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FI (list display)

  • F16H35/00
    		•  Gearings or mechanisms with other special functional features HB CC 3J062
  • F16H35/00@A
    		•  with the speed change mechanism or the constant speed mechanism HB CC 3J062
  • F16H35/00@B
    		•  with clockwise and counterclockwise rotation reverting mechanisms HB CC 3J062
  • F16H35/00@C
    		•  with reverse prevention mechanism HB CC 3J062
  • F16H35/00@D
    		•  with the energizing mechanism or torque conversion mechanism HB CC 3J062
  • F16H35/00@E
    		•  with two-shaft rotation mechanism or oscillating rotation mechanism HB CC 3J062
  • F16H35/00@F
    		•  Converting one-way rotation to reciprocating motions HB CC 3J062
  • F16H35/00@G
    		•  Converting reciprocating motions to one-way rotation HB CC 3J062
  • F16H35/00@H
    		•  with the power transmission stop mechanism or the lock mechanism HB CC 3J062
  • F16H35/00@Z
    		•  Others HB CC 3J062
  • F16H35/02
    		•  .for conveying rotary motion with cyclically-varying velocity ratio [2006.01] HB CC 3J062
  • F16H35/02@A
    		•  Using cams (by non-circular gears) HB CC 3J062
  • F16H35/02@B
    		•  Using wrapping-type transmission mechanisms HB CC 3J062
  • F16H35/02@C
    		•  Using eccentric gears HB CC 3J062
  • F16H35/02@Z
    		•  Others HB CC 3J062
  • F16H35/06
    		•  .Gearings designed to allow relative movement between supports thereof without ill effects (special means compensating for misalignment of axes F16H 1/26, F16H 1/48) [2006.01] HB CC 3J062
  • F16H35/08
    		•  .for adjustment of members on moving parts from a stationary place HB CC 3J062
  • F16H35/10
    		•  .Arrangements or devices for absorbing overload or preventing damage by overload [2006.01] HB CC 3J062
  • F16H35/10@A
    		•  for gear transmission HB CC 3J062
  • F16H35/10@B
    		•  .Using elastic gears HB CC 3J062
  • F16H35/10@C
    		•  for frictional transmission HB CC 3J062
  • F16H35/10@D
    		•  for wrapping HB CC 3J062
  • F16H35/10@E
    		•  for screw transmission HB CC 3J062
  • F16H35/10@F
    		•  Using duck joints HB CC 3J062
  • F16H35/10@G
    		•  Using ratchet couplings HB CC 3J062
  • F16H35/10@H
    		•  Using slip joints HB CC 3J062
  • F16H35/10@J
    		•  Using shear-pins HB CC 3J062
  • F16H35/10@K
    		•  Absorption of link overloads, e.g. absorbing overloads in the thrust direction and the bending direction HB CC 3J062
  • F16H35/10@L
    		•  Detecting overload and break of shafts HB CC 3J062
  • F16H35/10@Z
    		•  Others HB CC 3J062
  • F16H35/12
    		•  .Transmitting mechanisms with delayed effect [2006.01] HB CC 3J062
  • F16H35/14
    		•  .Mechanisms with only two stable positions, e.g. acting at definite angular positions HB CC 3J062
  • F16H35/16
    		•  .Mechanisms for movements or movement relations conforming to mathematical formulae [2006.01] HB CC 3J062
  • F16H35/18
    		•  .Turning devices for rotatable members, e.g. shafts [2006.01] HB CC 3J062
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