F-Term-List

F16H3/00-3/78

EA00
FUNCTIONS OR EFFECTS AS A SPEED CHANGE GEAR

EA01

EA02

EA03

EA04

EA05

EA07

EA08

EA09

. Noise (vibration) reduction

. . Gear portion

. . Bearing portion

. . Rotating shaft portion

. . Casing portion

. Productivity improvement and cost-cutting

. . Easiness of assembly work

. . Simplified structure, parts count reduction

EA11

EA12

EA13

EA14

EA15

EA16

EA18

EA19

. Lubrication and coolability improvement

. . Gear portion

. . Bearing portion

. . Rotating shaft portion

. . Clutch, brake portion

. . Media supply

. Safety improvement

. . Misoperation prevention

EA21

EA22

EA24

EA25

EA27

EA28

EA30

. Shock reduction at the time of a speed change

. Operability improvement

. Maintenance (check, maintenance and the like)

. Downsizing, weight reduction

. Energy saving (improvement of transfer efficiency, fuel efficiency and the like)

. Improvement of strength and durability (reliability is also included)

. Others*

EB00
TYPES AS A SPEED CHANGE GEAR

EB21

EB22

EB23

EB24

EB25

EB26

EB27

EB28

EB29

. Ones having a main transmission

. . Speed change unit for PTO

. . Bidirectional rotation (forward/backward movement) switching device

. . Bypass means when unnecessary

. . Forming a speed change ratio by mixing

. . . Overdrive devices

. . . Underdrive devices

. . . Three stages or more

. . . Mixing of two sets or more of sub transmissions

EB31

EB33

EB35

EB37

. Ones for which a gear ratio table has been disclosed

. Ones for which a general structural diagram has been disclosed

. Ones for which a partial structural diagram has been disclosed

. Ones for which a transmission diagram has been disclosed

EB41

EB42

EB43

EB44

EB45

EB46

EB47

EB48

EB49

EB50

. Combinations with mechanisms other than gear mechanisms

. . Belt, chain drive

. . . Stepless type

. . . . V belt type stepless speed change

. . . Stepped type

. . . . Selection type

. . Friction drive

. . . Stepless type

. . . . Ring cone type

. . . . Toroidal type

EB52

EB53

EB54

EB55

EB56

EB58

EB60

. . Fluid drive

. . . HST

. . . Torque converter

. . . . Ones that conduct input also from a stator

. . . . Ones that have direct coupling input (except lockups)

. . Intermittent drive

. . Repetitive drive

EB61

EB62

EB63

EB64

EB66

EB67

EB68

EB70

. Driving sources

. . Engines

. . Motors

. . Human power

. Automatic speed change mechanisms

. Manual speed change mechanisms

. . Power assistance

. Others*

EB71

EB72

EB73

EB74

EB75

EB76

EB77

EB78

EB79

EB80

. The number of shift stages

. . Moving forward

. . . One moving forward stage

. . . Two moving forward stages

. . . Three moving forward stages

. . . Four moving forward stages

. . . Five moving forward stages

. . . Six moving forward stages

. . . Seven moving forward stages

. . . Eight moving forward stages

EB81

EB82

EB83

EB84

EB85

. . . Nine moving forward stages

. . . Ten moving forward stages

. . . 11 moving forward stages

. . . 12 or more moving forward stages*

. . . Stepless

EB92

EB93

EB94

EB95

EB96

EB97

EB98

EB99

. . Moving backward (reverse rotation)

. . . One moving backward stage

. . . Two moving backward stages

. . . There or more moving backward stages*

. . . Stepless

. . The numbers of stages are identical between the moving forward and the moving backward direction

. . Overdrive stages

. . Superlow speed stage (creep stage)

FA00
PARTIAL STRUCTURE OF TRANSMISSIONS

FA01

FA02

FA03

FA04

FA06

. Features of gear portions

. . Lamination forming

. . Elastic materials

. . Combination of hard and soft materials

. Features in gear arrangement

FA11

FA12

FA13

FA14

FA15

FA17

FA18

FA19

. Features in rotating shaft portions

. . Multiple shafts

. . . Double shafts

. . . Triple shafts

. . . Fourfold shafts

. . Shaft shapes

. . Shaft surface finishing

. . Flexible shafts

FA21

FA22

FA23

FA24

FA25

. Features in attaching a gear to a shaft

. . Spline coupling

. . Key and pin coupling

. . Integrated types

. . Attaching position, holding components

FA31

FA32

FA33

FA34

FA35

FA37

FA38

FA39

FA40

. Features of bearing portions

. . Roller bearings

. . . Taper roller bearings

. . Thrust bearings

. . Attaching structure to a casing and the like

. Backlash removal

. . Gear itself

. . . Ones using friction gears

. . Between shafts

FA41

FA42

FA43

FA46

FA47

FA48

. Features of casing portions

. . Divided structure

. . Made of sheet metal

. Arrangement of an oil pump

. . Immediately after a torque converter

. . Rear end of a transmission

FA51

FA52

FA53

FA54

FA55

FA56

FA57

FA59

FA60

. Features of oil passages

. . Lubrication oil passages

. . . Supply from a shaft

. . . Supply from a casing

. . Operating oil passages

. . . Supply from a shaft

. . . Supply from a casing

. Replacement units (gear, shaft, bearing)

. Others*

FB00
RELATION BETWEEN AN INPUT SHAFT AND AN OUTPUT SHAFT

FB01

FB02

FB03

FB04

FB05

FB06

. Shaft arrangement relation

. . Coaxially and in the same side

. . Coaxially and in the different sides

. . Not coaxially and in the same side

. . Not coaxially and in the different side

. . Output from an intermediate portion

FB11

FB12

FB13

FB14

FB15

FB16

FB20

. Ones having a plurality of input shafts and output shafts

. . A plurality of input shafts

. . . Adjustment motors

. . A plurality of output shafts

. . . PTO shafts

. . . . Ones that are made to be removable

(Not Translated)

FC00
TYPES OF GEAR MECHANISMS

FC01

FC02

FC03

FC04

FC05

FC07

. Ones having gears that conduct a sun-and-planet motion

. . The drive center shaft is within a planetary gear

. . . Head swing type (cycloid)

. . . Harmonic drive type (Harmonic)

. . . Nutation type

. . The drive center shaft intersects with a planetary supporting shaft

FC12

FC13

FC14

FC15

FC16

FC17

FC18

FC19

FC20

. . The drive center shaft is parallel to a planetary supporting shaft

. . . Simple type

. . . No ring gear

. . . No sun gear

. . . Double pinion type

. . . Ravigneaux type

. . . Combination of a simple type and a Ravigneaux type

. . . Multiple arrangement in the diameter direction

. . Speed change using an one-way clutch

FC22

FC23

FC24

FC25

FC26

FC27

. . The number of sets of planetary gears

. . . One set

. . . Two sets

. . . Three sets

. . . Four sets

. . . Five sets or more*

FC31

FC32

FC33

FC34

FC35

FC36

FC37

FC38

FC39

FC40

. Ones having a speed change gear that does not make a sun-and-planet motion

. . Parallel shaft arrangement

. . . Spur gears

. . . Internal gears

. . . Helical tooth gears, double helical gears

. . Shaft arrangements that are not parallel

. . . Gears other than orthogonal ones (slant and the like)

. . . Conical shaped Gears

. . . Worms, worm wheels

. . . Helical tooth gears, double helical gears

FC42

FC43

FC44

FC46

FC47

FC49

. . Constant meshing type

. . Sliding gear type

. . . Moving-backward stages

. . Cam drum type

. . Sliding key type

. . Radius direction traveling gears (head swing gears)

FC52

FC54

FC55

FC57

FC59

. . Ones that change gears

. . Speed change gears shared by a plurality of stages

. . . Ones using a moving-backward stage gear also in a moving forward stage

. . Multiple clutch type (selecting a plurality of transmission routes alternately)

. . Speed change using one-way clutches

FC61

FC62

FC63

FC64

FC65

FC66

FC67

FC68

FC70

. The number of shafts (including input shafts and output shafts)

. . One shaft (including a coaxial shaft)

. . Two shafts

. . Three shafts

. . Four shafts

. . Five shafts

. . Six shafts

. . Seven shafts or more*

. Others*

FD00
PARTIAL STRUCTURE OF PLANETARY GEARS

FD01

FD02

FD03

FD04

FD06

FD07

FD08

. Features of planetary carriers

. . Made of sheet metal

. . . Reinforcement parts, coupling parts

. . Ones having oil reservoirs

. Features of planetary supporting shafts

. . Flexible shaft

. . Ones having lubrication holes

FD11

FD12

FD15

FD16

FD17

FD18

. Features of ring gears

. . Integration with a casing

. Features of planetary gears

. . Reinforcement wheels, rolling wheels

. . Combined multiple wheel shape

. . Mounting components, holding components

FD21

FD22

FD23

FD25

FD26

FD27

FD28

FD30

. Features of a sun gear

. . Bearing structure

. . Integration with a shaft

. Features of drums

. . Bearing structure for a shaft

. . Gear mounting

. . Prevention of interference with other elements

. Others*

GA00
APPLICATIONS

GA01

GA02

GA03

GA04

GA05

GA06

GA07

GA08

GA10

. Wheeled vehicles

. . Automobiles

. . . FF (or RR)

. . . 4WD

. . . . Full-time

. . . . Part-time

. . . Big-size cars

. . . Electric-powered vehicles, wheeled vehicles other than ones with an internal-combustion engine

. . Motor-bicycles and tricycles

GA12

GA13

GA14

GA15

GA16

GA17

GA19

GA20

. . Service vehicles

. . . Farm machines

. . . . Tractors

. . . Civil engineering and construction machines

. . . Transportation vehicles

. . . . Forklifts

. . Bicycles

. . Accessory drive

GA21

GA22

GA23

GA25

GA26

GA28

. Aircrafts

. Ships

. Cranes

. Machine tools

. . Tools

. Robots

GA31

GA32

GA33

GA34

GA35

GA40

. Office machines (copiers, printers and the like)

. Electric equipment (mixers, driers and the like)

. Precision machines (clocks, measuring instruments and the like)

. Logistics equipment (elevators, belt conveyors and the like)

. Toys

. Others*

HA00
FEATURES OF A GEAR-SHIFTING MECHANISM

HA01

HA02

HA03

HA04

HA05

. Ones having features in a cam drum

. Ones having features in a sliding key

. Ones having features in a shift fork

. . Ones in which a shift fork moves in an interlocking manner

. . Elastic member existing between a shift fork and a shift rod

HA11

HA12

HA13

HA14

HA15

HA16

HA17

HA18

HA19

. Forms of clutches and brakes

. . Friction type

. . . Multiple plate type

. . . . Multiple arrangement in a axial direction

. . . . Multiple arrangement in a diameter direction

. . . . Features in a drum

. . . . Features in pistons or cylinders

. . . . Features in the structure of a clutch plate or a brake plate

. . . . Mounting of a clutch plate, a brake plate

HA22

HA23

HA24

HA25

HA26

HA27

HA28

HA29

. . Claw clutches

. . . Dog clutches

. . Band brakes

. . Centrifugal clutches

. . One-way clutches

. . . Ratchet type

. . Cone clutches

. . Ones that conduct electromagnetic operation

HA32

HA33

HA34

HA35

HA36

HA40

. . Ones that conduct fluid pressure operation

. . . Ones that conduct sliding operation

. . Mechanical (link and the like) operation

. . Parking lock

. . Engagement in the initial state (Push start is possible)

. Others*

HB00
FEATURES OF AN OPERATION CONCOMITANT MECHANISM OF A GEAR-SHIFTING MECHANISM

HB01

HB02

HB03

HB04

HB05

HB06

HB07

HB08

HB09

HB10

. Synchronization mechanisms

. . BorgWarner type

. . . Ones having features in the overall structure

. . . . Double cones

. . . Ones having features in an element

. . . . Synchro ring

. . . . Insert key

. . . . Synchro hub

. . . . Synchro sleeve

. . . . Elastic ring member

HB12

HB13

HB14

HB15

HB16

HB17

HB18

. . Pin type

. . Servo type

. . Constant load type

. . Sliding gear type synchronization mechanism

. . . Ones having features in clutch tines

. . Ones that change a shaft rotational speed

. . . Gear brakes

HB21

HB22

HB23

HB24

HB25

HB26

HB27

HB28

HB30

. Interlock mechanisms

. Prevention mechanisms of gear rattle

. . Ones that give resistance to a synchronizer

. . . By temperature (oil temperature)

. Remote operation mechanisms

. Ones in which confirmation of an operation state can be made

. . Display devices

. . Warning devices

. Others*

HC00
FEATURES OF SPEED CHANGE CONTROL DEVICES

HC01

HC02

HC03

HC04

HC05

HC06

HC07

HC08

. Kinds of situation signals

. . Change in a speed

. . . Input speed to a transmission

. . . Output speed from a transmission

. . Change in a torque

. . . Accelerator stepping angles

. . Temperature, atmospheric pressure

. . Clutches, brakes, and the like

HC11

HC12

HC13

HC14

HC15

HC17

HC18

. Forms of control devices

. . Control only by fluid pressure

. . Control using magnet valves

. . . Ones that perform pulse control

. . . Control using microcomputers

. . Ones that discloses circuit diagrams

. . Ones that discloses flow charts

HC21

HC22

HC23

HC24

HC25

HC30

. Ones in which measures against malfunction are provided

. . Stoppage

. . Return to the neutral state

. . Holding of the current speed change stage

. . Display or Warning

. Others*

F16H3/66

JA00
THE NUMBER OF SETS OF SINGLE PINION TYPE PLANETARY GEARS

JA01

JA02

JA03

JA04

JA05

. One set

. Two sets

. Three sets

. Four sets

. Five sets or more

JB00
THE NUMBER OF SETS OF DOUBLE PINION TYPE PLANETARY GEARS

JB01

JB02

JB03

. One set

. Two sets

. Three sets or more

JC00
THE NUMBER OF RAVIGNEAUX GEARS

JC01

JC02

. 1

. 2 or more

JD00
THE NUMBER OF FRICTION ENGAGEMENT MEANS

JD01

JD02

JD03

JD04

JD05

JD06

JD07

JD08

JD09

JD10

. 1

. 2

. 3

. 4

. 5

. 6

. 7

. 8

. 9

. 10

JD11

JD12

. 11

. 12 or more

JE00
TOTAL COUNT OF CLUTCHES

JE01

JE02

JE03

JE04

JE05

JE06

JE07

. 1

. 2

. 3

. 4

. 5

. 6

. 7 or more

JF00
TOTAL COUNT OF BRAKES

JF01

JF02

JF03

JF04

JF05

JF06

JF07

. 1

. 2

. 3

. 4

. 5

. 6

. 7 or more

JG00
THE NUMBER OF FRICTION CLUTCHES

JG01

JG02

JG03

JG04

JG05

JG06

JG07

. 1

. 2

. 3

. 4

. 5

. 6

. 7 or more

JH00
THE NUMBER OF FRICTION BRAKES

JH01

JH02

JH03

JH04

JH05

JH06

. 1

. 2

. 3

. 4

. 5

. 6 or more

F16H3//66

JJ00
THE NUMBER OF CLAW CLUTCHES

JJ01

JJ02

JJ03

JJ04

. 1

. 2

. 3

. 4 or more

F16H3/66

JK00
THE NUMBER OF CLAW BRAKES

JK01

JK02

JK03

JK04

. 1

. 2

. 3

. 4 or more

JL00
THE NUMBER OF FREE-WHEEL MECHANISMS

JL01

JL02

JL03

JL04

JL05

JL07

. One-way clutch

. . 1

. . 2

. . 3

. . 4 or more

. Two-way clutches

JM00
THE NUMBER OF CLUTCHES OR BRAKES ENGAGING AT THE SAME TIME

JM02

JM03

JM04

JM05

JM06

JM07

. 2

. 3

. 4

. 5

. 6

. 7 or more

JN00
SPECIAL STRUCTURE

JN01

. Planetary gears

3J528	STRUCTURE OF TRANSMISSIONS
	F16H3/00 -3/78