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  • H01H35/00
    		•  Switches operated by change of a physical condition (operated by change of magnetic or electric field H01H 36/00; thermally-actuated switches H01H 37/00)
    		HB CC 5G055
  • H01H35/00@A
    		•  Photoelectric switches (optically responding switches) HB CC 5G055
  • H01H35/00@B
    		•  .Related to structures HB CC 5G055
  • H01H35/00@C
    		•  ..Reflection type photoelectric switches HB CC 5G055
  • H01H35/00@V
    		•  ...Transmitting or receiving with one light beam axis HB CC 5G055
  • H01H35/00@W
    		•  ...Using convex mirrors HB CC 5G055
  • H01H35/00@X
    		•  ...Finger reflection types (touch switches) HB CC 5G055
  • H01H35/00@D
    		•  ..Automatic flashers, for illumination HB CC 5G055
  • H01H35/00@E
    		•  ..Related to adjusting light beam axes or indicating motions HB CC 5G055
  • H01H35/00@S
    		•  ..Means for mounting HB CC 5G055
  • H01H35/00@F
    		•  ..Pushbutton types or key boards e.g. pushbutton switch using light HB CC 5G055
  • H01H35/00@G
    		•  ..Related to enclosures HB CC 5G055
  • H01H35/00@H
    		•  ..Related to shields HB CC 5G055
  • H01H35/00@J
    		•  ..Convex insertion type HB CC 5G055
  • H01H35/00@K
    		•  ..Light emitter HB CC 5G055
  • H01H35/00@L
    		•  ..Light receiver HB CC 5G055
  • H01H35/00@M
    		•  ..Applications (characterised by applications) HB CC 5G055
  • H01H35/00@N
    		•  ..With multiple beam axes e.g. with multiple transmitters or receivers HB CC 5G055
  • H01H35/00@R
    		•  ..Using optical fibbers HB CC 5G055
  • H01H35/00@T
    		•  ..Rotary types HB CC 5G055
  • H01H35/00@U
    		•  ..Opposing types HB CC 5G055
  • H01H35/00@P
    		•  Ultrasonic switches (RG 01 S) HB CC 5G055
  • H01H35/00@Q
    		•  Switches operated by changes in loads (RH 01 H 13/) e.g. switches not operated by human HB CC 5G055
  • H01H35/00@Z
    		•  Others HB CC 5G055
  • H01H35/02
    		•  .Switches operated by change of position, inclination, or orientation of the switch itself in relation to gravitational field (tilting mercury container H01H 29/20; change of position due to change of liquid level H01H 35/18) HB CC 5G056
  • H01H35/02@A
    		•  Using operating levers extending toward outside HB CC 5G056
  • H01H35/02@B
    		•  Using pendulums HB CC 5G056
  • H01H35/02@C
    		•  Using rolling spheres HB CC 5G056
  • H01H35/02@D
    		•  Using conductive liquids (R 29/30, 35/18) e.g. using mercury switches HB CC 5G056
  • H01H35/02@Z
    		•  Others HB CC 5G056
  • H01H35/06
    		•  .Switches operated by change of speed (operated by change of fluid flow H01H 35/24) HB CC 5G056
  • H01H35/06@A
    		•  By electric circuits HB CC 5G056
  • H01H35/06@B
    		•  Using oscillating phenomenon HB CC 5G056
  • H01H35/06@C
    		•  Eddy current motions HB CC 5G056
  • H01H35/06@D
    		•  Using attracting or repulsion by magnets HB CC 5G056
  • H01H35/06@Z
    		•  Others HB CC 5G056
  • H01H35/10
    		•  ..Centrifugal switches (level of mercury displaced by centrifugal action H01H 29/26) HB CC 5G056
  • H01H35/12
    		•  ..operated by reversal of direction of movement HB CC 5G056
  • H01H35/14
    		•  .Switches operated by change of acceleration, e.g. by shock or vibration, inertia switch HB CC 5G056
  • H01H35/14@A
    		•  Using rolling spheres HB CC 5G056
  • H01H35/14@B
    		•  Using pendulums HB CC 5G056
  • H01H35/14@C
    		•  Weight mounted types HB CC 5G056
  • H01H35/14@D
    		•  Using conductive liquids e.g. mercury HB CC 5G056
  • H01H35/14@E
    		•  Horizontal or cylindrical slide types HB CC 5G056
  • H01H35/14@F
    		•  Using magnets HB CC 5G056
  • H01H35/14@Z
    		•  Others HB CC 5G056
  • H01H35/18
    		•  .Switches operated by change of liquid level or of liquid density, e.g. float switch (by magnet carried on a float H01H 36/02) HB CC 5G056
  • H01H35/18@A
    		•  Float switches HB CC 5G056
  • H01H35/18@B
    		•  .With tilting or rolling floats HB CC 5G056
  • H01H35/18@C
    		•  .Guided types HB CC 5G056
  • H01H35/18@D
    		•  .Weight balancing types HB CC 5G056
  • H01H35/18@E
    		•  Operated by changes in fluid surfaces HB CC 5G056
  • H01H35/18@F
    		•  .Using proximity switches HB CC 5G056
  • H01H35/18@G
    		•  .Using heat, light, sound HB CC 5G056
  • H01H35/18@H
    		•  .With liquid contacts HB CC 5G056
  • H01H35/18@J
    		•  .Using semiconductor switches HB CC 5G056
  • H01H35/18@K
    		•  .By liquid or pneumatic pressures HB CC 5G056
  • H01H35/18@Z
    		•  Others HB CC 5G056
  • H01H35/24
    		•  .Switches operated by change of fluid pressure, by fluid pressure waves, or by change of fluid flow (wherein the change of pressure is caused by change of temperature H01H 37/36) HB CC 5G056
  • H01H35/26
    		•  ..Details HB CC 5G056
  • H01H35/26@A
    		•  Pressure regulators for pressure switches HB CC 5G056
  • H01H35/26@Z
    		•  Others HB CC 5G056
  • H01H35/28
    		•  ...Compensation for variation of ambient pressure or temperature HB CC 5G056
  • H01H35/30
    		•  ...Means for transmitting pressure to pressure-responsive operating part, e.g. by capsule and capillary tube HB CC 5G056
  • H01H35/32
    		•  ..actuated by bellows HB CC 5G056
  • H01H35/34
    		•  ..actuated by diaphragm HB CC 5G056
  • H01H35/34@A
    		•  Detecting pressure differentials HB CC 5G056
  • H01H35/34@J
    		•  Detecting vacuum pressures HB CC 5G056
  • H01H35/34@B
    		•  Adjusting operating pressures HB CC 5G056
  • H01H35/34@C
    		•  Using non-contact switches HB CC 5G056
  • H01H35/34@D
    		•  Detecting two points (detecting multiple pressures) HB CC 5G056
  • H01H35/34@E
    		•  Contacts accommodated in diaphragm HB CC 5G056
  • H01H35/34@K
    		•  With toggle mechanisms HB CC 5G056
  • H01H35/34@H
    		•  .Using snap plates (dish springs) HB CC 5G056
  • H01H35/34@N
    		•  ..Using snap action diaphragms HB CC 5G056
  • H01H35/34@Q
    		•  Covers, boxes, filters HB CC 5G056
  • H01H35/34@M
    		•  .Related to diaphragm protection, mounting or profiles HB CC 5G056
  • H01H35/34@S
    		•  .Orifices, valves, damping HB CC 5G056
  • H01H35/34@F
    		•  For pumps e.g. for tap water HB CC 5G056
  • H01H35/34@G
    		•  Detecting air pressures HB CC 5G056
  • H01H35/34@L
    		•  Detecting oil pressures e.g. for automobiles HB CC 5G056
  • H01H35/34@P
    		•  Pushbutton switches (pressure transfer) (pushbutton switches using changes in pressures) HB CC 5G056
  • H01H35/34@R
    		•  Using micro switches HB CC 5G056
  • H01H35/34@Z
    		•  Others HB CC 5G056
  • H01H35/36
    		•  ..actuated by curled flexible tube, e.g. Bourdon tube HB CC 5G056
  • H01H35/38
    		•  ..actuated by piston and cylinder HB CC 5G056
  • H01H35/38@A
    		•  Using micro switches HB CC 5G056
  • H01H35/38@B
    		•  Using reed switches HB CC 5G056
  • H01H35/38@C
    		•  Plunger types HB CC 5G056
  • H01H35/38@D
    		•  Piston or contact types HB CC 5G056
  • H01H35/38@Z
    		•  Others HB CC 5G056
  • H01H35/40
    		•  ..actuated by devices allowing continual flow of fluid, e.g. vane HB CC 5G056
  • H01H35/40@A
    		•  Responding to air flow (wind pressure switches) HB CC 5G056
  • H01H35/40@B
    		•  .Detecting pressure differentials HB CC 5G056
  • H01H35/40@C
    		•  .Using magnets HB CC 5G056
  • H01H35/40@D
    		•  Responding to fluid flow (water or oil flow) HB CC 5G056
  • H01H35/40@E
    		•  .Using flappers HB CC 5G056
  • H01H35/40@F
    		•  .Using diaphragms HB CC 5G056
  • H01H35/40@G
    		•  ..Diaphragms with bleed holes HB CC 5G056
  • H01H35/40@H
    		•  .With valves HB CC 5G056
  • H01H35/40@Z
    		•  Others HB CC 5G056
  • H01H35/42
    		•  .Switches operated by change of humidity HB CC 5G056
  • H01H35/42@A
    		•  Using hygroscopic objects or films HB CC 5G056
  • H01H35/42@B
    		•  Using absorbers HB CC 5G056
  • H01H35/42@C
    		•  Shorting types HB CC 5G056
  • H01H35/42@Z
    		•  Others HB CC 5G056
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