F-Term-List

H01H35/10

AD00
MANUFACTURING AND STRUCTURE OF CENTRIFUGAL SWITCHES

AD01

AD02

AD03

AD04

AD05

. Switches

. . Contact points

. . Contact points that are supported on one side

. . Magnetically operated switches

. . Noncontact switches

AD11

AD14

AD17

AD18

AD19

AD20

. . Adjustment and shock absorption

. . Mounting and conductive connections

. Operating mechanisms

. . Operating direction of the contact point

. . . Movement in the direction of the rotary shaft

. . . Rotation around a rotary shaft

AD22

AD23

AD24

AD27

AD28

AD29

AD30

. . Weighted gimlets

. . . Single weighted gimlets

. . . Multiple weighted gimlets

. . Support of weighted gimlets

. . . Angular-displacement levers

. . . Guide bars

. . . Guide grooves

AD31

AD32

AD33

AD34

AD35

AD36

AD40

. . . Springs

. . . . Contact-point springs

. . . . Ring springs

. . . . V-shaped springs

. . . Support by containers or enclosures

. . . . Spherical bodies

. . Mechanisms with operating beams

AD41

AD42

AD45

AD50

. . Mechanisms with L-shaped members

. . Mechanisms with sliding rings

. . Regenerative springs

. Other structures (e.g., housings)

H01H35/14-35/14@Z

BD00
ACCELERATION MEANS

BD01

BD02

BD03

BD04

BD05

BD06

BD08

BD09

. Spherical bodies

. . Operating mechanisms

. . . Movement of spherical bodies

. . . . Rolling

. . . . . Rolling on a flat surface

. . . . . Rolling on a slanted surface

. . . . Dropping or falling

. . . . . String operation

BD11

BD13

BD15

BD16

BD17

BD18

BD19

. . . . Jumping

. . . Operating mechanisms with multiple spherical bodies

. . . Means of support of the spherical bodies

. . . . Support by magnets

. . . . Support by springs

. . . . Lever-operated support

. . . . Support of moving spherical bodies by strings

BD21

BD22

BD23

BD26

. . . Switch-operating units

. . . . Spherical bodies that directly operate the moveable contact points

. . . . Switch-operating units using sliding rods

. . . . Operation of the switch by a tilting movement of the control lever

BD31

BD32

BD33

BD34

BD35

BD36

. . Switches

. . . Spherical bodies as the moving contact points

. . . Microswitches

. . . Mercury switches

. . . Lead switches

. . . Noncontact switches

BD41

BD42

BD46

BD47

. Pendulums

. . Operating mechanisms

. . . Actuation of the switch by a beam or bar on the pendulum

. . . Actuation of the switch by a weighted gimlet on the pendulum

BD51

BD52

BD53

BD56

BD57

BD58

. . . Operating mechanisms equipped with magnets

. . . Operating mechanisms equipped with springs

. . . Operating mechanisms using cams

. . Switches

. . . Weighted gimlets that serve as moveable contact points

. . . Micro-switches

BD61

BD62

BD63

BD64

BD65

BD66

BD67

. Inverted pendulums

. . Inverted-pendulum-operating mechanisms

. . . Shapes and support of weighted gimlets

. . . . Hat-shaped weighted gimlets

. . . . Conical weighted gimlets

. . . . Weighted gimlets that are supported by cantilever springs

. . . . Weighted gimlets that are supported by beams or bars

BD71

BD75

BD76

BD77

. . . Operating mechanisms that are equipped with springs

. . Switches

. . . Weighted gimlets that serve as moveable contact points

. . . Micro-switches

BD81

BD82

BD83

BD87

BD89

. Sliding weighted gimlets

. . Operating mechanisms

. . . Weighted gimlets that slide in an axial direction

. . . Operating mechanisms with switch-actuators (e.g., levers or beams)

. . . Operating mechanisms using liquids

BD91

BD94

BD96

BD97

. . . Operating mechanisms using springs

. . Switches

. . . Weighted gimlets that serve as moveable contact points

. . . Switches that are operated by magnetism

BE00
ACCELERATION-SENSITIVE MEANS

BE01

BE02

BE03

BE08

. Conductive liquids (e.g., mercury)

. . Containers

. . . Concave and spherical containers

. . . Cylindrical and box-shaped containers

BE11

BE13

BE14

BE17

BE19

BE20

. . . Tilted containers

. . . U-shaped and V-shaped containers

. . . Open containers

. . . Multiple containers

. . Electrodes

. . . Electrodes that face each other

BE21

BE27

. . . Juxtaposed electrodes

. . . Variants with three or more electrodes

BE31

BE32

BE33

BE37

BE38

BE40

. . Control of the movement of conductive liquids

. . . Control by means of partitions

. . . Control by means of other liquids

. . Operating mechanisms

. . . Operating mechanisms with tilting housings

. Destruction and explosions

BE51

. Others

BF00
STRUCTURES OTHER THAN ACCELERATION-SENSITIVE MEANS

BF01

BF04

. Electronic circuits

. Others

H01H35/18-35/18@Z

CA00
PURPOSES OF LIQUID-LEVEL-DETECTION SWITCHES

CA01

CA02

CA04

CA05

CA06

CA10

. Prevention of malfunction due to oscillation

. Durability

. Inspection and testing

. Detection of multiple water levels

. Adjustment

. Others

CD00
DETECTION MEANS OF LIQUID-LEVEL DETECTION SWITCHES

CD01

CD02

CD04

CD07

CD09

. Objects using floats

. . Floats with vertical sliding bars or beams

. . Floats with strings

. . Floats with guide bars

. . Floats with guide members

CD11

CD12

CD13

CD16

CD19

CD20

. . Tilting floats or rolling floats

. . . Floats with support points

. . . Floats with strings

. . Variants using multiple floats

. Detection by hydraulic pressure or air pressure

. . Use of diaphragms

CD23

CD26

. Variants using other means of detection

. Mounting or fixing of the detection apparatus

CE00
OPERATING UNITS OF LIQUID-LEVEL DETECTION SWITCHES

CE01

CE03

CE06

CE07

CE10

. Direct actuation of the switch by a float

. Direct actuation by float bars, float strings, or float levers

. Variants with cams or uneven units

. Variants using operating beams or levers

. Variants with other operating means

CE11

CE12

CE13

CE14

CE17

. Arrangements and support of switches

. . Variants equipped with switches inside the float

. . . Switch actuation by weighted gimlets

. . . Switch actuation by magnets

. . . Switches mounted on float guide bars or float guides

CF00
LIQUID-LEVEL-DETECTION SWITCHES

CF01

CF04

CF06

CF08

CF10

. Floats equipped with contact points

. Variants using lead switches

. Variants using conductive liquid switches

. Variants using noncontact-point switches

. Variants using other switches

H01H35/24-35/38@Z

DA00
PURPOSE OF PRESSURE SWITCHES

DA01

DA02

DA03

DA04

DA06

DA10

. Reliability

. Prevention of air leakage and leakage

. Durability

. Miniaturization, affordability, and ease of assembly

. Protection

. Others

DB00
USE OF THE DETECTION OF FLUID PRESSURE

DB01

DB02

DB03

DB04

DB07

DB09

DB10

. Switches to detect pressure

. . Differential pressure

. . Negative pressure

. . Multiple pressure

. Detection of the flow rate

. Switches using fluid pressure

. . General switches (e.g., push-button switches)

DB11

DB14

. . Elongated switches

. Others

DC00
TYPES OF FLUIDS

DC01

DC02

DC03

DC06

DC07

DC10

. Fluids

. . Water

. . Oil

. Gases

. . Air

. Others (e.g., degree of vacuum)

DD00
COMMON STRUCTURES

DD01

DD02

DD03

DD04

DD06

DD07

DD08

DD09

DD10

. Fluid-induction units

. . Valves

. . Orifices

. . Filters

. Operating mechanisms

. . Adjustment of operating pressure

. . . Adjustment of return springs

. . . . Adjustment of return springs using screws

. . . . Adjustment of return springs using cams

DD12

DD15

DD16

DD17

DD18

. . . Movement of the position of the structural members

. . Compensation and correction

. . . Temperature changes

. . . . Temperature changes using bimetals

. . . . Temperature changes using gases or liquids

DD21

DD23

DD25

DD28

. . . . Others (e.g., shape-memory alloys)

. . . Others (e.g., changes in atmospheric pressure)

. . Prevention of overpressure, protection, and stoppers

. . Adjustment scales

DD31

DD32

DD33

DD35

DD36

DD39

DD40

. Switches

. . Contact points

. . Adjustment of the position of the contact point

. . Toggle mechanisms

. . Terminals and connections

. . Types of switches

. . . Lead switches

DD41

DD42

DD43

DD44

DD49

. . . Conductive rubber switches

. . . Mercury switches

. . . Microswitches

. . . Noncontact switches

. Other structures (e.g., housings)

DE00
MEANS OF DETECTION USING DIAPHRAGMS AND BELLOWS

DE01

DE02

DE03

DE05

DE06

DE07

DE08

. Use of diaphragms

. . Pressure-detection units

. . . Shape, mounting, and protection of diaphragms

. . . Diaphragm return springs

. . . . Combined use of diaphragms

. . . . Reverse plates

. . . . Coil springs

DE14

DE15

DE16

DE17

DE20

. . . . Other springs

. . . Use of diaphragm-return springs

. . . . Direct use on the diaphragm

. . . . Use through operating plates

. . Switch-operation units

DE21

DE25

DE27

DE28

DE30

. . . Switch arrangements

. . . Operating-unit structure

. . . . Diaphragms equipped with convex or raised sections

. . . . Operating units with sliding bars or beams

. . . . Operating units with operating plates (e.g., L-shaped levers)

DE32

DE33

. . Switches

. . . Switches that have contact points on the diaphragm

DE41

DE42

DE43

DE45

DE46

DE47

DE49

DE50

. Use of bellows

. . Pressure-detection units

. . . Shapes, mounting, and protection of bellows

. . . Use of pressure on the bellows

. . . . Use of pressure inside the bellows

. . . . Use of pressure on the exterior of the bellows

. . . Arrangement of multiple bellows

. . . . Axial arrangement

DE51

DE52

DE54

DE56

DE58

DE60

. . . . Internal and external arrangement

. . . . Juxtaposition

. . . Bellows return springs

. . Switch-operating units

. . . Use of sliding bars or beams

. . . Use of actuation levers

DE61

DE62

. . Switches

. . . Bellows provided with contact points

DF00
OTHER DETECTION MEANS

DF01

DF02

DF03

DF06

DF07

DF09

. Use of pistons or plungers

. . Pressure-detection units

. . . Pistons and plungers

. . . . Liquid-tight or air-tight structures

. . . . . Packing

. . . Mounting of pistons or plungers

DF11

DF14

DF15

DF16

DF17

DF19

. . . Piston and plunger returns

. . . Fluid induction ports

. . . . One induction port

. . . . Two induction ports

. . . . Three or more induction ports

. . Switch-operating units

DF21

DF22

DF25

DF26

. . . Switches operated by grooves

. . . Switch-operating units with actuation members (e.g., sliding beams)

. . Switches

. . . Pistons or plungers equipped with contact points

DF31

DF32

DF33

DF34

DF37

DF38

DF39

DF40

. Use of flexible spiral tubes

. . Pressure-detection units

. . . Pressure-detection units using flexible spiral tubes

. . . Pressure-detection units using flexible multi-spiral tubes

. . Switch operating units

. . . Direction of displacement of the flexible spiral tubes

. . . . Axial or longitudinal displacement

. . . . Radial displacement

DF41

DF42

DF46

. . . Direct operation of the switch by the flexible spiral tubes

. . . Switch operating units using lever members and turning levers

. . Variants provided with indication needles

DF51

. Use of other detection means

DG00
USE AND APPLICATION OF PRESSURE SWITCHES

DG01

DG02

DG03

DG04

DG05

DG06

DG07

DG08

DG09

DG10

. Switching means (e.g., push-button switches)

. Vehicles

. . Engines

. Pumps (e.g., water pumps)

. Detection of moving bodies

. Door opening and closing

. Air conditioners

. Hot-water supply

. Breakers and switches (e.g., measurement of internal pressure)

. Pressure relays

DG11

. Others

5G056	Switches operated by changes in physical conditions (e.g., pressure switches)
	H01H35/02 -35/42@Z