Japanese
close

FI (list display)

  • H01H37/00
    		•  Thermally-actuated switches HB CC 5G041
  • H01H37/00@A
    		•  Testing methods HB CC 5G041
  • H01H37/00@B
    		•  Non-contact switches HB CC 5G041
  • H01H37/00@Z
    		•  Others HB CC 5G041
  • H01H37/02
    		•  .Details HB CC 5G041
  • H01H37/02@A
    		•  Manual operation mechanisms HB CC 5G041
  • H01H37/02@B
    		•  Lead wires (connection) HB CC 5G041
  • H01H37/02@Z
    		•  Others HB CC 5G041
  • H01H37/04
    		•  ..Bases; Housings; Mountings HB CC 5G041
  • H01H37/04@A
    		•  Boxes or mounting HB CC 5G041
  • H01H37/04@B
    		•  Sealing HB CC 5G041
  • H01H37/04@Z
    		•  Others HB CC 5G041
  • H01H37/06
    		•  ...to facilitate replacement, e.g. cartridge housing HB CC 5G041
  • H01H37/08
    		•  ..Indicators; Distinguishing marks HB CC 5G041
  • H01H37/10
    		•  ..Compensation for variation of ambient temperature or pressure HB CC 5G041
  • H01H37/12
    		•  ..Means for adjustment of "on" or "off" operating temperature HB CC 5G041
  • H01H37/14
    		•  ...by anticipatory electric heater HB CC 5G041
  • H01H37/16
    		•  ...by varying the proportion of input heat received by the thermal element, e.g. by displacement of a shield HB CC 5G041
  • H01H37/18
    		•  ...by varying bias on the thermal element due to a separate spring HB CC 5G041
  • H01H37/20
    		•  ...by varying the position of the thermal element in relation to switch base or casing HB CC 5G041
  • H01H37/22
    		•  ...by adjustment of a member transmitting motion from the thermal element to contacts or latch HB CC 5G041
  • H01H37/24
    		•  ...by adjustment of position of the movable contact on its driving member HB CC 5G041
  • H01H37/26
    		•  ...by adjustment of abutment for "off" position of the movable contact HB CC 5G041
  • H01H37/28
    		•  ...by adjustment of the position of the fixed contact HB CC 5G041
  • H01H37/30
    		•  ...by varying the position of the contact unit in relation to switch base or casing HB CC 5G041
  • H01H37/32
    		•  ..Thermally-sensitive members HB CC 5G041
  • H01H37/32@A
    		•  Temperature detecting resistors HB CC 5G041
  • H01H37/32@B
    		•  Thermocouples HB CC 5G041
  • H01H37/32@C
    		•  Shape memory metals HB CC 5G041
  • H01H37/32@D
    		•  Combinations of bimetal and different temperature detecting elements HB CC 5G041
  • H01H37/32@Z
    		•  Others (superconductive elements) HB CC 5G041
  • H01H37/34
    		•  ...Means for transmitting heat thereto, e.g. capsule remote from contact member HB CC 5G041
  • H01H37/36
    		•  ...actuated due to expansion or contraction of a fluid with or without vaporisation (the fluid forming a contact of the switch H01H 29/04, H01H 29/30) HB CC 5G041
  • H01H37/38
    		•  ....with bellows HB CC 5G041
  • H01H37/40
    		•  ....with diaphragm HB CC 5G041
  • H01H37/42
    		•  ....with curled flexible tube, e.g. Bourdon tube HB CC 5G041
  • H01H37/44
    		•  ....with piston and cylinder HB CC 5G041
  • H01H37/46
    		•  ...actuated due to expansion or contraction of a solid (deflection of a bimetallic element H01H 37/52) HB CC 5G041
  • H01H37/48
    		•  ....with extensible rigid rods or tubes HB CC 5G041
  • H01H37/48@A
    		•  Lateral direction HB CC 5G041
  • H01H37/48@B
    		•  Axial direction HB CC 5G041
  • H01H37/48@C
    		•  Tensile rotation HB CC 5G041
  • H01H37/48@D
    		•  Combinations of multiple directions HB CC 5G041
  • H01H37/48@Z
    		•  Others HB CC 5G041
  • H01H37/50
    		•  ....with extensible wires under tension HB CC 5G041
  • H01H37/52
    		•  ...actuated due to deflection of bimetallic element HB CC 5G041
  • H01H37/52@A
    		•  Contacts directly mounted on diaphragms HB CC 5G041
  • H01H37/52@B
    		•  Bimetals pushing contact members HB CC 5G041
  • H01H37/52@C
    		•  .With quick-motion mechanisms HB CC 5G041
  • H01H37/52@D
    		•  ..With quick-motion mechanisms of micro switch types HB CC 5G041
  • H01H37/52@E
    		•  Bimetals as a piece part for switches HB CC 5G041
  • H01H37/52@F
    		•  Using special bimetals e.g. spiral HB CC 5G041
  • H01H37/52@G
    		•  Methods for manufacturing bimetals HB CC 5G041
  • H01H37/52@Z
    		•  Others HB CC 5G041
  • H01H37/54
    		•  ....wherein the bimetallic element is inherently snap acting HB CC 5G041
  • H01H37/54@A
    		•  By disk shaped bimetals HB CC 5G041
  • H01H37/54@B
    		•  .Contacts directly mounted on disk diaphragms HB CC 5G041
  • H01H37/54@C
    		•  By snap action bimetals HB CC 5G041
  • H01H37/54@D
    		•  .Contacts directly mounted on snap action bimetals HB CC 5G041
  • H01H37/54@Z
    		•  Others HB CC 5G041
  • H01H37/56
    		•  ....having spirally wound or helically wound bimetallic element HB CC 5G041
  • H01H37/56@A
    		•  Swirl types HB CC 5G041
  • H01H37/56@B
    		•  Spiral types HB CC 5G041
  • H01H37/56@Z
    		•  Others HB CC 5G041
  • H01H37/58
    		•  ...actuated due to thermally controlled change of magnetic permeability HB CC 5G018
  • H01H37/58@A
    		•  Reed switch types HB CC 5G018
  • H01H37/58@E
    		•  .With means for mounting or securing HB CC 5G018
  • H01H37/58@H
    		•  Flying switch types HB CC 5G018
  • H01H37/58@J
    		•  Magnetism and electricity conversion types HB CC 5G018
  • H01H37/58@K
    		•  Suction retaining type HB CC 5G018
  • H01H37/58@L
    		•  .With repulsion forces by magnets HB CC 5G018
  • H01H37/58@M
    		•  .With repulsion forces by bimetals or shape memory metals HB CC 5G018
  • H01H37/58@N
    		•  .With repulsion forces by leaf springs HB CC 5G018
  • H01H37/58@Q
    		•  .With repulsion forces by coil springs HB CC 5G018
  • H01H37/58@R
    		•  ..Linear motions by repulsion forces HB CC 5G018
  • H01H37/58@Z
    		•  Others HB CC 5G018
  • H01H37/60
    		•  ..Means for producing snap action (inherent in bimetallic element H01H 37/54; caused by a magnet H01H 37/66) HB CC 5G018
  • H01H37/62
    		•  ..Means other than thermal means for introducing a predetermined time delay HB CC 5G018
  • H01H37/64
    		•  ..Contacts HB CC 5G018
  • H01H37/64@A
    		•  Multiple contacts HB CC 5G018
  • H01H37/64@B
    		•  Wiping contacts HB CC 5G018
  • H01H37/64@C
    		•  Auxiliary contacts HB CC 5G018
  • H01H37/64@Z
    		•  Others HB CC 5G018
  • H01H37/66
    		•  ...Magnetic reinforcement of contact pressure; Magnet causing snap action HB CC 5G018
  • H01H37/68
    		•  ...sealed in evacuated or gas-filled tube HB CC 5G018
  • H01H37/70
    		•  ...Resetting means HB CC 5G018
  • H01H37/72
    		•  .Switches in which the opening movement and the closing movement of a contact are effected respectively by heating and cooling or vice versa HB CC 5G018
  • H01H37/74
    		•  .Switches in which only the opening movement or only the closing movement of a contact is effected by heating or cooling HB CC 5G018
  • H01H37/74@A
    		•  Using bimetals HB CC 5G018
  • H01H37/74@B
    		•  Using expansion or contraction of heat sensing materials HB CC 5G018
  • H01H37/74@Z
    		•  Others HB CC 5G018
  • H01H37/76
    		•  ..Contact member actuated by melting of fusible material, actuated due to burning of combustible material or due to explosion of explosive material HB CC 5G502
  • H01H37/76@A
    		•  Characterised by operating principles HB CC 5G502
  • H01H37/76@B
    		•  .Current not drawing through temperature sensing materials HB CC 5G502
  • H01H37/76@C
    		•  ..Using helical springs HB CC 5G502
  • H01H37/76@D
    		•  ..Using leaf springs HB CC 5G502
  • H01H37/76@E
    		•  .Current drawing through temperature sensing materials HB CC 5G502
  • H01H37/76@F
    		•  ..Fusing temperature sensing materials HB CC 5G502
  • H01H37/76@G
    		•  ..Anchored by temperature sensing materials HB CC 5G502
  • H01H37/76@H
    		•  ..Flowing contacts HB CC 5G502
  • H01H37/76@J
    		•  ..Resin contacts HB CC 5G502
  • H01H37/76@K
    		•  Characterised by mounting or assembling HB CC 5G502
  • H01H37/76@L
    		•  Characterised by manufacturing methods HB CC 5G502
  • H01H37/76@P
    		•  Board type thermal fuses HB CC 5G502
  • H01H37/76@Q
    		•  .Chip type thermal fuses HB CC 5G502
  • H01H37/76@R
    		•  .Inserting type thermal fuses HB CC 5G502
  • H01H37/76@Z
    		•  Others HB CC 5G502
    TOP