	2	5E030	H01C  10/12	214	񹳲֤ޤ񹳤Ƴβ֤ɽ̰ϤѲˤΡ㡥ѥ뷿Σ	by changing surface pressure between resistive masses or resistive and conductive masses, e.g. pile type [2]
H01C  10/14  \	1	1	5E030	H01C  10/14	5	ưʤˤĴǤΡΣ	adjustable by auxiliary driving means [2]
H01C  10/14  R	1	0	5E030	H01C  10/14	279	Ĵ񹳴郎ưΤΡֿޡ	Rotating type variable resistors
H01C  10/14  S	1	0	5E030	H01C  10/14	100	Ĵ񹳴郎ľ饤ɷΤΡ̤ͤưΤΤϽ	Linear sliding type variable resistors (excluding screw driven type)
H01C  10/14  Z	1	0	5E030	H01C  10/14	32	¾Τ	Others
H01C  10/16  \	1	1	5E030	H01C  10/16	5	ʣǻҤޤΡΣ	including plural resistive elements [2]
H01C  10/16  R	1	0	5E030	H01C  10/16	86	ʣβưǻҤʤ	Consisting of multiple rotary type variable resistors
H01C  10/16  S	1	0	5E030	H01C  10/16	54	ʣľ饤ɷǻҤʤ	Consisting of multiple linear slide type variable resistors
H01C  10/16  U	1	0	5E030	H01C  10/16	29	ưǻҤľ饤ɷǻҤȹ礻	Combination of rotary and linear slide type variable resistors
H01C  10/16  T	1	0	5E030	H01C  10/16	268	ݥʡ	For tuners
H01C  10/16  Z	1	0	5E030	H01C  10/16	96	¾Τ	Others
H01C  10/18  \	2	2	5E030	H01C  10/18	68	ƤޤǻҤޤΡΣ	including coarse and fine resistive elements [2]
H01C  10/20  \	2	2	5E030	H01C  10/20	9	¤ޤϲưǻҤ礷ƤΡΣ	Contact structure or movable resistive elements being ganged [2]
H01C  10/20  A	2	0	5E030	H01C  10/20	76	ߤ줿ưǻҤ켴Ĵ	Adjusting two rotary type variable resistor elements mounted in parallel using one shaft
H01C  10/20  Z	2	0	5E030	H01C  10/20	116	¾Τ	Others
H01C  10/20 101 \	3	3	5E030	H01C  10/20	5	켴ư¿ϢΤ	Single shaft rotation multiple link type
H01C  10/20 101 A	3	0	5E030	H01C  10/20	58	켴ڴǤ	Switchable single shaft resistors
H01C  10/20 101 Z	3	0	5E030	H01C  10/20	270	¾Τ	Others
H01C  10/20 102 \	3	3	5E030	H01C  10/20	156	¿żˤʣβưǻҤĴ	Adjusting multiple variable resistor elements with multi-shafts
H01C  10/20 103 \	3	3	5E030	H01C  10/20	130	¿Ϣľ饤ɼΤ	Of multiple linear slide type
H01C  10/20 104 \	3	3	5E030	H01C  10/20	379	¿ưñ漴ˤʣβưǻҤƱĴΡ㡥˥Сݥ뷿	Simultaneously adjusting multiple variable resistor elements by single control shaft that moves in multiple directions e.g. universal type
H01C  10/22  \	1	1	5E030	H01C  10/22	29	礭Ѳǻҡ㡥ơѾǻҡʣȣãͥˡΣ	resistive-element dimensions changing gradually in one direction, e.g. tapered resistive element (H01C 10/04 takes precedence) [2]
H01C  10/23  \	1	1	5E030	H01C  10/23	140	Ϣ³ŪŪ礭ѲǻҡΣ	resistive-element dimensions changing in a series of discrete, progressive steps [2]
H01C  10/24  \	1	1	5E030	H01C  10/24	145	ĤΤǻҤζ˱äưΡޤϤεդΤΡΣ	the contact moving along turns of a helical resistive element, or <u>vice versa</u> [2]
H01C  10/26  \	1	1	5E030	H01C  10/26	83	ǻҤưΡʣȣãȣãͥˡΣ	resistive element moving (H01C 10/16, H01C 10/24 take precedence);;
H01C  10/28  \	1	1	5E030	H01C  10/28	166	ǻҤޤϥåפ˱äƿưޤϲžΣ	the contact rocking or rolling along resistive element or taps [2]
H01C  10/30  \	1	1	5E030	H01C  10/30	10	ǻҤ˱äƳưΣ	the contact sliding along resistive element [2]
H01C  10/30  A	1	0	5E030	H01C  10/30	371	ΤŶħͭ	Characterised by resistors or electrodes
H01C  10/30  B	1	1	5E030	H01C  10/30	137	üŶ	Ends or electrodes of resistors
H01C  10/30  C	1	1	5E030	H01C  10/30	62	ȡݥ󥳥ȥݥ	Intermediary portions of resistors, for tone control
H01C  10/30  M	1	1	5E030	H01C  10/30	138	񹳺ʲĴ񹳴ͭκ̤񹳺ϡȣã	Resistor materials (materials inherent to variable resistors, resistor materials in general H01 C 7/00)
H01C  10/30  N	1	0	5E030	H01C  10/30	37	񹳤Ȥη񹳴ι¤Ūȹ礻ȣãȡ	Combinations with fixed resistors (Structural combinations of resistors See H 01 C 13/02.)
H01C  10/30  Z	1	0	5E030	H01C  10/30	118	¾Τ	Others
H01C  10/32  \	2	2	5E030	H01C  10/32	12	ϩưΣ	the contact moving in an arcuate path [2]
H01C  10/32  A	2	0	5E030	H01C  10/32	150	ΤŶħͭ	Characterised by resistors or electrodes
H01C  10/32  B	2	1	5E030	H01C  10/32	260	üŶ	Ends or electrodes of resistors
H01C  10/32  C	2	1	5E030	H01C  10/32	35	ȡݥ󥳥ȥݥ	Intermediary portions of resistors, for tone control
H01C  10/32  D	2	0	5E030	H01C  10/32	667	ƴͭ	With container
H01C  10/32  E	2	1	5E030	H01C  10/32	117	Сݲư	Rotary type covers
H01C  10/32  F	2	1	5E030	H01C  10/32	486	ɥ饤Сݶựͥ	Driver operated type (E takes precedence.)
H01C  10/32  G	2	1	5E030	H01C  10/32	82	ݥ८ư	Worm gear driven type
H01C  10/32  J	2	0	5E030	H01C  10/32	126	ƴ⤿ʤ	Without container
H01C  10/32  L	2	0	5E030	H01C  10/32	114	Сݤˤư	Driven by levers
H01C  10/32  N	2	0	5E030	H01C  10/32	24	񹳤Ȥη	Combinations with fixed resistors
H01C  10/32  X	2	0	5E030	H01C  10/32	106	ĥ	Click mechanisms
H01C  10/32  Z	2	0	5E030	H01C  10/32	176	¾Τ	Others
H01C  10/34  \	3	3	5E030	H01C  10/34	5	ĤؾޤϤΰȤƷ줿ξ˾äưưޤϴϢƳŹ¤Σ	the contact or the associated conducting structure riding on collector formed as a ring or portion thereof [2]
H01C  10/34  D	3	0	5E030	H01C  10/34	120	ƴͭ	With container
H01C  10/34  E	3	1	5E030	H01C  10/34	229	Сݲư	Rotary type covers
H01C  10/34  F	3	1	5E030	H01C  10/34	159	ɥ饤Сݶưֿޡ	Driver type
H01C  10/34  G	3	1	5E030	H01C  10/34	0	ݥ८ư	Worm gear driven type
H01C  10/34  J	3	0	5E030	H01C  10/34	484	ƴ⤿ʤΡȾꡦȥޡ	Without container (semi-fixed or trimmers)
H01C  10/34  X	3	0	5E030	H01C  10/34	18	ĥ	Click mechanisms
H01C  10/34  Z	3	0	5E030	H01C  10/34	29	¾Τ	Others
H01C  10/36  \	3	3	5E030	H01C  10/36	571	¤Ū˥å֤ȷ礵줿ΡΣ	structurally combined with switching arrangements [2]
H01C  10/38  \	2	2	5E030	H01C  10/38	21	ľϩưΣ	the contact moving along a straight path [2]
H01C  10/38  A	2	0	5E030	H01C  10/38	361	񹳴¤ˤħΤʤ	Not characterised by internal structures of resistors
H01C  10/38  B	2	1	5E030	H01C  10/38	146	ɿСũʪɻߡֿޡ	Dustproof, drip-proof, preventing migration of foreign objects [figure]
H01C  10/38  K	2	0	5E030	H01C  10/38	74		Light sources, with illumination
H01C  10/38  X	2	0	5E030	H01C  10/38	44	ĥ	Click mechanisms
H01C  10/38  Z	2	0	5E030	H01C  10/38	456	¾Τ	Others
H01C  10/40  \	3	3	5E030	H01C  10/40	256	ͤưΡΣ	screw-operated [2]
H01C  10/42  \	4	4	5E030	H01C  10/42	85	ǻҤʿԤƳޤϽΤ˱äƶޤϳưΣ	the contact bridging and sliding along resistive element and parallel conducting bar or collector [2]
H01C  10/44  \	3	3	5E030	H01C  10/44	14	ǻҤʿԤƳޤϽΤ˱äƶޤϳưʣȣãͥˡΣ	the contact bridging and sliding along resistive element and parallel conducting bar or collector (H01C 10/42 takes precedence) [2]
H01C  10/44  A	3	0	5E030	H01C  10/44	108	񹳴ĤȤϤǡưҤޤưݻΤưΡֿޡ	Sliders or slider holders sliding around a resistor substrate [figure]
H01C  10/44  Z	3	0	5E030	H01C  10/44	239	¾Τ	Others
H01C  10/46  \	1	1	5E030	H01C  10/46	71	³ҡ㡥åס֤ˤĸ񹳴ʣȣãȣãͥˡΣ	Arrangements of fixed resistors with intervening connectors, e.g. taps (H01C 10/28, H01C 10/30 take precedence) [2]
H01C  10/48  \	2	2	5E030	H01C  10/48	63	ϩưǤޤΡΣ	including contact movable in an arcuate path [2]
H01C  10/50  \	1	1	5E030	H01C  10/50	271	¤Ū˥å֤ȷ礵줿ΡʣȣãͥˡΣ	structurally combined with switching arrangement (H01C 10/36 takes precedence) [2]
H01C  11/00  \	0	0	5E031	H01C  11/00	56	Ĵ񹳴Σ	Non-adjustable liquid resistors [2]
H01C  13/00  \	0	0	5E031	H01C  13/00	24	¾°ʤ񹳴	Resistors not provided for elsewhere
H01C  13/00  T	0	0	5E031	H01C  13/00	92	񹳴¾ʡ֤Ȥȹ礻	Combinations of resistors and other parts or devices
H01C  13/00  A	0	1	5E031	H01C  13/00	283	¾ʡ֤ŵŪʤ	Other parts or devices being electric
H01C  13/00  C	0	2	5E031	H01C  13/00	410	ǥ󥵤Ȥȹ礻	Combinations with capacitors
H01C  13/00  D	0	1	5E031	H01C  13/00	17	񹳴¾ʡ֤Ȥȹ礻	Combinations of variable resistors and other parts or devices
H01C  13/00  B	0	2	5E031	H01C  13/00	93	¾ʡ֤ŵŪʤ	Other parts or devices being electric
H01C  13/00  E	0	3	5E031	H01C  13/00	57	ǥ󥵤Ȥȹ礻	Combinations with capacitors
H01C  13/00  F	0	0	5E031	H01C  13/00	312	ҥݥ񹳴	Fuse resistors
H01C  13/00  G	0	0	5E031	H01C  13/00	61		Attenuators
H01C  13/00  H	0	1	5E031	H01C  13/00	130	Ѹ	Variable attenuators
H01C  13/00  J	0	0	5E031	H01C  13/00	691	ݥ񹳴	Zero-ohm resistors
H01C  13/00  K	0	0	5E031	H01C  13/00	116	ϩ	Circuits
H01C  13/00  V	0	1	5E031	H01C  13/00	104	񹳴Ѥϩ	Circuits using variable resistors
H01C  13/00  L	0	0	5E031	H01C  13/00	68	ȾƳ	Semiconductors
H01C  13/00  M	0	0	5E031	H01C  13/00	29	Ųʤ	Consisting of electrolytes
H01C  13/00  N	0	0	5E031	H01C  13/00	189	üӸ񹳴̣ݣͥ	Fixed resistors for special applications (A to J take precedence.)
H01C  13/00  P	0	1	5E031	H01C  13/00	172	ⰵ	For high-voltages
H01C  13/00  Q	0	1	5E031	H01C  13/00	76	ü񹳴	Terminating resistors
H01C  13/00  R	0	0	5E031	H01C  13/00	93	üӲ񹳴̣ݣͥ	Fixed resistors for special applications (A to J take precedence.)
H01C  13/00  S	0	1	5E031	H01C  13/00	26	ѥХꥹѥݥߥ	Variable varisters, variable thermistors
H01C  13/00  U	0	1	5E031	H01C  13/00	555	եݥŰѹⰵ񹳴	High-voltage variable resistors for focusing voltage
H01C  13/00  Z	0	0	5E031	H01C  13/00	76	¾Τ	Others
H01C  13/02  \	1	1	5E031	H01C  13/02	18	񹳴ι¤Ūȹ礻Σ	Structural combinations of resistors [2]
H01C  13/02  B	1	0	5E031	H01C  13/02	747	񹳤ȸ	Fixed resistors and fixed resistor
H01C  13/02  C	1	0	5E031	H01C  13/02	51	񹳤Ȳ	Fixed resistor and variable resistor
H01C  13/02  D	1	0	5E031	H01C  13/02	92	Хꥹݥߥȸ	Varister or thermistor and fixed resistor
H01C  13/02  E	1	0	5E031	H01C  13/02	10	ХꥹݥߥȲ	Varister or thermistor and variable resistor
H01C  13/02  Z	1	0	5E031	H01C  13/02	94	¾Τ	Others
H01C  17/00  \	0	0	5E032	H01C  17/00	915	񹳴¤뤿äŬѤ֤ޤˡƴޤϰϤ˽Ƥʪ򶡵뤹ΣȣãΤϤʪʴѤΣȣãǮ񹳴¤ȣãȣãˡΣ	Apparatus or processes specially adapted for manufacturing resistors (providing fillings for housings or enclosures H01C 1/02; reducing insulation surrounding a resistor to powder H01C 1/03; manufacture of thermally variable resistors H01C 7/02, H01C 7/04) [2]
H01C  17/00 100 \	1	1	5E032	H01C  17/00	666	å׷񹳴¤뤿Τ	For manufacturing chip type resistors
H01C  17/00 200 \	1	1	5E032	H01C  17/00	163	꡼ζ޶ʤޤ	Correcting, folding, bending or trimming lead wires
H01C  17/00 300 \	1	1	5E032	H01C  17/00	469	񹳴¤뤿Τ	For manufacturing fixed resistors
H01C  17/02  \	1	1	5E032	H01C  17/02	904	ޤƴΤ񹳴¤ŬѤΡʲǮǴɤʪ򽼤Ƥ⤷ϰ̤֤ޤˡȣ£ˡΣ	adapted for manufacturing resistors with outer cover or container (apparatus or method for filling or compressing insulating material in heating element tubes H05B 3/52) [2]
H01C  17/04  \	1	1	5E032	H01C  17/04	99	ǻҤδդŬѤΡΣ	adapted for winding the resistive element [2]
H01C  17/06  \	1	1	5E032	H01C  17/06	42	ľʪʤ뤿ŬѤΡΣ	adapted for coating resistive material on a base [2]
H01C  17/065  \	2	2	5E032	H01C  17/065	304	쵻ѤˤΡ㡥륯꡼̿ˡΣ	by thick-film techniques, e.g. serigraphy [6]
H01C  17/065 100 \	3	3	5E032	H01C  17/065	601	ʪޤۤǺ	Resistance subjects prepared by printing or applying
H01C  17/065 110 \	4	4	5E032	H01C  17/065	516	Ŷˤޤϥѥκħͭ	Characterised by preparations of electrodes or patterns
H01C  17/065 120 \	4	4	5E032	H01C  17/065	109	úǷϥݥΥܥ쥸	Carbon composition films (carbon resins)
H01C  17/065 130 \	4	4	5E032	H01C  17/065	264	졼	Glazed films
H01C  17/065 200 \	3	3	5E032	H01C  17/065	82	ž	Transferring
H01C  17/065 300 \	3	3	5E032	H01C  17/065	293	°Ρ㡥ⲽʪޤϻʪ	making metallic film, e.g. nitride or oxide
H01C  17/065 310 \	4	4	5E032	H01C  17/065	355	Ŷˤޤϥѥκħͭ	characterized by making of electrode or pattern
H01C  17/065 320 \	4	4	5E032	H01C  17/065	23	åȡΣӣϡݣͣ	Cermets (SiO-Metal)
H01C  17/065 400 \	3	3	5E032	H01C  17/065	52	졼ȼͤˤΡ졼ʳβǮú	Preparing resistance films by irradiating laser beam;  heating and carbonising by means other than by lasers
H01C  17/065 500 \	3	3	5E032	H01C  17/065	279	ŶˤޤϥѥκħͭΡʣȣãȣãͥ	Characterised by preparations of electrodes or patterns (H01C17/065, 110, H01C17/065, 310 takes precedence.)
H01C  17/065 600 \	3	3	5E032	H01C  17/065	140	Τħͭ	Characterised by bases
H01C  17/065 700 \	3	3	5E032	H01C  17/065	676	ΤǤƺ	Preparing by cutting base into small fragments
H01C  17/065 800 \	3	3	5E032	H01C  17/065	42	ΤޤŶɽ̤ʿˤΡʣȣãͥ	Smoothening resistor or electrode surfaces (H01C17/065, 200 takes precedence.)
H01C  17/07  \	2	2	5E032	H01C  17/07	7	ҤܹˤΡ㡥åˡΣ	by resistor foil bonding, e.g. cladding [6]
H01C  17/075  \	2	2	5E032	H01C  17/075	10	쵻ѤˤΡΣ	by thin-film techniques [6]
H01C  17/08  \	3	3	5E032	H01C  17/08	242	ˤΡΣ	by vapour deposition [2]
H01C  17/10  \	3	3	5E032	H01C  17/10	32	мͤˤΡΣ	by flame spraying [2]
H01C  17/12  \	3	3	5E032	H01C  17/12	457	ѥå󥰤ˤΡΣ	by sputtering [2]
H01C  17/14  \	3	3	5E032	H01C  17/14	54	ŪϽФˤΡΣ	by chemical deposition [2]
H01C  17/16  \	4	4	5E032	H01C  17/16	43	ήѤΡΣ	using electric current [2]
H01C  17/18  \	4	4	5E032	H01C  17/18	78	ήѤʤΡΣ	without using electric current [2]
H01C  17/20  \	2	2	5E032	H01C  17/20	147	ǮʬˡˤΡΣ	by pyrolytic processes [2]
H01C  17/22  \	1	1	5E032	H01C  17/22	817	ȥߥ󥰤ŬѤΡΣ	adapted for trimming [2]
H01C  17/23  \	2	2	5E032	H01C  17/23	8	餫᤿ͤ񹳴ι¤γޤĺˤΡΣ	by opening or closing resistor tracks of predetermined resistive values [6]
H01C  17/232  \	2	2	5E032	H01C  17/232	9	ٷĴΡٷĴˤͤĴΡΣ	Adjusting the temperature coefficient; Adjusting value of resistance by adjusting temperature coefficient [6]
H01C  17/235  \	2	2	5E032	H01C  17/235	1	ΤŰ̺ʬνĴΣ	Initial adjustment of potentiometer parts for calibration [6]
H01C  17/24  \	2	2	5E032	H01C  17/24	1843	ʪνޤղäˤΡʣȣãȣãȣãͥˡΣ	by removing or adding resistive material (H01C17/23, H01C17/232, H01C17/235 take precedence) [2,6]
H01C  17/242  \	3	3	5E032	H01C  17/242	858	졼ˤΡΣ	by laser [6]
H01C  17/245  \	3	3	5E032	H01C  17/245	98	ŪʤˤΡ㡥᤭ǡĶȽΣ	by mechanical means, e.g. sand-blasting, cutting or ultrasonic treatment[2006.01]
H01C  17/26  \	2	2	5E032	H01C  17/26	172	ʪѲˤΡΣ	by converting resistive material [2]
H01C  17/28  \	1	1	5E032	H01C  17/28	1306	üդŬѤΡΣ	adapted for applying terminals [2]
H01C  17/30  \	1	1	5E032	H01C  17/30	236	ƤդŬѤΡΣ	adapted for baking [2]
