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  • F15B11/00
    		•  system of air-liquid pressure combination [6] HB CC 3H089
  • F15B11/00@A
    		•  Energy saving circuits HB CC 3H089
  • F15B11/00@E
    		•  .Circuits controlling pump drive means HB CC 3H089
  • F15B11/00@F
    		•  ..Pumps of the variable discharge volume type HB CC 3H089
  • F15B11/00@G
    		•  ..Characterized by the way that pumps are stopped HB CC 3H089
  • F15B11/00@H
    		•  .Unload circuits HB CC 3H089
  • F15B11/00@B
    		•  .Using variable discharge volume pumps (F15B11/00F takes precedence) HB CC 3H089
  • F15B11/00@L
    		•  ..Capacity being kept constantly HB CC 3H089
  • F15B11/00@M
    		•  ...Characterised by the way to be applied to multiple actuators HB CC 3H089
  • F15B11/00@N
    		•  ...Characterised by having multiple pumps, e.g. pilot pumps HB CC 3H089
  • F15B11/00@P
    		•  ..Controlling pumps interlocking with directional control valves HB CC 3H089
  • F15B11/00@Q
    		•  ...Directional control valves being the center bypass type HB CC 3H089
  • F15B11/00@C
    		•  Buffer circuits HB CC 3H089
  • F15B11/00@R
    		•  .Using brake valves HB CC 3H089
  • F15B11/00@S
    		•  ..with counter balance valves HB CC 3H089
  • F15B11/00@T
    		•  .Buffering at the time of starting and stopping (F15B11/00R and F15B11/00S take precedence) HB CC 3H089
  • F15B11/00@U
    		•  .Buffering at the time of starting (F15B11/00R to F15B11/00T take precedence) HB CC 3H089
  • F15B11/00@V
    		•  .Buffering at the time of stopping (F15B11/00R to F15B11/00T take precedence) HB CC 3H089
  • F15B11/00@W
    		•  .Buffering at the time of controlling directions HB CC 3H089
  • F15B11/00@X
    		•  .Decompressing HB CC 3H089
  • F15B11/00@Y
    		•  .Characterized by being applied to single-acting cylinders HB CC 3H089
  • F15B11/00@D
    		•  Unitization of fluid pressure circuits (F15B11/00A to F15B11/00C and F15B11/00E to F15B11/00Y take precedence) HB CC 3H089
  • F15B11/00@Z
    		•  Others HB CC 3H089
  • F15B11/02
    		•  .Systems essentially incorporating special features for controlling the actuating force or speed of an output member HB CC 3H089
  • F15B11/02@A
    		•  Mainly by pumps HB CC 3H089
  • F15B11/02@B
    		•  .by multiple pumps HB CC 3H089
  • F15B11/02@M
    		•  ..Pump discharge fluids being merged by way of directional control valves HB CC 3H089
  • F15B11/02@N
    		•  ..Serial connection of pumps HB CC 3H089
  • F15B11/02@C
    		•  .by variable discharge volume pumps (F15B11/02B, F15B11/02M and F15B11/02N take precedence) HB CC 3H089
  • F15B11/02@D
    		•  Mainly by motors HB CC 3H089
  • F15B11/02@E
    		•  .by variable discharge volume motors HB CC 3H089
  • F15B11/02@F
    		•  Mainly by fluid pressure circuits between pumps and actuators HB CC 3H089
  • F15B11/02@J
    		•  .Balance circuits HB CC 3H089
  • F15B11/02@R
    		•  ..Circuits with double counter balance valves HB CC 3H089
  • F15B11/02@V
    		•  .Accumulating circuits HB CC 3H089
  • F15B11/02@W
    		•  .Circuits for preventing cavitation HB CC 3H089
  • F15B11/02@Z
    		•  Others HB CC 3H089
  • F15B11/024
    		•  ..by means of differential connection of the servomotor lines, e.g. regenerative circuits [6] HB CC 3H089
  • F15B11/024@A
    		•  Differential circuits HB CC 3H089
  • F15B11/024@B
    		•  .Circuits which can cancel differential conditions HB CC 3H089
  • F15B11/024@C
    		•  ..Circuits which can automatically cancel differential conditions HB CC 3H089
  • F15B11/024@Z
    		•  Others HB CC 3H089
  • F15B11/028
    		•  ..for controlling the actuating force(F15B11/024 takes precedence) [6] HB CC 3H089
  • F15B11/028@A
    		•  Pressure regulating circuits HB CC 3H089
  • F15B11/028@B
    		•  .Circuits for changing pressures in accordance with actuators to be used HB CC 3H089
  • F15B11/028@C
    		•  .Circuits for changing pressures smoothly HB CC 3H089
  • F15B11/028@D
    		•  Decompression circuits HB CC 3H089
  • F15B11/028@E
    		•  Pressure intensifying circuits HB CC 3H089
  • F15B11/028@F
    		•  .circuit characterized by structure or combination of cylinder HB CC 3H089
  • F15B11/028@G
    		•  Circuits for detecting pressure and giving feedback HB CC 3H089
  • F15B11/028@H
    		•  Circuits for controlling pressure digitally HB CC 3H089
  • F15B11/028@Z
    		•  Others HB CC 3H089
  • F15B11/032
    		•  ...by means of fluid-pressure converters [2006.01] HB CC 3H089
  • F15B11/036
    		•  ...by means of servomotors having a plurality of working chambers [2006.01] HB CC 3H089
  • F15B11/04
    		•  ..for controlling the speed (F15B11/024 takes precedence) [6] HB CC 3H089
  • F15B11/04@A
    		•  Detecting speed and giving feedback HB CC 3H089
  • F15B11/04@B
    		•  Controlling speed mainly using pumps HB CC 3H089
  • F15B11/04@C
    		•  Controlling On/Off valves using pulse width modulation HB CC 3H089
  • F15B11/04@D
    		•  Controlling flow rate digitally HB CC 3H089
  • F15B11/04@E
    		•  Especially for the purpose of acceleration and deceleration HB CC 3H089
  • F15B11/04@F
    		•  .Deceleration by using deceleration valves HB CC 3H089
  • F15B11/04@G
    		•  Controlling the speed interlocking with switchover of actuators in the operational direction HB CC 3H089
  • F15B11/04@H
    		•  Preventing excessive speed HB CC 3H089
  • F15B11/04@J
    		•  Controlling the speed of single acting cylinders HB CC 3H089
  • F15B11/04@Z
    		•  Others HB CC 3H089
  • F15B11/042
    		•  ...by regulating means in feed line(F15B11/046, F15B11/05 take precedence) [6] HB CC 3H089
  • F15B11/044
    		•  ...by regulating means in return line(F15B11/046, F15B11/05 take precedence) [6] HB CC 3H089
  • F15B11/046
    		•  ...depending on the position of the working member [6] HB CC 3H089
  • F15B11/048
    		•  ....with deceleration control [6] HB CC 3H089
  • F15B11/05
    		•  ...specially adapted to maintain constant speed, e.g. pressure-compensated, load-responsive HB CC 3H089
  • F15B11/05@A
    		•  Placing the pressure compensation valve in the passage between the pump and the directional control valve HB CC 3H089
  • F15B11/05@B
    		•  .Pumps unloadable by using the pressure compensation valve HB CC 3H089
  • F15B11/05@Z
    		•  Others HB CC 3H089
  • F15B11/06
    		•  .involving features specific to the use of a compressible medium, e.g. air, steam HB CC 3H089
  • F15B11/06@A
    		•  Circuits using only compressed air as a working fluid HB CC 3H089
  • F15B11/06@B
    		•  .Circuits for controlling the force, pressure or speed HB CC 3H089
  • F15B11/06@C
    		•  ..Circuits for controlling mainly the force and pressure (F15B11/06G takes precedence) HB CC 3H089
  • F15B11/06@D
    		•  ..Circuits for controlling mainly the speed (F15B11/06G takes precedence) HB CC 3H089
  • F15B11/06@E
    		•  ...Circuits for smooth starting HB CC 3H089
  • F15B11/06@F
    		•  ...Circuits for smooth stopping HB CC 3H089
  • F15B11/06@G
    		•  ..Circuits for quick exhaust or for preventing back pressure HB CC 3H089
  • F15B11/06@H
    		•  .Circuits for positioning or keeping the stop position HB CC 3H089
  • F15B11/06@J
    		•  .Circuits for removing the residual pressure HB CC 3H089
  • F15B11/06@L
    		•  .Circuits for performing noise reduction, lubrication, drainage, dehumidification or dedusting HB CC 3H089
  • F15B11/06@M
    		•  .Circuits with safety means HB CC 3H089
  • F15B11/06@R
    		•  Circuits using the negative pressure HB CC 3H089
  • F15B11/06@Z
    		•  Others HB CC 3H089
  • F15B11/064
    		•  ..with devices for saving the compressible medium [6] HB CC 3H089
  • F15B11/068
    		•  ..with valves for gradually putting pneumatic systems under pressure [6] HB CC 3H089
  • F15B11/072
    		•  ..Combined pneumatic-hydraulic systems [6] HB CC 3H089
  • F15B11/076
    		•  ...with pneumatic drive or displacement and speed control or stopping by hydraulic braking [6] HB CC 3H089
  • F15B11/08
    		•  .with only one servomotor HB CC 3H089
  • F15B11/08@A
    		•  Valve pilot operations HB CC 3H089
  • F15B11/08@B
    		•  Locking brakes HB CC 3H089
  • F15B11/08@C
    		•  Volume control HB CC 3H089
  • F15B11/08@Z
    		•  Others HB CC 3H089
  • F15B11/10
    		•  ..in which the servomotor position is a function of the pressure HB CC 3H089
  • F15B11/12
    		•  ..providing distinct intermediate positions; with step-by-step action HB CC 3H089
  • F15B11/13
    		•  ...using chambers of predetermined volume [6] HB CC 3H089
  • F15B11/15
    		•  ..with special provision for automatic return HB CC 3H089
  • F15B11/16
    		•  .with two or more servomotors HB CC 3H089
  • F15B11/16@B
    		•  Flow dividing circuits HB CC 3H089
  • F15B11/16@Z
    		•  Others HB CC 3H089
  • F15B11/17
    		•  ..using two or more pumps [6] HB CC 3H089
  • F15B11/18
    		•  ..used in combination for obtaining stepwise operation of a single controlled member HB CC 3H089
  • F15B11/20
    		•  ..controlling several interacting or sequentially-operating members [2006.01] HB CC 3H089
  • F15B11/20@A
    		•  Sequence control HB CC 3H089
  • F15B11/20@B
    		•  .Pressure detection HB CC 3H089
  • F15B11/20@C
    		•  ..by sequence valves HB CC 3H089
  • F15B11/20@D
    		•  ..by pressure switches HB CC 3H089
  • F15B11/20@E
    		•  .Position detection HB CC 3H089
  • F15B11/20@F
    		•  ..by cam operations or detection cylinders HB CC 3H089
  • F15B11/20@G
    		•  .Flow rate detection HB CC 3H089
  • F15B11/20@H
    		•  .Time setting, e.g. program control HB CC 3H089
  • F15B11/20@Z
    		•  Others HB CC 3H089
  • F15B11/22
    		•  ..Synchronisation of the movement of two or more servomotors HB CC 3H089
  • F15B11/22@A
    		•  Open volume control HB CC 3H089
  • F15B11/22@B
    		•  .Volume method HB CC 3H089
  • F15B11/22@C
    		•  ..Parallel type HB CC 3H089
  • F15B11/22@D
    		•  ...Using auxiliary cylinders HB CC 3H089
  • F15B11/22@E
    		•  ...Using oil motors HB CC 3H089
  • F15B11/22@F
    		•  ..Serial type HB CC 3H089
  • F15B11/22@G
    		•  .Discharge method HB CC 3H089
  • F15B11/22@H
    		•  ..Flow separating/integrating type HB CC 3H089
  • F15B11/22@J
    		•  ..Parallel type HB CC 3H089
  • F15B11/22@K
    		•  .Machine connection method HB CC 3H089
  • F15B11/22@L
    		•  Feedback synchronous control HB CC 3H089
  • F15B11/22@M
    		•  .Pump control method HB CC 3H089
  • F15B11/22@N
    		•  .Valve control method HB CC 3H089
  • F15B11/22@P
    		•  ..Servo valve parallel type HB CC 3H089
  • F15B11/22@Q
    		•  ..Servo valve following type HB CC 3H089
  • F15B11/22@R
    		•  ..Servo valve tuning type HB CC 3H089
  • F15B11/22@Z
    		•  Others HB CC 3H089
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