G05F   1/00  \	0	0	5H410	G05F   1/00	24	ŵ̤ñޤʣν˾ͤкϤνǸФ֤إեɥХåˤ긡̤ñޤʣν˾ͤ뼫ưϡʤȿѷ	Automatic systems in which deviations of an electric quantity from one or more predetermined values are detected at the output of the system and fed back to a device within the system to restore the detected quantity to its predetermined value or values, i.e. retroactive systems
G05F   1/00  A	0	0	5H410	G05F   1/00	132	ȿĴ	Adjustment of frequency
G05F   1/00  B	0	1	5H410	G05F   1/00	79	ȿθ	Detection of frequency
G05F   1/00  C	0	0	5H410	G05F   1/00	47	Ĵ	Adjustment of phase
G05F   1/00  D	0	0	5H410	G05F   1/00	50	ԡݥ󥹡񹳤Ĵ	Adjustment of impedance and resistance
G05F   1/00  E	0	0	5H410	G05F   1/00	206	ʣŸϡ͡ʣ١̽ϡ	Multiple power sources (inputs) and loads (outputs)
G05F   1/00  F	0	1	5H410	G05F   1/00	592	ʣŸž	Multiple power sources and  parallel operation
G05F   1/00  G	0	1	5H410	G05F   1/00	529	ʣ١ʣ	Multiple loads and outputs
G05F   1/00  H	0	2	5H410	G05F   1/00	52		Positive/negative outputs
G05F   1/00  J	0	0	5H410	G05F   1/00	251	Ÿؤ	Power switching
G05F   1/00  K	0	1	5H410	G05F   1/00	35	ήľή	Direct and alternating currents
G05F   1/00  L	0	1	5H410	G05F   1/00	56	Űή	Constant voltages and currents
G05F   1/00  M	0	0	5H410	G05F   1/00	129	¤	Structures
G05F   1/00  Z	0	0	5H410	G05F   1/00	141	¾Τ	Others
G05F   1/02  \	1	1	5H410	G05F   1/02	117	ŵŪĴΣ	Regulating electric characteristics of arcs
G05F   1/04  \	2	2	5H410	G05F   1/04	2	˰¼֤ˤ	by means of saturable magnetic devices
G05F   1/06  \	2	2	5H410	G05F   1/06	1	ŻҴ֤ˤ	by means of discharge tubes
G05F   1/08  \	2	2	5H410	G05F   1/08	34	ȾƳ֤ˤ	by means of semiconductor devices
G05F   1/10  \	1	1	5H410	G05F   1/10	70	ŰޤήĴʣǣƣͥˡΣ	Regulating voltage or current (G05F 1/02 takes precedence)
G05F   1/10  A	1	0	5H410	G05F   1/10	419	ץ桤ޥˤ	by means of programme control and  microcomputers
G05F   1/10  B	1	0	5H410	G05F   1/10	362	ϣХפˤ	by means of OP amplifiers
G05F   1/10  C	1	0	5H410	G05F   1/10	69	ݥ	Gate control
G05F   1/10  D	1	1	5H410	G05F   1/10	182	ǥ	Digital system
G05F   1/10  E	1	1	5H410	G05F   1/10	77	Уգ	PUT
G05F   1/10  F	1	1	5H410	G05F   1/10	191		Light
G05F   1/10  G	1	1	5H410	G05F   1/10	167	١Ǯ	Temperature and heat
G05F   1/10  H	1	1	5H410	G05F   1/10	57		Magnetism
G05F   1/10  J	1	0	5H410	G05F   1/10	128	ϩŰ߲	Compensation for line voltage drop
G05F   1/10  K	1	0	5H410	G05F   1/10	28	ŰĴŴ	Voltage regulating relays
G05F   1/10  L	1	0	5H410	G05F   1/10	79	ưŰĴ	Automatic voltage regulator
G05F   1/10  M	1	0	5H410	G05F   1/10	249	Ūˤ	by means of mechanical operation
G05F   1/10  N	1	0	5H410	G05F   1/10	169	ʬ	Voltage divider
G05F   1/10  P	1	0	5H410	G05F   1/10	120	ߡ	Dummy load
G05F   1/10  Q	1	0	5H410	G05F   1/10	50	ߡ	Dummy resistance
G05F   1/10  R	1	0	5H410	G05F   1/10	562	ήĴ	Current regulation
G05F   1/10  S	1	1	5H410	G05F   1/10	293	ꥹˤ	by means of thyristers
G05F   1/10  T	1	1	5H410	G05F   1/10	26	ŻҴɤˤ	by means of electron tubes
G05F   1/10  U	1	1	5H410	G05F   1/10	60	ꥢȥˤ	by means of reactors
G05F   1/10  V	1	1	5H410	G05F   1/10	19	ĥեȥ󥹤ˤ	Tapped transformers
G05F   1/10  W	1	1	5H410	G05F   1/10	25	񹳤ˤ	by means of variable resistors
G05F   1/10  X	1	1	5H410	G05F   1/10	33	ǻҤˤ	by means of thermo-sensitive elements
G05F   1/10  Y	1	1	5H410	G05F   1/10	12	Ūˤ	by means of mechanical operation
G05F   1/10  Z	1	0	5H410	G05F   1/10	482	¾Τ	Others
G05F   1/10 301 \	2	2	5H410	G05F   1/10	5		Detection
G05F   1/10 301 A	2	0	5H410	G05F   1/10	489	Űθ	Voltage detection
G05F   1/10 301 B	2	0	5H410	G05F   1/10	409	ήθС㡤ľήήƻ֡	Current detection, e.g. direct current monitor
G05F   1/10 301 C	2	0	5H410	G05F   1/10	24	ԡݥ󥹡񹳤θ	Detection of impedance and resistance
G05F   1/10 301 D	2	0	5H410	G05F   1/10	54	̳ѡͤθ	Detection of phase (angle)
G05F   1/10 301 E	2	1	5H410	G05F   1/10	78	Ʊ	Synchronous signals
G05F   1/10 301 F	2	0	5H410	G05F   1/10	76	ɽ	Display
G05F   1/10 301 G	2	0	5H410	G05F   1/10	66	ŸǻҤŰޡݥǣҡ	Test and inspection (voltage margin test of power source elements R GOIR)
G05F   1/10 301 Z	2	0	5H410	G05F   1/10	31	¾Τ	Others
G05F   1/10 302 \	2	2	5H410	G05F   1/10	2	եݥɥХĥ	Feefback system
G05F   1/10 302 A	2	0	5H410	G05F   1/10	117	ӡ̿	Comparison (signal)
G05F   1/10 302 B	2	0	5H410	G05F   1/10	123		Reference value (setting value)
G05F   1/10 302 C	2	0	5H410	G05F   1/10	100	Ĵ	Gain adjustment
G05F   1/10 302 D	2	0	5H410	G05F   1/10	168	եݥɥХĥã	Transmission of feedback signals
G05F   1/10 302 Z	2	0	5H410	G05F   1/10	252	¾Τ	Others
G05F   1/10 303 \	2	2	5H410	G05F   1/10	5	ư	Start and stop
G05F   1/10 303 A	2	0	5H410	G05F   1/10	248	ư	Start
G05F   1/10 303 B	2	1	5H410	G05F   1/10	280	եȥݥ	Soft start
G05F   1/10 303 C	2	0	5H410	G05F   1/10	64		Stop
G05F   1/10 303 Z	2	0	5H410	G05F   1/10	90	¾Τ	Others
G05F   1/10 304 \	2	2	5H410	G05F   1/10	5	ݸ	Protection
G05F   1/10 304 A	2	0	5H410	G05F   1/10	232	۾︡	Error detection
G05F   1/10 304 B	2	1	5H410	G05F   1/10	167	ƻ	Monitor
G05F   1/10 304 C	2	1	5H410	G05F   1/10	302	ɽ	Display and alarm
G05F   1/10 304 D	2	0	5H410	G05F   1/10	295	ݸ	Protection
G05F   1/10 304 E	2	0	5H410	G05F   1/10	143	۾Űθ	Detection of abnormal voltage
G05F   1/10 304 F	2	0	5H410	G05F   1/10	160	Ű˴ؤݸ	Voltage protection
G05F   1/10 304 G	2	1	5H410	G05F   1/10	388	ŰݥŰ	Overvoltage and surge voltage
G05F   1/10 304 H	2	1	5H410	G05F   1/10	159	­Ű	Undervoltage
G05F   1/10 304 J	2	0	5H410	G05F   1/10	73	۾ήθ	Detection of abnormal current
G05F   1/10 304 K	2	1	5H410	G05F   1/10	6	оήθ	Detection of asymmetric current
G05F   1/10 304 L	2	0	5H410	G05F   1/10	116	ή˴ؤݸ	Current protection
G05F   1/10 304 M	2	1	5H410	G05F   1/10	1009	ήή	Overcurrent and inrush current
G05F   1/10 304 N	2	1	5H410	G05F   1/10	24	žήԤ˴ؤ	Related to commutation failure
G05F   1/10 304 P	2	0	5H410	G05F   1/10	35	ȿư	Compensation for frequency variations
G05F   1/10 304 Q	2	0	5H410	G05F   1/10	221	Ǯ˴ؤݸ	Temperature compensation, heat protection and cooling
G05F   1/10 304 Z	2	0	5H410	G05F   1/10	10	¾Τ	Others
G05F   1/12  \	2	2	5H420	G05F   1/12	236	ǽ֤ˤºݤĴ̤ήǤΡʣǣƣͥˡΣ	wherein the variable is actually regulated by the final control device is ac (G05F 1/625 takes precedence) [4]
G05F   1/13  \	3	3	5H420	G05F   1/13	218	ǽ֤ȤŴѤΡΣ	using ferroresonant transformers as final control devices [4]
G05F   1/14  \	3	3	5H420	G05F   1/14	42	ǽ֤ȤƥåѰޤϥåڴѤΡΣ	using tap transformers or tap changing inductors as final control devices [4]
G05F   1/14  A	3	0	5H420	G05F   1/14	106	ưѰѤ	Using sliding transformers
G05F   1/14  B	3	0	5H420	G05F   1/14	95	ͶƳŰĴѤ	Using induction voltage regulators
G05F   1/14  Z	3	0	5H420	G05F   1/14	707	¾Τ	Others
G05F   1/147  \	4	4	5H420	G05F   1/147	14	ưưåץåͭΡΣ	with motor driven tap switch [4]
G05F   1/153  \	5	5	5H420	G05F   1/153	3	ŴɤޤȾƳ֤ˤä椵ΡΣ	controlled by discharge tubes or semiconductor devices [4]
G05F   1/16  \	4	4	5H420	G05F   1/16	6	ŻҴɤޤȾƳ֤Ȥ߹蘆줿	combined with discharge tubes or semiconductor devices
G05F   1/20  \	5	5	5H420	G05F   1/20	16	ȾƳ֤Τ	semiconductor devices only
G05F   1/20  A	5	0	5H420	G05F   1/20	43	ʬŰ	Partial voltage control
G05F   1/20  B	5	0	5H420	G05F   1/20	29	ꥢȥľ	Serial and parallel control of reactors
G05F   1/20  Z	5	0	5H420	G05F   1/20	192	¾Τ	Others
G05F   1/22  \	4	4	5H420	G05F   1/22	6	˰٤ǽʼ֤Ȥ߹蘆줿	combined with separate magnetic control devices having a controllable degree of saturation
G05F   1/24  \	3	3	5H420	G05F   1/24	14	ǽ֤Ȥƹ߰ޤϾѰѤ	using bucking or boosting transformers as final control devices
G05F   1/24  A	3	0	5H420	G05F   1/24	356	ľȥ󥹤ˤ	by means of serial transformers
G05F   1/24  Z	3	0	5H420	G05F   1/24	100	¾Τ	Others
G05F   1/247  \	4	4	5H420	G05F   1/247	5	ϩˤưͭΡΣ	with motor in control circuit [4]
G05F   1/253  \	4	4	5H420	G05F   1/253	7	Ÿ٤Ȥδ֤ľʣδޤѰʣǣƣͥˡΣ	the transformers including plural windings in series between source and load (G05F 1/247 takes precedence) [4]
G05F   1/26  \	4	4	5H420	G05F   1/26	4	ŻҴɤޤȾƳ֤Ȥ߹蘆줿	combined with discharge tubes or semiconductor devices
G05F   1/30  \	5	5	5H420	G05F   1/30	7	ȾƳ֤Τ	semiconductor devices only
G05F   1/32  \	3	3	5H420	G05F   1/32	589	ǽ֤Ȥ˰٤ǽʼ֤Ĥ	using magnetic devices having a controllable degree of saturation as final control devices
G05F   1/325  \	4	4	5H420	G05F   1/325	2	ꥳ¤ͭΡ㡥åסåȡʵ׼СΣ	with specific core structure, e.g. gap, aperture, slot, permanent magnet [4]
G05F   1/33  \	4	4	5H420	G05F   1/33	1	ή̲᤹ʣδͭΡΣ	with plural windings through which current to be controlled is conducted [4]
G05F   1/335  \	5	5	5H420	G05F   1/335	1	ۤʤ륳ˤΡΣ	on different cores [4]
G05F   1/34  \	4	4	5H420	G05F   1/34	0	ŻҴɤޤȾƳ֤Ȥ߹蘆줿	combined with discharge tubes or semiconductor devices
G05F   1/38  \	5	5	5H420	G05F   1/38	8	ȾƳ֤Τ	semiconductor devices only
G05F   1/40  \	3	3	5H420	G05F   1/40	4	ǽ֤ȤŻҴɤޤȾƳ֤Ѥ	using discharge tubes or semiconductor devices as final control devices
G05F   1/42  \	4	4	5H420	G05F   1/42	197	ŻҴɤΤ	discharge tubes only
G05F   1/44  \	4	4	5H420	G05F   1/44	9	ȾƳ֤Τ	semiconductor devices only
G05F   1/44  A	4	0	5H420	G05F   1/44	22		Control of positive-to-negative ratio
G05F   1/44  B	4	1	5H420	G05F   1/44	44	оβҥƥꥷν	Symmetrical positive/negative arrangement, and elimination of hysteresis
G05F   1/44  C	4	2	5H420	G05F   1/44	77	мɻ	Prevention of field distortion
G05F   1/44  Z	4	0	5H420	G05F   1/44	29	¾Τ	Others
G05F   1/445  \	5	5	5H430	G05F   1/445	155	٤ľ˥ȥ󥸥ΤΡΣ	being transistors in series with the load [3]
G05F   1/45  \	5	5	5H420	G05F   1/45	18	٤ľήΤΡΣ	being controlled rectifiers in series with the load [3]
G05F   1/45  A	5	0	5H420	G05F   1/45	318	å󥪥	Alternating current on/off control
G05F   1/45  B	5	1	5H420	G05F   1/45	274		Cycle control
G05F   1/45  C	5	1	5H420	G05F   1/45	116	åĥ	Alternating current chopper
G05F   1/45  D	5	2	5H420	G05F   1/45	10	ʬŰž	wherein partial voltage is superimposed
G05F   1/45  E	5	0	5H420	G05F   1/45	43	¿ή	Multi-phase alternating current
G05F   1/45  F	5	0	5H420	G05F   1/45	78	󥪥Ȱʻ	Combined use of on/off control and phase control
G05F   1/45  Z	5	0	5H420	G05F   1/45	25	¾Τ	Others
G05F   1/455  \	6	6	5H420	G05F   1/455	38	ĤΡΣ	with phase control [3]
G05F   1/455  A	6	0	5H420	G05F   1/455	292	³ꥹˤ	by means of anti-parallel connected thyristers
G05F   1/455  B	6	0	5H420	G05F   1/455	46	֥ĥ³ϩˤ	by means of bridge-connected circuits
G05F   1/455  C	6	0	5H420	G05F   1/455	55	üǻҤˤ	by means of two-terminal elements
G05F   1/455  D	6	0	5H420	G05F   1/455	137	¿ή	Multi-phase alternating current
G05F   1/455  Z	6	0	5H420	G05F   1/455	794	¾Τ	Others
G05F   1/46  \	2	2	5H420	G05F   1/46	771	ǽ֤ˤºݤĴ̤ľήǤΡʣǣƣͥˡΣ	wherein the variable actually regulated by the final control device is dc (G05F 1/625 takes precedence) [4]
G05F   1/52  \	3	3	5H420	G05F   1/52	2	ǽ֤Ȥ٤ľŴɤѤ	using discharge tubes in series with the load as final control devices
G05F   1/54  \	4	4	5H420	G05F   1/54	2	ĴŸˤäղŪ椵	additionally controlled by the unregulated supply
G05F   1/56  \	3	3	5H420	G05F   1/56	119	ǽ֤Ȥ٤ľȾƳ֤Ѥ	using semiconductor devices in series with the load as final control devices
G05F   1/56 310 \	4	4	5H430	G05F   1/56	19	٤ľ˥ȥ󥸥Τ	with transistors arranged in series with loads
G05F   1/56 310 G	4	0	5H430	G05F   1/56	283	ľ淿경ϩ	Series-controlled stabilizer circuits
G05F   1/56 310 M	4	1	5H430	G05F   1/56	171	ϲϩħΤ	Characterized by input circuits
G05F   1/56 310 A	4	1	5H430	G05F   1/56	681	ưߤ˴ؤ	Related to start and stop
G05F   1/56 310 B	4	2	5H430	G05F   1/56	241	ߥ󥰤ħͭ	Characterized by timing
G05F   1/56 310 J	4	2	5H430	G05F   1/56	217	ưϩ	Starting circuit
G05F   1/56 310 L	4	1	5H430	G05F   1/56	457	Բϩħͭ	Characterized by feedback circuits
G05F   1/56 310 C	4	2	5H430	G05F   1/56	726	ħͭ	Characterized by controller
G05F   1/56 310 D	4	2	5H430	G05F   1/56	669	ħͭ	Characterized by detectors
G05F   1/56 310 E	4	2	5H430	G05F   1/56	747	Űħͭ	Characterized by reference voltage units
G05F   1/56 310 F	4	2	5H430	G05F   1/56	489	ħͭΡ̥ѥ륹ŰӲϩȣˡ	Characterized by comparators (pulse voltage comparator circuit R H03K)
G05F   1/56 310 N	4	1	5H430	G05F   1/56	149	ϲϩħΤ	Characterized by output circuits
G05F   1/56 310 X	4	2	5H430	G05F   1/56	330	ʣνϤͭ	with multiple outputs
G05F   1/56 310 Y	4	3	5H430	G05F   1/56	142	νϤͭ	with positive/negative outputs
G05F   1/56 310 H	4	1	5H430	G05F   1/56	378	ĥץڸޤŰϰϤγ˴ؤ	Related to ripple alleviation or expansion of constant voltage range
G05F   1/56 310 U	4	1	5H430	G05F   1/56	315	경ϩ¿ʤǤ	wherein stabilizer circuits are designed in multiple stages
G05F   1/56 310 V	4	1	5H430	G05F   1/56	394	경ϩ³Ƥ	wherein stabilizer circuits are connected in parallel
G05F   1/56 310 W	4	1	5H430	G05F   1/56	173	ϤѤǤ	wherein outputs are variable
G05F   1/56 310 R	4	1	5H430	G05F   1/56	109	ɽ	Display
G05F   1/56 310 K	4	1	5H430	G05F   1/56	608	ڴϩͭ	with switching circuits
G05F   1/56 310 P	4	1	5H430	G05F   1/56	258	ƣţԤѤ	Using FET
G05F   1/56 310 Q	4	1	5H430	G05F   1/56	266	ɣò	Using IC configuration
G05F   1/56 310 S	4	0	5H430	G05F   1/56	491	ȥ󥸥ˤήĴ	Current adjustment by transistors
G05F   1/56 310 T	4	1	5H430	G05F   1/56	505	ľ淿ήϩ	Series-controlled constant voltage circuits
G05F   1/56 310 Z	4	0	5H430	G05F   1/56	1127	¾	Others
G05F   1/56 320 \	5	5	5H430	G05F   1/56	17	ݸưħΤ	Characterized by protective actions
G05F   1/56 320 C	5	0	5H430	G05F   1/56	922	Űޤήΰ۾ݸ˴ؤ	Related to protection when voltage or current is faulty
G05F   1/56 320 S	5	1	5H430	G05F   1/56	348	ûݸ	Protection against load short-circuiting
G05F   1/56 320 A	5	1	5H430	G05F   1/56	371	ϩǤ	wherein circuits are shut out
G05F   1/56 320 B	5	1	5H430	G05F   1/56	157	ħͭ	Characterized by output characteristics
G05F   1/56 320 E	5	2	5H430	G05F   1/56	260	ۡݥɥХĥݸ̥դλͭΡ	Holdback protection (with greater-than-symbol-shaped characteristics)
G05F   1/56 320 R	5	1	5H430	G05F   1/56	84	ưݸϩ	Automatic recovery protection circuits
G05F   1/56 320 F	5	1	5H430	G05F   1/56	85	ϻݸ	Protection against input
G05F   1/56 320 G	5	1	5H430	G05F   1/56	106	ն³ݸ	Protection against reversed polarity and connection
G05F   1/56 320 H	5	0	5H430	G05F   1/56	159	Ǯݸ	Protection against overheating
G05F   1/56 320 U	5	0	5H430	G05F   1/56	219		Compensation for temperature
G05F   1/56 320 T	5	1	5H430	G05F   1/56	174	ľ淿경ϩβ	Compensation for temperature in series-controlled stabilizer circuits
G05F   1/56 320 Z	5	0	5H430	G05F   1/56	30	¾Τ	Others
G05F   1/56 330 \	4	4	5H420	G05F   1/56	1	٤ľήΤ	with control rectifiers in series with loads
G05F   1/56 330 A	4	0	5H420	G05F   1/56	469	ģå󥪥	Direct current on/off control
G05F   1/56 330 B	4	1	5H420	G05F   1/56	43	Ⱦ	Half-wave control
G05F   1/56 330 C	4	1	5H420	G05F   1/56	489	ģåĥ	Direct control chopper
G05F   1/56 330 D	4	2	5H420	G05F   1/56	8	ʬŰž	wherein partial voltage is superimposed
G05F   1/56 330 E	4	0	5H420	G05F   1/56	422	ģð	Direct current phase control
G05F   1/56 330 F	4	1	5H420	G05F   1/56	65	³³ϩ	Continuously connected circuits
G05F   1/56 330 G	4	1	5H420	G05F   1/56	115	֥ĥήϩ	Bridge rectifier circuits
G05F   1/56 330 H	4	0	5H420	G05F   1/56	7	󥪥Ȱʻ	Combined use of on/off control and phase control
G05F   1/56 330 Z	4	0	5H420	G05F   1/56	23	¾Τ	Others
G05F   1/563  \	4	4	5H420	G05F   1/563	71	ʤĴޤΤǡʤΤʤȤ⣱ʤϽϥ٥˱Ρ㡥ƤĴΣ	including two stages of regulation, at least one of which is output level responsive, e.g. coarse and fine regulation [4]
G05F   1/565  \	4	4	5H420	G05F   1/565	32	ϡ㡥ήŰΨк˱ʤ˲äơ֤ޤ٤ξ֤θΤԤΡʣǣƣͥˡΣ	sensing a condition of the system or its load in addition to means responsive to deviations in the output of the system, e.g. current, voltage, power factor (G05F 1/563 takes precedence) [4]
G05F   1/567  \	5	5	5H420	G05F   1/567	17	ΤΤΡΣ	for temperature compensation [4]
G05F   1/569  \	5	5	5H420	G05F   1/569	21	ݸΤΤΡΣ	for protection [4]
G05F   1/571  \	6	6	5H420	G05F   1/571	4	ŰдĤΡΣ	with overvoltage detector [4]
G05F   1/573  \	6	6	5H420	G05F   1/573	21	ήдĤΡΣ	with overcurrent detector [4]
G05F   1/575  \	4	4	5H420	G05F   1/575	18	եɥХåϩˤäħŤ줿ΡΣ	characterised by the feedback circuit [4]
G05F   1/577  \	4	4	5H420	G05F   1/577	11	ʣ٤ΤΤΡΣ	for plural loads [4]
G05F   1/585  \	5	5	5H420	G05F   1/585	219	ȿжŰͿΡΣ	providing voltages of opposite polarities [4]
G05F   1/59  \	4	4	5H420	G05F   1/59	11	ñ٤Τκǽ֤ȤʣȾƳ֤ޤΡΣ	including plural semiconductor devices as final control devices for a single load [4]
G05F   1/595  \	5	5	5H420	G05F   1/595	1	ȾƳ֤ľ˷礵줿ΡΣ	semiconductor devices connected in series [4]
G05F   1/607  \	3	3	5H420	G05F   1/607	1	ǽ֤Ȥ٤ŴɤѤΡΣ	using discharge tubes in parallel with the load as final control devices [3]
G05F   1/61  \	4	4	5H420	G05F   1/61	1	ʤĴޤΤǡʤΤʤȤ⣱ʤϽϥ٥˱ΡΣ	including two stages of regulation, at least one of which is output level responsive [4]
G05F   1/613  \	3	3	5H420	G05F   1/613	62	ǽ֤Ȥ٤ȾƳ֤ѤΡΣ	using semiconductor devices in parallel with the load as final control devices [3]
G05F   1/613 310 \	4	4	5H430	G05F   1/613	294	٤˥ȥ󥸥Τ	with transistors in parallel to loads
G05F   1/613 320 \	4	4	5H420	G05F   1/613	21	٤ήΤ	with control rectifiers in  parallel with loads
G05F   1/614  \	4	4	5H420	G05F   1/614	1	ʤĴޤΤǡʤΤʤȤ⣱ʤϽϥ٥˱ΡΣ	including two stages of regulation, at least one of which is output level responsive [4]
G05F   1/618  \	3	3	5H420	G05F   1/618	9	ǽ֤Ȥ٤ľ󤪤ȾƳ֤ѤΡΣ	using semiconductor devices in series and in parallel with the load as final control devices [4]
G05F   1/618 310 \	4	4	5H430	G05F   1/618	183	٤ľ󤪤˥ȥ󥸥Τ	with transistors in series and parallel to loads
G05F   1/618 320 \	4	4	5H420	G05F   1/618	7	٤ľ󤪤ήΤ	with control rectifiers in series and parallel to loads
G05F   1/62  \	3	3	5H420	G05F   1/62	9	߰ޤϾľήŸѤ	using bucking or boosting dc sources
G05F   1/625  \	2	2	5H420	G05F   1/625	0	ºݤĴ̤ήޤľή̵طʤΡΣ	wherein it is irrelevant whether the variable actually regulated is ac or dc [4]
G05F   1/63  \	3	3	5H420	G05F   1/63	8	ǽ֤Ȥ٤ľβѥԡ󥹤ѤΡΣ	using variable impedances in series with the load as final control devices [4]
G05F   1/635  \	4	4	5H420	G05F   1/635	3	ۡǻҡ񹳤ޤϥߥȤΡΣ	being Hall effect devices, magnetoresistors or thermistors [4]
G05F   1/644  \	4	4	5H420	G05F   1/644	0	ϴ񹳴ѤΡΣ	being pressure-sensitive resistors [4]
G05F   1/648  \	4	4	5H420	G05F   1/648	3	ǽʣ񹳴ѤΡΣ	being plural resistors among which a selection is made [4]
G05F   1/652  \	3	3	5H420	G05F   1/652	10	ǽ֤Ȥ٤βѥԡ󥹤ѤΡΣ	using variable impedances in parallel with the load as final control devices [4]
G05F   1/656  \	3	3	5H420	G05F   1/656	1	ǽ֤Ȥ٤ľ󤪤βѥԡ󥹤ѤΡΣ	using variable impedances in series and in parallel with the load as final control devices [4]
G05F   1/66  \	1	1	5H420	G05F   1/66	12	ϤĴ	Regulating electric power
G05F   1/66  A	1	0	5H420	G05F   1/66	217	ǥޥ	Demand control
G05F   1/66  B	1	0	5H420	G05F   1/66	204	եĥ	Flicker control
G05F   1/66  Z	1	0	5H420	G05F   1/66	297	¾Τ	Others
G05F   1/67  \	2	2	5H420	G05F   1/67	65	ȯŵ顤㡥Ӥ顤ϤѤΡΣ	to the maximum power available from a generator, e.g. from solar cell [4]
G05F   1/67  A	2	0	5H420	G05F   1/67	2136	ӤΤΡӤӤξȤ΢ȣʡ	from solar batteries (using both solar batteries and storage batteries R H02J)
G05F   1/67  B	2	0	5H420	G05F   1/67	177	ǳӤΤΡ㡥ǳѴ֡	from fuel batteries, e.g. power converter for fuel cells
G05F   1/67  Z	2	0	5H420	G05F   1/67	126	¾Τ	Others
G05F   1/70  \	1	1	5H420	G05F   1/70	56	ΨĴ̵ήޤ̵ϤĴΣ	Regulating power factor; Regulating reactive current or power [3]
G05F   1/70  A	1	0	5H420	G05F   1/70	122	Ψ̵Ϥθ	Detection of power factors and reactive power
G05F   1/70  B	1	0	5H420	G05F   1/70	102	֡ݣ	V-Q control
G05F   1/70  C	1	0	5H420	G05F   1/70	49	žĴ굡	Rotary condensers
G05F   1/70  D	1	1	5H420	G05F   1/70	110	Ʊ	Synchronous condensers
G05F   1/70  E	1	0	5H420	G05F   1/70	57	Ż߷Ĵ굡	Static condensers
G05F   1/70  F	1	1	5H420	G05F   1/70	271	ǥ󥵤ˤ	by means of capacitors
G05F   1/70  G	1	2	5H420	G05F   1/70	81	ľ󥳥ǥ󥵤ˤ	by means of series capacitors
G05F   1/70  H	1	2	5H420	G05F   1/70	332	󥳥ǥ󥵤ˤ	by means of parallel capacitors
G05F   1/70  J	1	1	5H420	G05F   1/70	432	ꥢȥˤ	by means of reactors
G05F   1/70  K	1	1	5H420	G05F   1/70	319	ǥ󥵤ȥꥢȥȹ礻ˤ	by a combination of capacitors and rectors
G05F   1/70  L	1	1	5H420	G05F   1/70	610	Ѵˤ	by means of converters
G05F   1/70  M	1	2	5H420	G05F   1/70	74	Сݥˤ	by means of cycle-converters
G05F   1/70  N	1	2	5H420	G05F   1/70	132	̵ֻ	Instantaneous reactive power control
G05F   1/70  P	1	2	5H420	G05F   1/70	34	ľήŤˤ	for d.c. power transmission
G05F   1/70  Q	1	0	5H420	G05F   1/70	32	žŻ߷ȹ礻ˤ	by a combination of static and rotary devices
G05F   1/70  R	1	0	5H420	G05F   1/70	46	۾︡	Error detection
G05F   1/70  S	1	0	5H420	G05F   1/70	120	ݸ	Protection
G05F   1/70  Z	1	0	5H420	G05F   1/70	400	¾ΤΡ̲ϩ֤Ψȣʡ	Others (improvement circuit network power factor R H02J)
G05F   3/00  \	0	0	5H420	G05F   3/00	29	ĴͭĤǻҡޤʣǻҤȹ礻ǤäƼĴͭΤˤäơŵṲ̄Ĵȿѷ	Non-retroactive systems for regulating electric variables by using an uncontrolled element, or an uncontrolled combination of elements, such element or such combination having self-regulating properties
G05F   3/02  \	1	1	5H420	G05F   3/02	16	ήޤŰĴ	Regulating voltage or current
G05F   3/02  A	1	0	5H420	G05F   3/02	31		Sensitive to light
G05F   3/02  B	1	0	5H420	G05F   3/02	85	Ǯ	Sensitive to temperature and heat
G05F   3/02  C	1	0	5H420	G05F   3/02	13		Sensitive to magnetism
G05F   3/02  D	1	0	5H420	G05F   3/02	10		Sensitive to pressure
G05F   3/02  Z	1	0	5H420	G05F   3/02	19	¾Τ	Others
G05F   3/04  \	2	2	5H420	G05F   3/04	35	ήΤ	wherein the variable is ac
G05F   3/06  \	3	3	5H420	G05F   3/06	110	˰¤˰¤Υ֤Ȥ߹碌ƻѤΡ㡥ϩȤ߹蘆Ƥ	using combinations of saturated and unsaturated inductive devices, e g. combined with resonant circuit
G05F   3/08  \	2	2	5H420	G05F   3/08	68	ľήΤ	wherein the variable is dc
G05F   3/10  \	3	3	5H420	G05F   3/10	33	ͭǻҤѤΡΣ	using uncontrolled devices with non-linear characteristics [4]
G05F   3/12  \	4	4	5H420	G05F   3/12	33	ŴɤΤ	being glow discharge tubes
G05F   3/16  \	4	4	5H420	G05F   3/16	314	ȾƳ֤ǤΡΣ	being semiconductor devices [3]
G05F   3/18  \	5	5	5H420	G05F   3/18	391	ĥʥɤѤΡΣ	using Zener diodes [3]
G05F   3/20  \	5	5	5H420	G05F   3/20	109	ɥȥ󥸥ȹ礻ѤΡʣǣƣͥˡΣ	using diode-transistor combinations (G05F 3/18 takes precedence) [3]
G05F   3/22  \	6	6	5H420	G05F   3/22	47	ȥ󥸥ϥХݡ鷿ΤߤǤΡʣǣƣǣƣͥˡΣ	wherein the transistors are of the bipolar type only (G05F 3/26, G05F 3/30 take precedence) [4]
G05F   3/22  A	6	0	5H420	G05F   3/22	151	ή	Current limiting
G05F   3/22  Z	6	0	5H420	G05F   3/22	211	¾Τ	Others
G05F   3/24  \	6	6	5H420	G05F   3/24	84	ȥ󥸥ų̷ΤߤǤΡʣǣƣǣƣͥˡΣ	wherein the transistors are of the field-effect type only (G05F 3/26, G05F 3/30 take precedence) [4]
G05F   3/24  A	6	0	5H420	G05F   3/24	445	ήĴ	Current adjustment
G05F   3/24  B	6	0	5H420	G05F   3/24	552	Ÿ֤ʬ	Voltage division between power sources
G05F   3/24  Z	6	0	5H420	G05F   3/24	977	¾Τ	Others
G05F   3/26  \	6	6	5H420	G05F   3/26	1583	ȥߥ顼Σ	Current mirrors [4]
G05F   3/28  \	7	7	5H420	G05F   3/28	17	ήȤ߹蘆줿ΡΣ	combined with a non-linear current amplifier [4]
G05F   3/30  \	6	6	5H420	G05F   3/30	987	ۤʤή̩٤ƯĤΥХݡȥ󥸥Υ١ߥåŰ֤κѤĴʣǣƣͥˡΣ	Regulators using the difference between the base-emitter voltages of two bipolar transistors operating at different current densities (G05F 3/26 takes precedence) [4]
G05F   5/00  \	0	0	5H420	G05F   5/00	29	ϤŵˤкФԤʤĴϤ褦˷֤椹ŵṲ̄Ĵ	Systems for regulating electric variables by detecting deviations in the electric input to the system and thereby controlling a device within the system to obtain a regulated output
G05F   5/00  A	0	0	5H420	G05F   5/00	64	եݥɥХĥȤʻ	Combined use with feedback
G05F   5/00  B	0	1	5H420	G05F   5/00	67	ŸŰŰľӤ	wherein power voltage and load voltage are compared directly
G05F   5/00  Z	0	0	5H420	G05F   5/00	461	¾Τ	Others
G05F   5/02  \	1	1	5H420	G05F   5/02	9	ŻҴɤޤϣüҰʾȾƳǻҤѤ淿åΣ	Phase controlled switching using electronic tubes or three or more terminal semiconductive devices [4]
G05F   5/04  \	1	1	5H420	G05F   5/04	4	ǽ֤ȤѰޤϥѤΡΣ	using a transformer or inductor as the final control device [4]
G05F   5/06  \	2	2	5H420	G05F   5/06	1	˰¤ǤΡΣ	saturable [4]
G05F   5/08  \	1	1	5H420	G05F   5/08	0	ưǽ֤ѤΡΣ	using a linearly acting final control device [4]
G05F   7/00  \	0	0	5H420	G05F   7/00	90	Ṳ̄ĴΣ	Regulating magnetic variables
