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  • F15B15/00
    		•  Fluid-actuated devices for displacing a member from one position to another; Gearing associated therewith [2006.01] HB CC 3H081
  • F15B15/00@A
    		•  Connecting multiple fluid pressure actuators HB CC 3H081
  • F15B15/00@Z
    		•  Others HB CC 3H081
  • F15B15/02
    		•  .Mechanical layout characterised by the means for converting the movement of the fluid-actuated element into movement of the finally-operated member HB CC 3H081
  • F15B15/02@A
    		•  Characterized by sections connecting output members and outer members HB CC 3H081
  • F15B15/02@Z
    		•  Others HB CC 3H081
  • F15B15/04
    		•  ..with oscillating cylinder HB CC 3H081
  • F15B15/06
    		•  ..for mechanically converting rectilinear movement into non-rectilinear movement HB CC 3H081
  • F15B15/06@A
    		•  Using rack pinions HB CC 3H081
  • F15B15/06@B
    		•  Using link levers HB CC 3H081
  • F15B15/06@C
    		•  Using cams HB CC 3H081
  • F15B15/06@D
    		•  using chains HB CC 3H081
  • F15B15/06@E
    		•  Combining linear motions with rotational motions HB CC 3H081
  • F15B15/06@F
    		•  Steps and pulses HB CC 3H081
  • F15B15/06@Z
    		•  Others HB CC 3H081
  • F15B15/08
    		•  .characterised by the construction of the motor unit [2006.01] HB CC 3H081
  • F15B15/10
    		•  ..the motor being of diaphragm type [2006.01] HB CC 3H081
  • F15B15/10@A
    		•  with one diaphram (C to F take precedence) HB CC 3H081
  • F15B15/10@B
    		•  with two or more diaphrams (C to F take precedence) HB CC 3H081
  • F15B15/10@C
    		•  Characterized by the supply and discharge orifices for working liquids HB CC 3H081
  • F15B15/10@D
    		•  Characterized by penetration sections of rods HB CC 3H081
  • F15B15/10@E
    		•  Characterized by structures of mounting rods to diaphrams HB CC 3H081
  • F15B15/10@F
    		•  Characterized by structures of mounting diaphrams to cases HB CC 3H081
  • F15B15/10@G
    		•  Using bellows HB CC 3H081
  • F15B15/10@H
    		•  Using rubber gloves HB CC 3H081
  • F15B15/10@Z
    		•  Others HB CC 3H081
  • F15B15/12
    		•  ..of the oscillating-vane or curved-cylinder type HB CC 3H081
  • F15B15/12@A
    		•  Curved cylinder type HB CC 3H081
  • F15B15/12@B
    		•  Vane type HB CC 3H081
  • F15B15/12@C
    		•  .Multi-vane type HB CC 3H081
  • F15B15/12@D
    		•  .Details HB CC 3H081
  • F15B15/12@E
    		•  ..Characterized by members themselves, e.g. shapes of vanes HB CC 3H081
  • F15B15/12@F
    		•  ..Characterized by seals or lubrication HB CC 3H081
  • F15B15/12@G
    		•  ...Sliding sections of vanes and housings HB CC 3H081
  • F15B15/12@H
    		•  ...Sliding sections of oscillating shafts and housings HB CC 3H081
  • F15B15/12@J
    		•  ..Characterized by combination of members, e.g. structures fixing stoppers and housings HB CC 3H081
  • F15B15/12@K
    		•  ..Characterized by the supply and discharge passage HB CC 3H081
  • F15B15/12@Z
    		•  Others HB CC 3H081
  • F15B15/14
    		•  ..of the straight-cylinder type HB CC 3H081
  • F15B15/14@A
    		•  Multistage cylinder type HB CC 3H081
  • F15B15/14@Z
    		•  Others HB CC 3H081
  • F15B15/14,305
    		•  ...Single rod type HB CC 3H081
  • F15B15/14,310
    		•  ....Double-acting piston type HB CC 3H081
  • F15B15/14,315
    		•  .....Double-acting double type HB CC 3H081
  • F15B15/14,320
    		•  ...Double rod type HB CC 3H081
  • F15B15/14,325
    		•  ...Ram type HB CC 3H081
  • F15B15/14,330
    		•  ...Rodless type HB CC 3H081
  • F15B15/14,335
    		•  ...Details (in F15B15/14 340 to 375, F15B15/14 380 takes precedence) HB CC 3H081
  • F15B15/14,335@A
    		•  Means and structures of breathing HB CC 3H081
  • F15B15/14,335@B
    		•  Means and structures of stopping rotations of rods HB CC 3H081
  • F15B15/14,335@C
    		•  Means of protecting rods from dust, e.g. with rod covers HB CC 3H081
  • F15B15/14,335@D
    		•  Structures for unloading HB CC 3H081
  • F15B15/14,335@Z
    		•  Others HB CC 3H081
  • F15B15/14,340
    		•  ....Characterized by cylinders themselves HB CC 3H081
  • F15B15/14,340@A
    		•  Characterized by sections fixing cylinders and outer members HB CC 3H081
  • F15B15/14,340@Z
    		•  Others HB CC 3H081
  • F15B15/14,345
    		•  ....Characterized by pistons themselves HB CC 3H081
  • F15B15/14,345@A
    		•  Characterized by cylinder sliding sections of pistons HB CC 3H081
  • F15B15/14,345@Z
    		•  Others HB CC 3H081
  • F15B15/14,350
    		•  ....Characterized by rods themselves HB CC 3H081
  • F15B15/14,355
    		•  ....Characterized by rod covers themselves HB CC 3H081
  • F15B15/14,355@A
    		•  Characterized by rod penetration sections of rod covers HB CC 3H081
  • F15B15/14,355@Z
    		•  Others HB CC 3H081
  • F15B15/14,360
    		•  ....Characterized by head covers themselves HB CC 3H081
  • F15B15/14,365
    		•  ....Characterized by combination of members HB CC 3H081
  • F15B15/14,370
    		•  .....Characterized by sections bonding the rod cover or head cover and the cylinder HB CC 3H081
  • F15B15/14,375
    		•  .....Characterized by sections bonding the rod and the piston HB CC 3H081
  • F15B15/14,380
    		•  ....Characterized by working fluid channels HB CC 3H081
  • F15B15/14,380@A
    		•  Forming passages within cylinders or connecting roes HB CC 3H081
  • F15B15/14,380@B
    		•  Forming passages within rods (A takes precedence) HB CC 3H081
  • F15B15/14,380@C
    		•  Supply and discharge ports themselves or positions where they are attached (A and B take precedence) HB CC 3H081
  • F15B15/14,380@D
    		•  Piping sections HB CC 3H081
  • F15B15/14,380@Z
    		•  Others HB CC 3H081
  • F15B15/16
    		•  ...of the telescopic type HB CC 3H081
  • F15B15/17
    		•  ...of differential-piston type HB CC 3H081
  • F15B15/18
    		•  .Combined units comprising both motor and pump HB CC 3H081
  • F15B15/19
    		•  .Pyrotechnical actuators HB CC 3H081
  • F15B15/20
    		•  .Other details HB CC 3H081
  • F15B15/22
    		•  ..for accelerating or decelerating the stroke HB CC 3H081
  • F15B15/22@A
    		•  Controlling the speed HB CC 3H081
  • F15B15/22@B
    		•  .Hydro checker type HB CC 3H081
  • F15B15/22@C
    		•  .Means of reducing speeds HB CC 3H081
  • F15B15/22@D
    		•  ..for the purpose of buffering in stroke ends HB CC 3H081
  • F15B15/22@E
    		•  ...Forming cushion chambers when cushion plungers engage with the cover concave sections HB CC 3H081
  • F15B15/22@F
    		•  ....Characterized by cushion valves, check valves or sealing HB CC 3H081
  • F15B15/22@G
    		•  ....Characterized by cushion plungers HB CC 3H081
  • F15B15/22@H
    		•  ....Characterized by covers HB CC 3H081
  • F15B15/22@J
    		•  .Means of acceleration, e.g. with quick exhaust valves HB CC 3H081
  • F15B15/22@Z
    		•  Others HB CC 3H081
  • F15B15/24
    		•  ..for restricting the stroke HB CC 3H081
  • F15B15/26
    		•  ..Locking mechanisms HB CC 3H081
  • F15B15/28
    		•  ..Means for indicating the position, e.g. end of stroke [4] HB CC 3H081
  • F15B15/28@A
    		•  Set positions, e.g. detection of stroke ends HB CC 3H081
  • F15B15/28@B
    		•  .Contact type, e.g. dogs HB CC 3H081
  • F15B15/28@C
    		•  .Non-contact type, e.g. magnetic switches HB CC 3H081
  • F15B15/28@D
    		•  Detection of stroke amounts (including speed detection) HB CC 3H081
  • F15B15/28@E
    		•  .Contact type HB CC 3H081
  • F15B15/28@F
    		•  ..Converting to rotating amounts HB CC 3H081
  • F15B15/28@G
    		•  ..Converting to linear amounts HB CC 3H081
  • F15B15/28@H
    		•  .Non-contact type, e.g. optical means HB CC 3H081
  • F15B15/28@J
    		•  ..Magnetic means, e.g. magnetic pulse HB CC 3H081
  • F15B15/28@K
    		•  Details HB CC 3H081
  • F15B15/28@L
    		•  .Attachment of detecting members HB CC 3H081
  • F15B15/28@Z
    		•  Others HB CC 3H081
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