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  • F16H61/00
    		•  Control functions within change-speed- or reversing-gearings for conveying rotary motion [5] HB CC 3J552
  • F16H61/02
    		•  .characterised by the signals used [5] HB CC 3J552
  • F16H61/04
    		•  .Smoothing ratio shift [5] HB CC 3J552
  • F16H61/06
    		•  ..by controlling rate of change of fluid pressure [5] HB CC 3J552
  • F16H61/08
    		•  ..Timing control [5] HB CC 3J552
  • F16H61/10
    		•  .Regulating shift hysteresis [5] HB CC 3J552
  • F16H61/12
    		•  .Detecting malfunction or potential malfunction, e.g. fail safe (in control of hydrostatic gearing F16H 61/4192) [5,2010.01] HB CC 3J552
  • F16H61/14
    		•  .Control of torque converter lock-up clutches [5] HB CC 3J053
  • F16H61/14,601
    		•  ..Characterized by the electric control HB CC 3J053
  • F16H61/14,601@A
    		•  Timing control HB CC 3J053
  • F16H61/14,601@B
    		•  Controlling for lock up clutches not to be engaged HB CC 3J053
  • F16H61/14,601@C
    		•  Control of clutches related to speed changes HB CC 3J053
  • F16H61/14,601@D
    		•  .Area correction HB CC 3J053
  • F16H61/14,601@E
    		•  Clutch control at speed control HB CC 3J053
  • F16H61/14,601@F
    		•  .Clutch On / Off control at speed control HB CC 3J053
  • F16H61/14,601@G
    		•  Controlling pressure inside the tor-con or the line pressure accompanied by clutch operations HB CC 3J053
  • F16H61/14,601@H
    		•  Clutch engagement methods; engagement force control HB CC 3J053
  • F16H61/14,601@J
    		•  Control of slip clutch HB CC 3J053
  • F16H61/14,601@K
    		•  Control of clutches related to non-stage transmissions HB CC 3J053
  • F16H61/14,601@L
    		•  Countermeasures when failures and abnormal conditions occur; preventing wrong operations and actions HB CC 3J053
  • F16H61/14,601@P
    		•  Details such as control circuits HB CC 3J053
  • F16H61/14,601@Q
    		•  .Learning HB CC 3J053
  • F16H61/14,601@R
    		•  .Characteristics of control methods HB CC 3J053
  • F16H61/14,601@Z
    		•  Others HB CC 3J053
  • F16H61/14,602
    		•  ..Characterized by controls by oil pressure HB CC 3J053
  • F16H61/14,602@A
    		•  Timing control HB CC 3J053
  • F16H61/14,602@B
    		•  Controlling for lock up clutches not to be engaged HB CC 3J053
  • F16H61/14,602@C
    		•  Control of clutches related speed stages HB CC 3J053
  • F16H61/14,602@D
    		•  .Area correction HB CC 3J053
  • F16H61/14,602@E
    		•  Clutch control at speed control HB CC 3J053
  • F16H61/14,602@F
    		•  .Clutch On / Off control at speed control HB CC 3J053
  • F16H61/14,602@G
    		•  Controlling pressure inside the tor-con or the line pressure accompanied by clutch operations HB CC 3J053
  • F16H61/14,602@H
    		•  Clutch engagement methods; engagement force control HB CC 3J053
  • F16H61/14,602@J
    		•  Control of slip clutch HB CC 3J053
  • F16H61/14,602@K
    		•  Control of clutches related to non-stage transmissions HB CC 3J053
  • F16H61/14,602@L
    		•  Countermeasures when failures and abnormal conditions occur; preventing wrong operations and actions HB CC 3J053
  • F16H61/14,602@P
    		•  Details of control circuits or the like, e.g. layout of oil passage HB CC 3J053
  • F16H61/14,602@Q
    		•  .Means of controlling diverters HB CC 3J053
  • F16H61/14,602@R
    		•  ..Using shape memory alloys or the like HB CC 3J053
  • F16H61/14,602@S
    		•  ..Using centrifugal valves HB CC 3J053
  • F16H61/14,602@T
    		•  ..Using stator reaction force HB CC 3J053
  • F16H61/14,602@U
    		•  .Preventing hydraulic circuits of oil circulation from raising their temperature HB CC 3J053
  • F16H61/14,602@W
    		•  .Setting control valves or oil passage in clutch sections HB CC 3J053
  • F16H61/14,602@X
    		•  .Seals HB CC 3J053
  • F16H61/14,602@Z
    		•  Others HB CC 3J053
  • F16H61/16
    		•  .Inhibiting shift during unfavourable conditions (F16H 61/18 takes precedence) [5] HB CC 3J552
  • F16H61/18
    		•  .Preventing unintentional or unsafe shift [2006.01] HB CC 3J552
  • F16H61/20
    		•  .Preventing gear creeping [2006.01] HB CC 3J552
  • F16H61/21
    		•  .Providing engine brake control [7] HB CC 3J552
  • F16H61/22
    		•  .Locking (constructional features of locking or disabling mechanisms F16H 63/34) [2006.01] HB CC 3J552
  • F16H61/24
    		•  .Providing feel, e.g. to enable selection [5] HB CC 3J552
  • F16H61/26
    		•  .Generation or transmission of movements for final actuating mechanisms [5]
    		HB CC 3J067
  • F16H61/28
    		•  ..with at least one movement of the final actuating mechanism being caused by a non-mechanical force, e.g. power-assisted [5] HB CC 3J067
  • F16H61/30
    		•  ...Hydraulic motors therefor [5] HB CC 3J067
  • F16H61/32
    		•  ...Electric motors therefor [5] HB CC 3J067
  • F16H61/34
    		•  ..comprising two mechanisms, one for the preselection movement, and one for the shifting movement (F16H 61/36 takes precedence) [5] HB CC 3J067
  • F16H61/36
    		•  ..with at least one movement being transmitted by a cable [5] HB CC 3J067
  • F16H61/38
    		•  .Control of exclusively fluid gearing [5] HB CC 3J053
  • F16H61/40
    		•  ..hydrostatic [2010.01] HB CC 3J053
  • F16H61/4008
    		•  ...Control of circuit pressure [2010.01] HB CC 3J053
  • F16H61/4017
    		•  ....Control of high pressure, e.g. avoiding excess pressure by a relief valve [2010.01] HB CC 3J053
  • F16H61/4026
    		•  ....Control of low pressure [2010.01] HB CC 3J053
  • F16H61/4035
    		•  ...Control of circuit flow [2010.01] HB CC 3J053
  • F16H61/4043
    		•  ...Control of a bypass valve [2010.01] HB CC 3J053
  • F16H61/4052
    		•  ....by using a variable restriction, e.g. an orifice valve [2010.01] HB CC 3J053
  • F16H61/4061
    		•  ...Control related to directional control valves, e.g. change-over valves, for crossing the feeding conduits [2010.01] HB CC 3J053
  • F16H61/4069
    		•  ...Valves related to the control of neutral, e.g. shut off valves [2010.01] HB CC 3J053
  • F16H61/4078
    		•  ...Fluid exchange between hydrostatic circuits and external sources or consumers [2010.01] HB CC 3J053
  • F16H61/4096
    		•  ....withpressure accumulators [2010.01] HB CC 3J053
  • F16H61/4104
    		•  ....Flushing, e.g. by using flushing valves or by connection to exhaust [2010.01] HB CC 3J053
  • F16H61/4131
    		•  ....Fluid exchange by aspiration from reservoirs, e.g. sump [2010.01] HB CC 3J053
  • F16H61/4139
    		•  ....Replenishing or scavenging pumps, e.g. auxiliary charge pumps [2010.01] HB CC 3J053
  • F16H61/4148
    		•  ...Open loop circuits [2010.01] HB CC 3J053
  • F16H61/4157
    		•  ...Control of braking, e.g. preventing pump over-speeding when motor acts as a pump [2010.01] HB CC 3J053
  • F16H61/4165
    		•  ...Control ofcooling or lubricating [2010.01] HB CC 3J053
  • F16H61/4174
    		•  ...Control of venting, e.g. removing trapped air [2010.01] HB CC 3J053
  • F16H61/4183
    		•  ...Preventing or reducing vibrations or noise, e.g. avoiding cavitations [2010.01] HB CC 3J053
  • F16H61/4192
    		•  ...Detecting malfunction or potential malfunction, e.g. fail safe [2010.01] HB CC 3J053
  • F16H61/42
    		•  ...involving adjustment of a pump or motor with adjustable output or capacity [5,2010.01] HB CC 3J053
  • F16H61/421
    		•  ....Motor capacity control by electro-hydraulic control means, e.g. using solenoid valves [2010.01] HB CC 3J053
  • F16H61/423
    		•  ....Motor capacity control by fluid pressure control means [2010.01] HB CC 3J053
  • F16H61/425
    		•  ....Motor capacity control by electric actuators [2010.01] HB CC 3J053
  • F16H61/427
    		•  ....Motor capacity control by mechanical control means, e.g. by levers or pedals [2010.01] HB CC 3J053
  • F16H61/431
    		•  ....Pump capacity control by electro-hydraulic control means, e.g. using solenoid valve [2010.01] HB CC 3J053
  • F16H61/433
    		•  ....Pump capacity control by fluid pressure control means [2010.01] HB CC 3J053
  • F16H61/435
    		•  ....Pump capacity control by electric actuators [2010.01] HB CC 3J053
  • F16H61/437
    		•  ....Pump capacity control by mechanical control means, e.g. by levers or pedals [2010.01] HB CC 3J053
  • F16H61/438
    		•  ....Control of forward-reverse switching, e.g. control of the swash plate causing discharge in two directions [2010.01] HB CC 3J053
  • F16H61/439
    		•  ....Control of the neutral position, e.g. by zero tilt rotation holding means [2010.01] HB CC 3J053
  • F16H61/44
    		•  ...with more than one pump or motor unit in operation [5] HB CC 3J053
  • F16H61/444
    		•  ....by changing the number of pump or motor units in operation [2010.01] HB CC 3J053
  • F16H61/448
    		•  ....Control circuits for tandem pumps or motors [2010.01] HB CC 3J053
  • F16H61/452
    		•  ....Selectively controlling multiple pumps or motors, e.g. switching between series or parallel [2010.01] HB CC 3J053
  • F16H61/456
    		•  ....Control of the balance of torque or speed between pumps or motors [2010.01] HB CC 3J053
  • F16H61/46
    		•  ...Automatic regulation in accordance with output requirements [5,2010.01] HB CC 3J053
  • F16H61/462
    		•  ....for achieving a target speed ratio [2010.01] HB CC 3J053
  • F16H61/465
    		•  ....for achieving a target input speed [2010.01] HB CC 3J053
  • F16H61/468
    		•  ....for achieving a target input torque [2010.01] HB CC 3J053
  • F16H61/47
    		•  ....for achieving a targetoutput speed [2010.01] HB CC 3J053
  • F16H61/472
    		•  ....for achieving a target output torque [2010.01] HB CC 3J053
  • F16H61/475
    		•  ....for achieving a target power, e.g. input power or output power [2010.01] HB CC 3J053
  • F16H61/478
    		•  ....for preventing overload, e.g. high pressure limitation [2010.01] HB CC 3J053
  • F16H61/48
    		•  ..hydrodynamic [5] HB CC 3J053
  • F16H61/50
    		•  ...controlled by changing the flow, force, or reaction of the liquid in the working circuit, while maintaining a completely filled working circuit [5] HB CC 3J053
  • F16H61/52
    		•  ....by altering the position of blades [5] HB CC 3J053
  • F16H61/54
    		•  .....by means of axially-shiftable blade runners [5] HB CC 3J053
  • F16H61/56
    		•  .....to change the blade angle [5] HB CC 3J053
  • F16H61/58
    		•  ....by change of the mechanical connection of, or between, the runners [5] HB CC 3J053
  • F16H61/60
    		•  .....exclusively by the use of freewheel clutches [5] HB CC 3J053
  • F16H61/62
    		•  .....involving use of a speed-changing gearing or of a clutch in the connection between runners (F16H 61/60 takes precedence; combinations of fluid gearings for conveying rotary motion with mechanical clutches for bridging a fluid gearing of the hydrokinetic type F16H 45/02) [2006.01] HB CC 3J053
  • F16H61/64
    		•  ...controlled by changing the amount of liquid in the working circuit [5] HB CC 3J053
  • F16H61/66
    		•  .specially adapted for continuously variable gearings (control of exclusively fluid gearing F16H 61/38) [2006.01] HB CC 3J552
  • F16H61/662
    		•  ..with endless flexible members [8] HB CC 3J552
  • F16H61/664
    		•  ..Friction gearings [8] HB CC 3J552
  • F16H61/68
    		•  .specially adapted for stepped gearings [8] HB CC 3J552
  • F16H61/682
    		•  ..with interruption of drive [8] HB CC 3J552
  • F16H61/684
    		•  ..without interruption of drive [8] HB CC 3J552
  • F16H61/686
    		•  ...with orbital gears [8] HB CC 3J552
  • F16H61/688
    		•  ...with two inputs, e.g. selection of one of two torque-flow paths by clutches [8] HB CC 3J552
  • F16H61/70
    		•  .specially adapted for change-speed gearing in group arrangement, i.e. with separate change-speed gear trains arranged in series, e.g. range or overdrive-type gearing arrangements [8] HB CC 3J552
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