FI (list display)

  • F16K7/00
  • Diaphragm cut-off apparatus, e.g. with a member deformed, but not moved bodily, to close the passage (container gates or closures operating by deformation of flexible walls B65D 90/56; means for plugging pipes or hoses F16L 55/10) HB CC 3H050
  • F16K7/00@A
  • Allowing flexible cylinders to contact on and pull off from valve seats by eccentric rotary members in the flexible cylinders HB CC 3H050
  • F16K7/00@B
  • Air cell valve (forced plugs) HB CC 3H050
  • F16K7/00@Z
  • Others HB CC 3H050
  • F16K7/02
  • .with tubular diaphragm HB CC 3H050
  • F16K7/02@A
  • Characterized by quality of materials HB CC 3H050
  • F16K7/02@B
  • Closing by bending HB CC 3H050
  • F16K7/02@C
  • Closing terminals HB CC 3H050
  • F16K7/02@D
  • Opening and closing by temperature sensors (bimetal or the like) in the pipe HB CC 3H050
  • F16K7/02@Z
  • Others HB CC 3H050
  • F16K7/04
  • ..constrictable by external radial force HB CC 3H050
  • F16K7/04@A
  • By driving means other than mechanical ones HB CC 3H050
  • F16K7/04@B
  • Holding by slit HB CC 3H050
  • F16K7/04@Z
  • Others HB CC 3H050
  • F16K7/06
  • ...by means of a screw-spindle, cam, or other mechanical means HB CC 3H050
  • F16K7/06@A
  • By screws HB CC 3H050
  • F16K7/06@B
  • By cams HB CC 3H050
  • F16K7/06@C
  • Roller clamps HB CC 3H050
  • F16K7/06@D
  • Pressing by spring forces HB CC 3H050
  • F16K7/06@E
  • Close and stop by winding strings HB CC 3H050
  • F16K7/06@F
  • Characterized by structures and mounting methods of pipes HB CC 3H050
  • F16K7/06@G
  • .Characterized by cross section surface shape of pipe HB CC 3H050
  • F16K7/06@H
  • Returning forcefully the cross sectional shape of pipe to its former shape when opening valves HB CC 3H050
  • F16K7/06@Z
  • Others HB CC 3H050
  • F16K7/07
  • ...by means of fluid pressure HB CC 3H050
  • F16K7/07@A
  • Characterized by cross sectional shape, structure and mounting method of pipes HB CC 3H050
  • F16K7/07@B
  • Pressing at valve seat in pipe diaphragms HB CC 3H050
  • F16K7/07@Z
  • Others HB CC 3H050
  • F16K7/08
  • ..constrictable by twisting HB CC 3H050
  • F16K7/10
  • .with inflatable member HB CC 3H050
  • F16K7/12
  • .with flat, dished, or bowl-shaped diaphragm HB CC 3H050
  • F16K7/12@A
  • Characterized by material qualities HB CC 3H050
  • F16K7/12@B
  • Characterized by structures and mounting methods of diaphragms (no restriction against driving mechanisms) HB CC 3H050
  • F16K7/12@Z
  • Others HB CC 3H050
  • F16K7/14
  • ..arranged to be deformed against a flat seat HB CC 3H050
  • F16K7/14@A
  • By driving means other than mechanical ones HB CC 3H050
  • F16K7/14@B
  • With multiple driving means HB CC 3H050
  • F16K7/14@Z
  • Others HB CC 3H050
  • F16K7/16
  • ...the diaphragm being mechanically actuated, e.g. by screw-spindle or cam HB CC 3H050
  • F16K7/16@A
  • By screws HB CC 3H050
  • F16K7/16@B
  • By cams HB CC 3H050
  • F16K7/16@C
  • Characterized by structures and mounting methods of diaphragm HB CC 3H050
  • F16K7/16@D
  • Characterized by valve seats and valve bodies HB CC 3H050
  • F16K7/16@E
  • Characterized by pressing bodies HB CC 3H050
  • F16K7/16@F
  • Characterized by coupling methods for diaphragm and pressing body, or axes with pressing body HB CC 3H050
  • F16K7/16@G
  • With valve travel indicators HB CC 3H050
  • F16K7/16@Z
  • Others HB CC 3H050
  • F16K7/17
  • ...the diaphragm being actuated by fluid pressure HB CC 3H050
  • F16K7/17@A
  • Driven by pistons HB CC 3H050
  • F16K7/17@B
  • Characterized by structures and mounting methods of diaphragm HB CC 3H050
  • F16K7/17@C
  • Characterized by valve seats and valve bodies HB CC 3H050
  • F16K7/17@Z
  • Others HB CC 3H050
  • F16K7/18
  • .with diaphragm secured at one side only, e.g. to be laid on the seat by rolling action HB CC 3H050
  • F16K7/20
  • .with a compressible solid closure member HB CC 3H050
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