H05B   1/00  \	0	0	3K058	H05B   1/00	44	ŵǮ֤κΣ	Details of electric heating devices
H05B   1/02  \	1	1	3K058	H05B   1/02	74	Ǯ֤äŬ礷ư֡Ǯưåȣȣ	Automatic switching arrangements specially adapted to heating apparatus (thermally-actuated switches H01H 37/00)
H05B   3/00  \	0	0	3K058	H05B   3/00	112	񹳲Ǯ	Ohmic-resistance heating
H05B   3/00 310 \	1	1	3K058	H05B   3/00	11	񹳲Ǯβϩ	Resistor heat circuit
H05B   3/00 310 A	1	0	3K058	H05B   3/00	365	񹳲Ǯμϩ	Resistor heat main circuit
H05B   3/00 310 B	1	0	3K058	H05B   3/00	385	񹳲Ǯϩ	Resistor heat control circuit
H05B   3/00 310 C	1	1	3K058	H05B   3/00	956	̤θФˤ	using detection of various variables
H05B   3/00 310 D	1	2	3K058	H05B   3/00	1482	ٸФˤ	using temperature detection
H05B   3/00 310 E	1	3	3K058	H05B   3/00	1209	ǮǻҤѤ	using a heat-sensitive device
H05B   3/00 310 F	1	4	3K058	H05B   3/00	51	̴ǮΤѤ	using a heat-sensitive plane device
H05B   3/00 310 G	1	4	3K058	H05B   3/00	431	⥹åȤѤ	using a thermostat
H05B   3/00 310 H	1	5	3K058	H05B   3/00	346	⥹åȡ٥ҥ塼μ	using a thermostat or temperature fuse
H05B   3/00 310 J	1	1	3K058	H05B   3/00	468	ꥹѤ	using a thyristor
H05B   3/00 310 K	1	2	3K058	H05B   3/00	213	ܥȥå	Zero-volt switching
H05B   3/00 310 L	1	1	3K058	H05B   3/00	123	ưˤ	Manual output change-over device
H05B   3/00 310 Z	1	0	3K058	H05B   3/00	74	¾Τ	Others
H05B   3/00 320 \	1	1	3K058	H05B   3/00	8	񹳲Ǯݸ	Resistor heat protection
H05B   3/00 320 A	1	0	3K058	H05B   3/00	196	ɽ	Indication device
H05B   3/00 320 B	1	0	3K058	H05B   3/00	353	Τˤ	using wire break detection
H05B   3/00 320 C	1	0	3K058	H05B   3/00	102	ϳšɻ	Leak current or electric shock prevention
H05B   3/00 320 Z	1	0	3K058	H05B   3/00	710	¾Τ	Others
H05B   3/00 330 \	1	1	3K058	H05B   3/00	17	񹳲Ǯ	Resistor heat device
H05B   3/00 330 A	1	0	3K058	H05B   3/00	1039	ĴˤǮǤ	Control of the heating element on a cooker
H05B   3/00 330 B	1	0	3K058	H05B   3/00	587	ӴݥåβǮǤ	Control of the heating elements such as the rice boiler and pot
H05B   3/00 330 Z	1	0	3K058	H05B   3/00	722	¾Τ	Others
H05B   3/00 335 \	2	2	3K058	H05B   3/00	3451	žǮ	Rotary heating roller
H05B   3/00 340 \	2	2	3K058	H05B   3/00	739	ľŲǮ	Heating by direct power delivery
H05B   3/00 345 \	2	2	3K058	H05B   3/00	668	ȿͶѤ	using a reflection mirror
H05B   3/00 350 \	2	2	3K058	H05B   3/00	331	ŵϧβϩ	Electrical furnace circuit device
H05B   3/00 355 \	2	2	3K058	H05B   3/00	23	̾ȯǮΤβϩ	Heat generating plane member circuit device
H05B   3/00 355 A	2	0	3K058	H05B   3/00	271	˴ؤ	related to the controller
H05B   3/00 355 Z	2	0	3K058	H05B   3/00	90	¾Τ	Others
H05B   3/00 360 \	3	3	3K058	H05B   3/00	20	̾ȯǮΤñΤѤ	Heat generating plane member used as a single unit
H05B   3/00 365 \	4	4	3K058	H05B   3/00	9	ñΥҡͭ	having a single heater
H05B   3/00 365 A	4	0	3K058	H05B   3/00	152	ͭ	having a detection unit
H05B   3/00 365 B	4	1	3K058	H05B   3/00	135	ٸФˤ	using temperature detection
H05B   3/00 365 C	4	2	3K058	H05B   3/00	186	ñβٸͭ	having a single temperature detection unit
H05B   3/00 365 D	4	3	3K058	H05B   3/00	93	̾βٸͭ	having a plane temperature detection unit
H05B   3/00 365 E	4	4	3K058	H05B   3/00	238	ήήΤ	AC load current
H05B   3/00 365 F	4	4	3K058	H05B   3/00	171	ήľήΤ	DC load current
H05B   3/00 365 G	4	2	3K058	H05B   3/00	127	ʣβٸͭ	having multiple temperature detection units
H05B   3/00 365 H	4	3	3K058	H05B   3/00	110	ϲ٤Τ	Detection of the ambient temperature
H05B   3/00 365 J	4	3	3K058	H05B   3/00	79	̾ȯǮΤγƽβ٤Τ	Detection of the temperature at each position of the plane heat generating member
H05B   3/00 365 K	4	1	3K058	H05B   3/00	116	ŵŪץ̤θФˤ	using detection of the electrically processed volume
H05B   3/00 365 L	4	1	3K058	H05B   3/00	25	ٸФˤ	using humidity detection
H05B   3/00 365 M	4	0	3K058	H05B   3/00	91	ư	Control upon starting
H05B   3/00 365 N	4	0	3K058	H05B   3/00	363	۾ˤΤżǤ	Power delivery shut off upon occurrence of a failure only
H05B   3/00 365 Z	4	0	3K058	H05B   3/00	100	¾Τ	Others
H05B   3/00 370 \	4	4	3K058	H05B   3/00	843	ʣΥҡͭ	having multiple heaters
H05B   3/00 375 \	3	3	3K058	H05B   3/00	78	¾εȹ礻Ѥ	used in a combination with another component
H05B   3/02  \	1	1	3K092	H05B   3/02	337		Details
H05B   3/02  A	1	0	3K092	H05B   3/02	1530	³ü	Connection terminal
H05B   3/02  B	1	1	3K092	H05B   3/02	1508	̾ȯǮΤü	Terminal of the plane heat generating member
H05B   3/02  Z	1	0	3K092	H05B   3/02	318	¾Τ	Others
H05B   3/03  \	2	2	3K092	H05B   3/03	1634	ŶˡΣ	Electrodes [2]
H05B   3/04  \	2	2	3K092	H05B   3/04	878	ҡΤɿޤϵ̩Σ	Waterproof or air-tight seals for heaters[2006.01]
H05B   3/06  \	2	2	3K092	H05B   3/06	349	ǻҤޤϻٻΤȹ¤ŪȤ߹碌ȯǮǻ	Heater elements structurally combined with coupling elements or with holders
H05B   3/06  A	2	0	3K092	H05B   3/06	1235	ɾҡλٻ	Rod or tube type heater supported
H05B   3/06  B	2	0	3K092	H05B   3/06	609	̾ȯǮΤλٻ	plane heat generating member supported
H05B   3/06  C	2	0	3K092	H05B   3/06	411	ҡλٻ	Coil type heater supported
H05B   3/06  D	2	0	3K092	H05B   3/06	173	ҡλߤᤫ	Heater wire fastening
H05B   3/06  Z	2	0	3K092	H05B   3/06	603	¾Τ	Others
H05B   3/08  \	3	3	3K092	H05B   3/08	145	ⲹäŬŵŪ³Ĥ	having electric connections specially adapted for high temperatures
H05B   3/10  \	1	1	3K092	H05B   3/10	792	ޤޤƳΤ֤ħΤǮǡΣ	Heating elements characterised by the composition or nature of the materials or by the arrangement of the conductor [2006.01]
H05B   3/10  A	1	0	3K092	H05B   3/10	1669	ƳΤ֤ħΤ	characterized by the conductor layout
H05B   3/10  B	1	0	3K092	H05B   3/10	2123	ֳͤ	radiating infrared ray
H05B   3/10  C	1	0	3K092	H05B   3/10	1051		Insulation material
H05B   3/10  Z	1	0	3K092	H05B   3/10	628	¾Τ	Others
H05B   3/12  \	2	2	3K092	H05B   3/12	135	ƳκޤħΤ	characterised by the composition or nature of the conductive material
H05B   3/12  A	2	0	3K092	H05B   3/12	958	°	Metal
H05B   3/12  B	2	0	3K092	H05B   3/12	315	ҡɽ	Heater surface
H05B   3/12  Z	2	0	3K092	H05B   3/12	182	¾Τ	Others
H05B   3/14  \	3	3	3K092	H05B   3/14	926	°Τ	the material being non-metallic
H05B   3/14  A	3	0	3K092	H05B   3/14	3403	ȯǮΡΣУԣá	PTC (positive characteristic resistance heat generating member)
H05B   3/14  B	3	0	3K092	H05B   3/14	1224	̵ʪ	Inorganic material
H05B   3/14  C	3	1	3K092	H05B   3/14	439	ú	Silicon carbide
H05B   3/14  D	3	1	3K092	H05B   3/14	243	ǡʪ	Silicon or silicide
H05B   3/14  E	3	0	3K092	H05B   3/14	473	ͭʪ	Organic material
H05B   3/14  F	3	1	3K092	H05B   3/14	783	ú	Carbon
H05B   3/14  G	3	1	3K092	H05B   3/14	410	ú	Carbon fibre
H05B   3/14  Z	3	0	3K092	H05B   3/14	155	¾Τ	Others
H05B   3/16  \	2	2	3K092	H05B   3/16	551	ƳΤξ˼դ줿ΡΣ	the conductor being mounted on an insulating base[2006.01]
H05B   3/18  \	2	2	3K092	H05B   3/18	1103	ƳΤʪޤ줿	the conductor being embedded in an insulating material
H05B   3/20  \	1	1	3K034	H05B   3/20	61	ʿ̤ɽ̤ȯǮǻҡ㡥ץ졼ȥҡʣȣ£ȣ£ȣ£ȣ£ͥˡΣ	Heating elements having extended surface area substantially in a two-dimensional [2D] plane, e.g. plate-heater (H05B0003620000, H05B0003680000, H05B0003780000, H05B0003840000 take precedence)[2006.01]
H05B   3/20 301 \	2	2	3K034	H05B   3/20	1059	ȯǮǻҤηˤ꤬ʤΡ㡥ˡĤ¾Τ	Shape of the heat generating device not specified, &larr; e.g. material, manufacturing method, installation, etc. specified
H05B   3/20 303 \	2	2	3K034	H05B   3/20	72	ȯǮǻҤηΤ	Shape of the heat generating device specified
H05B   3/20 305 \	3	3	3K034	H05B   3/20	372	ȯǮǻҤȾΤΡ㡥󡤥եࡤܥ󡤥ơ׾ΤΡľľΤΣȣ£	Sheet type heat generating device (&larr; foil, film, ribbon, tape; plate, thin plate R 396)
H05B   3/20 307 \	4	4	3K034	H05B   3/20	78	嵭ȯǮǻҤĤʪΤΡʪǺबꤵƤΣȣ£ȣ£	Insulator as the base for installing the said heat generating devices (If the insulator is specified, such specification takes precedence), e.g. 313 to 333
H05B   3/20 309 \	5	5	3K034	H05B   3/20	277	ʪ˼Ĥ	installed inside the insulator.
H05B   3/20 310 \	6	6	3K034	H05B   3/20	569	亮ȤǤϤ	caught between insulation sheets
H05B   3/20 311 \	5	5	3K034	H05B   3/20	370	ʪɽ̤˼Ĥ	installed on the insulator surface
H05B   3/20 312 \	6	6	3K034	H05B   3/20	245	亮Ȥɽ̤˼Ĥ	installed on the insulation sheet surface
H05B   3/20 313 \	5	5	3K034	H05B   3/20	60	嵭ȯǮǻҤĤ顤㡥Τ	Resin (&larr; rubber) as the base for installing the said heat generating devices
H05B   3/20 315 \	5	5	3K034	H05B   3/20	150	˼Ĥ	installed inside the resin
H05B   3/20 316 \	6	6	3K034	H05B   3/20	700	饷ȤǤϤ	caught between resin sheets
H05B   3/20 317 \	6	6	3K034	H05B   3/20	138	ɽ̤˼Ĥ	installed on the resin surface
H05B   3/20 318 \	7	7	3K034	H05B   3/20	216	饷Ȥɽ̤˼Ĥ	installed on the resin sheet surface
H05B   3/20 319 \	5	5	3K034	H05B   3/20	58	嵭ȯǮǻҤĤ۾ʪΤΡ㡥ݡݡ饹եȤΤ	Cloth (&larr; fibre, synthetic fibre, glass cloth, felt) as the base for installing the said heat generating device
H05B   3/20 321 \	6	6	3K034	H05B   3/20	99	ȯǮǻҤ۾ʪɽ̤ؼĤ	installing the heat generating device on the cloth surface
H05B   3/20 322 \	6	6	3K034	H05B   3/20	94	ȯǮǻҤ۾ʪޤϤϤ	wrapping (catching) the heat generating device with cloth
H05B   3/20 323 \	5	5	3K034	H05B   3/20	55	嵭ȯǮǻҤĤڤΤΡ㡥ĤΤ	Wood (&larr; plywood) as the base for attaching the said heat generating devices
H05B   3/20 324 \	5	5	3K034	H05B   3/20	47	嵭ȯǮǻҤĤΤΡ㡥ǴΤ	Paper (&larr; adhesive paper) as the base for attaching the said heat generating device
H05B   3/20 325 \	5	5	3K034	H05B   3/20	17	嵭ȯǮǻҤĤʡʤ٥ȤΤ	Asbestos as the base for attaching the said heat generating device
H05B   3/20 326 \	5	5	3K034	H05B   3/20	106	嵭ȯǮǻҤĤ饹ΤΡ㡥ΤΡʤۤΤΣȣ£饹ΤΣȣ£	Glass as the base for attaching the said heat generating device (&larr; mirror; enamel R 332, glass cloth R 319)
H05B   3/20 326 A	5	0	3K034	H05B   3/20	197	饹ˤ夵Ƥ	mounted on the glass base
H05B   3/20 326 B	5	0	3K034	H05B   3/20	77	饹ޤ줿	embedded in the glass base
H05B   3/20 326 Z	5	0	3K034	H05B   3/20	12	¾	Others
H05B   3/20 327 \	6	6	3K034	H05B   3/20	106	ưѤΤ	for automobiles
H05B   3/20 327 A	6	0	3K034	H05B   3/20	219	饹ˤ夵Ƥ	mounted on the glass base
H05B   3/20 327 B	6	0	3K034	H05B   3/20	110	饹ޤ줿	embedded in the glass base
H05B   3/20 327 Z	6	0	3K034	H05B   3/20	31	¾	Others
H05B   3/20 328 \	5	5	3K034	H05B   3/20	614	嵭ȯǮǻҤĤߥåΤΡ㡥ҡ󥯥꡼ȡкΤ	Ceramic as the base for attaching the said heat generating device (&larr; insulator, concrete, stone)
H05B   3/20 329 \	5	5	3K034	H05B   3/20	62	嵭ȯǮǻҤĤޥΤ	Mica as the base for attaching the said heat generating device
H05B   3/20 330 \	4	4	3K034	H05B   3/20	227	嵭ȯǮǻҤĤ°ΤΡʤۤΤΣȣ£	Metal as the base for attaching the said heat generating device (enamel R 332)
H05B   3/20 332 \	5	5	3K034	H05B   3/20	54	嵭ȯǮǻҤĤۤΤ	Enamel as the base for attaching the said heat generating device
H05B   3/20 333 \	4	4	3K034	H05B   3/20	19	嵭ȯǮǻҤĤʪ°ʳΤ	Other than the insulator and metal as the base for attaching the said heat generating device
H05B   3/20 335 \	3	3	3K034	H05B   3/20	219	ȯǮǻҤɤޤϤҤΤΡ㡥ǮѤΡʥҡѤΣȣ£	Cord (strap) type heat generating device (&larr; heating wire; using the sheathed wire heater R 396)
H05B   3/20 337 \	4	4	3K034	H05B   3/20	79	嵭ȯǮǻҤĤʪΤΡʪǺबꤵƤΣȣ£ȣ£	Insulator as the base for installing the said heat generating device (If the insulator is specified, such specification takes precedence), e.g. 342 to 360
H05B   3/20 338 \	5	5	3K034	H05B   3/20	271	ʪ˼Ĥ	installing inside the insulator
H05B   3/20 339 \	6	6	3K034	H05B   3/20	218	亮ȤǤϤ	catching between insulation sheets
H05B   3/20 340 \	5	5	3K034	H05B   3/20	292	ʪɽ̤˼Ĥ	installing on the surface of the insulator
H05B   3/20 341 \	6	6	3K034	H05B   3/20	74	亮Ȥɽ̤˼Ĥ	installing on the surface of the insulator
H05B   3/20 342 \	5	5	3K034	H05B   3/20	31	嵭ȯǮǻҤĤΤΡ㡥Τ	Resin (&larr; rubber) as the base for installing the said heat generating device
H05B   3/20 344 \	6	6	3K034	H05B   3/20	204	˼Ĥ	installing inside the resin
H05B   3/20 345 \	7	7	3K034	H05B   3/20	273	饷ȤǤϤ	catching between resin sheets
H05B   3/20 346 \	6	6	3K034	H05B   3/20	106	ɽ̤˼Ĥ	installing on the surface of the resin
H05B   3/20 347 \	7	7	3K034	H05B   3/20	111	饷ݥȤɽ̤˼Ĥ	installing on the surface of the resin sheet
H05B   3/20 348 \	5	5	3K034	H05B   3/20	80	嵭ȯǮǻҤĤ۾ʪΤΡ㡥ݡݡ饹եȤΤ	Cloth (&larr; fibre, synthetic fibre, glass cloth, felt) as the base for installing the said heat generating device
H05B   3/20 349 \	6	6	3K034	H05B   3/20	429	ȯǮǻҤݤȤ򿥤ä۾ʪˤ	Cloth made by weaving the heat generating device and fibre
H05B   3/20 350 \	6	6	3K034	H05B   3/20	243	ȯǮǻҤ۾ʪɽ̤ؼĤ	installing the heat generating device on the cloth surface
H05B   3/20 351 \	6	6	3K034	H05B   3/20	530	ȯǮǻҤ۾ʪޤϤϤ	wrapping (catching) the heat generating device with cloth
H05B   3/20 352 \	5	5	3K034	H05B   3/20	41	嵭ȯǮǻҤĤڤΤΡ㡥ĤΤ	Wood (&larr; plywood) as the base for attaching the said heat generating devices
H05B   3/20 353 \	5	5	3K034	H05B   3/20	37	嵭ȯǮǻҤĤΤΡ㡥ǴΤ	Paper (&larr; adhesive paper) as the base for attaching the said heat generating device
H05B   3/20 354 \	5	5	3K034	H05B   3/20	33	嵭ȯǮǻҤĤʡʤ٥ȤΤ	Asbestos as the base for attaching the said heat generating device
H05B   3/20 355 \	5	5	3K034	H05B   3/20	49	嵭ȯǮǻҤĤ饹ΤΡ㡥ΤΡʤۤΤΣȣ£饹ΤΣȣ£	Glass as the base for attaching the said heat generating device (&larr; mirror; enamel R 359, glass cloth R 348)
H05B   3/20 355 A	5	0	3K034	H05B   3/20	96	饹ˤ夵Ƥ	mounted on the glass base
H05B   3/20 355 B	5	0	3K034	H05B   3/20	93	饹ޤ줿	embedded in the glass base
H05B   3/20 355 Z	5	0	3K034	H05B   3/20	5	¾	Others
H05B   3/20 356 \	5	5	3K034	H05B   3/20	306	嵭ȯǮǻҤĤߥåΤΡ㡥ҡ󥯥꡼ȡкΤ	Ceramic as the base for attaching the said heat generating device (&larr; insulator, concrete, stone)
H05B   3/20 357 \	5	5	3K034	H05B   3/20	186	嵭ȯǮǻҤĤޥΤ	Mica as the base for attaching the said heat generating device
H05B   3/20 358 \	4	4	3K034	H05B   3/20	299	嵭ȯǮǻҤĤ°ΤΡʤۤΤΣȣ£	Metal as the base for attaching the said heat generating device (enamel R 359)
H05B   3/20 359 \	5	5	3K034	H05B   3/20	22	嵭ȯǮǻҤĤۤΤ	Enamel as the base for attaching the said heat generating device
H05B   3/20 360 \	4	4	3K034	H05B   3/20	9	嵭ȯǮǻҤĤʪ°ʳΤ	Other than the insulator and metal as the base for attaching the said heat generating device
H05B   3/20 361 \	3	3	3K034	H05B   3/20	146	ȯǮǻҤ֡ʤåΤ	Mesh type heat generating device
H05B   3/20 363 \	4	4	3K034	H05B   3/20	23	嵭ȯǮǻҤĤʪΤΡʪǺबꤵƤΣȣ£ȣ£	Insulator as the base for installing the said heat generating device (If the insulator is specified, such specification takes precedence), e.g. 364 to 371
H05B   3/20 364 \	5	5	3K034	H05B   3/20	75	嵭ȯǮǻҤĤΤΡ㡥Τ	Resin (&larr; rubber) as the base for installing the said heat generating device
H05B   3/20 365 \	5	5	3K034	H05B   3/20	48	嵭ȯǮǻҤĤ۾ʪΤΡ㡥ݡݡ饹եĤΤ	Cloth (&larr; fibre, synthetic fibre, glass cloth, felt plate) as the base for installing the said heat generating device
H05B   3/20 367 \	5	5	3K034	H05B   3/20	15	嵭ȯǮǻҤĤ饹ΤΡ㡥ΤΡʤۤΤΣȣ£饹ΤΣȣ£	Glass as the base for installing the said heat generating device (&larr; mirror; enamel R 369, glass cloth R 365)
H05B   3/20 367 A	5	0	3K034	H05B   3/20	15	饹ˤ夵Ƥ	mounted on the glass base
H05B   3/20 367 B	5	0	3K034	H05B   3/20	18	饹ޤ줿	embedded in the glass base
H05B   3/20 367 Z	5	0	3K034	H05B   3/20	1	¾	Others
H05B   3/20 368 \	5	5	3K034	H05B   3/20	37	嵭ȯǮǻҤĤߥåΤΡ㡥ҡ󥯥꡼ȡкΤ	Ceramic as the base for attaching the said heat generating device (&larr; insulator, concrete, stone)
H05B   3/20 369 \	4	4	3K034	H05B   3/20	3	嵭ȯǮǻҤĤ°ΤΡ㡥ۤΤ	Metal as the base for installing the said heat generating device (&larr; enamel)
H05B   3/20 369 A	4	0	3K034	H05B   3/20	11	ۤǤ	Enamel
H05B   3/20 369 Z	4	0	3K034	H05B   3/20	12	¾Τ	Others
H05B   3/20 371 \	4	4	3K034	H05B   3/20	3	嵭ȯǮǻҤĤʪ°ʳΤ	Other than the insulator and metal as the base for attaching the said heat generating device
H05B   3/20 373 \	3	3	3K034	H05B   3/20	191	ȯǮǻҤվΤΡ㡥ڡȡ󥯤ΤΡȯǮǻҤηȾΤΣȣ£ɾΤΣȣ£־ΤΣȣ£ĤΤΣȣ£	Liquid (paste, paint, ink) as the heat generating device (If the shape after moulding is specified, such specification takes precedence, e.g. sheet R 305 or later, cord R 335 or later, mesh R 361 or later, rigid plate R 396 or later)
H05B   3/20 375 \	4	4	3K034	H05B   3/20	55	嵭ȯǮǻҤĤʪΤΡʪǺबꤵƤΣȣ£ȣ£	Insulator as the base for installing the said heat generating device (If the insulator is specified, such specification takes precedence), e.g. 380 to 395
H05B   3/20 376 \	5	5	3K034	H05B   3/20	64	ʪ˼Ĥ	installed inside the insulator.
H05B   3/20 377 \	6	6	3K034	H05B   3/20	97	亮ȤǤϤ	caught between insulation sheets
H05B   3/20 378 \	5	5	3K034	H05B   3/20	172	ʪɽ̤˼Ĥ	installed on the surface of the insulator
H05B   3/20 379 \	6	6	3K034	H05B   3/20	113	亮Ȥɽ̤˼Ĥ	installed on the surface of the insulation sheet
H05B   3/20 380 \	5	5	3K034	H05B   3/20	21	嵭ȯǮǻҤĤΤΡ㡥Τ	Resin (rubber) as the base for installing the said heat generating device
H05B   3/20 382 \	6	6	3K034	H05B   3/20	82	˼Ĥ	installed inside the resin
H05B   3/20 384 \	7	7	3K034	H05B   3/20	138	饷ȤǤϤ	caught between resin sheets
H05B   3/20 386 \	6	6	3K034	H05B   3/20	89	ɽ̤˼Ĥ	installed on the surface of the resin
H05B   3/20 388 \	7	7	3K034	H05B   3/20	135	饷Ȥɽ̤˼Ĥ	installed on the surface of the resin sheet
H05B   3/20 389 \	5	5	3K034	H05B   3/20	93	嵭ȯǮǻҤĤ۾ʪΤΡ㡥ݡݡ饹եĤΤ	Cloth (&larr; fibre, chemical fibre, glass cloth, felt plate) as the base for installing the said heat generating device
H05B   3/20 390 \	6	6	3K034	H05B   3/20	177	ȯǮǻҤ۾ʪɽ̤ߤ	Heat generating device provided on the cloth surface
H05B   3/20 391 \	6	6	3K034	H05B   3/20	50	ȯǮǻҤ۾ʪޤϤϤ	Heat generating device wrapped (caught) by cloth
H05B   3/20 392 \	5	5	3K034	H05B   3/20	94	嵭ȯǮǻҤĤ饹ΤΡ㡥ΤΡʤۤΤΣȣ£饹ȣ£	Glass as the base for installing the said heat generating device (&larr; mirror; enamel R 394, glass cloth R389)
H05B   3/20 392 A	5	0	3K034	H05B   3/20	162	饹ˤ夵Ƥ	mounted on the glass base
H05B   3/20 392 B	5	0	3K034	H05B   3/20	55	饹ޤ줿	embedded in the glass base
H05B   3/20 392 Z	5	0	3K034	H05B   3/20	8	¾	Others
H05B   3/20 393 \	5	5	3K034	H05B   3/20	732	嵭ȯǮǻҤĤߥåΤΡ㡥ҡ󥯥꡼ȡкΤ	Ceramic as the base for attaching the said heat generating device (&larr; insulator, concrete, stone)
H05B   3/20 394 \	4	4	3K034	H05B   3/20	96	嵭ȯǮǻҤĤ°ΤΡ㡥ۤΤ	Metal as the base for installing the said heat generating device (&larr; enamel)
H05B   3/20 395 \	4	4	3K034	H05B   3/20	5	嵭ȯǮǻҤĤʪ°ʳΤ	Other than the insulator and metal as the base for attaching the said heat generating device
H05B   3/20 396 \	3	3	3K034	H05B   3/20	305	ȯǮǻҤĤޤϹΤΡ㡥ҡΤ	Rigid plate or rigid wire heat generating device (&larr; sheathed wire heater)
H05B   3/20 397 \	4	4	3K034	H05B   3/20	172	嵭ȯǮǻҤĤΤ	Insulator as the base for installing the said heat generating device
H05B   3/20 397 A	4	0	3K034	H05B   3/20	7	嵭饹Τ	Glass as the said base
H05B   3/20 397 B	4	1	3K034	H05B   3/20	19	饹ˤ夵Ƥ	mounted on the glass base
H05B   3/20 397 C	4	1	3K034	H05B   3/20	10	饹ޤ줿	embedded in the glass base
H05B   3/20 397 Z	4	0	3K034	H05B   3/20	213	¾	Others
H05B   3/20 398 \	4	4	3K034	H05B   3/20	279	嵭ȯǮǻҤĤĤ°Τ	Metal as the base for installing the said heat generating device
H05B   3/20 399 \	4	4	3K034	H05B   3/20	13	嵭ȯǮǻҤĤʪ°ʳΤ	Other than the insulator and metal as the base for attaching the said heat generating device
H05B   3/22  \	2	2	3K034	H05B   3/22	31	Τ	non-flexible
H05B   3/24  \	3	3	3K034	H05B   3/24	26	ȯǮƳΤʻٻƤ	heating conductor being self-supporting
H05B   3/26  \	3	3	3K034	H05B   3/26	144	ȯǮƳΤξ˼դ줿ΡΣ	heating conductor mounted on insulating base[2006.01]
H05B   3/28  \	3	3	3K034	H05B   3/28	151	ȯǮƳΤʪޤ줿ΡΣ	heating conductor embedded in insulating material[2006.01]
H05B   3/30  \	4	4	3K034	H05B   3/30	45	°Ĥξޤϴ֤ߤ줿	on or between metallic plates
H05B   3/32  \	3	3	3K034	H05B   3/32	8	ȯǮƳΤ°勞ξ夵ƤΡΣ	heating conductor mounted on insulators on a metallic frame[2006.01]
H05B   3/34  \	2	2	3K034	H05B   3/34	438	ΤΡ㡥֤ޤϥ֡Σ	flexible, e.g. heating nets or webs[2006.01]
H05B   3/36  \	3	3	3K034	H05B   3/36	179	ȯǮƳΤʪޤƤ	heating conductor embedded in insulating material
H05B   3/38  \	4	4	3K034	H05B   3/38	27	ʴƳ	Powder conductors
H05B   3/40  \	1	1	3K092	H05B   3/40	124	ޤϴɤηͭȯǮǻҡʣȣ£ȣ£ȣ£ͥˡΣ	Heating elements having the shape of rods or tubes (H05B0003620000, H05B0003680000, H05B0003780000 take precedence)[2006.01]
H05B   3/40  A	1	0	3K092	H05B   3/40	637	ή͢ɤβǮ	Heating of the fluid transportation pipe
H05B   3/40  B	1	0	3K092	H05B   3/40	94	ɽήˤǮ	Heating by the epidermal current
H05B   3/40  Z	1	0	3K092	H05B   3/40	363	¾Τ	Others
H05B   3/42  \	2	2	3K092	H05B   3/42	460	Τ	non-flexible
H05B   3/44  \	3	3	3K092	H05B   3/44	1419	ȯǮƳΤʪޤϴɤ֤Ƥ	heating conductor arranged within rods or tubes of insulating material
H05B   3/46  \	3	3	3K092	H05B   3/46	383	ȯǮƳΤξ˼դƤΡΣ	heating conductor mounted on insulating base[2006.01]
H05B   3/48  \	3	3	3K092	H05B   3/48	2545	ȯǮƳΤʪޤƤ	heating conductor embedded in insulating material
H05B   3/50  \	4	4	3K092	H05B   3/50	176	ȯǮƳΤ°֤졤Ǯɽ̤ƳǮեĤ	heating conductor arranged in metal tubes, the radiating surface having heat-conducting fins
H05B   3/52  \	4	4	3K092	H05B   3/52	130	ɤʪ򽼤Ƥ⤷ϰ̤֤ޤˡ	Apparatus or processes for filling or compressing insulating material in tubes
H05B   3/54  \	2	2	3K092	H05B   3/54	162	Τ	flexible
H05B   3/56  \	3	3	3K092	H05B   3/56	117	Ǯ֥Σ	Heating cables[2006.01]
H05B   3/56  A	3	0	3K092	H05B   3/56	314	ȯǮͭ	having a heat generating wire
H05B   3/56  B	3	1	3K092	H05B   3/56	581	ȯǮ򴬲󤹤	Heat generating wire wound around the conductor
H05B   3/56  C	3	0	3K092	H05B   3/56	75	Ŷ˴֤ȯǮΤۤΡ㡥ƱŶ	Heat generating member provided between electrodes, e.g. coaxial electrodes
H05B   3/56  D	3	1	3K092	H05B   3/56	161	¹Ŷˤͭ	having parallel electrodes
H05B   3/56  Z	3	0	3K092	H05B   3/56	142	¾Τ	Others
H05B   3/58  \	3	3	3K092	H05B   3/58	125	ȯǮۡȯǮ	Heating hoses; Heating collars
H05B   3/60  \	1	1	3K092	H05B   3/60	50	ǮήγΡʴΤޤϱվʪήǮ֡㡥ϧŲǮΤΤΡʣȣ£ͥˡΣ	Heating arrangements wherein the heating current flows through granular, powdered or fluid material, e.g. for salt-bath furnace, electrolytic heating (H05B0003380000 takes precedence)[2006.01]
H05B   3/60  A	1	0	3K092	H05B   3/60	119	ϧ	Salt-bath furnance
H05B   3/60  B	1	0	3K092	H05B   3/60	20	Ǯʪήήʤ	No current to workpieces
H05B   3/60  Z	1	0	3K092	H05B   3/60	443	¾Τ	Others
H05B   3/62  \	1	1	3K092	H05B   3/62	1302	ϧäŬ礷ȯǮǻҡʣȣ£ͥ表񹳲ǮѤϧޤϧŵȯǮǻҤιƣģ	Heating elements specially adapted for furnaces (; arrangements of elements for electric heating in or on furnaces using ohmic resistance heating F27D 11/02)
H05B   3/64  \	2	2	3K092	H05B   3/64	268	ӾޤȯǮΤѤ	using ribbon, rod, or wire heater
H05B   3/66  \	2	2	3K092	H05B   3/66	255	ɤޤϲξΤޤΥҡΤλٻޤϼնΣ	Supports or mountings for heaters on or in the wall or roof[2006.01]
H05B   3/68  \	1	1	3K092	H05B   3/68	1219	Ĵץ졼ȤޤβǮץ졼ȤäŬ礷Ǯ֡Σ	Heating arrangements specially adapted for cooking plates or analogous hot-plates[2006.01]
H05B   3/70  \	2	2	3K092	H05B   3/70	225	¤°	Plates of cast metal
H05B   3/72  \	2	2	3K092	H05B   3/72	147	Ķ⤫ʤǮ	Plates of sheet metal
H05B   3/74  \	2	2	3K092	H05B   3/74	1220	°	Non-metallic plates
H05B   3/76  \	2	2	3K092	H05B   3/76	209	餻˴ȯǮɤǮ	Plates with spirally-wound heating tubes
H05B   3/78  \	1	1	3K092	H05B   3/78	666	ҲǮäŬ礷Ǯ֡Σ	Heating arrangements specially adapted for immersion heating[2006.01]
H05B   3/80  \	2	2	3K092	H05B   3/80	37	ӲǽʿҷҡΣ	Portable immersion heaters[2006.01]
H05B   3/82  \	2	2	3K092	H05B   3/82	194	ꤷƼդ줿ҷҡΣ	Fixedly-mounted immersion heaters[2006.01]
H05B   3/84  \	1	1	3K034	H05B   3/84	1608	ƩޤȿʬäŬ礷Ǯ֡㡥롤ޤϼξɥ饹ޤޤɹ뤿ΤΡΣ	Heating arrangements specially adapted for transparent or reflecting areas, e.g. for demisting or de-icing windows, mirrors or vehicle windshields
H05B   3/86  \	2	2	3K034	H05B   3/86	1072	ȯǮƳΤƩޤȿʪޤ줿ΡΣ	the heating conductors being embedded in the transparent or reflecting material
H05B   6/00  \	0	0	3K059	H05B   6/00	44	ųޤżˤǮΣ	Heating by electric, magnetic, or electromagnetic fields (radiation therapy using microwaves A61N 5/02) [3]
H05B   6/02  \	1	1	3K059	H05B   6/02	114	ͶƳǮΣ	Induction heating [3]
H05B   6/02  A	1	0	3K059	H05B   6/02	147	ͶƳǮʤΡ㡥ʵ׼Фž	Not included in induction heating in a narrow sense, e.g. rotation of a permanent magnet
H05B   6/02  B	1	0	3K059	H05B   6/02	55	¾ε㡤񡦥ͤȤȤ߹碌	Combination with another component, e.g. lighting device, gas device
H05B   6/02  Z	1	0	3K059	H05B   6/02	388	¾Τ	Others
H05B   6/04  \	2	2	3K059	H05B   6/04	11	ήΣ	Sources of current [3]
H05B   6/04 301 \	3	3	3K059	H05B   6/04	107	ϩӤΤΤϤӤʬह롣ʤȤСĴͶƳϧʲ	Main circuit. If the application is specified, such specification takes precedence. (e.g. cooking device R 6/12320, induction furnace R 6/10 or below)
H05B   6/04 311 \	4	4	3K059	H05B   6/04	40	ήʾŸ	Low-frequency current source (commercial power supply)
H05B   6/04 321 \	4	4	3K059	H05B   6/04	439	ή	High-frequency current source
H05B   6/04 331 \	3	3	3K059	H05B   6/04	121	ݸϩ	Protection circuit
H05B   6/06  \	2	2	3K059	H05B   6/06	317	桤㡥٤桤ϤΣ	Control, e.g. of temperature, of power [3]
H05B   6/06 301 \	3	3	3K059	H05B   6/06	349	ϩ	Control circuit
H05B   6/06 311 \	3	3	3K059	H05B   6/06	12	եݥɥХĥ	Feedback control
H05B   6/06 321 \	4	4	3K059	H05B   6/06	11		for low frequency
H05B   6/06 325 \	5	5	3K059	H05B   6/06	2	ŸΤ֡Ÿˤ򸡽Ф뤳Ȥˤ	Control by detecting the state of power existence (power on)
H05B   6/06 331 \	5	5	3K059	H05B   6/06	34	Ÿϡήޤˤ򸡽Ф뤳Ȥˤ	Control by detecting the power of the power supply (including the current)
H05B   6/06 335 \	5	5	3K059	H05B   6/06	11	ŸŰ򸡽Ф뤳Ȥˤ	Control by detecting the supply voltage
H05B   6/06 341 \	5	5	3K059	H05B   6/06	13	ȿ򸡽Ф뤳Ȥˤ	Control by detecting the frequency
H05B   6/06 345 \	5	5	3K059	H05B   6/06	5	Ψ򸡽Ф뤳Ȥˤ	Control by detecting the power factor
H05B   6/06 351 \	5	5	3K059	H05B   6/06	57	٤β٤򸡽Ф뤳Ȥˤ	Control by detecting the load temperature
H05B   6/06 355 \	5	5	3K059	H05B   6/06	13	٤ξ֤򸡽Ф뤳Ȥˤ	Control by detecting the load state
H05B   6/06 361 \	4	4	3K059	H05B   6/06	184		for high frequency
H05B   6/06 363 \	5	5	3K059	H05B   6/06	29	ŸΤ֡Ÿˤ򸡽Ф뤳Ȥˤ	Control by detecting the state of power existence (power on)
H05B   6/06 366 \	5	5	3K059	H05B   6/06	129	Сݥϡήޤˤ򸡽Ф뤳Ȥˤ	Control by detecting the inverter input power (including the current)
H05B   6/06 369 \	5	5	3K059	H05B   6/06	53	СݥŰ򸡽Ф뤳Ȥˤ	Control by detecting the inverter input voltage
H05B   6/06 371 \	5	5	3K059	H05B   6/06	40	ĥǻҤή򸡽Ф뤳Ȥˤ	Control by detecting the current of the switching device
H05B   6/06 373 \	5	5	3K059	H05B   6/06	32	ĥǻҤŰ򸡽Ф뤳Ȥˤ	Control by detecting the voltage of the switching device
H05B   6/06 376 \	5	5	3K059	H05B   6/06	6	СݥΥĥǻҰʳʡžήǥ󥵡ե饤ۥݥɡˤή򸡽Ф뤳Ȥˤ	Control by detecting the current of the inverter's supplementary part other than the switching device (commutating capacitor, flywheel diode)
H05B   6/06 379 \	5	5	3K059	H05B   6/06	10	СݥΥĥǻҰʳʡžήǥ󥵡ե饤ۥݥɡˤŰ򸡽Ф뤳Ȥˤ	Control by detecting the voltage of the inverter's supplementary part other than the switching device (commutating capacitor, flywheel diode)
H05B   6/06 381 \	5	5	3K059	H05B   6/06	239	Сݥνϡήޤˤ򸡽Ф뤳Ȥˤ	Control by detecting the inverter's output power (including the current)
H05B   6/06 383 \	5	5	3K059	H05B   6/06	127	СݥνŰ򸡽Ф뤳Ȥˤ	Control by detecting the inverter's output voltage
H05B   6/06 386 \	5	5	3K059	H05B   6/06	113	Сݥνϼȿ򸡽Ф뤳Ȥˤ	Control by detecting the inverter's output frequency
H05B   6/06 389 \	5	5	3K059	H05B   6/06	12	СݥΤ֡ʥݥ󥪥ջ֡ˤ򸡽Ф뤳Ȥˤ	Control by detecting a state of the inverter (turn-off period)
H05B   6/06 391 \	5	5	3K059	H05B   6/06	166	Ǯʪ١ˤΤ֤򸡽Ф뤳Ȥˤ	Control by detecting a state of the heated object (load)
H05B   6/06 393 \	5	5	3K059	H05B   6/06	553	Ǯʪ١ˤβ٤򸡽Ф뤳Ȥˤ	Control by detecting the temperature of the heated object (load)
H05B   6/08  \	3	3	3K059	H05B   6/08	51	֤뤤ʿ֤ѤΡΣ	using compensating or balancing arrangements [3]
H05B   6/10  \	2	2	3K059	H05B   6/10	242	üʱѤΤϧʳͶƳǮ֡Σ	Induction heating apparatus, other than furnaces, for specific applications [3]
H05B   6/10 301 \	3	3	3K059	H05B   6/10	216	ΤͶƳǮ	Gas induction heating device
H05B   6/10 311 \	3	3	3K059	H05B   6/10	619	ΤͶƳǮ	Liquid induction heating device
H05B   6/10 321 \	3	3	3K059	H05B   6/10	88	ʴΤͶƳǮ	Powder induction heating device
H05B   6/10 331 \	3	3	3K059	H05B   6/10	948	ñʤͶƳǮ֡ʢϧ	Single-unit induction heating device (&larr; vertical furnace)
H05B   6/10 341 \	3	3	3K059	H05B   6/10	495	Ϣ³ʡʥӥĥȡˤͶƳǮ֡ʢȥͥϧ	Continuous product (billet) induction heating device (&larr; tunnel furnace)
H05B   6/10 351 \	3	3	3K059	H05B   6/10	143	ΤͶƳǮ	Wire member induction heating device
H05B   6/10 361 \	3	3	3K059	H05B   6/10	369	̵¤ʴɡ˾ΤͶƳǮ֡ͭ¤	Unlimited rod (tube) member induction heating device (limited rod/cylinder R 371)
H05B   6/10 371 \	3	3	3K059	H05B   6/10	818	ͭ¤ʴɡ˾ΤͶƳǮ	Limited rod (tube/cylinder) member induction heating device
H05B   6/10 381 \	3	3	3K059	H05B   6/10	1106	ӡľΤͶƳǮ	Belt/plate member induction heating device
H05B   6/12  \	3	3	3K151	H05B   6/12	70	ĴΣ	Cooking devices [3]
H05B   6/12 301 \	4	4	3K151	H05B   6/12	101	ͶƳǮĴʤΡ㡥ʵ׼Фž	not included in induction heating cooking devices in a narrow sense, e.g. rotation of a permanent magnet
H05B   6/12 302 \	4	4	3K151	H05B   6/12	817	¾ε㡥Ķȵ֡ȤȤ߹碌	Combination with another component, e.g. device using ultrasonic technology
H05B   6/12 303 \	4	4	3K151	H05B   6/12	837	ʣͶƳǮĴ	Multiple induction heating cooking devices
H05B   6/12 304 \	4	4	3K151	H05B   6/12	399	ͶƳǮĴβϩ	Circuit devices of multiple induction heating cooking devices
H05B   6/12 305 \	5	5	3K151	H05B   6/12	1310		Upper plate
H05B   6/12 306 \	6	6	3K151	H05B   6/12	24	ĤΤҤӳ측	Upper plate crack detection
H05B   6/12 307 \	6	6	3K151	H05B   6/12	362	Ĥξغ֤Ρ㡥ȯǮѥޥĥ	mounted on the upper plate, e.g. heat generating mat
H05B   6/12 308 \	5	5	3K151	H05B   6/12	1301	ͶƳǮ	Induction heating coil
H05B   6/12 309 \	6	6	3K151	H05B   6/12	83	δѤ뤳Ȥˤ뼧Ѱ첽	Making the magnetic field even by changing the number of turns on the coil
H05B   6/12 310 \	6	6	3K151	H05B   6/12	48	ξ岼ư	Moving the coil vertically
H05B   6/12 311 \	6	6	3K151	H05B   6/12	85	¤ˡ	Coil manufacturing method
H05B   6/12 312 \	5	5	3K151	H05B   6/12	1421	ɽ	Indication unit
H05B   6/12 313 \	5	5	3K151	H05B   6/12	1383	桦	Control or operation unit
H05B   6/12 314 \	5	5	3K151	H05B   6/12	1022	ͶƳǮĴ	Pan for the induction heating cooking device
H05B   6/12 315 \	6	6	3K151	H05B   6/12	442	Ŭ̵ͭθ	Detection of presence/absence of the proper pan
H05B   6/12 316 \	6	6	3K151	H05B   6/12	183	Ŭ֤θ	Detection of the pan's proper position
H05B   6/12 317 \	5	5	3K151	H05B   6/12	1600		Cooling unit
H05B   6/12 318 \	5	5	3K151	H05B   6/12	1224	ٸ	Temperature sensor
H05B   6/12 319 \	5	5	3K151	H05B   6/12	531	ݥʥݥޤ	Shield (including earth)
H05B   6/12 320 \	4	4	3K151	H05B   6/12	61	ͶƳǮĴβϩ	Circuit of the induction heating cooking device
H05B   6/12 321 \	5	5	3K151	H05B   6/12	23	ѼȿǮͿϩ	Circuit that gives the commercial frequency to the heater coil
H05B   6/12 322 \	5	5	3K151	H05B   6/12	59	ͶƳǮĴβϩ	Circuit of the high-frequency induction heating cooking device
H05B   6/12 323 \	6	6	3K151	H05B   6/12	418	ϩ	Main circuit
H05B   6/12 324 \	6	6	3K151	H05B   6/12	1521	ϩʥեݥɥХĥ	Control circuit (excluding feedback control)
H05B   6/12 325 \	6	6	3K151	H05B   6/12	76	եݥɥХĥϩ	Feedback control circuit
H05B   6/12 326 \	7	7	3K151	H05B   6/12	159	ŸΤ֤򸡽Ф뤳Ȥˤ	Control by detecting the state of power existence
H05B   6/12 327 \	7	7	3K151	H05B   6/12	501	Сݥϡήޤˤ򸡽Ф뤳Ȥˤ	Control by detecting the inverter's input power (including the current)
H05B   6/12 328 \	7	7	3K151	H05B   6/12	152	СݥŰ򸡽Ф뤳Ȥˤ	Control by detecting the inverter's input voltage
H05B   6/12 329 \	7	7	3K151	H05B   6/12	106	ĥǻҤή򸡽Ф뤳Ȥˤ	Control by detecting the current of the switching device
H05B   6/12 330 \	7	7	3K151	H05B   6/12	169	ĥǻҤŰ򸡽Ф뤳Ȥˤ	Control by detecting the voltage of the switching device
H05B   6/12 331 \	7	7	3K151	H05B   6/12	448	СݥϤνϡήޤˤ򸡽Ф뤳Ȥˤ	Control by detecting the output power (including the current) of the inverter output
H05B   6/12 332 \	7	7	3K151	H05B   6/12	135	СݥŰ򸡽Ф뤳Ȥˤ	Control by detecting the inverter's output voltage
H05B   6/12 333 \	7	7	3K151	H05B   6/12	127	Сݥϼȿ򸡽Ф뤳Ȥˤ	Control by detecting the inverter's output frequency
H05B   6/12 334 \	7	7	3K151	H05B   6/12	605	٤Τ֡㤨СŬˤ򸡽Ф뤳ȤˤĴ	Control by detecting the state of load presence, e.g. improper pan
H05B   6/12 335 \	8	8	3K151	H05B   6/12	1195	٤β٤򸡽Ф뤳Ȥˤ	Control by detecting the load temperature
H05B   6/14  \	3	3	3K059	H05B   6/14	2227	㡥Υ롤顼Σ	Tools, e.g. nozzles, rollers, calenders [3]
H05B   6/16  \	2	2	3K059	H05B   6/16	246	̵üΥͭϧʣȣ£ͥˡΣ	Furnaces having endless cores (H05B0006340000 takes precedence)[2006.01]
H05B   6/18  \	3	3	3K059	H05B   6/18	42	ͻĤΡΣ	having melting basin [3]
H05B   6/20  \	3	3	3K059	H05B   6/20	5	ͻͥΤߤĤΡΣ	having melting channel only [3]
H05B   6/22  \	2	2	3K059	H05B   6/22	171	̵üΥͭʤϧʣȣ£ͥˡΣ	Furnaces without an endless core (H05B0006340000 takes precedence)[2006.01]
H05B   6/24  \	3	3	3K059	H05B   6/24	602	Ĥϧʣȣ£ͥˡΣ	Crucible furnaces (H05B 6/30 takes precedence) [3]
H05B   6/26  \	4	4	3K059	H05B   6/26	136	ޤü쥬ˤʷϵѤΡΣ	using vacuum or particular gas atmosphere [3]
H05B   6/28  \	4	4	3K059	H05B   6/28	122	ݸ֡Σ	Protective systems [3]
H05B   6/30  \	3	3	3K059	H05B   6/30	72	ͻ֤ޤӰͻ֡Σ	Arrangements for remelting or zone melting [3]
H05B   6/32  \	3	3	3K059	H05B   6/32	234	ͻ֡Σ	Arrangements for simultaneous levitation and heating [3]
H05B   6/34  \	2	2	3K059	H05B   6/34	58	֡Σ	Arrangements for circulation of melts [3]
H05B   6/36  \	2	2	3K059	H05B   6/36	186	Σ	Coil arrangements [3]
H05B   6/36  A	2	0	3K059	H05B   6/36	164	¤˴ؤ	related to coil manufacture
H05B   6/36  B	2	1	3K059	H05B   6/36	174		Material
H05B   6/36  C	2	1	3K059	H05B   6/36	79	Ȥ	Take-up
H05B   6/36  D	2	0	3K059	H05B   6/36	610	η˴ؤ	related to the coil shape
H05B   6/36  E	2	1	3K059	H05B   6/36	470		Air-core coil
H05B   6/36  F	2	1	3K059	H05B   6/36	385	ϧѥ롢ѡüΥ뢪	Coils for furnaces; coils for quenching or with a special shape R 6/38, 6/40
H05B   6/36  Z	2	0	3K059	H05B   6/36	402	¾Τ	Others
H05B   6/38  \	3	3	3K059	H05B   6/38	127	ǮʪΥڡȤ礻뤳ȤäŬ礷ΡΣ	specially adapted for fitting into hollow spaces of workpieces[2006.01]
H05B   6/40  \	3	3	3K059	H05B   6/40	967	˾ǮʬۤγΩ㡥ǮʪʬβǮΣ	Establishing desired heat distribution, e.g. to heat particular parts of workpieces [3]
H05B   6/42  \	3	3	3K059	H05B   6/42	527	ѡΣ	Cooling of coils [3]
H05B   6/44  \	3	3	3K059	H05B   6/44	1195	İʾΥޤϣİʾΥʬͭΡΣ	having more than one coil or coil segment [3]
H05B   6/46  \	1	1	3K090	H05B   6/46	434	ͶŲǮʣȣ£ͥˡΣ	Dielectric heating (H05B 6/64 take precedence) [3]
H05B   6/48  \	2	2	3K086	H05B   6/48	165	ϩΣ	Circuits [3]
H05B   6/50  \	3	3	3K086	H05B   6/50	104	ƻޤΤΤΡΣ	for monitoring or control [3]
H05B   6/52  \	2	2	3K090	H05B   6/52	31	ϩΣ	Feed lines [3]
H05B   6/54  \	2	2	3K090	H05B   6/54	577	ŶˡΣ	Electrodes [3]
H05B   6/56  \	3	3	3K090	H05B   6/56	10	žŶˡΣ	Rolling electrodes [3]
H05B   6/58  \	3	3	3K090	H05B   6/58	0	ȥߥɷΣ	"sewing machine" type [3]
H05B   6/60  \	2	2	3K090	H05B   6/60	38	ǮϢ³ư֡Σ	Arrangements for continuous movement of material [3]
H05B   6/62  \	2	2	3K090	H05B   6/62	113	ü֡Σ	Apparatus for specific applications [3]
H05B   6/64  \	1	1	3K090	H05B   6/64	65	ޥȤѤǮΣ	Heating using microwaves [3]
H05B   6/64  A	1	0	3K090	H05B   6/64	1038		Cooling
H05B   6/64  B	1	1	3K090	H05B   6/64	551	ץڥեѤ	using a propeller fan
H05B   6/64  C	1	0	3K090	H05B   6/64	981	ա	Installation or lighting
H05B   6/64  D	1	0	3K090	H05B   6/64	1127	Ǯ	Heating chamber
H05B   6/64  E	1	0	3K090	H05B   6/64	658	ɥĥ	Safety or door switch
H05B   6/64  F	1	1	3K090	H05B   6/64	180	ָμʤ	equipped with a means of state detection
H05B   6/64  G	1	0	3K090	H05B   6/64	198	ȾƳǻҤˤޥȤȯ	Microwave generation by a semiconductor device
H05B   6/64  H	1	0	3K090	H05B   6/64	124	ȿͼ	Reflection means
H05B   6/64  J	1	0	3K090	H05B   6/64	685	ƴ	Container
H05B   6/64  K	1	0	3K090	H05B   6/64	198	ɽ	Indication
H05B   6/64  Z	1	0	3K090	H05B   6/64	595	¾Τ	Others
H05B   6/66  \	2	2	3K086	H05B   6/66	9	ϩΣ	Circuits [3]
H05B   6/66  A	2	0	3K086	H05B   6/66	443	ϩεŪ	Mechanical configuration of a circuit
H05B   6/66  B	2	0	3K086	H05B   6/66	609	Ÿϩ	High-frequency power supply circuit
H05B   6/66  C	2	0	3K086	H05B   6/66	90	ޥȯȤȾƳǻҤѤ	using a semiconductor device as the microwave generation source
H05B   6/66  Z	2	0	3K086	H05B   6/66	206	¾Τ	Others
H05B   6/68  \	3	3	3K086	H05B   6/68	65	ƻޤΤΤΡΣ	for monitoring or control [3]
H05B   6/68 310 \	4	4	3K086	H05B   6/68	3	ʥϩʴɽϩ	Analogue control circuit (including indication and blower circuits)
H05B   6/68 310 A	4	0	3K086	H05B   6/68	240	ɽϩβϩ	Control of the indication circuit or reporting circuit
H05B   6/68 310 B	4	0	3K086	H05B   6/68	134	ϩ	Control of the blower circuit
H05B   6/68 310 Z	4	0	3K086	H05B   6/68	273	¾Τ	Others
H05B   6/68 320 \	5	5	3K086	H05B   6/68	5	ޥͥȥϩ	Magnetron control circuit
H05B   6/68 320 A	5	0	3K086	H05B   6/68	358	ŸѤ	using a high-frequency power supply
H05B   6/68 320 B	5	0	3K086	H05B   6/68	146	ޥͥȥ弧椹	Control of magnetron excitation
H05B   6/68 320 C	5	0	3K086	H05B   6/68	290	ư	Control upon starting
H05B   6/68 320 D	5	0	3K086	H05B   6/68	421	ϲ	Output variable control
H05B   6/68 320 E	5	0	3K086	H05B   6/68	95	ưȽϲξԤ	Both control upon starting and output variable control performed
H05B   6/68 320 F	5	0	3K086	H05B   6/68	110	ϰ	Output constant control
H05B   6/68 320 G	5	0	3K086	H05B   6/68	148	Ǯʤȼ	accompanied by a heating setup means
H05B   6/68 320 H	5	1	3K086	H05B   6/68	132	ൡˤǮԤ	Heating set up by the cam mechanism, etc.
H05B   6/68 320 J	5	2	3K086	H05B   6/68	31	¸ΥݥϢư	linked with the existing motor mechanism
H05B   6/68 320 K	5	3	3K086	H05B   6/68	149	޵Ϣư	linked with the timer mechanism
H05B   6/68 320 L	5	1	3K086	H05B   6/68	191	ǮȼΡʤϩ	accompanied by heating time setup i.e. time control circuit
H05B   6/68 320 M	5	0	3K086	H05B   6/68	364	Ǯָμʤȼ	accompanied by a means of heating state detection
H05B   6/68 320 N	5	1	3K086	H05B   6/68	310	̸	Weight detection
H05B   6/68 320 P	5	1	3K086	H05B   6/68	319	żȸ	Electromagnetic wave detection
H05B   6/68 320 Q	5	1	3K086	H05B   6/68	531	ֳ	Infrared ray detection
H05B   6/68 320 R	5	1	3K086	H05B   6/68	285	ٸ	Humidity detection
H05B   6/68 320 S	5	1	3K086	H05B   6/68	520	ǮΡ㡥ݥߥ	Thermo-sensitive resistor, e.g. thermistor
H05B   6/68 320 T	5	1	3K086	H05B   6/68	189	Ǯָο磻쥹	Heating state detection signal transmitted in wireless mode
H05B   6/68 320 U	5	0	3K086	H05B   6/68	136	ǮʤȲǮָμʤξȼ	accompanied by both heating time setup means and heating state detection means
H05B   6/68 320 V	5	1	3K086	H05B   6/68	188	ǮָοˤǮ֤椹	Heating setup time controlled by the heating state detection signal
H05B   6/68 320 Z	5	0	3K086	H05B   6/68	101	¾Τ	Others
H05B   6/68 330 \	5	5	3K086	H05B   6/68	6	ϩʰ۾Űή۾ǮθΡɥĥϩե륿ݲϩ	Safety circuit (abnormal voltage, current, abnormal heating detection; door switch circuit, filter circuit)
H05B   6/68 330 A	5	0	3K086	H05B   6/68	334	۾ŰήΤ	Detection of the abnormal voltage or current
H05B   6/68 330 B	5	0	3K086	H05B   6/68	75	۾Ǯ֤Τ	Detection of the abnormal heating state
H05B   6/68 330 C	5	1	3K086	H05B   6/68	97	۾żȾ֤	Detection of the abnormal electromagnetic wave state
H05B   6/68 330 D	5	1	3K086	H05B   6/68	186	۾ﲹ٤	Detection of the abnormal temperature
H05B   6/68 330 E	5	0	3K086	H05B   6/68	274	ɥĥϩ	Door switch circuit
H05B   6/68 330 F	5	0	3K086	H05B   6/68	111	ե륿ݲϩ	Filter circuit
H05B   6/68 330 Z	5	0	3K086	H05B   6/68	197	¾Τ	Others
H05B   6/68 340 \	4	4	3K086	H05B   6/68	247	ǥϩʣͥ	Digital control circuit (310 takes precedence.)
H05B   6/68 350 \	5	5	3K086	H05B   6/68	3	ޥͥȥϩ	Magnetron control circuit
H05B   6/68 350 A	5	0	3K086	H05B   6/68	132	ǮʤȼΡʤϩ	accompanied by the heating time setup means i.e. time control circuit
H05B   6/68 350 B	5	0	3K086	H05B   6/68	83	Ǯָμʤȼ	accompanied by the heating state detection means
H05B   6/68 350 C	5	0	3K086	H05B   6/68	70	ǮʤȲǮָμʤξȼ	accompanied by both heating time setup means and heating state detection means
H05B   6/68 350 D	5	1	3K086	H05B   6/68	132	ǮָοˤǮ֤椹	Control of the heating setup time by the heating state detection signal
H05B   6/68 350 Z	5	0	3K086	H05B   6/68	84	¾Τ	Others
H05B   6/68 360 \	5	5	3K086	H05B   6/68	168	ϩ	Safety circuit
H05B   6/68 370 \	4	4	3K086	H05B   6/68	127	ޥȯȤȾƳǻҤѤ	using a semiconductor device as the microwave generation source
H05B   6/70  \	2	2	3K090	H05B   6/70	9	ϩΣ	Feed lines [3]
H05B   6/70  A	2	0	3K090	H05B   6/70	125	ȥĥϩɽϩ	Strip channel, surface wave
H05B   6/70  B	2	0	3K090	H05B   6/70	71	ƳȴɡĥƳȴ	Ladder wave guide, ridged wave guide
H05B   6/70  C	2	0	3K090	H05B   6/70	302	ϩˤȡ㡥֡եˤΡ	Matching and filtering in the feeder channel, e.g. using the stub or orifice
H05B   6/70  D	2	0	3K090	H05B   6/70	68	Ʊ	Coaxial line
H05B   6/70  E	2	0	3K090	H05B   6/70	615	Ƴȴ	Wave guide
H05B   6/70  F	2	0	3K090	H05B   6/70	230	ʣȨϩʣμȿιʬΥ	Synthesising or separation of multiple propagation channels or multiple frequencies
H05B   6/70  Z	2	0	3K090	H05B   6/70	33	¾Τ	Others
H05B   6/72  \	2	2	3K090	H05B   6/72	37	ʹޤϥƥʡΣ	Radiators or aerials [3]
H05B   6/72  A	2	0	3K090	H05B   6/72	698	Ÿβžžƥ	Feeder port rotation, rotary antenna
H05B   6/72  B	2	0	3K090	H05B   6/72	127		Linear radiation
H05B   6/72  C	2	0	3K090	H05B   6/72	357	ƥ	Antenna
H05B   6/72  D	2	0	3K090	H05B   6/72	581	Ÿ	Feeder port
H05B   6/72  Z	2	0	3K090	H05B   6/72	41	¾Τ	Others
H05B   6/74  \	2	2	3K090	H05B   6/74	6	⡼Ѵޤϥ⡼´Σ	Mode transformers or mode stirrers[2006.01]
H05B   6/74  A	2	0	3K090	H05B   6/74	749	ȵۼΤ𤹤Ǯ	Heating via an electrowave absorber
H05B   6/74  B	2	0	3K090	H05B   6/74	136	ɽϩ	Surface wave channel
H05B   6/74  C	2	0	3K090	H05B   6/74	88	ƳȴɡĥƳȴ	Ladder wave guide, ridged wave guide
H05B   6/74  D	2	0	3K090	H05B   6/74	250	ʣȨϩˤΡݥݥˤʬΥ̴ޡʣȯ	using multiple propagation channels, separation by a circulator (including multiple oscillators)
H05B   6/74  E	2	0	3K090	H05B   6/74	943	Ѱ졤ųʬۡȿ	Uniformalisation, electric field distribution, reflection
H05B   6/74  F	2	0	3K090	H05B   6/74	523	ݥɳ¡̥ݥ顤ưȿġͰ̵ڤӶưˡ	Mode stirring (stirrer, movable reflection plate) in general and drive method
H05B   6/74  G	2	1	3K090	H05B   6/74	127	ޥͥȥ󥢥ƥʡȥĥץƥʤƱƱ	Magnetron antenna coaxial with or same position as the strip antenna
H05B   6/74  H	2	1	3K090	H05B   6/74	141	祢ƥʡ͸Ʊ	Coupled antenna coaxial with the radiation port
H05B   6/74  J	2	1	3K090	H05B   6/74	229	ƥʡ͸餺Ƥ	Antenna deviating from the radiation port
H05B   6/74  K	2	1	3K090	H05B   6/74	315	η	Blade shape or material
H05B   6/74  L	2	1	3K090	H05B   6/74	246	ٻ	Shaft or support
H05B   6/74  Z	2	0	3K090	H05B   6/74	33	¾Τ	Others
H05B   6/76  \	2	2	3K090	H05B   6/76	20	ޥϳɻߡ㡥ɥΣ	Prevention of microwave leakage, e.g. door sealings [3]
H05B   6/76  A	2	0	3K090	H05B   6/76	532	ݥ̵̡̩	Sealant (airtightness in general)
H05B   6/76  B	2	0	3K090	H05B   6/76	159	ȵۼΡ̺	Electromagnetic wave absorber (material)
H05B   6/76  C	2	0	3K090	H05B   6/76	281	ݥݥ̡ͶΥݥɥʳ	Choke seal in general other than the dielectric choke and door
H05B   6/76  F	2	1	3K090	H05B   6/76	389	Ρղûģϣ	Cyclic member (additional division plate 1 or 0)
H05B   6/76  G	2	1	3K090	H05B   6/76	306	ʣ¿ݥ	Complex cross section, multiple chokes laid out in parallel
H05B   6/76  H	2	1	3K090	H05B   6/76	267	ݥСݡݥ˵ۼղ	Absorber added to the choke cover or choke
H05B   6/76  D	2	0	3K090	H05B   6/76	640		Door device
H05B   6/76  E	2	0	3K090	H05B   6/76	492		Window
H05B   6/76  Z	2	0	3K090	H05B   6/76	412	¾Τ	Others
H05B   6/78  \	2	2	3K090	H05B   6/78	22	ǮϢ³ư֡Σ	Arrangements for continuous movement of material [3]
H05B   6/78  A	2	0	3K090	H05B   6/78	656	ݥơݥ֥	Turntable in general
H05B   6/78  D	2	1	3K090	H05B   6/78	143	ݥơݥ֥ư̾岼	Turntable rocking (vertical, horizontal)
H05B   6/78  E	2	1	3K090	H05B   6/78	415	ݥơݥ֥뼴Υץ	Turntable shaft coupling
H05B   6/78  F	2	1	3K090	H05B   6/78	381	֥ݥľ	Shaft directly connected to the gear motor
H05B   6/78  G	2	1	3K090	H05B   6/78	278	֡ٻ	Carriage, supporting stand
H05B   6/78  H	2	1	3K090	H05B   6/78	229	Ǵܶư	Indirect drive by a magnet, etc.
H05B   6/78  B	2	0	3K090	H05B   6/78	463	٥ʿ԰ư	Parallel motion of conveyers, etc.
H05B   6/78  C	2	1	3K090	H05B   6/78	446	Ƴȴ򥳥٥䤬	Conveyer penetrating the wave guide
H05B   6/78  Z	2	0	3K090	H05B   6/78	89	¾Τ	Others
H05B   6/80  \	2	2	3K090	H05B   6/80	50	ü֡ʥޥȤѤƲǮ륹ȡ֤ޤϥ󥸣ƣãˡΣ	Apparatus for specific applications (stoves or ranges heated&nbsp;using microwaves&nbsp;F24C 7/02) [3]
H05B   6/80  A	2	0	3K090	H05B   6/80	115	ޥͻ	Fusing with microwave
H05B   6/80  Z	2	0	3K090	H05B   6/80	1125	¾Τ	Others
H05B   7/00  \	0	0	3K084	H05B   7/00	15	ŲǮʥץ饺ޥȡȣȣ	Heating by electric discharge (plasma torches H05H 1/26)
H05B   7/00  B	0	0	3K084	H05B   7/00	243	Żҥӡݥ	Electron beam
H05B   7/00  Z	0	0	3K084	H05B   7/00	61	¾	Others
H05B   7/02  \	1	1	3K084	H05B   7/02	3		Details
H05B   7/02  A	1	0	3K084	H05B   7/02	36		Stirring
H05B   7/02  B	1	0	3K084	H05B   7/02	59	ϧ	Oven door
H05B   7/02  C	1	0	3K084	H05B   7/02	49	ϧ	Furnace wall
H05B   7/02  Z	1	0	3K084	H05B   7/02	46	¾	Others
H05B   7/06  \	2	2	3K084	H05B   7/06	90	Ŷ	Electrodes
H05B   7/07  \	3	3	3K084	H05B   7/07	41	Ѥˤͻ褦߷פ줿ΡΣ	designed to melt in use [2]
H05B   7/08  \	3	3	3K084	H05B   7/08	3	פʤΡΣ	non-consumable [2]
H05B   7/08  A	3	0	3K084	H05B   7/08	78		Shape
H05B   7/08  Z	3	0	3K084	H05B   7/08	20	¾	Others
H05B   7/085  \	4	4	3K084	H05B   7/085	7	ȤúǤʤΡΣ	mainly consisting of carbon [2]
H05B   7/085  A	4	0	3K084	H05B   7/085	107		Shape
H05B   7/085  B	4	0	3K084	H05B   7/085	118		Composition
H05B   7/085  C	4	0	3K084	H05B   7/085	123	ˡ	Treatment method
H05B   7/085  Z	4	0	3K084	H05B   7/085	8	¾	Others
H05B   7/09  \	5	5	3K084	H05B   7/09	163	ŶˡΣ	Self-baking electrodes [2]
H05B   7/10  \	2	2	3K084	H05B   7/10	145	դٻüҡޤŶˤεޤϰ֡Σ	Mountings, supports, terminals, or arrangements for feeding or guiding electrodes [2]
H05B   7/101  \	3	3	3K084	H05B   7/101	92	ŶˤüʤΥ줿üˤդٻޤüҡΣ	Mountings, supports, or terminals at head of electrode, i.e. at the end remote from the arc [2]
H05B   7/102  \	4	4	3K084	H05B   7/102	25	ŶˤäŬ礷ΡΣ	specially adapted for consumable electrodes [2]
H05B   7/103  \	3	3	3K084	H05B   7/103	144	硼ˤդٻޤüҡʣȣ£ͥˡΣ	Mountings, supports, or terminals with jaws (H05B 7/101 takes precedence) [2]
H05B   7/105  \	4	4	3K084	H05B   7/105	3	դ˱ä֤줿İʾΥ硼ʤΡ㡥󥰥ۥΣ	comprising more than two jaws equally spaced along circumference, e.g. ring holders [2]
H05B   7/107  \	3	3	3K084	H05B   7/107	42	ŶˤäŬ礷ΡΣ	specially adapted for self-baking electrodes [2]
H05B   7/109  \	3	3	3K084	H05B   7/109	60	֡ʣȣ£ͥ表ŶˤΰưϤμưĥ롼פΰǤΣȣ£ˡΣ	Feeding arrangements (H05B 7/107 takes precedence; where the electrode movement is a part of a closed loop for automatic control of power H05B 7/148) [2]
H05B   7/109  A	3	0	3K084	H05B   7/109	38	ŶĹ¬	Measurement of the electrode length
H05B   7/109  Z	3	0	3K084	H05B   7/109	48	¾	Others
H05B   7/11  \	2	2	3K084	H05B   7/11	193	ŶüҤήƳ֡Σ	Arrangements for conducting current to the electrode terminals [2]
H05B   7/12  \	2	2	3K084	H05B   7/12	5	Ŷˤѡ̩ĤޤݸΤ֡Σ	Arrangements for cooling, sealing, or protecting electrodes [2]
H05B   7/12  A	2	0	3K084	H05B   7/12	194		Cooling
H05B   7/12  B	2	0	3K084	H05B   7/12	104	̩	Full closing
H05B   7/12  C	2	0	3K084	H05B   7/12	53	ݸ	Protection
H05B   7/12  Z	2	0	3K084	H05B   7/12	11	¾	Others
H05B   7/14  \	2	2	3K084	H05B   7/14	7	Ϣ³Ŷʬ³뤿֤ޤˡΣ	Arrangements or methods for connecting successive electrode sections [2]
H05B   7/14  A	2	0	3K084	H05B   7/14	198	˥ĥץ	Nipple
H05B   7/14  B	2	0	3K084	H05B   7/14	114	­	Joining device
H05B   7/14  Z	2	0	3K084	H05B   7/14	5	¾	Others
H05B   7/144  \	2	2	3K084	H05B   7/144	268	ŲǮäŬ礷ϵšϤμư桤㡥ŶˤΰַˤΡΣ	Power supplies specially adapted for heating by electric discharge; Automatic control of power, e.g. by positioning of electrodes [2]
H05B   7/148  \	3	3	3K084	H05B   7/148	9	ϤμưŶ˵֣ȣ£ݥåܡܤޤǤΤŶˤμưޤϰư£ˣϧޤϧˤŶˤ֣ƣģŵŪĴǣƣˡΣ	Automatic control of power (electrode feeding arrangements H05B 7/109; automatic feeding or moving of electrodes for spot or seam welding or cutting B23K 9/12; disposition of electrodes in or on furnaces F27D 11/10; regulating electric characteristics of arcs G05F 1/02) [2]
H05B   7/148  A	3	0	3K084	H05B   7/148	108	¬	Measurement
H05B   7/148  B	3	0	3K084	H05B   7/148	259		Control
H05B   7/148  C	3	0	3K084	H05B   7/148	17	»ɻ	Breakage prevention
H05B   7/148  D	3	0	3K084	H05B   7/148	44	ϧƻ	Situation monitoring
H05B   7/148  Z	3	0	3K084	H05B   7/148	6	¾	Others
H05B   7/152  \	4	4	3K084	H05B   7/152	201	ŶˤΰַΤŵŪʤˤΡΣ	by electromechanical means for positioning of electrodes [2]
H05B   7/156  \	4	4	3K084	H05B   7/156	27	ŶˤΰַΤ˿Ϥޤ϶μʤˤΡΣ	by hydraulic or pneumatic means for positioning of electrodes [2]
H05B   7/16  \	1	1	3K084	H05B   7/16	196	ŤˤǮ	Heating by glow discharge
H05B   7/18  \	1	1	3K084	H05B   7/18	29	ŤˤǮ	Heating by arc discharge
H05B   7/18  A	1	0	3K084	H05B   7/18	246	ϧ	Entire furnace
H05B   7/18  B	1	0	3K084	H05B   7/18	80	ݥ	Arc treatment
H05B   7/18  E	1	0	3K084	H05B   7/18	545	ץ饺ޥݥ	Plasma arc
H05B   7/18  Z	1	0	3K084	H05B   7/18	84	¾	Others
H05B   7/20  \	2	2	3K084	H05B   7/20	136	ŤˤľܲǮʤȤ⥢ΰüǮʪΤľܺѤǮʪΤ̤äή륢ήˤ񹳲ǮղäΤޤΣ	Direct heating by arc discharge, i.e. where at least one end of the arc directly acts on the material to be heated, including additional resistance heating by arc current flowing through the material to be heated [2]
H05B   7/22  \	2	2	3K084	H05B   7/22	33	ŤˤܲǮΣ	Indirect heating by arc discharge [2]
H05B  11/00  \	0	0	3K086	H05B  11/00	11	롼ףȣ£ȣ£İʾ˴ޤޤˡȤ߹礻ˤǮʣȣ£ͥ	Heating by combined application of processes covered by two or more of groups H05B 3/00-H05B 7/00 (H05B 7/20 takes precedence)
H05B  11/00  A	0	0	3K086	H05B  11/00	209	ϩ	Circuit
H05B  11/00  B	0	1	3K086	H05B  11/00	118	Ÿϩ	High-frequency power supply circuit
H05B  11/00  C	0	1	3K086	H05B  11/00	230	Ǯʤȼϩ㡥ϩ	Control means accompanied by a heating setup means, e.g. time control circuit
H05B  11/00  D	0	1	3K086	H05B  11/00	244	Ǯָμʤȼϩ㡥ϩ	Control circuit accompanied by a heating state detection means, e.g. temperature control circuit
H05B  11/00  E	0	1	3K086	H05B  11/00	184	ǮʤȲǮָμʤξȼϩ	Control circuit accompanied by both heating setup means and heating state detection means
H05B  11/00  F	0	0	3K086	H05B  11/00	374	¾βǮʤޥȲǮǤк㡥¾βǮʼǤϳɻ	Electrowave measure in the microwave heating chamber equipped with another heating means internally, e.g. electrowave leak prevention on the part where another heating means is installed
H05B  11/00  G	0	0	3K086	H05B  11/00	556	ҡݥι¤	Heater structure or material
H05B  11/00  H	0	0	3K086	H05B  11/00	160	ޥȤ˴ؤ빽¤	Structure related to microwave
H05B  11/00  Z	0	0	3K086	H05B  11/00	546	¾Τ	Others
H05B  31/00  \	0	0	3K074	H05B  31/00	119	סʥŵŪĴǣƣ	Electric arc lamps (regulating electric characteristics of arcs G05F 1/02)
H05B  31/02  \	1	1	3K074	H05B  31/02	4		Details
H05B  31/04  \	2	2	3K074	H05B  31/04	6		Housings
H05B  31/06  \	2	2	3K074	H05B  31/06	137	Ŷ	Electrodes
H05B  31/08  \	3	3	3K074	H05B  31/08	27	úŶ	Carbon electrodes
H05B  31/10  \	4	4	3K074	H05B  31/10	13	ͭúŶ	Cored carbon electrodes
H05B  31/12  \	4	4	3K074	H05B  31/12	0	٥åŶ	Beck-effect electrodes
H05B  31/14  \	3	3	3K074	H05B  31/14	11	°Ŷ	Metal electrodes
H05B  31/16  \	3	3	3K074	H05B  31/16	1	äŶ¤Ѥ֤ޤˡ	Apparatus or processes specially adapted for manufacturing electrodes
H05B  31/18  \	2	2	3K074	H05B  31/18	188	ŶˤμդŶ˵	Mountings for electrodes; Electrode feeding devices
H05B  31/20  \	3	3	3K074	H05B  31/20	3	Ŷ˵ѤεŪ	Mechanical arrangements for feeding electrodes
H05B  31/22  \	3	3	3K074	H05B  31/22	1	Ŷ˵ѤŵŪ	Electromagnetic arrangements for feeding electrodes
H05B  31/24  \	2	2	3K074	H05B  31/24	37		Cooling arrangements
H05B  31/26  \	2	2	3K074	H05B  31/26	3	᤭Ĥ֤ˤꥢŤη˱ƶͿ	Influencing the shape of arc discharge by gas blowing devices
H05B  31/28  \	2	2	3K074	H05B  31/28	15	ŪʤˤꥢŤη˱ƶͿ	Influencing the shape of arc discharge by magnetic means
H05B  31/30  \	2	2	3K074	H05B  31/30	50	ư	Starting; Igniting
H05B  31/32  \	2	2	3K074	H05B  31/32	0	å	Switching-off
H05B  31/34  \	2	2	3K074	H05B  31/34	0	Ŷˤξ׻ؼ	Indicating consumption of electrodes
H05B  31/36  \	1	1	3K074	H05B  31/36	2	󤷤ŶˤäƤ	having two electrodes in line
H05B  31/38  \	2	2	3K074	H05B  31/38	0	ä˸ήѤŬ	specially adapted for ac
H05B  31/40  \	1	1	3K074	H05B  31/40	2	򺵾ˣŶˤäƤ	having two electrodes at an angle
H05B  31/42  \	2	2	3K074	H05B  31/42	0	ä˸ήѤŬ	specially adapted for ac
H05B  31/44  \	1	1	3K074	H05B  31/44	1	ˣŶˤäƤ	having two parallel electrodes
H05B  31/46  \	2	2	3K074	H05B  31/46	2	ä˸ήѤŬ	specially adapted for ac
H05B  31/48  \	1	1	3K074	H05B  31/48	1	ʾŶˤäƤ	having more than two electrodes
H05B  31/50  \	2	2	3K074	H05B  31/50	0	ä˸ήѤŬ	specially adapted for ac
H05B  31/52  \	3	3	3K074	H05B  31/52	1	ΰۤʤŸŤŶ	electrodes energised from different phases of the supply
H05B  33/00  \	0	0	3K107	H05B  33/00	997	쥯ȥߥͥå󥹸Σ	Electroluminescent light sources[1,8]
H05B  33/02  \	1	1	3K107	H05B  33/02	16066		Details
H05B  33/04  \	2	2	3K107	H05B  33/04	11400		Sealing arrangements
H05B  33/06  \	2	2	3K107	H05B  33/06	3984	Ŷü	Electrode terminals
H05B  33/10  \	1	1	3K107	H05B  33/10	25734	쥯ȥߥͥå󥹸¤äŬѤ֤ޤˡ	Apparatus or processes specially adapted to the manufacture of electroluminescent light sources
H05B  33/12  \	1	1	3K107	H05B  33/12	460	¼Ūˣ̤ĸ	Light sources with substantially two-dimensional radiating surfaces
H05B  33/12  A	1	0	3K107	H05B  33/12	172	顼	Colouring system
H05B  33/12  B	1	1	3K107	H05B  33/12	7861		Parallel layout system
H05B  33/12  C	1	1	3K107	H05B  33/12	2691		Lamination system
H05B  33/12  D	1	1	3K107	H05B  33/12	114	Ŵ	Double-board system
H05B  33/12  E	1	1	3K107	H05B  33/12	4383	Ѵ	Colour conversion system
H05B  33/12  Z	1	0	3K107	H05B  33/12	7739	¾Τ	Others
H05B  33/14  \	2	2	3K107	H05B  33/14	2125	쥯ȥߥͥå󥹺֤뤤ϲŪޤʪŪˤäħŤ줿	characterised by the chemical or physical composition or the arrangement of the electroluminescent material
H05B  33/14 100 \	3	3	3K107	H05B  33/14	9498	ȯʪͭʪʳΤ	Inorganic materials as the light-emitting substances
H05B  33/18  \	2	2	3K107	H05B  33/18	247	Խʪޤ̩٤ˤäħŤ줿	characterised by the nature or concentration of the activator
H05B  33/20  \	2	2	3K107	H05B  33/20	525	쥯ȥߥͥå󥹺ޤ줿ʪ֤뤤ϲŪޤʪŪˤäħŤ줿	characterised by the chemical or physical composition or the arrangement of the material in which the electroluminescent material is embedded
H05B  33/22  \	2	2	3K107	H05B  33/22	1581	ŪͶΤޤȿؤ֤뤤ϲŪޤʪŪˤäħŤ줿	characterised by the chemical or physical composition or the arrangement of auxiliary dielectric or reflective layers
H05B  33/22  A	2	0	3K107	H05B  33/22	3141	Ż͢	Electron impregnating/transporting layer
H05B  33/22  B	2	1	3K107	H10K  50/16	7630	ͭʪ	Organic material
H05B  33/22  C	2	0	3K107	H05B  33/22	3117	͢	Positive hole impregnating/transporting layer
H05B  33/22  D	2	1	3K107	H10K  50/15	9292	ͭʪ	Inorganic material
H05B  33/22  Z	2	0	3K107	H05B  33/22	10250	¾Τ	Others
H05B  33/24  \	3	3	3K107	H05B  33/24	2234	°ȿءʣȣ£ͥ	of metallic reflective layers (H05B 33/26 takes precedence)
H05B  33/26  \	2	2	3K107	H05B  33/26	1186	ŶˤȤƻѤƳʪ֤뤤ˤäħŤ줿	characterised by the composition or arrangement of the conductive material used as an electrode
H05B  33/26  A	2	0	3K107	H05B  33/26	710	ͭʪʤ	consisting of an organic material
H05B  33/26  Z	2	0	3K107	H05B  33/26	8062	¾Τ	Others
H05B  33/28  \	3	3	3K107	H05B  33/28	4131	ȾƩŶ	of translucent electrodes
H05B  35/00  \	0	0	3K074	H05B  35/00	215	ۤʤäθȤ߹礻ѤŵŪ	Electric light sources using a combination of different types of light generation
H05B  39/00  \	0	0	3K273	H05B  39/00	167	Ǯ椹뤿βϩ֡Σ	Circuit arrangements or apparatus for operating incandescent light sources
H05B  39/02  \	1	1	3K273	H05B  39/02	173	å㡥ήä	Switching-on, e.g. with predetermined rate of increase of lighting current
H05B  39/04  \	1	1	3K273	H05B  39/04	367		Controlling
H05B  39/06  \	2	2	3K273	H05B  39/06	25	å֡㡥ľؤڤؤ	Switching arrangements, e.g. from series operation to parallel operation
H05B  39/08  \	2	2	3K273	H05B  39/08	127	ɤ˲äȥꥬŰΰѲˤ	by shifting phase of trigger voltage applied to gas-filled controlling tubes
H05B  39/09  \	1	1	3K273	H05B  39/09	292	ѥ륹뤵	in which the lamp is fed by pulses
H05B  39/10  \	1	1	3K273	H05B  39/10	87	ξξ˸μؤϩ	Circuits providing for substitution of the light source in case of its failure
H05B  41/00  \	0	0	3K081	H05B  41/00	711	ťפ̤ޤΤβϩ֤ޤ	Circuit arrangements or apparatus for igniting or operating discharge lamps
H05B  41/02  \	1	1	3K081	H05B  41/02	861		Details
H05B  41/04  \	2	2	3K081	H05B  41/04	367	ưå	Starting switches
H05B  41/06  \	3	3	3K081	H05B  41/06	62	ǮưΤߤˤ	thermal only
H05B  41/08  \	4	4	3K081	H05B  41/08	638	ŤˤǮ	heated by glow discharge
H05B  41/10  \	3	3	3K081	H05B  41/10	13	ŪΤߤˤ	magnetic only
H05B  41/12  \	3	3	3K081	H05B  41/12	16	ǮŪʤΤȼŪʤΤȹ礻	combined thermal and magnetic
H05B  41/14  \	1	1	3K082	H05B  41/14	1557	ϩ	Circuit arrangements
H05B  41/16  \	2	2	3K082	H05B  41/16	2685	ľήޤȸή㡥إĤθήˤäƵŤפΤΤΡʣȣ£ͥ	in which the lamp is fed by dc or by low-frequency ac, e.g. by 50 cycles/sec ac (H05B 41/26 takes precedence)
H05B  41/18  \	3	3	3K083	H05B  41/18	4336	ưåĤ	having a starting switch
H05B  41/19  \	4	4	3K083	H05B  41/19	261	ưŶˤĥפΤΤ	for lamps having an auxiliary starting electrode
H05B  41/20  \	3	3	3K083	H05B  41/20	1	ưå⤿ʤ	having no starting switch
H05B  41/22  \	4	4	3K083	H05B  41/22	91	ưŶˤĥפΤΤ	for lamps having an auxiliary starting electrode
H05B  41/23  \	4	4	3K083	H05B  41/23	453	ưŶˤ⤿ʤפΤΤ	for lamps not having an auxiliary starting electrode
H05B  41/231  \	5	5	3K083	H05B  41/231	356	ⰵפΤΤ	for high-pressure lamps
H05B  41/232  \	5	5	3K083	H05B  41/232	641	㰵פΤΤ	for low-pressure lamps
H05B  41/233  \	6	6	3K083	H05B  41/233	114	ϩѤ	using resonance circuitry
H05B  41/234  \	6	6	3K083	H05B  41/234	102	ȥܸ̤򸺾뤿ΤΡ㡥ĤΥפ˰ۤʤŰä	to eliminate stroboscopic effects, e.g. feeding two lamps with different phases
H05B  41/24  \	2	2	3K072	H05B  41/24	13447	ȸήˤäƵŤפΤΤΡʣȣ£ͥ	in which the lamp is fed by high-frequency ac (H05B 41/26 takes precedence)
H05B  41/26  \	2	2	3K072	H05B  41/26	43	Ѵˤľή㡥ŰľήˤäƵŤפΤΤ	in which the lamp is fed by power derived from dc by means of a converter, e.g. by high-voltage dc
H05B  41/28  \	3	3	3K072	H05B  41/28	5	Ż߷ѴѤ	using static converters
H05B  41/282  \	4	4	3K072	H05B  41/282	355	ȾƳ֤ͭΡʣȣ£ȣ£ͥˡΣ	with semiconductor devices (H05B 41/288, H05B 41/295 take precedence);;
H05B  41/285  \	5	5	3K072	H05B  41/285	86	۾ư֤פޤϲϩݸ뤿֡Σ	Arrangements for protecting lamps or circuits against abnormal operating conditions
H05B  41/288  \	4	4	3K072	H05B  41/288	995	ȾƳ֤ͭġͽǮŶˤΤʤס㡥⵱ťסⰵפޤϹⰵʥȥꥦסޤ㰵ʥȥꥦסΤäŬѤΡΣ	with semiconductor devices and specially adapted for lamps without preheating electrodes, e.g. for high-intensity discharge lamps, high-pressure mercury or sodium lamps or low-pressure sodium lamps
H05B  41/292  \	5	5	3K072	H05B  41/292	318	۾ư֤פޤϲϩݸ뤿֡Σ	Arrangements for protecting lamps or circuits against abnormal operating conditions
H05B  41/295  \	4	4	3K072	H05B  41/295	952	ȾƳ֤ͭġͽǮŶˤĥס㡥ָäŬѤ줿ΡΣ	with semiconductor devices and specially adapted for lamps with preheating electrodes, e.g. for fluorescent lamps
H05B  41/298  \	5	5	3K072	H05B  41/298	373	۾ư֤פޤϲϩݸ뤿֡Σ	Arrangements for protecting lamps or circuits against abnormal operating conditions
H05B  41/30  \	2	2	3K098	H05B  41/30	684	ѥ륹ˤäƵŤפΤΤΡ㡥եåפΤΤ	in which the lamp is fed by pulses, e.g. flash lamp
H05B  41/32  \	3	3	3K098	H05B  41/32	2544	ñȯեåΤΤ	for single flash operation
H05B  41/34  \	3	3	3K098	H05B  41/34	660	Ϣ³եå	to provide a sequence of flashes
H05B  41/36  \	2	2	3K098	H05B  41/36	779		Controlling
H05B  41/38  \	3	3	3K098	H05B  41/38	162	٤Ĵ	Controlling the intensity of light
H05B  41/39  \	4	4	3K098	H05B  41/39	136	Ϣ³ŪΤ	continuously
H05B  41/391  \	5	5	3K098	H05B  41/391	102	˰¼֤Ѥ	using saturable magnetic devices
H05B  41/392  \	5	5	3K098	H05B  41/392	2872	ȾƳ֡㡥ꥹѤ	using semiconductor devices, e.g. thyristor
H05B  41/40  \	4	4	3K098	H05B  41/40	210	Ϣ³Ūʤ	discontinuously
H05B  41/42  \	5	5	3K098	H05B  41/42	527	ʳΤߤΤ	in two steps only
H05B  41/44  \	3	3	3K098	H05B  41/44	75	üظ̡㡥ŪưͿ뤿Τ	for providing special optical effects, e.g. progressive motion of light
H05B  41/46  \	2	2	3K098	H05B  41/46	34	פξκͽϩڤ괹ϩ	Circuits providing for substitution in case of failure of the lamp
H05B  44/00  \	0	0	3K107	H05B  44/00	2636	쥯ȥߥͥå󥹸椹뤿βϩ֡ȯݥɤ椹뤿ΤΣȣ£ˡΣ	Circuit arrangements for operating electroluminescent light sources (for operating light emitting diodes H05B 45/00) [2022.01]
H05B  45/00  \	0	0	3K273	H05B  45/00	241	ȯݥɡΣ̣ţġϤ椹뤿βϩ֡Σ	Circuit arrangements for operating light-emitting diodes [LED] [2020.01, 2022.01]
H05B  45/10  \	1	1	3K273	H05B  45/10	3844	ζ٤ĴΣ	Controlling the intensity of the light
H05B  45/12  \	2	2	3K273	H05B  45/12	534	إեɥХåˤΡΣ	using optical feedback
H05B  45/14  \	2	2	3K273	H05B  45/14	1603	̣ţĤޤϣ̣ţĥ⥸塼뤫ŵŪեɥХåˤΡΣ	using electrical feedback from LEDs or from LED modules
H05B  45/18  \	2	2	3K273	H05B  45/18	501	٤ΥեɥХåˤΡΣ	using temperature feedback
H05B  45/20  \	1	1	3K273	H05B  45/20	1723	ο٤ĴΣ	Controlling the colour of the light
H05B  45/22  \	2	2	3K273	H05B  45/22	264	إեɥХåˤΡΣ	using optical feedback
H05B  45/24  \	2	2	3K273	H05B  45/24	543	̣ţĤޤϣ̣ţĥ⥸塼뤫ŵŪեɥХåˤΡΣ	using electrical feedback from LEDs or from LED modules
H05B  45/28  \	2	2	3K273	H05B  45/28	280	٤ΥեɥХåˤΡΣ	using temperature feedback
H05B  45/30  \	1	1	3K273	H05B  45/30	1443	ưϩΣ	Driver circuits
H05B  45/305  \	2	2	3K273	H05B  45/305	1673	ȿϩΣ	Frequency-control circuits
H05B  45/31  \	2	2	3K273	H05B  45/31	383	ϩΣ	Phase-control circuits
H05B  45/315  \	3	3	3K273	H05B  45/315	164	հϩΣ	Reverse phase-control circuits
H05B  45/32  \	2	2	3K273	H05B  45/32	197	ѥ륹ϩΣ	Pulse-control circuits
H05B  45/325  \	3	3	3K273	H05B  45/325	3143	ѥ륹ĴΣУף͡ϡΣ	Pulse-width modulation [PWM]
H05B  45/327  \	3	3	3K273	H05B  45/327	651	СĴΣ	Burst dimming
H05B  45/33  \	3	3	3K273	H05B  45/33	588	ѥ륹ĴΣУ͡ϡΣ	Pulse-amplitude modulation [PAM]
H05B  45/335  \	3	3	3K273	H05B  45/335	1016	ѥ륹ȿĴΣУƣ͡ϡΣ	Pulse-frequency modulation [PFM]
H05B  45/34  \	2	2	3K273	H05B  45/34	871	Ű경ŰݤĤȡΣ	Voltage stabilisation; Maintaining constant voltage
H05B  45/345  \	2	2	3K273	H05B  45/345	2729	ή경ήݤĤȡΣ	Current stabilisation; Maintaining constant current
H05B  45/347  \	2	2	3K273	H05B  45/347	105	ʥߥåإåɥ롼ΣģȣáϡΣ	Dynamic headroom control [DHC]
H05B  45/35  \	2	2	3K273	H05B  45/35	75	ʿղϩΣ	Balancing circuits
H05B  45/355  \	2	2	3K273	H05B  45/355	423	ΨΣУƣáϡ̵Σ	Power factor correction [PFC]; Reactive power compensation
H05B  45/357  \	2	2	3K273	H05B  45/357	320	ȥեåȣ̣ţĸäŬΡΣ	specially adapted for retrofit LED light sources
H05B  45/3574  \	3	3	3K273	H05B  45/3574	54	ǮפŵŪޤϵǽŪ魯ΡΣ	Emulating the electrical or functional characteristics of incandescent lamps
H05B  45/3575  \	4	4	3K273	H05B  45/3575	110	ߡ٤ޤϥ֥꡼ϩѤΡ㡥ĴΤΤΡΣ	by means of dummy loads or bleeder circuits e.g. for dimmers
H05B  45/3577  \	4	4	3K273	H05B  45/3577	271	ǮפĴ뤵ޤϿ٤魯ΡΣ	Emulating the dimming characteristics brightness or colour temperature of incandescent lamps
H05B  45/3578  \	3	3	3K273	H05B  45/3578	98	ťפŵŪޤϵǽŪ魯ΡΣ	Emulating the electrical or functional characteristics of discharge lamps
H05B  45/36  \	2	2	3K273	H05B  45/36	1507	Ĵȴġåץ봳ĤޤżȴġΣţͣɡϤ㸺ޤް뤿βϩΣ	Circuits for reducing or suppressing harmonics, ripples or electromagnetic interferences [EMI] [2020.01]
H05B  45/37  \	2	2	3K273	H05B  45/37	586	СϩΣ	Converter circuits
H05B  45/3725  \	3	3	3K273	H05B  45/3725	457	åŸΣӣͣУӡϡΣ	Switched mode power supply [SMPS]
H05B  45/375  \	4	4	3K273	H05B  45/375	1344	ХåȥݥѤΡΣ	using buck topology
H05B  45/38  \	4	4	3K273	H05B  45/38	902	֡ȥȥݥѤΡΣ	using boost topology
H05B  45/382  \	4	4	3K273	H05B  45/382	330	ϲϩȽϲϩδ֤ŵŪ蘆줿ΡΣ	with galvanic isolation between input and output
H05B  45/385  \	4	4	3K273	H05B  45/385	503	ե饤ХåȥݥѤΡΣ	using flyback topology
H05B  45/39  \	4	4	3K273	H05B  45/39	200	С֥åޤϩΣ	Circuits containing inverter bridges
H05B  45/392  \	4	4	3K273	H05B  45/392	26	̣ţĤȥ󥹤¦ˤήɤȤƼդΡΣ	wherein the LEDs are placed as freewheeling diodes at the secondary side of an isolation transformer
H05B  45/395  \	2	2	3K273	H05B  45/395	216	˥쥮졼Σ	Linear regulators
H05B  45/397  \	3	3	3K273	H05B  45/397	119	ȥߥ顼ϩΣ	Current mirror circuits
H05B  45/40  \	1	1	3K273	H05B  45/40	729	̣ţٲϩξܺ١Σ	Details of LED load circuits
H05B  45/42  \	2	2	3K273	H05B  45/42	145	֡Σ	Antiparallel configurations
H05B  45/44  \	2	2	3K273	H05B  45/44	291	̣ţĥޥȥꥯ˥ƥΡΣ	with an active control inside an LED matrix
H05B  45/46  \	3	3	3K273	H05B  45/46	2952	̣ţĤ֤ƤΡΣ	having LEDs disposed in parallel lines
H05B  45/48  \	3	3	3K273	H05B  45/48	367	̣ţĤȥ󥰹¤ͭ˥֤ͭΡΣ	having LEDs organised in strings and incorporating parallel shunting devices
H05B  45/50  \	1	1	3K273	H05B  45/50	852	̣ţĤΰ۾ޤϹޤʤư˱Ρ̣ţĤμ̿˱ΡݸϩΣ	responsive to malfunctions or undesirable behaviour of LEDs; responsive to LED life; Protective circuits [2020.01, 2022.01]
H05B  45/52  \	2	2	3K273	H05B  45/52	1166	̣ţĤ֡Σ	in a parallel array of LEDs
H05B  45/54  \	2	2	3K273	H05B  45/54	1995	̣ţĤľ֡Σ	in a series array of LEDs
H05B  45/56  \	2	2	3K273	H05B  45/56	1417	̣ţĤΰ۾ﲹ٤ɻߤʤޤΡΣ	involving measures to prevent abnormal temperature of the LEDs
H05B  45/58  \	2	2	3K273	H05B  45/58	181	̣ţĤμ̿ФޤΡΣ	involving end of life detection of LEDs
H05B  45/59  \	2	2	3K273	H05B  45/59	619	Ĥޤϥ̤ڸޤ뤿ΤΡΣ	for reducing or suppressing flicker or glow effects [2022.01]
H05B  45/60  \	1	1	3K107	H05B  45/60	2681	ͭʪޤ̣ţĤ椹뤿βϩ֡㡥ͭȯɡΣϣ̣ţġϤޤϹʬȯɡΣУ̣ţġϤ椹뤿ΤΡΣ	Circuit arrangements for operating LEDs comprising organic material, e.g. for operating organic lightemitting diodes [OLED] or polymer light-emitting diodes [PLED] [2022.01]
H05B  46/00  \	0	0	3K098	H05B  46/00	65	ǳʪŶѤβϩ֡Σ	Circuit arrangements for light sources using a charge of combustible material
H05B  47/00  \	0	0	3K273	H05B  47/00	261	Ūʸʤμϴطʤ椹뤿βϩ֡Σ	Circuit arrangements for operating light sources in general i.e. where the type of the light source is not relevant
H05B  47/10  \	1	1	3K273	H05B  47/10	4055	椹ΡΣ	Controlling the light source
H05B  47/105  \	2	2	3K273	H05B  47/105	8643	줿ѥ᡼˱ΡΣ	in response to determined parameters
H05B  47/11  \	3	3	3K273	H05B  47/11	5181	Ϥθ뤵ޤϿ٤θФˤΡΣ	by determining the brightness or colour temperature of ambient light
H05B  47/115  \	3	3	3K273	H05B  47/115	2308	ʪΤޤʪ¸ߤޤϰưθФˤΡΣ	by determining the presence or movement of objects or living beings
H05B  47/12  \	4	4	3K273	H05B  47/12	835	İθФˤΡΣ	by detecting audible sound
H05B  47/125  \	4	4	3K273	H05B  47/125	1112	ѤˤΡΣ	by using cameras
H05B  47/13  \	4	4	3K273	H05B  47/13	1401	ѥåֳ󥵡ѤˤΡΣ	by using passive infrared detectors
H05B  47/135  \	3	3	3K273	H05B  47/135	317	椵μθФˤΡ椵ŵѥ᡼ȣ£ˡΣ	by determining the type of light source being controlled (electrical parameters of light source being controlled H05B47/14)
H05B  47/14  \	3	3	3K273	H05B  47/14	1154	ŵŪѥ᡼θФˤΡΣ	by determining electrical parameters of the light source
H05B  47/155  \	2	2	3K273	H05B  47/155	3304	İʾθĴ椹ΡΣ	Coordinated control of two or more light sources
H05B  47/16  \	2	2	3K273	H05B  47/16	6120	ߥ󥰼ʤˤΡΣ	by timing means
H05B  47/165  \	2	2	3K273	H05B  47/165	6858	˳Ƥץव줿󥹤˽ΡΣ̣áϡΣ	following a pre-assigned programmed sequence; Logic control [LC]
H05B  47/17  \	2	2	3K273	H05B  47/17	1808	⡼ɡ㡥ư⡼ɤ鼫ư⡼ɤؤڴޤɻߡΣ	Operational modes e.g. switching from manual to automatic mode or prohibiting specific operations
H05B  47/175  \	2	2	3K273	H05B  47/175	2182	ˤΡΣ	by remote control
H05B  47/18  \	3	3	3K273	H05B  47/18	3644	ǡХ̿𤹤ΡΣ	via data-bus transmission
H05B  47/185  \	3	3	3K273	H05B  47/185	687	̿𤹤ΡΣ	via power line carrier transmission
H05B  47/19  \	3	3	3K273	H05B  47/19	3219	磻쥹̿𤹤ΡΣ	via wireless transmission
H05B  47/195  \	4	4	3K273	H05B  47/195	1902	Ļޤֳˤ̿Σ	the transmission using visible or infrared light
H05B  47/20  \	1	1	3K273	H05B  47/20	2807	ΰ۾˱Ρμ̿˱ΡݸŪȤΡΣ	Responsive to malfunctions or to light source life; for protection
H05B  47/21  \	2	2	3K273	H05B  47/21	333	İʾθǤĤʤäƤΡΣ	of two or more light sources connected in parallel
H05B  47/23  \	2	2	3K273	H05B  47/23	265	İʾθľǤĤʤäƤΡΣ	of two or more light sources connected in series
H05B  47/24  \	2	2	3K273	H05B  47/24	322	Űɻߤ뤿βϩ֡Σ	Circuit arrangements for protecting against  overvoltage
H05B  47/25  \	2	2	3K273	H05B  47/25	794	ήɻߤ뤿βϩ֡Σ	Circuit arrangements for protecting against overcurrent
H05B  47/26  \	2	2	3K273	H05B  47/26	31	ɻߤ뤿βϩ֡Σ	Circuit arrangements for protecting against earth faults
H05B  47/28  \	2	2	3K273	H05B  47/28	1929	۾ﲹ٤ɻߤ뤿βϩ֡Σ	Circuit arrangements for protecting against abnormal temperature
H05B  47/29  \	2	2	3K273	H05B  47/29	383	ξξ˸μؤϩΣ	Circuits providing for substitution of the light source in case of its failure
