FI (list display)

  • F16J15/00
  • Sealings (sealing arrangements for vehicle windows, windscreens, non-fixed roofs, doors, or similar devices B60J 10/00; sealing or packing elements for container closures B65D 53/00; sealing arrangements in rotary-piston machines or engines F01C 19/00; sealings in non-positive-displacement machines or engines F01D 11/00; arrangements of sealings in combustion engines F02F 11/00; sealing arrangements in rotary-piston pumps F04C 27/00; sealing lead-in or lead-through insulators H01B 17/30) [5] HB CC 3J040
  • F16J15/00@A
  • Sealing stationary and moving planes simultaneously HB CC 3J040
  • F16J15/00@B
  • Relating to manufacturing equipment for packing HB CC 3J040
  • F16J15/00@C
  • Relating to mounting devices for packing HB CC 3J040
  • F16J15/00@D
  • Relating to removing devices for packing HB CC 3J040
  • F16J15/00@E
  • Relating to testing or measuring of closure devices, e.g. detecting leaks HB CC 3J040
  • F16J15/00@Z
  • Others HB CC 3J040
  • F16J15/02
  • .between relatively-stationary surfaces (F16J 15/46, F16J 15/48 take precedence) HB CC 3J040
  • F16J15/04
  • ..without packing between the surfaces, e.g. with ground surfaces, with cutting edge HB CC 3J040
  • F16J15/04@A
  • Permanent connection by tangentially arranged means between surfaces, e.g. tightening or bonding HB CC 3J040
  • F16J15/04@B
  • .By welding HB CC 3J040
  • F16J15/04@C
  • With sharp edges HB CC 3J040
  • F16J15/04@Z
  • Others, e.g. magnetic bonding or hair transplant. HB CC 3J040
  • F16J15/06
  • ..with solid packing compressed between sealing surfaces HB CC 3J040
  • F16J15/06@A
  • Characteristics of profiles and/or structures per se, e.g. comprised with composite members HB CC 3J040
  • F16J15/06@C
  • .O rings HB CC 3J040
  • F16J15/06@D
  • .With hollow parts HB CC 3J040
  • F16J15/06@E
  • .Characterized by lip seals HB CC 3J040
  • F16J15/06@F
  • .Pressing into place with protruding tip HB CC 3J040
  • F16J15/06@G
  • .Clenching to the edges of plate HB CC 3J040
  • F16J15/06@H
  • .Clenching to grooves HB CC 3J040
  • F16J15/06@J
  • Semi-circular packing HB CC 3J040
  • F16J15/06@B
  • Characterized by relation with devices (A takes precedence.) HB CC 3J040
  • F16J15/06@L
  • .Sealing periphery of axes and pipes HB CC 3J040
  • F16J15/06@M
  • .Sealing circumference of bolts HB CC 3J040
  • F16J15/06@N
  • .Sealing internal edges of aperture or opening (M takes precedence.) HB CC 3J040
  • F16J15/06@P
  • .Seals sandwiched between member faces HB CC 3J040
  • F16J15/06@Z
  • Others HB CC 3J040
  • F16J15/08
  • ...with exclusively metal packing HB CC 3J040
  • F16J15/08@A
  • Characterized by profiles and structures HB CC 3J040
  • F16J15/08@D
  • .Metal packing of belleville spring type HB CC 3J040
  • F16J15/08@E
  • .Metal packing in O ring shape HB CC 3J040
  • F16J15/08@G
  • .Metal packing with protruding tips to press into place HB CC 3J040
  • F16J15/08@H
  • .Produced from metal laminae HB CC 3J040
  • F16J15/08@J
  • .Consisting of composite members HB CC 3J040
  • F16J15/08@K
  • .Arranged in convex groves on surface HB CC 3J040
  • F16J15/08@L
  • .Arranged in periphery of axes and pipes HB CC 3J040
  • F16J15/08@B
  • Relating to devices (A takes precedence.) HB CC 3J040
  • F16J15/08@F
  • .Cylinder gaskets (For internal combustion engines F02F11/00) HB CC 3J040
  • F16J15/08@M
  • ..Comprising of one member HB CC 3J040
  • F16J15/08@N
  • ..Consisting of composite materials HB CC 3J040
  • F16J15/08@P
  • ...Combination of metal laminae HB CC 3J040
  • F16J15/08@Q
  • ...Coating treatment applied HB CC 3J040
  • F16J15/08@R
  • ..Characterized by grommets HB CC 3J040
  • F16J15/08@T
  • .Arranged in periphery of axes and pipes HB CC 3J040
  • F16J15/08@C
  • Materials HB CC 3J040
  • F16J15/08@U
  • .Thermally deformed materials, e.g. using bimetal HB CC 3J040
  • F16J15/08@V
  • .Sintered metals HB CC 3J040
  • F16J15/08@Z
  • Others HB CC 3J040
  • F16J15/10
  • ...with non-metallic packing HB CC 3J040
  • F16J15/10@A
  • Characterized by profiles and structures per se HB CC 3J040
  • F16J15/10@B
  • .Provided with tightening members for positioning HB CC 3J040
  • F16J15/10@N
  • .Lip shape HB CC 3J040
  • F16J15/10@P
  • .Hollow members HB CC 3J040
  • F16J15/10@C
  • .O ring or O ring shape HB CC 3J040
  • F16J15/10@Q
  • .Taper type sealing members HB CC 3J040
  • F16J15/10@M
  • .Helical shape HB CC 3J040
  • F16J15/10@R
  • .Seals to press into place with protruding tip HB CC 3J040
  • F16J15/10@S
  • .Clenching edges of plate HB CC 3J040
  • F16J15/10@T
  • .Clenching grooves HB CC 3J040
  • F16J15/10@U
  • .Sealing periphery of apertures or openings HB CC 3J040
  • F16J15/10@L
  • ..Seals for pipes (sealing pipe fittings F16L) HB CC 3J040
  • F16J15/10@K
  • ..Seals for connecting screw part HB CC 3J040
  • F16J15/10@J
  • ..Expanding bore HB CC 3J040
  • F16J15/10@D
  • Relating to devices (A takes precedence.) HB CC 3J040
  • F16J15/10@F
  • Materials, e.g. wood, natural fibre, leather HB CC 3J040
  • F16J15/10@V
  • .Swelling materials (the highest precedence) HB CC 3J040
  • F16J15/10@H
  • .With adhesive actions HB CC 3J040
  • F16J15/10@W
  • .Inorganic materials, e.g. predominantly asbestos materials, glass fibres, carbon fibres HB CC 3J040
  • F16J15/10@X
  • .Organic materials HB CC 3J040
  • F16J15/10@G
  • ..Using fluorine resin HB CC 3J040
  • F16J15/10@Y
  • ..Materials comprised with predominantly rubber HB CC 3J040
  • F16J15/10@Z
  • Others HB CC 3J040
  • F16J15/12
  • ....with metal reinforcement or covering HB CC 3J040
  • F16J15/12@A
  • Metal core members, e.g. non-flat plate HB CC 3J040
  • F16J15/12@F
  • .Containing flat plate core members made of metal sheet HB CC 3J040
  • F16J15/12@G
  • .Containing core member made of metal wires (including coil springs) HB CC 3J040
  • F16J15/12@H
  • .Meshed members, e.g. wire netting, mesh HB CC 3J040
  • F16J15/12@B
  • .Helical shapes HB CC 3J040
  • F16J15/12@C
  • .Magnet packing HB CC 3J040
  • F16J15/12@D
  • Metal coatings HB CC 3J040
  • F16J15/12@E
  • For cylinder gaskets, e.g. composite member HB CC 3J040
  • F16J15/12@J
  • .Metal core materials, e.g. asbestos, metal coating core material. HB CC 3J040
  • F16J15/12@K
  • ..Containing metal cores made of metal sheet HB CC 3J040
  • F16J15/12@L
  • ..Containing cores made of metal wires HB CC 3J040
  • F16J15/12@M
  • ..Materials being base synthetic resin HB CC 3J040
  • F16J15/12@N
  • ..Materials being base rubber HB CC 3J040
  • F16J15/12@P
  • .Metal coatings HB CC 3J040
  • F16J15/12@Z
  • Others HB CC 3J040
  • F16J15/14
  • ..by means of granular or plastic material, or fluid HB CC 3J040
  • F16J15/14@A
  • Relating to liquid seal packing [figure] HB CC 3J040
  • F16J15/14@B
  • Using foamed materials HB CC 3J040
  • F16J15/14@C
  • Using hardening materials HB CC 3J040
  • F16J15/14@D
  • Using sol materials HB CC 3J040
  • F16J15/14@E
  • Using granular materials "[figure]" HB CC 3J040
  • F16J15/14@F
  • Relating to freezing seals [figure] HB CC 3J040
  • F16J15/14@G
  • Using liquid [figure] HB CC 3J040
  • F16J15/14@Z
  • Others HB CC 3J040
  • F16J15/16
  • .between relatively-moving surfaces (F16J 15/50, F16J 15/52 take precedence; bellows pistons F16J 3/06; piston-rings or ring sealings of similar construction in general F16J 9/00; spindle sealings for valves F16K 41/00) [2] HB CC 3J043
  • F16J15/16@A
  • For linear sliding motions (C, D and E take precedent) HB CC 3J043
  • F16J15/16@B
  • For sliding motions with rotary movement (C, D and E take precedent) HB CC 3J043
  • F16J15/16@C
  • Sealing strips HB CC 3J043
  • F16J15/16@D
  • Sealing the place where axial member penetrating through plate member HB CC 3J043
  • F16J15/16@E
  • Using multiple sealing means together, e.g. using both oil seal and mechanical seal HB CC 3J043
  • F16J15/16@Z
  • Others HB CC 3J043
  • F16J15/18
  • ..with stuffing-boxes for elastic or plastic packings HB CC 3J043
  • F16J15/18@A
  • For linear sliding motions HB CC 3J043
  • F16J15/18@B
  • .Using O rings HB CC 3J043
  • F16J15/18@C
  • For sliding motions with rotary movement HB CC 3J043
  • F16J15/18@D
  • .Using O ring HB CC 3J043
  • F16J15/18@E
  • for pivot pin sections HB CC 3J043
  • F16J15/18@Z
  • Others HB CC 3J043
  • F16J15/20
  • ...Packing materials therefor HB CC 3J043
  • F16J15/22
  • ....shaped as strands, ropes, threads, ribbons, or the like HB CC 3J043
  • F16J15/24
  • ...with radially or tangentially compressed packing HB CC 3J043
  • F16J15/24@A
  • Containing compressed packing to radius direction HB CC 3J043
  • F16J15/24@Z
  • Others HB CC 3J043
  • F16J15/26
  • ..with stuffing-boxes for rigid sealing rings HB CC 3J043
  • F16J15/28
  • ...with sealing rings made of metal HB CC 3J043
  • F16J15/30
  • ...with sealing rings made of carbon HB CC 3J043
  • F16J15/32
  • ..with elastic sealing lip HB CC 3J043
  • F16J15/3204
  • ...with at least one lip [2016.01] HB CC 3J006
  • F16J15/3204,101
  • ....established between surfaces making reciprocating motion HB CC 3J006
  • F16J15/3204,201
  • ....established between surfaces making rotating motion HB CC 3J006
  • F16J15/3204,301
  • ....established between surfaces making other motion HB CC 3J006
  • F16J15/3208
  • ....provided with tension elements, e.g. elastic rings [2016.01] HB CC 3J006
  • F16J15/3212
  • .....with metal springs [2016.01] HB CC 3J006
  • F16J15/3216
  • ....supported in a direction parallel to the surfaces [2016.01] HB CC 3J006
  • F16J15/322
  • ....supported in a direction perpendicular to the surfaces [2016.01] HB CC 3J006
  • F16J15/3224
  • ....capable of accommodating changes in distances or misalignment between the surfaces, e.g. able to compensate for defaults of eccentricity or angular deviations [2016.01] HB CC 3J006
  • F16J15/3228
  • ....formed by deforming a flat ring [2016.01] HB CC 3J006
  • F16J15/3232
  • ....having two or more lips [2016.01] HB CC 3J006
  • F16J15/3232,101
  • .....established between surfaces making reciprocating motion HB CC 3J006
  • F16J15/3232,201
  • .....established between surfaces making rotating motion HB CC 3J006
  • F16J15/3232,301
  • .....established between surfaces making other motion HB CC 3J006
  • F16J15/3236
  • .....with at least one lip for each surface, e.g. U-cup packings [2016.01] HB CC 3J006
  • F16J15/324
  • ...Arrangements for lubrication or cooling of the sealing itself [2016.01] HB CC 3J043
  • F16J15/3244
  • ...with hydrodynamic pumping action [2016.01] HB CC 3J043
  • F16J15/3248
  • ...provided with casings or supports [2016.01] HB CC 3J043
  • F16J15/3252
  • ....with rigid casings or supports [2016.01] HB CC 3J043
  • F16J15/3256
  • .....comprising two casing or support elements, one attached to each surface, e.g. cartridge or cassette seals [2016.01] HB CC 3J043
  • F16J15/326
  • ......with means for detecting or measuring relative rotation of the two elements [2016.01] HB CC 3J043
  • F16J15/3264
  • ......the elements being separable from each other [2016.01] HB CC 3J043
  • F16J15/3268
  • ...Mounting of sealing rings [2016.01] HB CC 3J043
  • F16J15/3272
  • ....the rings having a break or opening, e.g. to enable mounting on a shaft otherwise than from a shaft end [2016.01] HB CC 3J043
  • F16J15/3276
  • ....with additional static sealing between the sealing, or its casing or support, and the surface on which it is mounted [2016.01] HB CC 3J043
  • F16J15/328
  • ...Manufacturing methods specially adapted for elastic sealings(moulding B29C) [2016.01] HB CC 3J043
  • F16J15/3284
  • ...characterised by their structure; Selection of materials [2016.01] HB CC 3J043
  • F16J15/3288
  • ....Filamentary structures, e.g. brush seals [2016.01] HB CC 3J043
  • F16J15/3292
  • ....Lamellar structures [2016.01] HB CC 3J043
  • F16J15/3296
  • ...Arrangements for monitoring the condition or operation of elastic sealings(F16J15/326 takes precedence);Arrangements for control of elastic sealings, e.g. of their geometry or stiffness [2016.01] HB CC 3J043
  • F16J15/34
  • ..with slip-ring pressed against a more or less radial face on one member HB CC 3J041
  • F16J15/34@A
  • Of floating [figure] HB CC 3J041
  • F16J15/34@B
  • Of multiple type (H for relating to lubrication and refrigeration) [figure] HB CC 3J041
  • F16J15/34@C
  • Sealing surface being non-contacted HB CC 3J041
  • F16J15/34@D
  • Containing intermediate seal ring [figure] HB CC 3J041
  • F16J15/34@E
  • Splitting type of seal ring HB CC 3J041
  • F16J15/34@F
  • Relating to quality of seal ring (A for floating type) HB CC 3J041
  • F16J15/34@G
  • Relating to end surface profiles of seal ring (A for floating type) HB CC 3J041
  • F16J15/34@H
  • Relating to lubrication and refrigeration HB CC 3J041
  • F16J15/34@J
  • .Of multiple type HB CC 3J041
  • F16J15/34@K
  • Seal rings on the fixed side being pressed to axial direction HB CC 3J041
  • F16J15/34@L
  • Relating to supporting, mounting and removing the housing of seal rings on the fixed side HB CC 3J041
  • F16J15/34@Z
  • Others HB CC 3J041
  • F16J15/36
  • ...connected by a diaphragm to the other member HB CC 3J041
  • F16J15/36@A
  • Relating to lubrication and refrigeration HB CC 3J041
  • F16J15/36@Z
  • Others HB CC 3J041
  • F16J15/38
  • ...sealed by a packing [2] HB CC 3J041
  • F16J15/40
  • ..by means of fluid HB CC 3J042
  • F16J15/40@B
  • Using float ring HB CC 3J042
  • F16J15/40@C
  • With screw operated pump member HB CC 3J042
  • F16J15/40@Z
  • Others HB CC 3J042
  • F16J15/42
  • ...kept in sealing position by centrifugal force HB CC 3J042
  • F16J15/43
  • ...kept in sealing position by magnetic force [6] HB CC 3J042
  • F16J15/44
  • .Free-space packings HB CC 3J042
  • F16J15/44@A
  • With honeycomb structure HB CC 3J042
  • F16J15/44@B
  • With screw operated pump member HB CC 3J042
  • F16J15/44@C
  • Using float rings HB CC 3J042
  • F16J15/44@Z
  • Others HB CC 3J042
  • F16J15/447
  • ..Labyrinth packings [3] HB CC 3J042
  • F16J15/453
  • ...characterised by the use of particular materials [3] HB CC 3J042
  • F16J15/46
  • .with packing ring expanded or pressed into place by fluid pressure, e.g. inflatable packings (connection of valves to inflatable elastic bodies B60C 29/00; specially adapted for tube connections F16L) HB CC 3J043
  • F16J15/48
  • ..influenced by the pressure within the member to be sealed HB CC 3J043
  • F16J15/50
  • .between relatively-movable members, by means of a sealing without relatively-moving surfaces, e.g. fluid-tight sealings for transmitting motion through a wall HB CC 3J043
  • F16J15/52
  • ..by means of sealing bellows or diaphragms (connection of valves to inflatable elastic bodies B60C 29/00) HB CC 3J043
  • F16J15/52@A
  • For oscillation type control lever (control mechanism in general G05G; operational means for transmission control devices B60K20/02) HB CC 3J043
  • F16J15/52@B
  • For ball joints (for ball joints F16C11/06; A takes precedent) HB CC 3J043
  • F16J15/52@C
  • For universal joints to transmit the rotary motions (universal joints to transmit rotary motions F16D3/00) HB CC 3J043
  • F16J15/52@D
  • .For gear coupling HB CC 3J043
  • F16J15/52@Z
  • Others HB CC 3J043
  • F16J15/53
  • .using magnetic means [6] HB CC 3J043
  • F16J15/54
  • .Other sealings for rotating shafts HB CC 3J042
  • F16J15/56
  • .Other sealings for reciprocating rods HB CC 3J042
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