F-Term-List

F16H19/00-31/00;35/10;37/00-37/16

AA00
APPLICATIONS OF GEARINGS

AA01

AA02

AA03

AA04

AA06

AA07

AA09

. Vehicles

. . Motor vehicles

. . . Large-sized vehicles

. . . Vehicles other than electric vehicles, internal combustion engines

. . . Wipers

. . . Power steering

. . Cycles

AA12

AA13

AA14

AA15

AA17

AA18

. . Work vehicles

. . . Agricultural machinery

. . . . Tractors

. . . Civil engineering and construction machines

. Transmissions

. . Transmissions for vehicles

AA21

AA22

AA23

AA25

AA27

AA28

. Machine tools

. . Feeding of works, positioning

. . Exchange of tools

. Injection molding machines

. Carriers

. . Carriers for manufacture of semiconductors

AA31

AA33

AA34

AA35

AA36

AA38

AA39

. Pumps, compressors

. Electric appliances

. . Videos

. Office equipment

. Optical apparatuses

. Robots

. . Parallel manipulators

AA41

AA42

AA43

AA44

AA45

AA46

AA48

. Aircrafts

. Ships

. Internal combustion engines

. Toys

. Furniture

. . Drawers

. Wings

AA51

AA52

AA53

AA60

. Special environments

. . Vacuum environments

. . Underwater

. Others*

AB00
TRANSMISSION FORMS OF GEARINGS

AB01

AB02

AB03

AB04

AB05

AB06

. Toothed gearing

. . Worms

. . Bevel gear type (Bevel gears or the like)

. . Tooth lacked gears

. . Rack, pinion type

. . Orbital gear type

AB11

AB12

AB13

AB14

AB15

AB16

. Wrapping transmission

. . Belts

. . Chains

. . . Non-buckling chains

. Friction transmission

. . Friction rollers

AB21

AB22

AB23

AB24

AB26

AB27

AB28

AB29

. Feeding mechanisms

. . Ball screws

. . Magnetic screws

. . Hydrostatic type

. Link mechanisms

. . Links in planes

. . Three-dimensional links

. . Crank mechanisms

AB31

AB32

AB33

AB34

AB35

AB36

AB37

AB40

. Cams

. . Grooved cams

. Infinitely variable transmission

. . Belt type CVT

. . Toroidal

. Ratchets

. Utilization of magnetic forces

. Others*

AC00
ROLES OF GEARINGS

AC01

AC02

AC03

AC04

AC06

AC07

AC08

AC09

AC10

. Transmission of rotary motions

. . Speed-changing functions

. . . Infinitely speed-changing

. . Forward-and-reverse rotation functions

. Step-by-step motion functions

. Conversion between rotary motion and reciprocating motion

. Transmission functions of reciprocating motions

. Transmission functions of oscillating motions

. Three-dimensional motions

BA00
PURPOSES

BA01

BA02

BA03

BA05

BA06

BA07

BA08

BA09

. Improvement of assembly manufacturing method.

. . Casting

. . . High pressure casting, die casing

. . Injection molding

. . Rolling

. . Particularly for surface finishing

. . . Grinding

. . . Coating, plating

BA11

BA12

BA13

BA14

BA15

BA16

BA17

BA18

BA19

. Simplification

. Downsizing, weight reduction

. . Reduction of length in axial directions

. Accuracy improvement

. . Reduction of backlashes

. Improvement of strength, durability

. . Improvement of abrasion resistances

. . Improvement of corrosion resistances

. Overload prevention

BA21

BA22

BA23

BA24

BA25

BA26

BA27

BA29

. Safety measures

. Facilitating maintenance, adjustment

. Countermeasures against foreign substances

. . Dust prevention measures

. Anti-vibration

. Countermeasures against noise

. Lubrication measures

. Switching of motion modes

BA31

BA32

BA33

BA35

BA37

BA40

. Efficiency improvement

. . Reduction of sliding resistances

. Countermeasures against heat

. Operability

. Increase of load capacity

. Others*

F16H19/00-19/08

CA00
CONVERTING APPARATUSES OF RECIPROCATING MOTION AND INFINITE ROTARY MOTION, E.G. GEARS

CA01

CA02

CA03

CA04

CA06

CA07

CA08

. Transmission means providing characteristics*

. . Flexible members

. . . Chains

. . . . Non-buckling chains

. . . Belts

. . . Endless flexible members

. . . Two or more flexible member

CA12

CA13

CA14

CA15

CA16

CA17

CA18

CA19

. . Friction rollers

. . . Cylindrical friction rollers

. . . Two or more rollers

. . Rack pinions

. . . Two or more racks

. . . Two or more pinions

. . . Curve-shaped type racks

. . . . Flexible racks

CA21

CA22

CA23

CA24

CA25

CA26

. Purposes providing characteristics*

. . Tension adjustment of flexible members

. . Variable speeds

. . Pressurization to friction members

. . Holding of engagement

. . Escape of engagement

CA31

CA32

CA33

CA34

CA35

CA36

. Details providing characteristics*

. . Fixation of flexible members to reciprocating motion bodies

. . Wrapping, fixation of flexible members to rotary motion bodies

. . Structures of rotary motion bodies

. . Mounting of casings to rotary motion bodies

. . Tooth shapes of racks and pinions, or the like

F16H21/00-21/54

CB00
CHARACTERISTICS OF GEARINGS BY LINKS AND LEVERS, OR THE LIKE

CB01

CB02

CB03

CB04

CB06

. Transmission means providing characteristics*

. . Links

. . . Three-dimensional links

. . . . Parallel links

. . Cranks

CB11

CB12

CB14

CB15

CB16

CB17

CB18

CB20

. Purposes providing characteristics*

. . Displacement expansion and reduction

. . Characteristics for conversion between rotary motion and reciprocating motion

. . Characteristics for transmission of reciprocating motions

. . . Parallel motions

. . . Straight-line motions

. . Characteristics for transmission of oscillating motions

. . Characteristics for transmission of rotary motions

CB22

CB23

CB24

CB26

CB27

CB28

CB30

. . Characteristics for stroke adjustment of crank mechanisms or the like

. . Particularly for energizing

. . Particularly for engagement and disengagement of transmission

. Degree of freedom of link mechanisms

. . One degree of freedom

. . Two of more degrees of freedom

. . Integration of two or more independent motion to one

CB31

CB32

CB33

. Inputs of link mechanisms

. . One input

. . Two or more inputs

CB41

CB42

CB43

CB44

CB45

CB46

. Details providing characteristics*

. . Utilization of springs

. . Utilization of cams

. . Utilization of eccentric rings

. . Utilization of screw shafts

. . Utilization of elastic deformation of links or the like

F16H25/00-25/18

CC00
CHARACTERISTICS OF GEARINGS BY CAMS OR THE LIKE

CC01

CC02

CC03

CC04

CC05

CC06

. Transmission means providing characteristics*

. . For transmitting rotary motions

. . . Intermediate members to be guided by track of both rotary members

. . . . Intermediate members being balls

. . . . Characterized by shapes of guide grooves

. . . . . Cycloid system curves

CC12

CC13

CC14

CC15

CC16

. . Conversion of rotary, oscillating, reciprocating motions

. . . With cum surfaces on outer circumferences of rotating bodies

. . . . With two or more cam grooves

. . . . With intermediate members

. . . With cam surfaces on end surfaces of rotating bodies

CC21

CC22

CC23

CC24

CC25

. Purposes providing characteristics*

. . Intermittent functions

. . Characteristics for three-dimensional motions

. . Automatic reversal

. . Contact holding of cams

CC31

CC32

CC33

CC34

. Details providing characteristics*

. . Using elastic deformation

. . Characterized by cam followers

. . Characterized by geometrical shapes of cams

F16H25/20-25/24

CD00
CHARACTERISTICS OF FEEDING MECHANISMS

CD01

CD02

CD03

CD04

CD05

CD06

CD07

CD08

CD09

. Transmission means providing characteristics*

. . Screws

. . . Hydrostatic screws

. . Circulating ball type

. . . Particularly, characterized by locus of ball circulating passages

. . . Tube type

. . . Roller type

. . . End plate type

. . . Guide plate type

CD12

CD13

CD14

CD16

. . Non-circulation ball type

. . . Retainers

. . Rollers

. . Magnetism

CD21

CD22

CD23

CD24

CD25

CD26

CD27

CD28

CD29

. Motion forms providing characteristics*

. . Screw rotation, nut advancing and reversing

. . Screw advancing and reversing, nut rotation

. . Composite forms

. . Co-operating with spline shafts

. Materials providing characteristics

. . Materials of screws or nuts

. . . Aluminum alloys

. . Materials of balls

CD32

CD33

CD34

CD35

CD36

CD37

CD38

. . Lubricants, coating solvents

. . . Self-lubricating materials

. Anti-vibration, or guides

. . Anti-vibration or guides for whole feeding mechanisms

. . . Providing intermediate guides to screw shafts

. . . Particularly for resonance prevention

. . . Sharing balls between guide and feeding uses

CD42

CD43

CD44

CD45

CD46

CD47

CD48

CD49

CD50

. . Anti-vibration or noise prevention of balls

. . . Measures for tubes and its circumferences

. Other details

. . Characterized by screw shafts

. . . Characterized by magnetic screw shafts

. . . Characterized by screw grooves

. . . With two or more screw shafts

. . . . Arranged two or more screw shafts in parallel

. . . . Connecting two or more screw shafts in series

CD53

CD54

CD55

CD56

CD57

CD58

CD59

CD60

. . . Screw shafts being of cantilevers

. . Characterized by nuts

. . . Characterized by magnetic nuts

. . . Enabling fast forwarding

. . . Characterized by mounting of nuts to moving bodies

. . . Nuts with orbital screws

. . . Pins engaging with screw shafts

. . Pre-loading of balls

CD62

CD63

CD64

CD65

CD66

CD67

CD68

CD69

. . Characterized by balls

. . . With spacing bodies between balls

. . Characterized by rotation stoppers

. . . Releasable for rotation stoppers

. . Sealing of screw mechanisms

. . . Sealing bodies engaging with screw shafts

. . Countermeasures against foreign substances

. . . With foreign substance removal functions

CD72

CD73

CD75

CD77

CD79

CD80

. . Cooling

. . . Providing nuts with cooling functions

. . Lubrication

. . Mechanisms for overload absorption

. . Mechanisms for stop or automatic reversal

. . Dropping prevention

F16H27/00-27/10

CE00
CHARACTERISTICS OF STEP-BY-STEP MECHANISMS

CE01

CE02

CE03

CE04

CE05

CE06

CE07

. Transmission forms providing characteristics*

. . Tooth lacked gears

. . Driving pins engaging with slots of driven bodies

. . . Geneva mechanisms

. . Cams

. . . Parallel cams

. . . Globoidal cams

CE11

CE12

CE13

. Purposes providing characteristics*

. . Facilitating engagement

. . Composite motions

CE21

CE22

CE23

CE24

CE25

. Details providing characteristics*

. . Shapes of tooth lacked gears

. . . Teeth of engagement starting

. . . With slits

. . Characteristics of shapes of cams

F16H35/10-35/10@Z

CF00
CHARACTERISTICS OF OVERLOAD PREVENTION MECHANISMS

CF01

CF02

CF03

CF04

CF05

CF06

CF07

. With engaging parts relatively displaceable by overload

. . Structures of engaging parts

. . . Friction engagement

. . . . Shapes

. . . . Materials

. . . . . Engaging members having elasticity

. . . . . . Coil springs

CF12

CF13

CF14

CF15

CF16

CF17

CF18

CF20

. . . Engagement by notches and protrusions

. . . . Shapes

. . . . Materials

. . . . . Engaging members having elasticity

. . . . . . Elastic deformation of gears

. . . . Spherical bodies (Balls)

. . . . Swinging members

. . . Magnetic engagement

CF21

CF22

CF23

CF24

CF25

CF26

CF27

CF28

CF29

. With members to be broken by overload

. . Shear pins

. . Fusing and cutting

. . Prevention of dropping, dissipation of broken parts

. Positions, places of engaging parts, damaged parts

. . Radial directions

. . Axial directions

. . Oblique directions (Tapers)

. . Prevention parts being two or more places

CF31

CF32

CF33

CF34

CF35

CF36

CF37

CF38

. Pressing (fastening) means of engaging parts

. . Elastic members

. . . Springs

. . . . Coil springs

. . . . Swirl springs

. . . . Formed wire springs

. . . . Plate (leaf) springs

. . . . Cup springs (Dished disc springs)

CF41

CF42

CF43

CF44

CF45

CF47

CF49

. Detection of overload

. . Detection of displacements

. . . Detection of displacements in axial directions

. . . Detection of displacements in radial directions

. . Detection of tension

. . Detection of damages

. . Detection of power source

CF51

CF60

. Prevention of overload of straight-line motions

. Prevention of other overload*

F16H37/00-37/16

CG00
CHARACTERISTICS OF COMBINATIONS OF OTHER MECHANICAL GEARINGS

CG01

CG02

CG03

CG04

CG05

CG06

CG07

. With gear transmission means*

. . With orbital gears

. . . Simple type

. . . Without ring gears

. . . Without sun gears

. . . Double pinion type

. . . Ravigneaux type

CG12

CG13

CG14

CG15

CG16

CG17

CG18

CG19

. . . Number of sets of orbital gears

. . . . One set

. . . . Two sets

. . . . Three sets

. . . . Four sets

. . With differential gears

. . With racks, pinions

. . With worms, worm wheels

CG22

CG23

. . With sector gears, tooth lacked gears

. . With cam gears

CG31

CG32

CG33

CG34

CG35

CG36

CG37

CG38

CG39

. With infinitely variable transmissions

. . One infinitely variable transmission (Note)

. . Two infinitely variable transmissions (Note)

. . . Series

. . . Parallel

. . Three or more infinitely variable transmissions (Note)

. . Belts, chain type

. . Toroidal

. . Ring cones

CG42

CG44

CG46

. . Other friction type infinitely variable transmissions

. . Torque converters

. . HST

CG52

CG53

CG54

CG55

CG56

CG57

CG58

. . Transmission means in parallel with infinitely variable transmissions

. . . Low velocity being provided for infinitely variable transmissions

. . . Low velocity being provided for transmission means in parallel

. . . High velocity being provided for infinitely variable transmissions

. . . High velocity being provided for transmission means in parallel

. . . Reversing being provided for infinitely variable transmissions

. . . Reversing being provided for transmission means in parallel

CG61

CG62

CG63

CG64

CG65

CG66

CG67

CG68

. With one-way clutches

. . One piece

. . Two pieces

. . Three pieces or more

. With two or more input shafts

. . Two input shafts

. . Three or more input shafts

. . Manual input shafts

CG71

CG72

CG73

CG74

CG75

. With two or more output shafts

. . Two output shafts

. . Three or more output shafts

. . With selecting means for output shafts

. . . Oscillating type gears

CG81

CG82

CG83

CG84

CG85

CG86

CG87

CG88

. Driving sources

. . Engine

. . Motors

. . Inputs

. Technology relating to engines

. . Engine brakes

. . Prevention for the over-rotation of engines

. . Prevention of blowup of engines

CG91

CG95

. Technology relating to failures

. Toothed, friction transmission, combinations of links, levers, cams

3J062	Transmission devices
	F16H19/00 -37/16;49/00-49/00@Z