H02J   1/00  \	0	0	5G165	H02J   1/00	16793	ľήޤľή֤Τβϩ֡Σ	Circuit arrangements for DC mains or DC distribution networks[2026.01]
H02J   1/002  \	1	1	5G165	H02J   1/002	438	ľήݸήľήѴѤΡΣ	using intermediate DC-AC-DC conversion[2026.01]
H02J   1/02  \	1	1	5G165	H02J   1/02	1135	ĴȤޤϥåץ㸺֡Σ	Arrangements for reducing harmonics or ripples [2026.01]
H02J   1/04  \	1	1	5G165	H02J   1/04	4105	ή涡㡥ήΣ	Current-controlled supply systems, e.g. constant-current supply systems[2026.01]
H02J   1/06  \	1	1	5G165	H02J   1/06	12	ľήΣ	Two-wire DC power distribution systems
H02J   1/08  \	1	1	5G165	H02J   1/08	16	ľή¿Σ	Three-wire DC power distribution systems; Systems having more than three wires[2026.01]
H02J   1/082  \	2	2	5G165	H02J   1/082	1	İʾΰۤʤľήŰ٥ľήΣ	DC supplies with two or more different DC voltage levels[2026.01]
H02J   1/10  \	1	1	5G165	H02J   1/10	2782	ľήžΣ	Parallel operation of DC sources[2026.01]
H02J   1/102  \	2	2	5G165	H02J   1/102	125	å󥰥СʣȣʣȣʣͥˡΣ	being switching converters (H02J0001108000, H02J0001120000 take precedence)[2026.01]
H02J   1/108  \	2	2	5G165	H02J   1/108	278	ήή˸뤿֤ĤΡ㡥ɤѤΡʣȣʣͥˡΣ	having arrangements for blocking reverse current flow, e.g. using diodes (H02J0001120000 takes precedence)[2026.01]
H02J   1/12  \	2	2	5G165	H02J   1/12	269	ϥСľήŸϥС⤿ʤɲŪľήŸžΣ	Parallel operation of DC sources having power converters with further DC sources without power converters[2026.01]
H02J   1/14  \	1	1	5G165	H02J   1/14	59	ľήϩ٤ȯŤʿդ뤳ȡΣ	Balancing load and power generation in DC networks[2026.01]
H02J   1/15  \	2	2	5G165	H02J   1/15	32	ٴħΤΡΣ	characterised by load management[2026.01]
H02J   1/16  \	2	2	5G165	H02J   1/16	70	ͥ륮ѥ˥åȤѤΡ㡥Ӥޤϥե饤ۥ˷礵줿žŵѤΡΣ	using energy storage units, e.g. batteries or dynamo-electric machines coupled to flywheels[2026.01]
H02J   3/00  \	0	0	5G066	H02J   3/00	35589	ήޤϸή֤Τβϩ֡Σ	Circuit arrangements for AC mains or AC distribution networks[2026.01]
H02J   3/001  \	1	1	5G066	H02J   3/001	1439	ξޤϰ۾㡥۵޻֤ޤ¬λ֡뤿֡Σ	Arrangements for handling faults or abnormalities, e.g. emergencies or contingencies[2026.01]
H02J   3/0012  \	2	2	5G066	H02J   3/0012	0	ή¬ָμʤħΤΡ㡥ե¬֡ΣУͣաϡ󥯥եޤ¬ֲϤѤΡΣ	characterised by the contingency detection means in AC networks, e.g. using phasor measurement units [PMU], synchrophasors or contingency analysis[2026.01]
H02J   3/0014  \	2	2	5G066	H02J   3/0014	1292	ϩϿưɻߤޤϸ뤿ΤΡΣ	for preventing or reducing power oscillations in networks[2026.01]
H02J   3/007  \	1	1	5G066	H02J   3/007	349	İʾŸޤˣİʾ٤Ū³뤿֡Σ	Arrangements for selectively connecting one or more loads to one or more power sources or power lines[2026.01]
H02J   3/0073  \	2	2	5G066	H02J   3/0073	185	ϩξ㤷صϩ󶡤뤳ȤˤΡΣ	by providing alternative feeding paths when the main path fails[2026.01]
H02J   3/008  \	1	1	5G066	H02J   3/008	1540	ͥ륮˱ŤޤŵѤΤβϩ֡Σ	Circuit arrangements for power supply or distribution technologies responsive to energy trading[2026.01]
H02J   3/01  \	1	1	5G066	H02J   3/01	1651	ĴȤޤϥåץ㸺뤿֡Σ	Arrangements for reducing harmonics or ripples[2026.01]
H02J   3/02  \	1	1	5G066	H02J   3/02	113	ۤʤȿǸήϤƱŤ뤿ñϩ֤ѤΡΣ	using a single network for simultaneous distribution of AC power at different frequencies[2026.01]
H02J   3/04  \	1	1	5G066	H02J   3/04	545	ƱȿǤۤʤŸ鶡뤵ϩ֤³뤿֡Σ	Arrangements for connecting networks of the same frequency but supplied from different sources[2026.01]
H02J   3/06  \	2	2	5G066	H02J   3/06	681	Ϣϲϩִ֤桨Ϣϲϩִ֤ʬôΣ	Controlling the transfer of power between connected networks; Controlling load sharing between connected networks[2026.01]
H02J   3/08  \	2	2	5G066	H02J   3/08	382	ϩ֤ƱΣ	Synchronisation of networks[2026.01]
H02J   3/10  \	1	1	5G066	H02J   3/10	42	ή涡㡥ήΣ	Current-controlled supply systems, e.g. constant-current supply systems[2026.01]
H02J   3/11  \	1	1	5G066	H02J   3/11	2248	ήϩμȿĴ뤿֡㡥ͭϤˤΡΣ	Arrangements for adjusting frequency in AC networks, e.g. by control of active power[2026.01]
H02J   3/12  \	1	1	5G066	H02J   3/12	1509	ϩ٤ħѲ뤳ȤˤäƸήϩŰĴ뤿֡Σ	Arrangements for adjusting voltage in AC networks by changing a characteristic of the network load[2026.01]
H02J   3/14  \	2	2	5G066	H02J   3/14	5052	ϩ֤ؤ٤³ޤϲϩ֤٤μǤˤΡ㡥缡ʿ͡Σ	by switching loads on to, or off from, the networks, e.g. progressively balanced loading[2026.01]
H02J   3/16  \	2	2	5G066	H02J   3/16	1231	̵ϤĴˤΡΣ	by adjustment of reactive power[2026.01]
H02J   3/17  \	1	1	5G066	H02J   3/17	2717	ήϤ֤ޤ֤Υǥޥɥ쥹ݥ󥹱žΣ	Demand-responsive operation of AC power transmission or distribution networks[2026.01]
H02J   3/175  \	2	2	5G066	H02J   3/175	2900	ɥ桼ޤٱž˱ΡʣȣʡͥˡΣ	responsive to end-user or load operations (H02J0003140000 takes precedence)[2026.01]
H02J   3/18  \	1	1	5G066	H02J   3/18	377	ϩ̵ϤĴޤ뤿֡Σ	Arrangements for adjusting, eliminating or compensating reactive power in networks[2026.01]
H02J   3/1807  \	2	2	5G066	H02J   3/1807	115	ľѤΡ㡥ꥹľ󥭥ѥΣԣãӣáϡΣ	using series compensators, e.g. thyristor-controlled series capacitors [TCSC][2026.01]
H02J   3/1814  \	3	3	5G066	H02J   3/1814	79	֥åСˤǽưŪ椵̵ǻҤĤΡ㡥Ĭή֡ΣգУƣáϤޤľŰΣ	having reactive elements actively controlled by bridge converters, e.g. unified power flow controllers [UPFC] or controlled series voltage compensators[2026.01]
H02J   3/1821  \	2	2	5G066	H02J   3/1821	92	ʬϩѤΡΣ	using shunt compensators[2026.01]
H02J   3/1828  \	3	3	5G066	H02J   3/1828	788	ʳŪĤΡ㡥åȥѥХ󥯡Σ	with stepwise control, e.g. switched capacitor banks[2026.01]
H02J   3/1835  \	3	3	5G066	H02J   3/1835	399	̵ʳĤΡΣ	with stepless control[2026.01]
H02J   3/1842  \	4	4	5G066	H02J   3/1842	503	֥åСˤǽưŪ椵̵ǻҤĤΡ㡥ǽưե륿ޤϼ弰̵֡Σӣԣԣãϣ͡ϡΣ	having reactive elements actively controlled by bridge converters, e.g. active filters or static compensators [STATCOM][2026.01]
H02J   3/185  \	5	5	5G066	H02J   3/185	20	̵ǻҤͶƳǤΡ㡥ĶƳͥ륮¢ΣӣͣţӡΣ	the reactive elements being purely inductive, e.g. superconductive magnetic energy storage [SMES] systems[2026.01]
H02J   3/1857  \	5	5	5G066	H02J   3/1857	33	֥åСޥ٥֥åСޤϥ⥸顼ޥ٥륳СǤΡΣ	the bridge converters being multilevel bridge converters or modular multilevel converters[2026.01]
H02J   3/1864  \	4	4	5G066	H02J   3/1864	583	ȾƳΥåľ³줿̵ǻҤѤΡ㡥Ż߷̵֡Σӣ֣áϡꥹꥢȥΣԣãҡϡޤϥꥹĥǥ󥵡ΣԣӣáϡΣ	using reactive elements connected in series with semiconductor switches, e.g. static VAR compensators [SVC], thyristor-controlled reactors [TCR] or thyristor-switched capacitors [TSC][2026.01]
H02J   3/1878  \	2	2	5G066	H02J   3/1878	171	åشޤϰꥷեȥȥ󥹤ѤΡΣ	using tap changing or phase shifting transformers[2026.01]
H02J   3/1885  \	2	2	5G066	H02J   3/1885	213	žήȯŵѤΡ㡥ƱȯŵΣ	using rotating AC generators, e.g. synchronous generators[2026.01]
H02J   3/1892  \	2	2	5G066	H02J   3/1892	19	֤٤ޤϤ֤ϩԲķʬǤΡΣ	the arrangements being an integral part of the loads or of their control circuits[2026.01]
H02J   3/26  \	1	1	5G066	H02J   3/26	591	¿ϩоޤϸ뤿֡Σ	Arrangements for eliminating or reducing asymmetry in polyphase networks[2026.01]
H02J   3/28  \	1	1	5G066	H02J   3/28	697	ͥ륮Ѥˤϩ٤ʿդ뤿֡Σ	Arrangements for balancing of the load in networks by storage of energy[2026.01]
H02J   3/30  \	2	2	5G066	H02J   3/30	247	ե饤ۥ˷礵줿žŵѤΡΣ	using dynamo-electric machines coupled to flywheels[2026.01]
H02J   3/32  \	2	2	5G066	H02J   3/32	7209	СʤӤޤϥѡѥѤΡΣ	using batteries or super capacitors with converting means[2026.01]
H02J   3/34  \	1	1	5G066	H02J   3/34	228	¼Ū˰ۤʤȿβϩִ֤Τ֡Σ	Arrangements for transfer of electric power between networks of substantially different frequency [2026.01]
H02J   3/36  \	1	1	5G066	H02J   3/36	794	ⰵľήΣȣ֣ģáϢ𤹤ήϩִ֤Τ֡ȣ֣ģϢ𤹤ȯŵȲϩִ֤Τ֡Σ	Arrangements for transfer of electric power between AC networks via high-voltage DC [HVDC] links; Arrangements for transfer of electric power between generators and networks via HVDC links[2026.01]
H02J   3/38  \	1	1	5G066	H02J   3/38	13622	İʾȯŵޤŸñϩ֤Ť뤿֡ղȯŵޤŸŤ줿ϩ֤Ť뤿֡Σ	Arrangements for feeding a single network from two or more generators or sources in parallel; Arrangements for feeding already energised networks from additional generators or sources in parallel[2026.01]
H02J   3/388  \	2	2	5G066	H02J   3/388	2542	ñȱžνΤ֡㡥ϤǤΤޤǤβΤΤΡΣ	Arrangements for the handling of islanding, e.g. for disconnection or for avoiding the disconnection of power[2026.01]
H02J   3/40  \	2	2	5G066	H02J   3/40	643	ϩ֤ޤ¾ȯŵؤ³ΤȯŵƱΣ	Synchronisation of generators for connection to a network or to another generator[2026.01]
H02J   3/42  \	3	3	5G066	H02J   3/42	514	Ʊã줿˼ưŪ³ΡΣ	with automatic parallel connection when synchronisation is achieved[2026.01]
H02J   3/44  \	3	3	5G066	H02J   3/44	58	Τʰݾ㤹֤ĤΡΣ	with means for ensuring correct phase sequence[2026.01]
H02J   3/46  \	2	2	5G066	H02J   3/46	4217	ȯŵСŸޤϲϩѰƴ֤ȯϤνʬôΣ	Controlling the sharing of generated power between the generators, sources or networks[2026.01]
H02J   3/466  \	3	3	5G066	H02J   3/466	776	ȯŵޤŸαž򥹥塼󥰤ޤŪ椹뤳ȡ㡥פȯŵ³ޤǤ뤳ȡΣ	Scheduling or selectively controlling the operation of the generators or sources, e.g. connecting or disconnecting generators to meet a demand[2026.01]
H02J   3/48  \	3	3	5G066	H02J   3/48	81	ͭϤʬôΣ	Controlling the sharing of active power[2026.01]
H02J   3/50  \	3	3	5G066	H02J   3/50	194	̵ϤʬôΣ	Controlling the sharing of reactive power[2026.01]
H02J   4/00  \	0	0	5G066	H02J   4/00	271	ήޤľήȤƻꤵƤʤޤ֤Τβϩ֡ޤľήȸή礹֤ޤ֤Τβϩ֡ľήݸήľήѴѤ֡ȣʡⰵľήΣȣ֣ģáϢѤ֡ȣʡˡΣ	Circuit arrangements for mains or distribution networks not specified as AC or DC; Circuit arrangements for mains or distribution networks combining AC and DC sections or sub-networks (arrangements using intermediate DC-AC-DC conversion H02J0001002000;arrangements using high-voltage DC [HVDC] links H02J0003360000)[2026.01]
H02J   4/10  \	1	1	5G066	H02J   4/10	61	ήľήϤƱŤΤñϩ֤ѤΡΣ	using a single network for simultaneous distribution of AC and DC power[2026.01]
H02J   4/20  \	2	2	5G066	H02J   4/20	12	ʬΥƤľήȸή礹֡Σ	Networks integrating separated AC and DC power sections[2026.01]
H02J   4/25  \	1	1	5G066	H02J   4/25	281	ľήȸήβϩִ֤ΤΤΡ㡥ήƥफ٤ϰľή϶뤹뤿ΤΡΣ	for transfer of electric power between AC and DC networks, e.g. for supplying the DC section within a load from an AC mains system[2026.01]
H02J   7/00  \	0	0	5G503	H02J   7/00	74798	ӤνŤޤŤޤӤ٤ؤζ򤹤뤿βϩ֡Σ	Circuit arrangements for charging or discharging batteries or for supplying loads from batteries[2026.01]
H02J   7/02  \	1	1	5G503	H02J   7/02	590	СˤήӤŤ뤿ΤΡΣ	for charging batteries from ac mains by converters [2016.01] [2016.01]
H02J   7/02  A	1	0	5G503	H02J   7/02	468	Ű	Charging in general
H02J   7/02  B	1	1	5G503	H02J   7/02	1189	ˡ	Charging methods
H02J   7/02  C	1	1	5G503	H02J   7/02	174	ۤʤŸŰбΡ㡥֡ء	adopted for coping with different electric power supply voltages, e.g. switching from 100 to 200 v or vice versa
H02J   7/02  D	1	1	5G503	H02J   7/02	66	ȥ󥹥쥹Ŵ	Chargers without transformer
H02J   7/02  E	1	1	5G503	H02J   7/02	331	Τν	Charging for activation
H02J   7/02  F	1	0	5G503	H02J   7/02	1802	ʣӤν	Charging multiple batteries
H02J   7/02  G	1	1	5G503	H02J   7/02	926	缡ؤƽŤ	Charging by switching from one to another in sequence
H02J   7/02  H	1	1	5G503	H02J   7/02	4391	ľ	Serial chafing
H02J   7/02  J	1	1	5G503	H02J   7/02	1611		Parallel charging
H02J   7/02  K	1	1	5G503	H02J   7/02	58	ȤӤȾ˽Ť	Charging two sets of batteries by half-wave
H02J   7/02  U	1	0	5G503	H02J   7/02	541	ɽ	Indicating charging
H02J   7/02  V	1	1	5G503	H02J   7/02	412	ȴϢɽ	Indicating related to charging
H02J   7/02  W	1	2	5G503	H02J   7/02	55	СݥѤŲϩˤɽ	Indicating for charging circuits using inverters
H02J   7/02  X	1	1	5G503	H02J   7/02	130	ŰФˤɽ	Indicating by detecting voltages
H02J   7/02  Z	1	0	5G503	H02J   7/02	12	¾̣ͥ	Others (A takes precedence.)
H02J   7/04  \	2	2	5G503	H02J   7/04	857	ήޤŰĴΣ	Regulation of the charging current or voltage[2006.01]
H02J   7/04  A	2	0	5G503	H02J   7/04	1210		Regulating charging in general
H02J   7/04  B	2	1	5G503	H02J   7/04	338	Ťθ塤Ť	Charging after discharging remaining charge
H02J   7/04  C	2	1	5G503	H02J   7/04	1028	ޤѤ	Regulating charging using timers
H02J   7/04  D	2	2	5G503	H02J   7/04	79	ήѻͤб륿ޡŲǻޤ	Timers corresponding to calculated electric power values (including electrolytic elements)
H02J   7/04  E	2	1	5G503	H02J   7/04	15	ŽήŤԤʤ	Charging bulk currents before ending charging
H02J   7/04  F	2	1	5G503	H02J   7/04	474	ѥ륹	Pulse charging
H02J   7/04  G	2	1	5G503	H02J   7/04	170	ݼΤν	Charging for maintenance
H02J   7/04  H	2	1	5G503	H02J   7/04	249	ŵŪѥݥ˴Ť	Regulating charging based on non-electrical parameters
H02J   7/04  J	2	2	5G503	H02J   7/04	56	ȯ̥ۼŶŰޤ	Generating gases (including gas absorbing electrode voltage)
H02J   7/04  K	2	3	5G503	H02J   7/04	88	ⰵ	Internal pressures
H02J   7/04  L	2	2	5G503	H02J   7/04	1332	Ӳ	Battery temperatures
H02J   7/04  M	2	3	5G503	H02J   7/04	150	ݥ⥹ĥȤˤӲٸ	Detecting battery temperatures using thermostats
H02J   7/04  N	2	2	5G503	H02J   7/04	169	ǻβ	Temperatures of elements
H02J   7/04  P	2	2	5G503	H02J   7/04	38	Ų	Specific gravities of electrolytic solutions
H02J   7/04  Q	2	1	5G503	H02J   7/04	149		Compensating temperatures
H02J   7/04  Z	2	0	5G503	H02J   7/04	17	¾̣ͥ	Others (A takes precedence.)
H02J   7/06  \	3	3	5G503	H02J   7/06	0	ŴɤޤȾƳ֤ѤΡΣ	using discharge tubes or semiconductor devices[2006.01]
H02J   7/08  \	4	4	5G503	H02J   7/08	6	ŴɤΤߤѤΡΣ	using discharge tubes only[2006.01]
H02J   7/10  \	4	4	5G503	H02J   7/10	1218	ȾƳ֤ΤߤѤΡΣ	using semiconductor devices only[2006.01]
H02J   7/10  A	4	0	5G503	H02J   7/10	482		Regulating charging in general
H02J   7/10  B	4	1	5G503	H02J   7/10	3138	ŰС̣äͥ	Detecting voltages (7/04 C takes precedence.)
H02J   7/10  C	4	2	5G503	H02J   7/10	596	ŰѲΨ	Detecting voltage change ratios
H02J   7/10  D	4	3	5G503	H02J   7/10	57	ʬϩѤ	using differentiating circuits
H02J   7/10  E	4	3	5G503	H02J   7/10	60	ѥ륹ŤˤŰѲΨ	Detecting voltage change ratios with pulse charging
H02J   7/10  F	4	2	5G503	H02J   7/10	173	Ŵ֤Ű	Detecting voltage while not being charged
H02J   7/10  G	4	2	5G503	H02J   7/10	12	ŰŰȤ	using auxiliary battery voltage as datum voltage
H02J   7/10  H	4	1	5G503	H02J   7/10	2362	ήФޤ	involving detecting currents
H02J   7/10  J	4	1	5G503	H02J   7/10	346	ǥ롦ޤѤ	using digital timers
H02J   7/10  K	4	2	5G503	H02J   7/10	239	ǥ롦ޤѤ	Charging or discharging charging using digital timers
H02J   7/10  P	4	1	5G503	H02J   7/10	483	СݥСݥѤ	using inverters or converters
H02J   7/10  R	4	2	5G503	H02J   7/10	516	ȥ󥸥Сݥ	Transistors or inverters
H02J   7/10  L	4	1	5G503	H02J   7/10	1483	Ӳٸ	Detecting battery voltages
H02J   7/10  N	4	1	5G503	H02J   7/10	229	ǻβ	Temperatures of elements
H02J   7/10  Q	4	1	5G503	H02J   7/10	261		Compensating temperatures
H02J   7/10  Z	4	0	5G503	H02J   7/10	39	¾	Others
H02J   7/12  \	3	3	5G503	H02J   7/12	5	˰٤ǽʼ֤ѤΡʤȥ󥹥Σ	using magnetic devices having controllable degree of saturation, i.e. transductors[2006.01]
H02J   7/14  \	1	1	5G060	H02J   7/14	25	®٤ǶưȯŵӤŤ뤿ΤΡ㡥ξѡΣ	for charging batteries from dynamo-electric generators driven at varying speed, e.g. on vehicle[2006.01]
H02J   7/14  A	1	0	5G060	H02J   7/14	447		General
H02J   7/14  B	1	1	5G060	H02J   7/14	90	¤	Structures or arrangements
H02J   7/14  C	1	1	5G060	H02J   7/14	258	ưˤ®ޤ	Regulating outputs by motor control (including transmission gear control)
H02J   7/14  E	1	1	5G060	H02J   7/14	241	ݸ	Protection
H02J   7/14  H	1	1	5G060	H02J   7/14	588	ʣ	Multiple batteries
H02J   7/14  K	1	0	5G060	H02J   7/14	79	мȯŵɽϣա	magnetic generators (indicating U)
H02J   7/14  L	1	1	5G060	H02J   7/14	185	٤ؤεš	Feeding electric power to loads (switching day and night)
H02J   7/14  M	1	1	5G060	H02J   7/14	96		Regulating outputs
H02J   7/14  N	1	2	5G060	H02J   7/14	130		Parallel regulation
H02J   7/14  P	1	2	5G060	H02J   7/14	249	ḷ̌ӣãҥ֥ĥήϩ	Serial control (SCR bridge rectification circuits)
H02J   7/14  Q	1	0	5G060	H02J   7/14	88	ɽ󡤻	Indicating, alarms or tests
H02J   7/14  R	1	1	5G060	H02J   7/14	42	ɽ	Indicating charging
H02J   7/14  S	1	2	5G060	H02J   7/14	137	ȾƳβϩˤ	by semiconductor circuits
H02J   7/14  T	1	2	5G060	H02J   7/14	61	ϩˤ	by contact circuits
H02J   7/14  U	1	2	5G060	H02J   7/14	20	򤷤ʤΤˤ뽼ɽ	Indicating charging for circuits without field control
H02J   7/14  V	1	1	5G060	H02J   7/14	215	۾ɽ	Indicating faults
H02J   7/14  W	1	1	5G060	H02J   7/14	45		Tests
H02J   7/14  Z	1	0	5G060	H02J   7/14	36	¾̣ͥ	Others (A takes precedence.)
H02J   7/16  \	2	2	5G060	H02J   7/16	21	Ѳˤ뽼ήޤŰĴΣ	Regulation of the charging current or voltage by variation of field[2006.01]
H02J   7/16  A	2	0	5G060	H02J   7/16	265		Regulating fields
H02J   7/16  B	2	1	5G060	H02J   7/16	53	ءήϩιء	Switching line connections (switching rectification circuits or winding configurations)
H02J   7/16  C	2	1	5G060	H02J   7/16	64	Хĥƥݡݡ̸ưɻߤޤ̣͡¥ݤˤݸޤ	Batteries or relays (including preventing malfunctions) (including protections with B relays)
H02J   7/16  D	2	1	5G060	H02J   7/16	59		Compensating temperatures
H02J   7/16  E	2	1	5G060	H02J   7/16	108	ݸ	Protection
H02J   7/16  H	2	1	5G060	H02J   7/16	196	ʣ	Multiple batteries
H02J   7/16  J	2	1	5G060	H02J   7/16	138	ʣȯŵʣϴ	Multiple generators or output windings
H02J   7/16  X	2	1	5G060	H02J   7/16	563	󥸥֡١žưͤ˱Űѹ͡ϩξϤ򸺤餹ΤΤϣǡ	Regulation corresponding to engine conditions (loading, revolution speeds, starting) (changing regulating voltages, stopping charging) (for reducing electric power consumption by regulating circuits 7/24 G)
H02J   7/16  Y	2	1	5G060	H02J   7/16	381	ŵپ֤˱ŰɥĥָܸФˤΤޤ̥͡ɥ륢ĥפϣá	Regulation corresponding to electrical loading conditions (including detecting voltage drops or indirect detection) (increasing idling speeds 7/14 C)
H02J   7/16  Z	2	0	5G060	H02J   7/16	93	¾	Others
H02J   7/18  \	3	3	5G060	H02J   7/18	2	ϩʳŪ³ޤڤ곰񹳤ѤϩΥ񹳤ѲˤȤŤΡΣ	due to variation of ohmic resistance in field circuit, using resistance switching in or out of circuit step by step[2006.01]
H02J   7/20  \	3	3	5G060	H02J   7/20	4	Ϣ³Ūѥ񹳤ѲˤȤŤΡΣ	due to variation of continuously-variable ohmic resistor[2006.01]
H02J   7/22  \	3	3	5G060	H02J   7/22	162	³ŪưܿҤгѲˤΡ㡥ĴΣ	due to variation of make-to-break ratio of intermittently-operating contacts, e.g. using Tirrill regulator[2006.01]
H02J   7/24  \	3	3	5G060	H02J   7/24	11	ŴɤޤȾƳ֤ѤΡʣȣʣͥˡΣ	using discharge tubes or semiconductor devices[2006.01]
H02J   7/24  A	3	0	5G060	H02J   7/24	353		Regulating fields
H02J   7/24  B	3	1	5G060	H02J   7/24	54	ӣãҤˤ볦	Regulating field by SCR
H02J   7/24  C	3	1	5G060	H02J   7/24	190	ǥ̥ޥ	Digital regulation (microcomputer regulation)
H02J   7/24  D	3	1	5G060	H02J   7/24	115		Compensating temperatures
H02J   7/24  E	3	1	5G060	H02J   7/24	193	ݸ̰۾ɽΤߤϣ֡	Protection (indicating faults only V)
H02J   7/24  F	3	2	5G060	H02J   7/24	56	Ųˤݸ	Protection by doubling
H02J   7/24  G	3	1	5G060	H02J   7/24	94	弧ή¡̽弧®	Limiting excitation voltages (initial excitation, at low speeds)
H02J   7/24  Z	3	0	5G060	H02J   7/24	22	¾	Others
H02J   7/26  \	3	3	5G060	H02J   7/26	7	˰٤ǽʼ֤ѤΡʣȣʣͥˡΣ	using magnetic devices with controllable degree of saturation[2006.01]
H02J   7/28  \	3	3	5G060	H02J   7/28	3	ŴɤޤȾƳ֤ȷ礷˰٤ǽʼ֤ѤΡΣ	using magnetic devices with controllable degree of saturation in combination with controlled discharge tube or controlled semiconductor device[2006.01]
H02J   7/30  \	3	3	5G060	H02J   7/30	0	ŵȿ弧ѤΡΣ	using armature-reaction-excited machines[2006.01]
H02J   7/32  \	1	1	5G060	H02J   7/32	97	ŵŪưĽ֤ӤŤ뤿ΤΡΣ	for charging batteries from a charging set comprising a non-electric prime mover[2006.01]
H02J   7/34  \	1	1	5G503	H02J   7/34	471	Ӥ¾ľήѤϩǤž㡥Хåե󥰤󶡡ʣȣʣͥˡΣ	Parallel operation in networks using both storage and other DC sources, e.g. providing buffering (H02J0007140000 takes precedence)[2006.01]
H02J   7/34  A	1	0	5G503	H02J   7/34	1019		General
H02J   7/34  B	1	1	5G503	H02J   7/34	1919	ʣ	Multiple batteries
H02J   7/34  G	1	1	5G503	H02J   7/34	1497	ŸŻ˥ĥ𤷤ƵŤΡáͥ	Emergency electric power supplies (feeding electric power via switches upon electric power failures C to F take precedence.)
H02J   7/34  H	1	2	5G503	H02J   7/34	111	ȯŵĤ	with emergency generators
H02J   7/34  J	1	2	5G503	H02J   7/34	846	Ѵ̥СݥͤŤ˷ѤΡϷȤʼȿˤޤΤǤСȣʣ	Using converters (such as inverters) for both charging and discharging {in case of mainly aimed at matching with electric power systems (frequency, phase, etc.): H02J3/32}
H02J   7/34  C	1	1	5G503	H02J   7/34	940	̶š	Regulating charging (uniform charging, recovery charging)
H02J   7/34  D	1	2	5G503	H02J   7/34	628	ŵ̤ˤ	Regulation by electric amounts
H02J   7/34  E	1	1	5G503	H02J   7/34	373	ŰĴ̣ͥ	Regulating load voltages (C takes precedence.)
H02J   7/34  K	1	2	5G503	H02J   7/34	30	ｼӤŰȤ	using charged batteries as datum voltage
H02J   7/34  F	1	1	5G503	H02J   7/34	396	ɻߡ̣ͥ	Preventing over-charging (C takes precedence.)
H02J   7/34  Z	1	0	5G503	H02J   7/34	106	¾	Others
H02J   7/35  \	2	2	5G503	H02J   7/35	525	ӤĤΡΣ	with light sensitive cells[2006.01]
H02J   7/35  A	2	0	5G503	H02J   7/35	787	š̡̰	Charging (in general)
H02J   7/35  B	2	1	5G503	H02J   7/35	582	ŰޤήФˤ뽼	Regulating charging by detecting voltages or currents
H02J   7/35  C	2	2	5G503	H02J   7/35	139		Regulating shunting
H02J   7/35  D	2	2	5G503	H02J   7/35	59	͸	Regulating amounts of irradiated lights
H02J   7/35  E	2	2	5G503	H02J   7/35	180	ŸޤӤιѹˤ	Regulation by shunting structures of electric power supplies or batteries
H02J   7/35  F	2	2	5G503	H02J   7/35	232	ŸϤ򾺰ޤϹ߰	by increasing or reducing the electric power supply outputs
H02J   7/35  G	2	1	5G503	H02J   7/35	182	ŵ̸Фˤ뽼㡥١	Regulating charging by detecting non-electric amounts, e.g. illumination
H02J   7/35  J	2	0	5G503	H02J   7/35	679	٤ؤε	Regulating electric power feeding to loads
H02J   7/35  K	2	1	5G503	H02J   7/35	3516	¾Ÿ̰켡ӡŸͤȤϢ	Cooperation with other electric power supplies (primary batteries, commercial electric power supplies)
H02J   7/35  H	2	0	5G503	H02J   7/35	616	֤ι¤	Device structures
H02J   7/35  Z	2	0	5G503	H02J   7/35	258	¾	Others
H02J   7/36  \	1	1	5G503	H02J   7/36	88	üڤ괹Ѥ֡Σ	Arrangements using end-cell switching
H02J   7/40  \	1	1	5G503	H02J   7/40	16957	ŤޤŴϢΥǡθ򴹤ħΤΡΣ	characterised by the exchange of charge or discharge related data[2026.01]
H02J   7/42  \	2	2	5G503	H02J   7/42	2151	ӤŻҵΡ㡥áΣ	with electronic devices having internal batteries, e.g. mobile phones[2026.01]
H02J   7/44  \	2	2	5G503	H02J   7/44	87	ӴƥŸδ֤ΤΡΣ	between battery management systems and power sources[2026.01]
H02J   7/45  \	2	2	5G503	H02J   7/45	111	ӴƥȳС֤ΤΡʥޡȥåɤ٤ʿդ˻ѤӡȣʣˡΣ	between battery management systems and external servers (batteries used in smart grids for balancing of the load H02J0003320000)[2026.01]
H02J   7/46  \	2	2	5G503	H02J   7/46	1010	꡼ե֡Σ	Leader-follower arrangements[2026.01]
H02J   7/47  \	2	2	5G503	H02J   7/47	2215	Ĥιʡ㡥ӡޤϽŴ¾ιʡ㡥ŸȤθߴǧڤǧ뤿֡Σ	Arrangements for checking compatibility or authentication between one component, e.g. a battery or a battery charger, and another component, e.g. a power source[2026.01]
H02J   7/50  \	1	1	5G503	H02J   7/50	23998	ʣӤƱޤϽ缡˺ѤΡΣ	acting upon multiple batteries simultaneously or sequentially[2026.01]
H02J   7/52  \	2	2	5G503	H02J   7/52	941	Ų٤ΥХ󥷥󥰤ΤΤΡ㡥Ӵ֤Ų٤ζΣ	for charge balancing, e.g. equalisation of charge between batteries[2026.01]
H02J   7/54  \	3	3	5G503	H02J   7/54	1844	ѥå֥Х󥷥󥰡㡥񹳴ͣϣӣƣţԤѤΡΣ	Passive balancing, e.g. using resistors or parallel MOSFETs[2026.01]
H02J   7/56  \	3	3	5G503	H02J   7/56	815	ƥ֥Х󥷥󥰡㡥ǥ󥵥١١ޤϣģáݣģåСѤΡΣ	Active balancing, e.g. using capacitor-based, inductor-based or DC-DC converters[2026.01]
H02J   7/60  \	1	1	5G503	H02J   7/60	0	֤ޤݸ֤ޤΡΣ	including safety or protection arrangements[2026.01]
H02J   7/61  \	2	2	5G503	H02J   7/61	3212	ὼŤФΡΣ	against overcharge[2026.01]
H02J   7/62  \	2	2	5G503	H02J   7/62	3085	ήФΡΣ	against overcurrent[2026.01]
H02J   7/63  \	2	2	5G503	H02J   7/63	2593	ŤФΡΣ	against overdischarge[2026.01]
H02J   7/64  \	2	2	5G503	H02J   7/64	1855	ŰФΡΣ	against overvoltage[2026.01]
H02J   7/65  \	2	2	5G503	H02J   7/65	1567	Ჹ٤ФΡΣ	against overtemperature[2026.01]
H02J   7/68  \	2	2	5G503	H02J   7/68	604	նޤݸ뤿βϩѤΡΣ	using circuits for correcting or protecting against reverse-polarity[2026.01]
H02J   7/70  \	1	1	5G503	H02J   7/70	9823	Ū¤ħΡΣ	characterised by the mechanical construction[2026.01]
H02J   7/80  \	1	1	5G503	H02J   7/80	23849	ƻ֤ޤɽ֤ޤΡΣ	including monitoring or indicating arrangements[2026.01]
H02J   7/82  \	2	2	5G503	H02J   7/82	12306	ž֡ΣӣϣáϤδΣ	Control of state of charge [SOC] [2026.01]
H02J   7/84  \	2	2	5G503	H02J   7/84	11390	֡ΣӣϣȡϤδΣ	Control of state of health [SOH] [2026.01]
H02J   7/90  \	1	1	5G503	H02J   7/90	1470	ήޤŰĴΣ	Regulation of charging or discharging current or voltage[2026.01]
H02J   7/92  \	2	2	5G503	H02J   7/92	0	٤䶡븻ؤͥդˤΡΣ	with prioritisation of loads or sources[2026.01]
H02J   7/94  \	2	2	5G503	H02J   7/94	1165	ή˱ΡΣ	in response to battery current[2026.01]
H02J   7/96  \	2	2	5G503	H02J   7/96	2897	Ű˱ΡΣ	in response to battery voltage[2026.01]
H02J   9/00  \	0	0	5G015	H02J   9/00	822	ѤޤԵŸβϩ֡㡥ѾΤΤΡΣ	Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting (with provision for charging standby battery H02J 7/00)
H02J   9/00 120 \	1	1	5G015	H02J   9/00	616	פǤʤ٤Ǥ뤳Ȥˤꥨͥ륮λ̤ݻΡ㡥󥸥ư뤿˼ξХåƥ꡼ν̤ݻ	preserve remaining quantity of energy sources by cutting off insignificant load, e.g. preserve charging amount of vehicle batteries to start up engine
H02J   9/00 150 \	1	1	5G015	H02J   9/00	119	ϥ⡼ɤѤΡʥԡΤΤΣǣǣ	using power saving mode (for copying machine G03G21/00)
H02J   9/02  \	1	1	5G015	H02J   9/02	994	⡤ŷȤ˴ϢפΩΡΣ	in which an auxiliary distribution system and its associated lamps are brought into service
H02J   9/04  \	1	1	5G015	H02J   9/04	364	⡤ŷʿŸڤΥ졤ԵŸ³ΡΣ	in which the distribution system is disconnected from the normal source and connected to a standby source
H02J   9/06  \	2	2	5G015	H02J   9/06	1168	ưžĤΡΣ	with automatic change-over
H02J   9/06 110 \	3	3	5G015	H02J   9/06	4613	ŻҼʤλѤˤħդΡʣȣʣȣȣʣͥ	characterized by use of electronic means (H02J9/06, 120 and H02J9/06, 150 take precedence)
H02J   9/06 120 \	3	3	5G015	H02J   9/06	4261	Ż߷ľήήѴ֤ޤ	including stationary type DC/AC converter device
H02J   9/06 150 \	4	4	5G015	H02J   9/06	476	ŪΤΤ	for lighting purpose
H02J   9/06 160 \	3	3	5G015	H02J   9/06	250	žŵλѤˤħդΡʣȣʣͥ	characterized by use of rotating electric machine (H02J9/08 takes precedence)
H02J   9/08  \	3	3	5G015	H02J   9/08	908	ưưɬפȤΡΣ	requiring starting of a prime-mover
H02J  11/00  \	0	0	5G015	H02J  11/00	197	ϤȯšŤޤѴɤɬϤ򶡵뤹뤿βϩ֡Σ	Circuit arrangements for providing service supply to auxiliaries of stations in which electric power is generated, distributed, or converted (emergency or standby arrangements H02J 9/00)
H02J  13/00  \	0	0	5G064	H02J  13/00	16388	֤αִƻޤϱ󶡤뤿βϩ֡Σ	Circuit arrangements for providing remote monitoring or remote control of equipment in a power distribution network[2026.01]
H02J  13/10  \	1	1	5G064	H02J  13/10	1652	ɽޤϥ桼󥿥饯ħΤΡ㡥ƻ椪ӥǡΣӣãģΣ	characterised by displaying of information or by user interaction, e.g. supervisory control and data acquisition [SCADA] systems[2026.01]
H02J  13/12  \	1	1	5G064	H02J  13/12	8219	ϩ־֤ƻ뤹뤳ȡ㡥ŵ礭ޤϱžΣ	Monitoring network conditions, e.g. electrical magnitudes or operational status[2026.01]
H02J  13/13  \	1	1	5G064	H02J  13/13	1528	ϲϩ֤ؤΥǡħΤΡΣ	characterised by the transmission of data to equipment in the power network[2026.01]
H02J  13/14  \	1	1	5G064	H02J  13/14	7457	ϲϩ֤ɽŪ椵Ρ㡥ۡ२ͥ륮ƥΣȣţͣӡϡΣ	the power network being locally controlled, e.g. home energy management systems [HEMS][2026.01]
H02J  13/16  \	1	1	5G064	H02J  13/16	7199	ϲϩ֤֥٥椵Ρ㡥ꥲѤΡΣ	the power network being controlled at grid-level, e.g. using aggregators[2026.01]
H02J  13/18  \	1	1	5G064	H02J  13/18	0	֤ħΤΡ㡥СޤѰΣ	characterised by the remotely-controlled equipment, e.g. converters or transformers[2026.01]
H02J  13/181  \	2	2	5G064	H02J  13/181	125	֤ȯŵޤΡΣ	the equipment comprising generators[2026.01]
H02J  13/182  \	2	2	5G064	H02J  13/182	2793	֤ϲϩ֤³줿٤ޤΡΣ	the equipment comprising loads connected to the power network[2026.01]
H02J  13/183  \	2	2	5G064	H02J  13/183	417	֤ͥ륮¢֤ޤΡΣ	the equipment comprising energy storage systems[2026.01]
H02J  13/333  \	2	2	5G064	H02J  13/333	545	֤ŽΰΡΣ	the equipment forming part of substations[2026.01]
H02J  13/34  \	2	2	5G064	H02J  13/34	2921	֤ڴŴޤϲϩǴǤΡΣ	the equipment being switches, relays or circuit breakers[2026.01]
H02J  13/36  \	3	3	5G064	H02J  13/36	150	ݸƥäŬ礵ΡΣ	specially adapted for protection systems[2026.01]
H02J  13/38  \	2	2	5G064	H02J  13/38	57	֤Ÿ󥻥ȤǤΡΣ	the equipment being power outlets[2026.01]
H02J  15/00  \	0	0	5G062	H02J  15/00	2473	ϲϩ֤äŬ礹롤ŵͥ륮Ѥ뤿Σ	Systems for storing electric energy specially adapted for power networks[2026.01]
H02J  15/10  \	1	1	5G062	H02J  15/10	227	ϥͥ륮ѤѤΡΣ	using storage of hydraulic energy[2026.01]
H02J  15/20  \	1	1	5G062	H02J  15/20	321	ͥ륮ѤѤΡ㡥̶ͥ륮ѡΣãţӡϡΣ	using storage of pneumatic energy, e.g. compressed air energy storage [CAES][2026.01]
H02J  15/30  \	1	1	5G062	H02J  15/30	707	ޤϵŪͥ륮ѤѤΡ㡥ե饤ۥѤΡΣ	using storage of inertial or mechanical energy, e.g. using flywheels[2026.01]
H02J  15/40  \	1	1	5G062	H02J  15/40	450	ѤΡ㡥ĶƳͥ륮¢ΣӣͣţӡΣ	using coils, e.g. superconductive magnetic energy storage [SMES] systems[2026.01]
H02J  15/50  \	1	1	5G062	H02J  15/50	280	Ǥ¢ˤΡΣ	using stored hydrogen[2026.01]
H02J  50/00  \	0	0	5G063	H02J  50/00	177	磻쥹ϵŤޤŤԤβϩ֤ޤΣ	Circuit arrangements or systems for wireless supply or distribution of electric power [2016.01]
H02J  50/05  \	1	1	5G063	H02J  50/05	846	̷ѤΡΣ	using capacitive coupling [2016.01]
H02J  50/10  \	1	1	5G063	H02J  50/10	8468	ͶƳѤΡΣ	using inductive coupling [2016.01]
H02J  50/12  \	2	2	5G063	H02J  50/12	6538	ˤΣ	of the resonant type [2016.01]
H02J  50/15  \	1	1	5G063	H02J  50/15	84	ĶȤѤΡΣ	using ultrasonic waves[2016.01]
H02J  50/20  \	1	1	5G063	H02J  50/20	1647	ޥȤȡڣңơۤѤΡΣ	using microwaves or radio frequency waves [2016.01]
H02J  50/23  \	2	2	5G063	H02J  50/23	152	ťƥʤηˤħդΡ㡥ظ쥤ƥʤޤȬڥƥʡΣ	characterised by the type of transmitting antennas, e.g. directional array antennas or Yagi antennas [2016.01]
H02J  50/27  \	2	2	5G063	H02J  50/27	207	ťƥʤηˤħդΡ㡥쥯ƥʡΣ	characterised by the type of receiving antennas, e.g. rectennas [2016.01]
H02J  50/30  \	1	1	5G063	H02J  50/30	614	ѤΡ㡥졼Σ	using light, e.g. lasers [2016.01]
H02J  50/40  \	1	1	5G063	H02J  50/40	3436	İʾ֤ޤϼ֤ѤΡʣȣʣͥˡΣ	using two or more transmitting or receiving devices(H02J50/50 takes precedence) [2016.01]
H02J  50/50  \	1	1	5G063	H02J  50/50	438	֤ȼ֤δ֤ɲäѴѤΡΣ	using additional energy repeaters between transmitting devices and receiving devices [2016.01]
H02J  50/60  \	1	1	5G063	H02J  50/60	1529	ʪ¸ߤбΡ㡥ʪθСΣ	responsive to the presence of foreign objects, e.g. detection of living beings [2016.01]
H02J  50/70  \	1	1	5G063	H02J  50/70	1548	ųޤżϳ̤㸺ޤΡΣ	involving the reduction of electric, magnetic or electromagnetic leakage fields [2016.01]
H02J  50/80  \	1	1	5G063	H02J  50/80	5028	֤ȼ֤δ֤ǤϤεŤޤŤ˴ؤǡθ򴹤ޤΡΣ	involving the exchange of data, concerning supply or distribution of electric power, between transmitting devices and receiving devices [2016.01]
H02J  50/90  \	1	1	5G063	H02J  50/90	3272	ָФֺŬޤΡ㡥ֹ碌Σ	involving detection or optimisation of position, e.g. alignment [2016.01]
H02J 101:00  \	0	0		H02J 101/00	0	淿ʬޤ϶ɽ귿ȯŤεŤޤšΣ	Indexing scheme relating to dispersed electric power generation[2026.01]
H02J 101:10  \	1	1		H02J 101/10	0	ǳѤʬȯš㡥ǥȯŵΣ	Dispersed power generation using fossil fuels, e.g. diesel generators[2026.01]
H02J 101:20  \	1	1		H02J 101/20	7724	ǽͥ륮񸻤ѤʬȯšΣ	Dispersed power generation using renewable energy sources[2026.01]
H02J 101:22  \	2	2		H02J 101/22	6340	ۥͥ륮Σ	Solar energy[2026.01]
H02J 101:24  \	3	3		H02J 101/24	6302	۸ȯšΣ	Photovoltaics[2026.01]
H02J 101:28  \	2	2		H02J 101/28	1658	ϥͥ륮Σ	Wind energy[2026.01]
H02J 101:30  \	2	2		H02J 101/30	1873	ǳӡΣ	Fuel cells[2026.01]
H02J 101:35  \	2	2		H02J 101/35	0	ǽúǻ񸻡Σ	Renewable hydrocarbon sources[2026.01]
H02J 101:40  \	1	1		H02J 101/40	0	ϥ֥åȯŽꡤʤʣΰۤʤȯŵѤĤȯŽǲƯ뤳ȡΣ	Hybrid power plants, i.e. a plurality of different generation technologies being operated at one power plant[2026.01]
H02J 103:00  \	0	0		H02J 103/00	0	ޤϸή֤Τβϩ֤κΣ	Indexing scheme relating to circuit arrangements for AC distribution networks[2026.01]
H02J 103:30  \	1	1		H02J 103/30	5457	ϲϩ֤ϵ߷סǥ벽åޤϥԥ塼ٱ߷סΣãġϡΣ	Simulating, planning, modelling, reliability check or computer assisted design [CAD] of electric power networks[2026.01]
H02J 103:35  \	2	2		H02J 103/35	0	Ťޤ֥٥㡥٥եϤޤϥƥ֥ͥåȥΣ	Grid-level management of power transmission or distribution systems, e.g. load flow analysis or active network management[2026.01]
H02J 103:40  \	1	1		H02J 103/40	2138	ͽ¬ټפбϩ֡Σ	Circuit arrangements adaptive to forecasted demand[2026.01]
H02J 103:50  \	1	1		H02J 103/50	0	ͽ¬ȯŤбϩ֡Σ	Circuit arrangements adaptive to forecasted power generation[2026.01]
H02J 105:00  \	0	0		H02J 105/00	0	ŪãϰϤޤ٤ħΤŤޤŤΤβϩ֡Σ	Indexing scheme relating to spatial reach or load[2026.01]
H02J 105:10  \	1	1		H02J 105/10	0	ɽŪޤ϶ڤ줿ãϰϤĶɽŪϩ֡Σ	Local stationary networks having a local or delimited stationary reach[2026.01]
H02J 105:12  \	2	2		H02J 105/12	0	ޤϥӥǥ󥰤˵ŤΡΣ	supplying households or buildings[2026.01]
H02J 105:16  \	2	2		H02J 105/16	0	ŸޤȯťץˤΡΣ	being internal to power sources or power generation plants[2026.01]
H02J 105:30  \	1	1		H02J 105/30	0	ٲϩ֤ξγˤΡʤξϤ򴹤ΡΣ	the load networks being external to vehicles, i.e. exchanging power with vehicles[2026.01]
H02J 105:33  \	2	2		H02J 105/33	0	ΦξϤ򴹤ΡΣ	exchanging power with road vehicles[2026.01]
H02J 105:37  \	3	3		H02J 105/37	0	ŵư֡Σţ֡Ϥȡޤϥϥ֥åɼư֡Σȣţ֡ϤϤ򴹤ΡΣ	exchanging power with electric vehicles [EV] or with hybrid electric vehicles [HEV][2026.01]
H02J 105:40  \	1	1		H02J 105/40	0	ϩ֤³ޤϩ֤ˤŤ٤ħΤΡΣ	characterised by the loads connecting to the networks or being supplied by the networks[2026.01]
H02J 105:42  \	2	2		H02J 105/42	0	ʡΣ	Home appliances[2026.01]
H02J 105:44  \	2	2		H02J 105/44	0	ŻҵΣ	Portable electronic devices[2026.01]
H02J 105:46  \	2	2		H02J 105/46	0	ŵѥץȤޤ̿ݻ֡Σ	Medical devices, medical implants or life supporting devices[2026.01]
H02J 105:50  \	1	1		H02J 105/50	0	٤ưŪ椹뤿ΤΡΣ	for selectively controlling the operation of the loads[2026.01]
H02J 105:52  \	2	2		H02J 105/52	0	ϩޤϩΰʬϾ¤ΤΤΡ㡥ʬŪߡԡåȡΣ	for limitation of the power consumption in the networks or in one section of the networks, e.g. load shedding or peak shaving[2026.01]
H02J 105:53  \	3	3		H02J 105/53	0	ʬŪ¤ΤΤΡ㡥㲼⡼ɤޤή¥⡼ɤΡΣ	for partial power limitation, e.g. entering degraded or current limitation modes[2026.01]
H02J 105:54  \	2	2		H02J 105/54	0	ŵŪʾ˴ŤΡ㡥١Σ	according to a non-electrical condition, e.g. temperature[2026.01]
H02J 105:55  \	3	3		H02J 105/55	886	кѻ˴ŤΡ㡥ɽ١ٴΣ	according to an economic condition, e.g. tariff-based load management[2026.01]
H02J 107:00  \	0	0		H02J 107/00	0	֤αѤ֤Ǵƻ롤ޤ椹뤳ȤäŬ礹̿Ѳϩ֡Σ	Indexing scheme relating to circuit arrangements for communication[2026.01]
H02J 107:10  \	1	1		H02J 107/10	7473	ͭͥåȥѤΡ㡥ǡХޤϸեСΣ	using wired networks, e.g. data transmission buses or optical fibres[2026.01]
H02J 107:105  \	2	2		H02J 107/105	2928	̿ΣУ̣áϡΣ	Power line communication [PLC][2026.01]
H02J 107:20  \	1	1		H02J 107/20	3139	̵ͥåȥѤΡ㡥áΣ	using wireless networks, e.g. mobile telephones[2026.01]
H02J 107:30  \	1	1		H02J 107/30	0	󥿡ͥåȥץȥλѤޤΡΣ	involving the use of Internet protocols[2026.01]
