F15B   1/00  \	0	0	3H086	F15B   1/00	20	졼֤ޤϷϡޤӱ	Installations or systems with accumulators; Supply reservoir or sump assemblies
F15B   1/00  A	0	0	3H086	F15B   1/00	290	˥åȲħͭ	characterised by unitization
F15B   1/00  B	0	0	3H086	F15B   1/00	168	Ĥ	with pressure tanks
F15B   1/00  D	0	0	3H086	F15B   1/00	123	ɻߤħͭ	Characterized by noise abatement
F15B   1/00  E	0	0	3H086	F15B   1/00	94	ήΤǤ	Pressure fluids being compressible
F15B   1/00  F	0	0	3H086	F15B   1/00	65	ѵͭ	with the cooling mechanism
F15B   1/00  Z	0	0	3H086	F15B   1/00	189	¾Τ	Others
F15B   1/02  \	1	1	3H086	F15B   1/02	18	졼֤ޤϷϡΣ	Installations or systems with accumulators  [2006.01]
F15B   1/02  A	1	0	3H086	F15B   1/02	86	졼ΰϤϰݤĤ	Keeping pressures in accumulators within a designated range
F15B   1/02  B	1	1	3H086	F15B   1/02	68	ϤͰʾˤʤȥݥפߤ	Stopping pumps when pressures exceed a designated value
F15B   1/02  C	1	1	3H086	F15B   1/02	82	ϤͰʾˤʤȥɤ	Unloading when pressures exceed a designated value
F15B   1/02  Z	1	0	3H086	F15B   1/02	237	¾Τ	Others
F15B   1/027  \	2	2	3H086	F15B   1/027	55	졼Ŷ֤ĤΡΣ	having accumulator charging devices  [2006.01]
F15B   1/033  \	3	3	3H086	F15B   1/033	95	ŵŪʤĤΡΣ	with electrical control means [6]
F15B   1/04  \	2	2	3H086	F15B   1/04	400	졼Σ	Accumulators  [2006.01]
F15B   1/08  \	3	3	3H086	F15B   1/08	155	åѤΡŶ֡ΤλؼޤϥեȡΣ	using a gas cushion; Gas charging devices; Indicators or floats therefor [6]
F15B   1/10  \	4	4	3H086	F15B   1/10	258	ʬΥʤĤΡΣ	with flexible separating means [6]
F15B   1/12  \	5	5	3H086	F15B   1/12	839	μϤ˼դΡʥ塼֤ηνʬΥʣƣ£ˡΣ	attached at their periphery (flexible separating means in the form of a tube F15B?1/16)  [2006.01]
F15B   1/14  \	6	6	3H086	F15B   1/14	209	ľٻˤΡΣ	by means of a rigid annular supporting member [6]
F15B   1/16  \	5	5	3H086	F15B   1/16	36	塼֤ηΤΡΣ	in the form of a tube [6]
F15B   1/18  \	5	5	3H086	F15B   1/18	174	Ϥ߽Фɻ߼ʡΣ	Anti-extrusion means [6]
F15B   1/20  \	6	6	3H086	F15B   1/20	182	ʬΥʤ˸ꤷΡΣ	fixed to the separating means [6]
F15B   1/22  \	4	4	3H086	F15B   1/22	506	ν¤Σ	Liquid port constructions [6]
F15B   1/24  \	4	4	3H086	F15B   1/24	455	ʬΥʡ㡥ԥȥ󡤤ĤΡΣ	with rigid separating means, e.g. pistons [6]
F15B   1/26  \	1	1	3H086	F15B   1/26	1529	ޤӱ֡Σ	Supply reservoir or sump assemblies [6]
F15B   3/00  \	0	0	3H086	F15B   3/00	25	ޤήΰž㡥ѴήηϤ¾ήηϤήδ֤ܿʤ˰Ϥ	Intensifiers or fluid-pressure converters, e.g. pressure exchangers; Conveying pressure from one fluid system to another, without contact between the fluids
F15B   3/00  C	0	0	3H086	F15B   3/00	43	Ѵ	Pneumatic-hydraulic converters
F15B   3/00  D	0	1	3H086	F15B   3/00	131	Ѵ	Pressure intensifying pneumatic-hydraulic converters
F15B   3/00  E	0	0	3H086	F15B   3/00	55		Pneumatic intensifiers
F15B   3/00  F	0	0	3H086	F15B   3/00	172	Ϣ³ư֤ĤΡӤΤ	with continuous drive units and their intensifiers
F15B   3/00  Z	0	0	3H086	F15B   3/00	186	¾Τ	Others
F15B   5/00  \	0	0	3H086	F15B   5/00	8	ʪ̤Ѳ㡥ΰ֤ѲˤäɽΡήΰѲޤϤεդѴѴʣήΰѲޤ¾̤ѲδؿȤήΰѲΡʣƣ£ͥˡΣ	Transducers converting variations of physical quantities, e.g. expressed by variations in positions of members, into fluid-pressure variations or vice versa; Varying fluid pressure as a function of variations of a plurality of fluid pressures or variations of other quantities (F15B?9/00 takes precedence)  [2006.01]
F15B   5/00  A	0	0	3H086	F15B   5/00	64	ΰ֤ѲˤĤήΰѲ	Changing fluid pressures in accordance with positions of members
F15B   5/00  B	0	1	3H086	F15B   5/00	157	ΥեĥѤˤ	by nozzle flappers
F15B   5/00  C	0	2	3H086	F15B   5/00	185	ΥեĥѤŵŪưħͭ	Characterized by electric drives of nozzle flappers
F15B   5/00  D	0	2	3H086	F15B   5/00	86	եݥɥХåʤħͭ	Characterised by the means to provide feedback
F15B   5/00  E	0	3	3H086	F15B   5/00	157	ϡʿ	Force balance type
F15B   5/00  F	0	3	3H086	F15B   5/00	74	Ѱʿ	Motion balance type
F15B   5/00  G	0	0	3H086	F15B   5/00	124	ήΰѲδؿȤήΰѲ	Changing fluid pressures as functions of changed fluid pressures
F15B   5/00  H	0	1	3H086	F15B   5/00	171		Relay valves
F15B   5/00  Z	0	0	3H086	F15B   5/00	98	¾Τ	Others
F15B   7/00  \	0	0	3H086	F15B   7/00	6	ưѷݥפνϤ˰Ū˴طήΰ奨ϡƥ⡼	Fluid-pressure actuator systems in which the movement produced is definitely related to the output of a volumetric pump; Telemotors
F15B   7/00  A	0	0	3H086	F15B   7/00	53	˥٥ݥեबѤƤ	Using bellows and diaphrams in input/output sections
F15B   7/00  B	0	0	3H086	F15B   7/00	17	˲žưͽबѤƤ	Using rotary (oscillating) output members in output sections
F15B   7/00  Z	0	0	3H086	F15B   7/00	160	¾Τ	Others
F15B   7/02  \	1	1	3H086	F15B   7/02	50	Ϣ³Ū˺ư֤ӽ֤ķ	Systems with continuously-operating input and output apparatus
F15B   7/04  \	1	1	3H086	F15B   7/04	0	ݥפιȥ⡼ι椬⡼٤ȤȤѲΡΣ	in which the ratio between pump stroke and motor stroke varies with the resistance against the motor  [2006.01]
F15B   7/06  \	1	1	3H086	F15B   7/06	4	ʣƣ£ͥ	Details (F15B 15/00 takes precedence)
F15B   7/08  \	2	2	3H086	F15B   7/08	80	ϥ˥åȡ˥å	Input units; Master units
F15B   7/10  \	2	2	3H086	F15B   7/10	0	Ϥˤή̤ʣƣ£ͥˡΣ	Compensation of the liquid content in a system (F15B?7/08 takes precedence)  [2006.01]
F15B   7/10  A	2	0	3H086	F15B   7/10	54	ϳߤ	with the leakage oil compensatory mechanism
F15B   7/10  B	2	0	3H086	F15B   7/10	28	ߤ	with the temperature compensatory mechanism
F15B   7/10  Z	2	0	3H086	F15B   7/10	13	¾Τ	Others
F15B   9/00  \	0	0	3H001	F15B   9/00	11	ɽư򤹤륵ܥ⡼ʤưΰ֤ΰ֤˽	Servomotors with follow-up action, i.e. in which the position of the actuated member conforms with that of the controlling member
F15B   9/02  \	1	1	3H001	F15B   9/02	6	ưޤưΥܥ⡼Ĥ	with servomotors of the reciprocatable or oscillatable type
F15B   9/03  \	2	2	3H001	F15B   9/03	31	ŵŪʤĤ	with electrical control means
F15B   9/04  \	2	2	3H001	F15B   9/04	87	ѷݥפνϤѤ뤳Ȥˤä椵	controlled by varying the output of a pump with variable capacity
F15B   9/06  \	2	2	3H001	F15B   9/06	50	ήʮήѤ椵	controlled by means using a fluid jet
F15B   9/07  \	3	3	3H001	F15B   9/07	193	ŵŪʤĤ	with electrical control means
F15B   9/08  \	2	2	3H001	F15B   9/08	686	ܥ⡼ήζ̤ޤήή̤˱ƶͿۤˤä椵Ρʣƣ£ͥ	controlled by valves affecting the fluid feed or the fluid outlet of the servomotor (F15B 9/06 takes precedence)
F15B   9/08  A	2	0	3H001	F15B   9/08	231	ľեݥɥХå	Direct feedback type
F15B   9/08  B	2	1	3H001	F15B   9/08	51	ưݥܥݥ	Oscillating servo motors
F15B   9/08  C	2	0	3H001	F15B   9/08	63	ϥեݥɥХå	Force feedback type
F15B   9/08  D	2	1	3H001	F15B   9/08	46	ݥ	Positioners
F15B   9/08  E	2	1	3H001	F15B   9/08	51	ήΰեݥɥХåʤѤ	by means of the fluid pressure feedback
F15B   9/08  F	2	0	3H001	F15B   9/08	374	֥եݥɥХå	Position feedback type
F15B   9/08  G	2	1	3H001	F15B   9/08	69	ήŪեݥɥХåʤѤ	by means of the fluid feedback
F15B   9/08  Z	2	0	3H001	F15B   9/08	9	¾Τ	Others
F15B   9/09  \	3	3	3H001	F15B   9/09	657	ŵŪʤĤ	with electrical control means
F15B   9/09  A	3	0	3H001	F15B   9/09	31	ľեݥɥХå	Direct feedback type
F15B   9/09  B	3	1	3H001	F15B   9/09	42	ѥ륹	Pulse cylinders
F15B   9/09  C	3	0	3H001	F15B   9/09	51	ϥեݥɥХå	Force feedback type
F15B   9/09  D	3	0	3H001	F15B   9/09	99	֥եݥɥХå	Position feedback type
F15B   9/09  E	3	1	3H001	F15B   9/09	74	ѥ륹	Pulse cylinders
F15B   9/09  F	3	1	3H001	F15B   9/09	614	ŵŪեݥɥХåʤѤ	by means of the electric feedback
F15B   9/09  G	3	2	3H001	F15B   9/09	110	ѥ륹Ĵ	Pulse width modulation type
F15B   9/09  H	3	2	3H001	F15B   9/09	420	ϩͭ	with compensatory circuits
F15B   9/09  J	3	2	3H001	F15B   9/09	14	ǥղä	Adding dither signals
F15B   9/09  Z	3	0	3H001	F15B   9/09	17	¾Τ	Others
F15B   9/10  \	3	3	3H001	F15B   9/10	6	Ǥȥܥ⡼줾̤椷ϰۤʤäήϩޤƱϩ椹	in which the controlling element and the servomotor each controls a separate member, these members influencing different fluid passages or the same passage
F15B   9/12  \	3	3	3H001	F15B   9/12	2	Ǥȥܥ⡼ήϩ˱ƶͿƱ椷ưư֤ˤꤽϢ뤵	in which both the controlling element and the servomotor control the same member influencing a fluid passage and are connected to that member by means of a differential gearing
F15B   9/14  \	1	1	3H001	F15B   9/14	263	žܥ⡼Ĥ	with rotary servomotors
F15B   9/14  A	1	0	3H001	F15B   9/14	109	ľեݥɥХå	Direct feedback type
F15B   9/14  B	1	0	3H001	F15B   9/14	13	ϥեݥɥХå	Force feedback type
F15B   9/14  C	1	0	3H001	F15B   9/14	167	֥եݥɥХå	Position feedback type
F15B   9/14  Z	1	0	3H001	F15B   9/14	7	¾Τ	Others
F15B   9/16  \	1	1	3H001	F15B   9/16	41	¼売ĤޤϤʾߺѤ򤹤륵ܥ⡼ķ	Systems essentially having two or more interacting servomotors
F15B   9/17  \	2	2	3H001	F15B   9/17	66	ŵŪʤĤ	with electrical control means
F15B  11/00  \	0	0	3H089	F15B  11/00	50	ɽư򤷤ʤܥ⡼ϡʣƣ£ͥ	system of air-liquid pressure combination [6]
F15B  11/00  A	0	0	3H089	F15B  11/00	123	ʥͲϩ	Energy saving circuits
F15B  11/00  E	0	1	3H089	F15B  11/00	356	ݥ׶ưʤ椹ϩ	Circuits controlling pump drive means
F15B  11/00  F	0	2	3H089	F15B  11/00	463	ݥפǽ̷Ǥ	Pumps of the variable discharge volume type
F15B  11/00  G	0	2	3H089	F15B  11/00	100	ݥפߤħĤ	Characterized by the way that pumps are stopped
F15B  11/00  H	0	1	3H089	F15B  11/00	426	ɲϩ	Unload circuits
F15B  11/00  B	0	1	3H089	F15B  11/00	486	ǽ̷ݥפѤΡʣƣ£Ƥͥ	Using variable discharge volume pumps (F15B11/00F takes precedence)
F15B  11/00  L	0	2	3H089	F15B  11/00	344	ή̤Ǥ	Capacity being kept constantly
F15B  11/00  M	0	3	3H089	F15B  11/00	825	ʣΥ奨ŬѤħĤ	Characterised by the way to be applied to multiple actuators
F15B  11/00  N	0	3	3H089	F15B  11/00	174	ʣΥݥס㡥ѥåȥݥסħĤ	Characterised by having multiple pumps, e.g.  pilot pumps
F15B  11/00  P	0	2	3H089	F15B  11/00	240	ڴۤϢưƥݥפ椹	Controlling pumps interlocking with directional control valves
F15B  11/00  Q	0	3	3H089	F15B  11/00	387	ڴۤ󥿡ХѥǤ	Directional control valves being the center bypass type
F15B  11/00  C	0	0	3H089	F15B  11/00	372	˾ײϩ	Buffer circuits
F15B  11/00  R	0	1	3H089	F15B  11/00	279	֥졼ۤѤ	Using brake valves
F15B  11/00  S	0	2	3H089	F15B  11/00	368	󥿥ХۤĤ	with counter balance valves
F15B  11/00  T	0	1	3H089	F15B  11/00	199	ư߻˴˾פԤΡʣƣ£ҡƣ£Ӥͥ	Buffering at the time of starting and stopping (F15B11/00R and F15B11/00S take precedence)
F15B  11/00  U	0	1	3H089	F15B  11/00	186	ư˴˾פԤΡʣƣ£ҡƣ£Ԥͥ	Buffering at the time of starting (F15B11/00R to F15B11/00T take precedence)
F15B  11/00  V	0	1	3H089	F15B  11/00	480	߻˴˾פԤΡʣƣ£ҡƣ£Ԥͥ	Buffering at the time of stopping  (F15B11/00R to F15B11/00T take precedence)
F15B  11/00  W	0	1	3H089	F15B  11/00	219	ڴ˴˾פԤ	Buffering at the time of controlling directions
F15B  11/00  X	0	1	3H089	F15B  11/00	58	ǥץåԤ	Decompressing
F15B  11/00  Y	0	1	3H089	F15B  11/00	83	ñưŬѤħĤ	Characterized by being applied to single-acting cylinders
F15B  11/00  D	0	0	3H089	F15B  11/00	1644	ήΰϩΥ˥åȲʣƣ£ƣ£áƣ£šƣ£٤ͥ	Unitization of fluid pressure circuits (F15B11/00A to F15B11/00C and F15B11/00E to F15B11/00Y take precedence)
F15B  11/00  Z	0	0	3H089	F15B  11/00	194	¾Τ	Others
F15B  11/02  \	1	1	3H089	F15B  11/02	24	κưϤޤ®٤椹뤿ͭǤ¼ķ	Systems essentially incorporating special features for controlling the actuating force or speed of an output member
F15B  11/02  A	1	0	3H089	F15B  11/02	68	äѤݥפˤ	Mainly by pumps
F15B  11/02  B	1	1	3H089	F15B  11/02	434	ʣΥݥפˤ	by multiple pumps
F15B  11/02  M	1	2	3H089	F15B  11/02	651	ڴۤ𤷤ƥݥǽήΤή	Pump discharge fluids being merged by way of directional control valves
F15B  11/02  N	1	2	3H089	F15B  11/02	39	ݥƱΤľ³	Serial connection of pumps
F15B  11/02  C	1	1	3H089	F15B  11/02	798	ǽ̷ݥפˤΡʣƣ£¡ƣ£͡ƣ£Τͥ	by variable discharge volume pumps (F15B11/02B, F15B11/02M and F15B11/02N take precedence)
F15B  11/02  D	1	0	3H089	F15B  11/02	129	äѤ⡼ˤ	Mainly by motors
F15B  11/02  E	1	1	3H089	F15B  11/02	429	ǽ̷⡼ˤ	by variable discharge volume motors
F15B  11/02  F	1	0	3H089	F15B  11/02	603	äѤݥפȥ奨δ֤ήΰϩˤ	Mainly by fluid pressure circuits between pumps and actuators
F15B  11/02  J	1	1	3H089	F15B  11/02	249	ϩ	Balance circuits
F15B  11/02  R	1	2	3H089	F15B  11/02	75	֥륫󥿥ХۤĲϩ	Circuits with double counter balance valves
F15B  11/02  V	1	1	3H089	F15B  11/02	333	߰ϩ	Accumulating circuits
F15B  11/02  W	1	1	3H089	F15B  11/02	346	ӥơɻ߲ϩ	Circuits for preventing cavitation
F15B  11/02  Z	1	0	3H089	F15B  11/02	210	¾Τ	Others
F15B  11/024  \	2	2	3H089	F15B  11/024	1	ܥ⡼饤ðۤ³ˤΡ㡥ϩΣ	by means of differential connection of the servomotor lines, e.g. regenerative circuits [6]
F15B  11/024  A	2	0	3H089	F15B  11/024	249	ưϩ	Differential circuits
F15B  11/024  B	2	1	3H089	F15B  11/024	166	ư֤Ǥϩ	Circuits which can cancel differential conditions
F15B  11/024  C	2	2	3H089	F15B  11/024	201	ư֤ưŪ˲ϩ	Circuits which can automatically cancel differential conditions
F15B  11/024  Z	2	0	3H089	F15B  11/024	23	¾Τ	Others
F15B  11/028  \	2	2	3H089	F15B  11/028	2	ưϤ椹뤿ΤΡʣƣ£ͥˡΣ	for controlling the actuating force(F15B11/024 takes precedence) [6]
F15B  11/028  A	2	0	3H089	F15B  11/028	591	Ĵϩ	Pressure regulating circuits
F15B  11/028  B	2	1	3H089	F15B  11/028	165	Ѥ륢奨˱ưϤѹϩ	Circuits for changing pressures in accordance with actuators to be used
F15B  11/028  C	2	1	3H089	F15B  11/028	150	Ϥʤ餫Ѳϩ	Circuits for changing pressures smoothly
F15B  11/028  D	2	0	3H089	F15B  11/028	173	ϩ	Decompression circuits
F15B  11/028  E	2	0	3H089	F15B  11/028	290	ϩ	Pressure intensifying circuits
F15B  11/028  F	2	1	3H089	F15B  11/028	215	ι¤ޤȹ礻ħĲϩ	circuit characterized by structure or combination of cylinder
F15B  11/028  G	2	0	3H089	F15B  11/028	615	Ϥ򸡽ФեɥХåϩ	Circuits for detecting pressure and giving feedback
F15B  11/028  H	2	0	3H089	F15B  11/028	57	ϤǥŪ椹ϩ	Circuits for controlling pressure digitally
F15B  11/028  Z	2	0	3H089	F15B  11/028	18	¾Τ	Others
F15B  11/032  \	3	3	3H089	F15B  11/032	4	ήΰžˤΡΣ	by means of fluid-pressure converters  [2006.01]
F15B  11/036  \	3	3	3H089	F15B  11/036	20	ʣκưĥܥ⡼ˤΡΣ	by means of servomotors having a plurality of working chambers  [2006.01]
F15B  11/04  \	2	2	3H089	F15B  11/04	77	®ŪȤΡʣƣ£ͥˡΣ	for controlling the speed (F15B11/024 takes precedence) [6]
F15B  11/04  A	2	0	3H089	F15B  11/04	235	®٤򸡽ФեɥХå	Detecting speed and giving feedback
F15B  11/04  B	2	0	3H089	F15B  11/04	213	äѤݥפˤ®٤椹	Controlling speed mainly using pumps
F15B  11/04  C	2	0	3H089	F15B  11/04	82	ѥ륹ĴѤƥ󥪥ۤ椹	Controlling On/Off valves using pulse width modulation
F15B  11/04  D	2	0	3H089	F15B  11/04	67	ǥŪή̤椹	Controlling flow rate digitally
F15B  11/04  E	2	0	3H089	F15B  11/04	202	ä˲®ϸ®ŪȤ	Especially for the purpose of acceleration and deceleration
F15B  11/04  F	2	1	3H089	F15B  11/04	105	ǥ졼ۤѤƸ®	Deceleration by using deceleration valves
F15B  11/04  G	2	0	3H089	F15B  11/04	231	奨κưڴϢư®٤椹	Controlling the speed interlocking with switchover of actuators in the operational direction
F15B  11/04  H	2	0	3H089	F15B  11/04	134	®ɻߤ	Preventing excessive speed
F15B  11/04  J	2	0	3H089	F15B  11/04	305	ñư®٤椹	Controlling the speed of single acting cylinders
F15B  11/04  Z	2	0	3H089	F15B  11/04	547	¾Τ	Others
F15B  11/042  \	3	3	3H089	F15B  11/042	283	饤ĴʤˤΡʣƣ£ƣ£ͥˡΣ	by regulating means in feed line(F15B11/046, F15B11/05 take precedence) [6]
F15B  11/044  \	3	3	3H089	F15B  11/044	320	饤ĴʤˤΡʣƣ£ƣ£ͥˡΣ	by regulating means in return line(F15B11/046, F15B11/05 take precedence) [6]
F15B  11/046  \	3	3	3H089	F15B  11/046	19	ưΰ֤˰¸ΡΣ	depending on the position of the working member [6]
F15B  11/048  \	4	4	3H089	F15B  11/048	18	®ĤΡΣ	with deceleration control [6]
F15B  11/05  \	3	3	3H089	F15B  11/05	49	ä®ݻŪȤΡ㡥Ρٱư	specially adapted to maintain constant speed, e.g. pressure-compensated, load-responsive
F15B  11/05  A	3	0	3H089	F15B  11/05	677	ݥפڴۤδ֤ήϩ˰ۤߤ	Placing the pressure compensation valve in the passage between the pump and the directional control valve
F15B  11/05  B	3	1	3H089	F15B  11/05	200	ۤˤݥפ򥢥ɤǤ	Pumps unloadable by using the pressure compensation valve
F15B  11/05  Z	3	0	3H089	F15B  11/05	625	¾Τ	Others
F15B  11/06  \	1	1	3H089	F15B  11/06	32	޼㡥Ѥ뤿ͭǤĤ	involving features specific to the use of a compressible medium, e.g. air, steam
F15B  11/06  A	1	0	3H089	F15B  11/06	176	ưήΤȤư̶ΤߤѤϩ	Circuits using only compressed air as a working fluid
F15B  11/06  B	1	1	3H089	F15B  11/06	71	ϡ®٤椹ϩ	Circuits for controlling the force, pressure or speed
F15B  11/06  C	1	2	3H089	F15B  11/06	193	äѤϡϤ椹ϩʣƣ£Ǥͥ	Circuits for controlling mainly the force and pressure (F15B11/06G takes precedence)
F15B  11/06  D	1	2	3H089	F15B  11/06	172	äѤ®٤椹ϩʣƣ£Ǥͥ	Circuits for controlling mainly the speed (F15B11/06G takes precedence)
F15B  11/06  E	1	3	3H089	F15B  11/06	62	ʤ餫ʵưԤϩ	Circuits for smooth starting
F15B  11/06  F	1	3	3H089	F15B  11/06	110	ʤ餫ߤԤϩ	Circuits for smooth stopping
F15B  11/06  G	1	2	3H089	F15B  11/06	51	®ӵذɻ߲ϩ	Circuits for quick exhaust or for preventing back pressure
F15B  11/06  H	1	1	3H089	F15B  11/06	121	ַ߰ݻϩ	Circuits for positioning or keeping the stop position
F15B  11/06  J	1	1	3H089	F15B  11/06	54	İӽϩ	Circuits for removing the residual pressure
F15B  11/06  L	1	1	3H089	F15B  11/06	102	òꡤӱաϽФԤϩ	Circuits for performing noise reduction, lubrication, drainage, dehumidification or dedusting
F15B  11/06  M	1	1	3H089	F15B  11/06	82	ʤϩ	Circuits with safety means
F15B  11/06  R	1	0	3H089	F15B  11/06	43	鰵Ѥϩ	Circuits using the negative pressure
F15B  11/06  Z	1	0	3H089	F15B  11/06	48	¾Τ	Others
F15B  11/064  \	2	2	3H089	F15B  11/064	25	޼󤹤뤿֤ĤΡΣ	with devices for saving the compressible medium [6]
F15B  11/068  \	2	2	3H089	F15B  11/068	60	Ϥ˽˰ϤäƤۤĤΡΣ	with valves for gradually putting pneumatic systems under pressure [6]
F15B  11/072  \	2	2	3H089	F15B  11/072	206	ݱհηϡΣ	Combined pneumatic-hydraulic systems [6]
F15B  11/076  \	3	3	3H089	F15B  11/076	74	ˤư뤤ӽФεǽȡհˤ®٤⤷ߤεǽȤΡΣ	with pneumatic drive or displacement and speed control or stopping by hydraulic braking [6]
F15B  11/08  \	1	1	3H089	F15B  11/08	127	ĤΥܥ⡼Ĥ	with only one servomotor
F15B  11/08  A	1	0	3H089	F15B  11/08	1851	ۥѥå	Valve pilot operations
F15B  11/08  B	1	0	3H089	F15B  11/08	1048	å󥰥֥졼	Locking brakes
F15B  11/08  C	1	0	3H089	F15B  11/08	600		Volume control
F15B  11/08  Z	1	0	3H089	F15B  11/08	1410	¾Τ	Others
F15B  11/10  \	2	2	3H089	F15B  11/10	69	ܥ⡼ΰ֤ϤδؿǤ	in which the servomotor position is a function of the pressure
F15B  11/12  \	2	2	3H089	F15B  11/12	266	Τְ֤ΤΡʳŪư򤹤	providing distinct intermediate positions; with step-by-step action
F15B  11/13  \	3	3	3H089	F15B  11/13	18	餫᤿ѤμѤΡΣ	using chambers of predetermined volume [6]
F15B  11/15  \	2	2	3H089	F15B  11/15	775	ưΤüĤ	with special provision for automatic return
F15B  11/16  \	1	1	3H089	F15B  11/16	170	İʾΥܥ⡼Ĥ	with two or more servomotors
F15B  11/16  B	1	0	3H089	F15B  11/16	542	ʬήϩ	Flow dividing circuits
F15B  11/16  Z	1	0	3H089	F15B  11/16	2263	¾Τ	Others
F15B  11/17  \	2	2	3H089	F15B  11/17	2160	İʾΥݥפѤΡΣ	using two or more pumps [6]
F15B  11/18  \	2	2	3H089	F15B  11/18	98	ñʳŪư뤿˷礷Ѥ	used in combination for obtaining stepwise operation of a single controlled member
F15B  11/20  \	2	2	3H089	F15B  11/20	16	ߺѤޤϽ缡ưĤ椹ΡΣ	controlling several interacting or sequentially-operating members  [2006.01]
F15B  11/20  A	2	0	3H089	F15B  11/20	40		Sequence control
F15B  11/20  B	2	1	3H089	F15B  11/20	46	ϸ	Pressure detection
F15B  11/20  C	2	2	3H089	F15B  11/20	49	ۤˤ	by sequence valves
F15B  11/20  D	2	2	3H089	F15B  11/20	20	ϥåˤ	by pressure switches
F15B  11/20  E	2	1	3H089	F15B  11/20	57	ָ	Position detection
F15B  11/20  F	2	2	3H089	F15B  11/20	72	ϸХˤ	by cam operations or detection cylinders
F15B  11/20  G	2	1	3H089	F15B  11/20	8	ή̸	Flow rate detection
F15B  11/20  H	2	1	3H089	F15B  11/20	39	ꡤ㡥ץ	Time setting, e.g. program control
F15B  11/20  Z	2	0	3H089	F15B  11/20	81	¾Τ	Others
F15B  11/22  \	2	2	3H089	F15B  11/22	20	İʾΥܥ⡼ưƱ	Synchronisation of the movement of two or more servomotors
F15B  11/22  A	2	0	3H089	F15B  11/22	11	ץ	Open volume control
F15B  11/22  B	2	1	3H089	F15B  11/22	6		Volume method
F15B  11/22  C	2	2	3H089	F15B  11/22	29		Parallel type
F15B  11/22  D	2	3	3H089	F15B  11/22	82	Ѥ	Using auxiliary cylinders
F15B  11/22  E	2	3	3H089	F15B  11/22	56	⡼Ѥ	Using oil motors
F15B  11/22  F	2	2	3H089	F15B  11/22	116	ľ	Serial type
F15B  11/22  G	2	1	3H089	F15B  11/22	14	ή	Discharge method
F15B  11/22  H	2	2	3H089	F15B  11/22	43	ʬή	Flow separating/integrating type
F15B  11/22  J	2	2	3H089	F15B  11/22	56		Parallel type
F15B  11/22  K	2	1	3H089	F15B  11/22	34		Machine connection method
F15B  11/22  L	2	0	3H089	F15B  11/22	26	եɥХåƱ	Feedback synchronous control
F15B  11/22  M	2	1	3H089	F15B  11/22	26	ݥ	Pump control method
F15B  11/22  N	2	1	3H089	F15B  11/22	23		Valve control method
F15B  11/22  P	2	2	3H089	F15B  11/22	43		Servo valve parallel type
F15B  11/22  Q	2	2	3H089	F15B  11/22	22	ɽ	Servo valve following type
F15B  11/22  R	2	2	3H089	F15B  11/22	51	ƱĴ	Servo valve tuning type
F15B  11/22  Z	2	0	3H089	F15B  11/22	34	¾Τ	Others
F15B  13/00  \	0	0	3H080	F15B  13/00	37	ܥ⡼Ϥκʣƣ£ͥ	Details of servomotor systems (F15B 15/00 takes precedence)
F15B  13/01  \	1	1	3H080	F15B  13/01	107	åۤޤ¾Υǥƥ֡Σ	Locking-valves or other detent devices  [2006.01]
F15B  13/02  \	1	1	3H002	F15B  13/02	56	ܥ⡼ŬѤ뤳ȤħȤήΤʬۤޤ϶֡Σ	Fluid distribution or supply devices characterised by their adaptation to the control of servomotors  [2006.01]
F15B  13/02 301 \	2	2	3H002	F15B  13/02	36	İʾΥݥפȤȤѤ	used with 2 or more pump
F15B  13/04  \	2	2	3H002	F15B  13/04	140	ñΥܥ⡼ȤȤѤ	for use with a single servomotor
F15B  13/042  \	3	3	3H002	F15B  13/042	371	ήΰˤư	operated by fluid pressure
F15B  13/043  \	4	4	3H002	F15B  13/043	539	ŵŪ椵ѥåۤĤ	with electrically-controlled pilot valves
F15B  13/043  A	4	0	3H002	F15B  13/043	27		Servo valves
F15B  13/043  B	4	1	3H002	F15B  13/043	49	ʤħΤ	Characterized by amplifying stage
F15B  13/043  C	4	2	3H002	F15B  13/043	14	ʮʹɤħΤ	Characterized by delivery pipes
F15B  13/043  D	4	2	3H002	F15B  13/043	76	Υ롦եåѤħΤ	Characterized by nozzle flappers
F15B  13/043  E	4	1	3H002	F15B  13/043	59	ή極	Flow rate control servo valves
F15B  13/043  F	4	2	3H002	F15B  13/043	112	ϥեɥХå	Force feedback method
F15B  13/043  G	4	2	3H002	F15B  13/043	137	֥եɥХå	Position feedback method
F15B  13/043  H	4	2	3H002	F15B  13/043	87	ɽ	Following method
F15B  13/043  J	4	2	3H002	F15B  13/043	217	Хʿ	Screw balance method
F15B  13/043  K	4	2	3H002	F15B  13/043	41	ʿ	Oil pressure balance method
F15B  13/043  L	4	2	3H002	F15B  13/043	23	ή̥եɥХå	Load flow rate feed back method
F15B  13/043  M	4	2	3H002	F15B  13/043	37	ٰϥեɥХå	Load pressure feedback method
F15B  13/043  N	4	1	3H002	F15B  13/043	115	極	Pressure control servo valves
F15B  13/043  Z	4	0	3H002	F15B  13/043	50	¾Τ	Others
F15B  13/044  \	3	3	3H002	F15B  13/044	442	ŵŪ椵ʡ㡥Υɡȥ륯⡼ˤư	operated by electrically-controlled means, e.g. solenoids, torque-motors
F15B  13/044  A	3	0	3H002	F15B  13/044	32	ʮʹ	Delivery pipes
F15B  13/044  B	3	0	3H002	F15B  13/044	65	Υ롦եå	Nozzle flappers
F15B  13/044  C	3	0	3H002	F15B  13/044	550	ȥ륯⡼ľ뼰	Torque motor close coupled servo valves
F15B  13/044  Z	3	0	3H002	F15B  13/044	70	¾Τ	Others
F15B  13/06  \	2	2	3H002	F15B  13/06	272	İʾΥܥ⡼ȤȤѤ	for use with two or more servomotors
F15B  13/06  A	2	0	3H002	F15B  13/06	194	ͥ跿ʬή	Precedence type flow dividing valve
F15B  13/06  B	2	0	3H002	F15B  13/06	132	̷ʬήή	Equivalence type flow dividing and combining valves
F15B  13/06  Z	2	0	3H002	F15B  13/06	60	¾Τ	Others
F15B  13/07  \	3	3	3H002	F15B  13/07	24	νǺư	in distinct sequence
F15B  13/08  \	3	3	3H002	F15B  13/08	32	줾죱ĤΥܥ⡼Τߤ椹˥åȤν	Assemblies of units, each for the control of a single servomotor only
F15B  13/10  \	1	1	3H080	F15B  13/10	156	ήΤѤʤư֤뤿ᡤ㡥ѤΤᡤü	Special arrangements for operating the actuated device without using fluid pressure, e.g. for emergency use
F15B  13/12  \	1	1	3H080	F15B  13/12	5	Ϥδ٤̤ʼ	Special measures for increasing the sensitivity of the system
F15B  13/14  \	1	1	3H080	F15B  13/14	82	ư֤ľܱ򴶿ˤäԤ뤿̤ʼ	Special measures for giving the operator by sense of touch the immediate response of the actuated device
F15B  13/16  \	1	1	3H080	F15B  13/16	5	եɥХåΤüʼ	Special measures for feedback
F15B  15/00  \	0	0	3H081	F15B  15/00	43	򤢤֤¾ΰ֤ذܤήκư֡Ȥ߹碌ư֡Σ	Fluid-actuated devices for displacing a member from one position to another; Gearing associated therewith  [2006.01]
F15B  15/00  A	0	0	3H081	F15B  15/00	274	ʣήΰ楨ݥϢ뤷	Connecting multiple fluid pressure actuators
F15B  15/00  Z	0	0	3H081	F15B  15/00	86	¾Τ	Others
F15B  15/02  \	1	1	3H081	F15B  15/02	22	ήκưǤư򡤺Ǹ˺ưưѴ뤿μʤħΤ뵡Ū߷	Mechanical layout characterised by the means for converting the movement of the fluid-actuated element into movement of the finally-operated member
F15B  15/02  A	1	0	3H081	F15B  15/02	216	ȳȤϢħΤ	Characterized by sections connecting output members and outer members
F15B  15/02  Z	1	0	3H081	F15B  15/02	105	¾Τ	Others
F15B  15/04  \	2	2	3H081	F15B  15/04	82	ưĤ	with oscillating cylinder
F15B  15/06  \	2	2	3H081	F15B  15/06	26	ľưľưصŪѴ뤿Τ	for mechanically converting rectilinear movement into non-rectilinear movement
F15B  15/06  A	2	0	3H081	F15B  15/06	328	ĥԥ˥Ѥ	Using rack pinions
F15B  15/06  B	2	0	3H081	F15B  15/06	248	󥯡СݤѤ	Using link levers
F15B  15/06  C	2	0	3H081	F15B  15/06	239	Ѥ	Using cams
F15B  15/06  D	2	0	3H081	F15B  15/06	107	ݥѤ	using chains
F15B  15/06  E	2	0	3H081	F15B  15/06	312	ľưȲžưȤ߹礻	Combining linear motions with rotational motions
F15B  15/06  F	2	0	3H081	F15B  15/06	46	ƥĥסѥ륹	Steps and pulses
F15B  15/06  Z	2	0	3H081	F15B  15/06	82	¾Τ	Others
F15B  15/08  \	1	1	3H081	F15B  15/08	400	⡼˥åȤι¤ħΤΡΣ	characterised by the construction of the motor unit  [2006.01]
F15B  15/10  \	2	2	3H081	F15B  15/10	18	եΥ⡼Σ	the motor being of diaphragm type  [2006.01]
F15B  15/10  A	2	0	3H081	F15B  15/10	449	եबĤΤΡ̣áƤͥ	with one diaphram (C to F take precedence)
F15B  15/10  B	2	0	3H081	F15B  15/10	134	եबİʾΤΡ̣áƤͥ	with two or more diaphrams (C to F take precedence)
F15B  15/10  C	2	0	3H081	F15B  15/10	172	ưήΤεӸħ	Characterized by the supply and discharge orifices for working liquids
F15B  15/10  D	2	0	3H081	F15B  15/10	128	ĥɤδħ	Characterized by penetration sections of rods
F15B  15/10  E	2	0	3H081	F15B  15/10	132	ĥɤΥեؤμչ¤ħ	Characterized by structures of mounting rods to diaphrams
F15B  15/10  F	2	0	3H081	F15B  15/10	138	եΥݥؤμչ¤ħ	Characterized by structures of mounting diaphrams to cases
F15B  15/10  G	2	0	3H081	F15B  15/10	177	٥ݥѤ	Using bellows
F15B  15/10  H	2	0	3H081	F15B  15/10	688	ޤѤ	Using rubber gloves
F15B  15/10  Z	2	0	3H081	F15B  15/10	103	¾Τ	Others
F15B  15/12  \	2	2	3H081	F15B  15/12	25	ưޤϤʥ	of the oscillating-vane or curved-cylinder type
F15B  15/12  A	2	0	3H081	F15B  15/12	81	ʥ	Curved cylinder type
F15B  15/12  B	2	0	3H081	F15B  15/12	77	١ݥ	Vane type
F15B  15/12  C	2	1	3H081	F15B  15/12	43	ޥ١ݥ	Multi-vane type
F15B  15/12  D	2	1	3H081	F15B  15/12	51		Details
F15B  15/12  E	2	2	3H081	F15B  15/12	55	༫ΤħΤΡ㡥١ݥη	Characterized by members themselves, e.g. shapes of vanes
F15B  15/12  F	2	2	3H081	F15B  15/12	66	ݥϽħΤ	Characterized by seals or lubrication
F15B  15/12  G	2	3	3H081	F15B  15/12	78	١ݥȥϥ󥰤Ȥư	Sliding sections of vanes and housings
F15B  15/12  H	2	3	3H081	F15B  15/12	26	ưȥϥ󥰤Ȥư	Sliding sections of oscillating shafts and housings
F15B  15/12  J	2	2	3H081	F15B  15/12	59	Ȥ߹礻ħΤΡ㡥ȥĥѤȥϥ󥰤Ȥθ幽¤	Characterized by combination of members, e.g. structures fixing stoppers and housings
F15B  15/12  K	2	2	3H081	F15B  15/12	37	ήϩħΤ	Characterized by the supply and discharge passage
F15B  15/12  Z	2	0	3H081	F15B  15/12	75	¾Τ	Others
F15B  15/14  \	2	2	3H081	F15B  15/14	104	ľ	of the straight-cylinder type
F15B  15/14  A	2	0	3H081	F15B  15/14	382	¿ʥ	Multistage cylinder type
F15B  15/14  Z	2	0	3H081	F15B  15/14	517	¾Τ	Others
F15B  15/14 305 \	3	3	3H081	F15B  15/14	186	ҥĥɷ	Single rod type
F15B  15/14 310 \	4	4	3H081	F15B  15/14	140	ʣưԥȥ	Double-acting piston type
F15B  15/14 315 \	5	5	3H081	F15B  15/14	52	ʣư֥	Double-acting double type
F15B  15/14 320 \	3	3	3H081	F15B  15/14	102	ξĥɷ	Double rod type
F15B  15/14 325 \	3	3	3H081	F15B  15/14	96		Ram type
F15B  15/14 330 \	3	3	3H081	F15B  15/14	497	ĥɥ쥹	Rodless type
F15B  15/14 335 \	3	3	3H081	F15B  15/14	7	ʣƣ£ˤƤϣƣ£ͥ	Details (in F15B15/14 340 to 375, F15B15/14 380 takes precedence)
F15B  15/14 335 A	3	0	3H081	F15B  15/14	129	ȴʡ¤	Means and structures of breathing
F15B  15/14 335 B	3	0	3H081	F15B  15/14	298	ĥɤβžߤʡ¤	Means and structures of stopping rotations of rods
F15B  15/14 335 C	3	0	3H081	F15B  15/14	279	ĥɤɿмʡ㡥ĥɥСݤͭΡ	Means of protecting rods from dust, e.g. with rod covers
F15B  15/14 335 D	3	0	3H081	F15B  15/14	117	ݥɤΰ٤ι¤	Structures for unloading
F15B  15/14 335 Z	3	0	3H081	F15B  15/14	222	¾Τ	Others
F15B  15/14 340 \	4	4	3H081	F15B  15/14	14	켫ΤħΤ	Characterized by cylinders themselves
F15B  15/14 340 A	4	0	3H081	F15B  15/14	247	ȳȤθħΤ	Characterized by sections fixing cylinders and outer members
F15B  15/14 340 Z	4	0	3H081	F15B  15/14	528	¾Τ	Others
F15B  15/14 345 \	4	4	3H081	F15B  15/14	46	ԥȥ󤽤켫ΤħΤ	Characterized by pistons themselves
F15B  15/14 345 A	4	0	3H081	F15B  15/14	583	ԥȥΥưħΤ	Characterized by cylinder sliding sections of pistons
F15B  15/14 345 Z	4	0	3H081	F15B  15/14	504	¾Τ	Others
F15B  15/14 350 \	4	4	3H081	F15B  15/14	390	ĥɤ켫ΤħΤ	Characterized by rods themselves
F15B  15/14 355 \	4	4	3H081	F15B  15/14	19	ĥɥСݤ켫ΤħΤ	Characterized by rod covers themselves
F15B  15/14 355 A	4	0	3H081	F15B  15/14	519	ĥɥСݤΥĥɴħΤ	Characterized by rod penetration sections of rod covers
F15B  15/14 355 Z	4	0	3H081	F15B  15/14	137	¾Τ	Others
F15B  15/14 360 \	4	4	3H081	F15B  15/14	125	إĥɥСݤ켫ΤħΤ	Characterized by head covers themselves
F15B  15/14 365 \	4	4	3H081	F15B  15/14	173	Ȥ߹礻ħΤ	Characterized by combination of members
F15B  15/14 370 \	5	5	3H081	F15B  15/14	275	ĥɥСݤޤϥإĥɥСݤȥȤηħΤ	Characterized by sections bonding the rod cover or head cover and the cylinder
F15B  15/14 375 \	5	5	3H081	F15B  15/14	305	ĥɤȥԥȥηħΤ	Characterized by sections bonding the rod and the piston
F15B  15/14 380 \	4	4	3H081	F15B  15/14	16	ưήϩħΤ	Characterized by working fluid channels
F15B  15/14 380 A	4	0	3H081	F15B  15/14	219	ϥĥήϩƤ	Forming passages within cylinders or connecting roes
F15B  15/14 380 B	4	0	3H081	F15B  15/14	319	ĥήϩƤΡ̣ͥ	Forming passages within rods (A takes precedence)
F15B  15/14 380 C	4	0	3H081	F15B  15/14	243	ӥݡݥȤ켫ϵӥݡݥȤΤȤդ̣֡¤ͥ	Supply and discharge ports themselves or positions where they are attached  (A and B take precedence)
F15B  15/14 380 D	4	0	3H081	F15B  15/14	130	۴	Piping sections
F15B  15/14 380 Z	4	0	3H081	F15B  15/14	269	¾Τ	Others
F15B  15/16  \	3	3	3H081	F15B  15/16	555	줳	of the telescopic type
F15B  15/17  \	3	3	3H081	F15B  15/17	44	ưԥȥ	of differential-piston type
F15B  15/18  \	1	1	3H081	F15B  15/18	472	ݥפӥ⡼ޤ˥å	Combined units comprising both motor and pump
F15B  15/19  \	1	1	3H081	F15B  15/19	145	奨Σ	Pyrotechnical actuators
F15B  15/20  \	1	1	3H081	F15B  15/20	369	¾κ	Other details
F15B  15/22  \	2	2	3H081	F15B  15/22	68	β®ޤϸ®ŪȤ	for accelerating or decelerating the stroke
F15B  15/22  A	2	0	3H081	F15B  15/22	163	®򤹤	Controlling the speed
F15B  15/22  B	2	1	3H081	F15B  15/22	85	ϥɥĥݷ	Hydro checker type
F15B  15/22  C	2	1	3H081	F15B  15/22	109	®	Means of reducing speeds
F15B  15/22  D	2	2	3H081	F15B  15/22	737	üˤ˾פŪȤ	for the purpose of buffering in stroke ends
F15B  15/22  E	2	3	3H081	F15B  15/22	185	ĥץ󥸥䤬Сݱ˷礷ĥФ	Forming cushion chambers when cushion plungers engage with the cover concave sections
F15B  15/22  F	2	4	3H081	F15B  15/22	201	ĥۡջߤϥݥ󥰤ħΤ	Characterized by cushion valves, check valves or sealing
F15B  15/22  G	2	4	3H081	F15B  15/22	134	ĥץ󥸥ħΤ	Characterized by cushion plungers
F15B  15/22  H	2	4	3H081	F15B  15/22	63	СݤħΤ	Characterized by covers
F15B  15/22  J	2	1	3H081	F15B  15/22	63	®ʡ㡥®ӵۤߤΡ	Means of acceleration, e.g. with quick exhaust valves
F15B  15/22  Z	2	0	3H081	F15B  15/22	99	¾Τ	Others
F15B  15/24  \	2	2	3H081	F15B  15/24	1172	¤	for restricting the stroke
F15B  15/26  \	2	2	3H081	F15B  15/26	976	å	Locking mechanisms
F15B  15/28  \	2	2	3H081	F15B  15/28	60	֡㡥üɽ뤿μʡΣ	Means for indicating the position, e.g. end of stroke [4]
F15B  15/28  A	2	0	3H081	F15B  15/28	63	֡㡥üθС	Set positions, e.g. detection of stroke ends
F15B  15/28  B	2	1	3H081	F15B  15/28	161	ܿ㡥ɥĥ	Contact type, e.g. dogs
F15B  15/28  C	2	1	3H081	F15B  15/28	419	ܿ㡥ĥ	Non-contact type, e.g. magnetic switches
F15B  15/28  D	2	0	3H081	F15B  15/28	76	̤θС®ٸФޤ	Detection of stroke amounts (including speed detection)
F15B  15/28  E	2	1	3H081	F15B  15/28	24	ܿ	Contact type
F15B  15/28  F	2	2	3H081	F15B  15/28	90	ž̤Ѵ	Converting to rotating amounts
F15B  15/28  G	2	2	3H081	F15B  15/28	56	ľ̤Ѵ	Converting to linear amounts
F15B  15/28  H	2	1	3H081	F15B  15/28	164	ܿ㡥ؼʡ	Non-contact type, e.g. optical means
F15B  15/28  J	2	2	3H081	F15B  15/28	311	ʡ㡥ѥ륹	Magnetic means, e.g. magnetic pulse
F15B  15/28  K	2	0	3H081	F15B  15/28	17		Details
F15B  15/28  L	2	1	3H081	F15B  15/28	459	ΤȤդ	Attachment of detecting members
F15B  15/28  Z	2	0	3H081	F15B  15/28	65	¾Τ	Others
F15B  17/00  \	0	0	3H080	F15B  17/00	7	ƥ⡼ȥܥ⡼ϤȤȤ߹碌	Combinations of telemotor and servomotor systems
F15B  17/02  \	1	1	3H080	F15B  17/02	3	ƥ⡼ܥ⡼ư	in which a telemotor operates the control member of a servomotor
F15B  18/00  \	0	0	3H080	F15B  18/00	11	Ωܥ⡼Ϥ	Parallel arrangements of independent servomotor systems
F15B  19/00  \	0	0	3H080	F15B  19/00	136	¾ʬवʤήΰ奨ηϤޤ֤λ	Testing fluid-pressure actuator systems or apparatus, so far as not provided for elsewhere
F15B  20/00  \	0	0	3H082	F15B  20/00	31	ήΥ奨Ѥΰ֡ήΥ奨Ϥˤ֤ŬѡήΥ奨Ѥ	Safety arrangements for fluid actuator systems; Applications of safety devices in fluid actuator systems; Emergency measures for fluid actuator systems
F15B  20/00  A	0	0	3H082	F15B  20/00	77	ݥݥפߡ̣Ƥͥ	Stopping of motors and hydraulic pumps (F takes precedence)
F15B  20/00  B	0	0	3H082	F15B  20/00	393	ϩạ̇̄Ƥͥ	Broken circuits  (F take precedence)
F15B  20/00  C	0	0	3H082	F15B  20/00	192	ϩụ̂Ƥͥ	Short circuits (F takes precedence)
F15B  20/00  D	0	0	3H082	F15B  20/00	373	۾︡	Detection of abnormal conditions
F15B  20/00  E	0	1	3H082	F15B  20/00	187	֤ͭ	with warning devices
F15B  20/00  F	0	2	3H082	F15B  20/00	123	ݥߡϩϲϩû	Motor stopping and broken circuits or short circuits
F15B  20/00  G	0	0	3H082	F15B  20/00	409	ͽϩ֡߰ϩϼưϩޤ	Setting of preparatory circuits (including accumulator circuits or manually operated circuits)
F15B  20/00  Z	0	0	3H082	F15B  20/00	408	¾	Others
F15B  21/00  \	0	0	3H082	F15B  21/00	105	ήΥ奨ϤΰŪħΥ֥饹¾ΤΥ롼פˤޤʤήΰϤޤϤκΣ	Common features of fluid actuator systems; Fluid-pressure actuator systems or details thereof, not covered by any other group of this subclass
F15B  21/02  \	1	1	3H082	F15B  21/02	151	֤ޤϻ֤ˤץ֤ĥܥ⡼ϡΤ֡Σ	Servomotor systems with program control derived from a store or timing device; Control devices therefor[2006.01]
F15B  21/04  \	1	1	3H082	F15B  21/04	196	ήΤ˴ϢѤüʼʡΣ	Special measures taken in connection with the properties of the fluid, e.g. for venting, compensating for changes of viscosity, cooling, filtering, preventing churning
F15B  21/041  \	2	2	3H082	F15B  21/041	882	ΤޤϱΤαʪνޤ¬ꡤ㡥Σ	Removal or measurement of solid or liquid contamination, e.g. filtering
F15B  21/042  \	2	2	3H082	F15B  21/042	61	ήβ٤Σ	Controlling the temperature of the fluid
F15B  21/0423  \	3	3	3H082	F15B  21/0423	449	ѡΣ	Cooling
F15B  21/0427  \	3	3	3H082	F15B  21/0427	310	ǮΣ	Heating
F15B  21/044  \	2	2	3H082	F15B  21/044	411	̤ϲ򥬥νޤ¬ꡤ㡥æ̵ޤ굤Σ	Removal or measurement of undissolved gas, e.g. de-aeration, venting or bleeding
F15B  21/045  \	2	2	3H082	F15B  21/045	1206	Ǵ٤ޤϲ٤ưΣ	Compensating for variations in viscosity or temperature
F15B  21/047  \	2	2	3H082	F15B  21/047	164	ȯˢϤޤϥӥơɻߡΣ	Preventing foaming, churning or cavitation
F15B  21/048  \	2	2	3H082	F15B  21/048	112	̶Τ֡㡥ɥ饤䡤ǥ󥵡ե륿֥ꥱޤϥ쥮졼ޤΡΣ	Arrangements for compressed air preparation, e.g. comprising air driers, air condensers, filters, lubricators or pressure regulators
F15B  21/06  \	1	1	3H082	F15B  21/06	302	üήΤλѡ㡥ζ°Τ褦ήΤѤ뤿ήΰϤüʱѤޤϤΤǤΣ	Use of special fluids, e.g. liquid metal; Special adaptations of fluid-pressure systems, or control of elements therefor, to the use of such fluids
F15B  21/08  \	1	1	3H082	F15B  21/08	86	ŵŪ˺ưʤޤॵܥ⡼ϡʣƣ£ͥˡΣ	Servomotor systems incorporating electrically- operated control means (F15B 21/02 takes precedence)
F15B  21/10  \	1	1	3H082	F15B  21/10	114	ٱѵޤΣ	Delay devices or arrangements (associated with fluid motors or actuators F15B 15/22)
F15B  21/12  \	1	1	3H082	F15B  21/12	204	ήȯޤϥѥ륹ȯΣ	Fluid oscillators or pulse generators (fluid oscillators predominantly used for computing or control purposes F15C 1/22, F15C 3/16)
F15B  21/14  \	1	1	3H089	F15B  21/14	7	ͥ륮ʡΣ	Energy-recuperation means (for vehicles B60T  1/10)
F15B  21/14  A	1	0	3H089	F15B  21/14	723	ưϲϩ	power recovery circuit
F15B  21/14  B	1	1	3H089	F15B  21/14	488	졼Ѥ	using accumulator
F15B  21/14  C	1	0	3H089	F15B  21/14	54	ӵͥ륮ϩ	exhaust energy recovery circuit
F15B  21/14  Z	1	0	3H089	F15B  21/14	9	¾Τ	others
