Japanese
close

FI (list display)

  • F16D3/00
    		•  Yielding couplings, i.e. with means permitting movement between the connected parts during the drive (couplings disconnectable simply by axial movement F16D 1/10; slip couplings F16D 7/00; fluid couplings F16D 31/00-F16D 39/00) HB CC 3J055
  • F16D3/02
    		•  .adapted to specific functions [2006.01] HB CC 3J055
  • F16D3/04
    		•  ..specially adapted to allow radial displacement, e.g. Oldham couplings HB CC 3J055
  • F16D3/04@A
    		•  Oldham's couplings HB CC 3J055
  • F16D3/04@F
    		•  .with intermediate members having two cross-shafts or two feed-through holes arranged at a right angle to each other HB CC 3J055
  • F16D3/04@K
    		•  Using links, cranks and levers HB CC 3J055
  • F16D3/04@Z
    		•  Others HB CC 3J055
  • F16D3/06
    		•  ..specially adapted to allow axial displacement HB CC 3J055
  • F16D3/06@A
    		•  with rolling members in sliding sections HB CC 3J055
  • F16D3/06@E
    		•  Related to lubrication (including non-lubricant coatings) HB CC 3J055
  • F16D3/06@J
    		•  Related to breathing, relief and blank caps HB CC 3J055
  • F16D3/06@P
    		•  Related to sealing and dust seals HB CC 3J055
  • F16D3/06@S
    		•  Related to play, e.g. removal of play HB CC 3J055
  • F16D3/06@Z
    		•  Others HB CC 3J055
  • F16D3/08
    		•  ..Couplings for intersecting shafts, provided with intermediate bars bent in an angle corresponding with the angle of intersection HB CC 3J055
  • F16D3/10
    		•  ..Couplings with means for varying the angular relationship of two coaxial shafts during motion HB CC 3J055
  • F16D3/12
    		•  ..specially adapted for accumulation of energy to absorb shocks or vibration (by making use of fluid elements F16D 3/80) HB CC 3J055
  • F16D3/12@A
    		•  with rubber (including plastics) HB CC 3J055
  • F16D3/12@G
    		•  with screws (including torsion bars wherein spring characteristics are provided by slits) HB CC 3J055
  • F16D3/12@M
    		•  with cams (including screws) HB CC 3J055
  • F16D3/12@T
    		•  Combining multiple forms (including fluid buffer) HB CC 3J055
  • F16D3/12@Z
    		•  Others HB CC 3J055
  • F16D3/14
    		•  ..combined with a friction coupling for damping vibration or absorbing shock HB CC 3J055
  • F16D3/16
    		•  .Universal joints in which flexibility is produced by means of pivots or sliding or rolling connecting parts HB CC 3J055
  • F16D3/16@A
    		•  [figure] HB CC 3J055
  • F16D3/16@C
    		•  [figure] HB CC 3J055
  • F16D3/16@E
    		•  [figure] HB CC 3J055
  • F16D3/16@G
    		•  [figure] HB CC 3J055
  • F16D3/16@J
    		•  [figure] HB CC 3J055
  • F16D3/16@K
    		•  [figure] HB CC 3J055
  • F16D3/16@L
    		•  [figure] HB CC 3J055
  • F16D3/16@M
    		•  [figure] HB CC 3J055
  • F16D3/16@P
    		•  [figure] HB CC 3J055
  • F16D3/16@R
    		•  [figure] HB CC 3J055
  • F16D3/16@S
    		•  [figure] HB CC 3J055
  • F16D3/16@T
    		•  [figure] HB CC 3J055
  • F16D3/16@V
    		•  [figure] HB CC 3J055
  • F16D3/16@X
    		•  [figure] HB CC 3J055
  • F16D3/16@Z
    		•  Others HB CC 3J055
  • F16D3/18
    		•  ..the coupling parts having slidably-interengaging teeth
    		HB CC 3J055
  • F16D3/18@A
    		•  Duplex type (T takes precedence) HB CC 3J055
  • F16D3/18@B
    		•  [figure] HB CC 3J055
  • F16D3/18@G
    		•  [figure] HB CC 3J055
  • F16D3/18@P
    		•  Single type (T takes precedence) HB CC 3J055
  • F16D3/18@T
    		•  [figure] (including single type and duplex type 3/19 takes precedence) HB CC 3J055
  • F16D3/18@Z
    		•  Others HB CC 3J055
  • F16D3/19
    		•  ...of resilient material or structure HB CC 3J055
  • F16D3/20
    		•  ..one coupling part entering a sleeve of the other coupling part and connected thereto by sliding or rolling members (F16D 3/18, F16D 3/24 take precedence) [4,5] HB CC 3J055
  • F16D3/20@B
    		•  Countermeasure against friction on sliding surface (newly established in 1999) HB CC 3J055
  • F16D3/20@C
    		•  .Characterized by lubrication (newly established in 1999) HB CC 3J055
  • F16D3/20@F
    		•  .Characterized by surface treatments (newly established in 1999) HB CC 3J055
  • F16D3/20@H
    		•  Characterized by methods of assembling (newly established in 1999) HB CC 3J055
  • F16D3/20@J
    		•  Characterized by methods of manufacturing (newly established in 1999) HB CC 3J055
  • F16D3/20@K
    		•  .Characterized by dimension of coupling members, e.g. slot depth and diameter (newly established in 1999) HB CC 3J055
  • F16D3/20@Y
    		•  Double type HB CC 3J055
  • F16D3/20@Z
    		•  Others HB CC 3J055
  • F16D3/202
    		•  ...one coupling part having radially projecting pins, e.g. tripod joints [5] HB CC 3J055
  • F16D3/205
    		•  ....the pins extending radially outwardly from the coupling part [5] HB CC 3J055
  • F16D3/205@M
    		•  Tripod slide (GI) type (newly established in 1999) HB CC 3J055
  • F16D3/205@Q
    		•  Tripod fixing (GE) type (newly established in 1999) HB CC 3J055
  • F16D3/205@T
    		•  Trunnion tilting type (newly established in 1999) HB CC 3J055
  • F16D3/205@U
    		•  Trunnion reciprocation type (newly established in 1999) HB CC 3J055
  • F16D3/205@W
    		•  Double pot type (newly established in 1999) HB CC 3J055
  • F16D3/205@Z
    		•  Others (newly established in 1999) HB CC 3J055
  • F16D3/207
    		•  ....the pins extending radially inwardly from the coupling part [5] HB CC 3J055
  • F16D3/22
    		•  ...the rolling members being balls, rollers, or the like, guided in grooves or sockets in both coupling parts [3,5] HB CC 3J055
  • F16D3/221
    		•  ....the rolling members being located in sockets in one of the coupling parts [5] HB CC 3J055
  • F16D3/223
    		•  ....the rolling members being guided in grooves in both coupling parts [5,2011.01] HB CC 3J055
  • F16D3/2233
    		•  .....where the track is made up of two curves with a point of inflexion in between, i.e. S-track joints [2011.01] HB CC 3J055
  • F16D3/2237
    		•  .....where the grooves are composed of radii and adjoining straight lines, i.e. undercut free[UF] type joints [2011.01] HB CC 3J055
  • F16D3/224
    		•  .....the groove centre-lines of each coupling part lying on a sphere [5,2011.01] HB CC 3J055
  • F16D3/2245
    		•  ......where the groove centres are offset from the joint centre [2011.01] HB CC 3J055
  • F16D3/226
    		•  .....the groove centre-lines of each coupling part lying on a cylinder co-axial with the respective coupling part [5] HB CC 3J055
  • F16D3/227
    		•  ......the joints being telescopic [5] HB CC 3J055
  • F16D3/227@E
    		•  Cross groove (VL) type (newly established in 1999) HB CC 3J055
  • F16D3/227@G
    		•  Double off-set (DO) type (newly established in 1999) HB CC 3J055
  • F16D3/227@V
    		•  USP type (newly established in 1999) HB CC 3J055
  • F16D3/227@Z
    		•  Others (newly established in 1999) HB CC 3J055
  • F16D3/229
    		•  .....Prismatic coupling parts having each groove centre-line lying on planes parallel to the axis of the respective coupling part (F16D 3/224, F16D 3/226 take precedence) [5] HB CC 3J055
  • F16D3/229@R
    		•  Tri-ball type (JB) (newly established in 1999) HB CC 3J055
  • F16D3/229@Z
    		•  Others (newly established in 1999) HB CC 3J055
  • F16D3/24
    		•  ..comprising balls, rollers, or the like, between overlapping driving faces, e.g. cogs, on both coupling parts [3,5] HB CC 3J055
  • F16D3/24@X
    		•  Bendix-Weiss (BW) (newly established in 1999) HB CC 3J055
  • F16D3/24@Z
    		•  Others (newly established in 1999) HB CC 3J055
  • F16D3/26
    		•  ..Hooke's joints or other joints with an equivalent intermediate member to which each coupling part is pivotally or slideably connected (F16D 3/18, F16D 3/20 take precedence) HB CC 3J055
  • F16D3/26@A
    		•  [figure] HB CC 3J055
  • F16D3/26@E
    		•  [figure] HB CC 3J055
  • F16D3/26@J
    		•  [figure] HB CC 3J055
  • F16D3/26@N
    		•  [figure] HB CC 3J055
  • F16D3/26@S
    		•  [figure] HB CC 3J055
  • F16D3/26@W
    		•  [figure] HB CC 3J055
  • F16D3/26@X
    		•  Yokes and spiders for hook joints HB CC 3J055
  • F16D3/26@Z
    		•  Others HB CC 3J055
  • F16D3/27
    		•  ...with two or more intermediate members pivotally or slidably connected together, e.g. tongue-and-slipper type joints [5] HB CC 3J055
  • F16D3/28
    		•  ...in which the interconnecting pivots include elastic members HB CC 3J055
  • F16D3/30
    		•  ...in which the coupling is specially adapted to constant velocity-ratio HB CC 3J055
  • F16D3/32
    		•  ....by the provision of two intermediate members each having two relatively- perpendicular trunnions or bearings HB CC 3J055
  • F16D3/33
    		•  .....with ball or roller bearings HB CC 3J055
  • F16D3/34
    		•  ....parts being connected by ridges, pins, balls, or the like guided in grooves or between cogs HB CC 3J055
  • F16D3/36
    		•  ...in which each pivot between the coupling parts and the intermediate member comprises a single ball HB CC 3J055
  • F16D3/38
    		•  ...with a single intermediate member with trunnions or bearings arranged on two axes perpendicular to one another (F16D 3/36 takes precedence) HB CC 3J055
  • F16D3/38@A
    		•  Characterized by lubrication HB CC 3J055
  • F16D3/38@E
    		•  Characterized by sealing; breathing HB CC 3J055
  • F16D3/38@J
    		•  Characterized by bearings (including end plates, bearing bushes, and bearing caps) HB CC 3J055
  • F16D3/38@M
    		•  Characterized by fastening bearing caps, preventing from being taken out, rotated, and pulled out and imposing pre-load and screw pressure HB CC 3J055
  • F16D3/38@R
    		•  Characterized by assembling and disassembling HB CC 3J055
  • F16D3/38@X
    		•  Characterized by hanging-down prevention or by posture holding HB CC 3J055
  • F16D3/38@Z
    		•  Others HB CC 3J055
  • F16D3/40
    		•  ....with intermediate member provided with two pairs of outwardly-directed trunnions on intersecting axes HB CC 3J055
  • F16D3/40@A
    		•  Characterized by lubrication HB CC 3J055
  • F16D3/40@E
    		•  Characterized by sealing; breathing HB CC 3J055
  • F16D3/40@J
    		•  Characterized by bearings (including end plates, bearing bushes, and bearing caps) HB CC 3J055
  • F16D3/40@M
    		•  Characterized by fastening bearing caps, preventing from being taken out, rotated, and pulled out and imposing pre-load and screw pressure HB CC 3J055
  • F16D3/40@R
    		•  Characterized by assembling and disassembling HB CC 3J055
  • F16D3/40@X
    		•  Characterized by hanging-down prevention or by posture holding HB CC 3J055
  • F16D3/40@Z
    		•  Others HB CC 3J055
  • F16D3/41
    		•  .....with ball or roller bearings HB CC 3J055
  • F16D3/41@A
    		•  Characterized by lubrication HB CC 3J055
  • F16D3/41@E
    		•  Characterized by sealing; breathing HB CC 3J055
  • F16D3/41@J
    		•  Characterized by bearings (including end plates, bearing bushes, and bearing caps) HB CC 3J055
  • F16D3/41@M
    		•  Characterized by fastening bearing caps, preventing from being taken out, rotated, and pulled out and imposing pre-load and screw pressure HB CC 3J055
  • F16D3/41@R
    		•  Characterized by assembling and disassembling HB CC 3J055
  • F16D3/41@X
    		•  Characterized by hanging-down prevention or by posture holding HB CC 3J055
  • F16D3/41@Z
    		•  Others HB CC 3J055
  • F16D3/42
    		•  ....with ring-shaped intermediate member provided with bearings or inwardly-directed trunnions HB CC 3J055
  • F16D3/43
    		•  .....with ball or roller bearings HB CC 3J055
  • F16D3/44
    		•  ...the intermediate member being connected to the coupling parts by ridges, pins, balls, or the like guided in grooves or between cogs HB CC 3J055
  • F16D3/46
    		•  ....each coupling part embracing grooves or ridges on the intermediate member HB CC 3J055
  • F16D3/46@A
    		•  [figure] HB CC 3J055
  • F16D3/46@M
    		•  [figure] HB CC 3J055
  • F16D3/46@Z
    		•  Others HB CC 3J055
  • F16D3/48
    		•  ..one coupling part having pins arranged parallel to the axis and entering holes in the other coupling part HB CC 3J055
  • F16D3/50
    		•  .with the coupling parts connected by one or more intermediate members (F16D 3/16 takes precedence) HB CC 3J055
  • F16D3/50@A
    		•  Metal base HB CC 3J055
  • F16D3/50@B
    		•  Rubber base, general HB CC 3J055
  • F16D3/50@C
    		•  .Rubber base; rubber elements between concentric couplings HB CC 3J055
  • F16D3/50@D
    		•  .Rubber base, fixed to one shaft and holding the flange of the other shaft between rubber elements HB CC 3J055
  • F16D3/50@E
    		•  .Rubber base; placing rings with thick engagement sections between concentric couplings HB CC 3J055
  • F16D3/50@F
    		•  .Rubber base, elastic tubes surrounding perimeters of concentric couplings (including those with internal teeth) HB CC 3J055
  • F16D3/50@G
    		•  .Metal base, sheets placed on the face vertical to shafts HB CC 3J055
  • F16D3/50@Z
    		•  Others HB CC 3J055
  • F16D3/52
    		•  ..comprising a continuous strip, spring, or the like engaging the coupling parts at a number of places HB CC 3J055
  • F16D3/54
    		•  ..Couplings comprising a chain or strip surrounding two wheels arranged side by side and provided with teeth or the equivalent HB CC 3J055
  • F16D3/56
    		•  ..comprising elastic metal lamellae, elastic rods, or the like, e.g. arranged radially or parallel to the axis, the members being shear-loaded collectively by the total load HB CC 3J055
  • F16D3/56@A
    		•  Bars, axial HB CC 3J055
  • F16D3/56@B
    		•  Bars, radial HB CC 3J055
  • F16D3/56@C
    		•  Batten plates HB CC 3J055
  • F16D3/56@Z
    		•  Others HB CC 3J055
  • F16D3/58
    		•  ...the intermediate members being made of rubber or like material HB CC 3J055
  • F16D3/58@A
    		•  Rod, axial HB CC 3J055
  • F16D3/58@B
    		•  Rod, radial HB CC 3J055
  • F16D3/58@Z
    		•  Others HB CC 3J055
  • F16D3/60
    		•  ..comprising pushing or pulling links attached to both parts (F16D 3/64 takes precedence) HB CC 3J055
  • F16D3/62
    		•  ...the links or their attachments being elastic HB CC 3J055
  • F16D3/62@A
    		•  Links being metal plates HB CC 3J055
  • F16D3/62@B
    		•  Links being rubber elements HB CC 3J055
  • F16D3/62@C
    		•  .Reinforcement of rubber elements HB CC 3J055
  • F16D3/62@Z
    		•  Others HB CC 3J055
  • F16D3/64
    		•  ..comprising elastic elements arranged between substantially-radial walls of both coupling parts HB CC 3J055
  • F16D3/66
    		•  ...the elements being metallic, e.g. in the form of coils HB CC 3J055
  • F16D3/68
    		•  ...the elements being made of rubber or similar material HB CC 3J055
  • F16D3/70
    		•  ..comprising elastic elements arranged in holes in one coupling part and surrounding pins on the other coupling part HB CC 3J055
  • F16D3/70@A
    		•  Axial pins HB CC 3J055
  • F16D3/70@B
    		•  Radial pins HB CC 3J055
  • F16D3/70@Z
    		•  Others HB CC 3J055
  • F16D3/72
    		•  ..with axially-spaced attachments to the coupling parts (F16D 3/56 takes precedence) HB CC 3J055
  • F16D3/74
    		•  ...the intermediate member or members being made of rubber or other flexible material HB CC 3J055
  • F16D3/74@A
    		•  Tire shapes HB CC 3J055
  • F16D3/74@B
    		•  Coil springs HB CC 3J055
  • F16D3/74@C
    		•  Bellows HB CC 3J055
  • F16D3/74@D
    		•  Forming cutting slots on metal or the like HB CC 3J055
  • F16D3/74@E
    		•  Rubber HB CC 3J055
  • F16D3/74@F
    		•  .Rubber reinforcement HB CC 3J055
  • F16D3/74@Z
    		•  Others HB CC 3J055
  • F16D3/76
    		•  ..shaped as an elastic ring centered on the axis, surrounding a portion of one coupling part and surrounded by a sleeve of the other coupling part HB CC 3J055
  • F16D3/76@A
    		•  Ring reinforcement HB CC 3J055
  • F16D3/76@Z
    		•  Others HB CC 3J055
  • F16D3/77
    		•  ...the ring being metallic HB CC 3J055
  • F16D3/78
    		•  ..shaped as an elastic disc or flat ring, arranged perpendicular to the axis of the coupling parts, different sets of spots of the disc or ring being attached to each coupling part, e.g. Hardy couplings HB CC 3J055
  • F16D3/79
    		•  ...the disc or ring being metallic HB CC 3J055
  • F16D3/79@A
    		•  Frame shapes HB CC 3J055
  • F16D3/79@Z
    		•  Others HB CC 3J055
  • F16D3/80
    		•  .in which a fluid is used (fluid couplings allowing continuous slip F16D 31/00-F16D 35/00) HB CC 3J055
  • F16D3/82
    		•  ..with a coupling element in the form of a pneumatic tube HB CC 3J055
  • F16D3/84
    		•  .Shrouds, e.g. casings, covers; Sealing means specially adapted therefor HB CC 3J055
  • F16D3/84@A
    		•  Non-rotatable covers (can be written with P to W) HB CC 3J055
  • F16D3/84@B
    		•  .Protecting multiple couplings HB CC 3J055
  • F16D3/84@E
    		•  Covers rotatable with shafts (can be written with P to W) HB CC 3J055
  • F16D3/84@F
    		•  .Covers whose positions can be changed in the axial direction HB CC 3J055
  • F16D3/84@G
    		•  .Covers whose positions can be changed in the rotating direction HB CC 3J055
  • F16D3/84@J
    		•  .Covers HB CC 3J055
  • F16D3/84@K
    		•  ..Covers combining rigid bodies and elastic bodies HB CC 3J055
  • F16D3/84@L
    		•  ..Characterized by reinforcing sections of covers (type of covering covers from outside T) HB CC 3J055
  • F16D3/84@M
    		•  ..Characteristics of shapes of covers' axial cross sections, e.g. characteristics of bellows shapes HB CC 3J055
  • F16D3/84@P
    		•  Details of coupling covers HB CC 3J055
  • F16D3/84@Q
    		•  .Characteristics of lip sections HB CC 3J055
  • F16D3/84@R
    		•  .Characteristics of connecting sections between shafts and covers or coupling members and covers HB CC 3J055
  • F16D3/84@S
    		•  ..with slip members HB CC 3J055
  • F16D3/84@T
    		•  .Characteristics of cover protection HB CC 3J055
  • F16D3/84@U
    		•  .Characteristics of communicating sections of cover inner side and outer side HB CC 3J055
  • F16D3/84@V
    		•  Characterized by methods of assembling covers HB CC 3J055
  • F16D3/84@W
    		•  Characterized b methods of manufacturing cover members HB CC 3J055
  • F16D3/84@Z
    		•  Others HB CC 3J055
    TOP