F-Term-List

H01H13/00-13/76@Z

AA00
SWITCHING MODES OF CONTACT MECHANISMS

AA01

AA02

AA03

AA04

AA05

AA06

AA07

AA08

AA09

AA10

. Contact of elements

. . Bridging

. Sliding

. Contactless switching

. . Photoelectric elements

. . Capacitance elements

. . Pressure-sensitive elements

. . . Macromolecular piezoelectric films

. . Magnetically sensitive elements

. . Electromagnetic induction elements

AB00
MOVABLE CONTACT SECTIONS OF CONTACT MECHANISMS

AB01

AB02

AB03

AB06

AB07

AB08

AB09

AB10

. Variants that have elastic properties

. . Springs that double as contacts

. . . Flat springs

. . . . Contacts that move without bending in the same direction as stationary contacts

. . . . Contacts that move without bending in opposition to a stationary contact

. . . . Contacts that move without bending in opposition to two stationary contacts

. . . . Contacts that move without bending in the same direction as two stationary contacts

. . . . Contact plates that are cantilevered without bending

AB11

AB12

AB13

AB14

AB15

AB16

AB17

AB18

AB19

AB20

. . . . Movable contacts that are are bent upward

. . . . Movable contacts that are bent downward

. . . . Flat contact springs that are bent at one point to form a hook-shape

. . . . Flat contact springs that are formed into a spoon- shape

. . . . Flat contact springs that are bent down at two points for vertical contact

. . . . Flat contact springs that are bent at two points for horizontal contact

. . . . Flat contact springs that are bent inward at both ends for horizontal contact

. . . . Flat contact springs that are bent downward at two points and inward to criss-cross

. . . . Contact springs that are bent at two points into a Z-shape

. . . . Divided contact springs

AB21

AB22

AB24

AB25

AB26

AB28

. . . Coil springs

. . . . Circumferential-plane contacts

. . . . Axially oriented end face contacts

. . . Disk or dome springs

. . . . Divided contact springs

. . . Rod springs

AB33

AB34

AB36

AB37

AB38

. Variants that have no elastic properties

. . Rocking

. . Insertion or removal of insulators from between normally closed stationary contacts

. . Inclusion of a movable contact unit that slides between opposing stationary contacts

. . Cross-bar types

AC00
ARRANGEMENT OF CONTACT MECHANISMS

AC01

AC02

AC03

AC04

AC05

AC06

AC07

AC08

. Movable contacts that are in the center of movable contact plates

. Movable contacts that are at the ends of movable contact plates

. Movable contacts that are at the tips of drive shafts

. Movable contacts that are in the center of drive shafts

. Stationary contacts that are oriented in the direction of case drive shafts

. Stationary contacts that are perpendicular to case drive shafts

. Contact sections that run in the direction of drive shafts

. Contact sections that are perpendicular to drive shafts

AZ00
OTHER CONTACT MECHANISMS

AZ01

AZ02

AZ04

AZ05

AZ06

AZ07

AZ08

AZ09

. Printed circuit boards

. . Matrix wiring

. Grounded terminals

. Variants characterized by materials

. . Magnetic materials

. . . Magnetic materials in a gas or vacuum

. . Conductive rubber

. Switch units

BA00
APPLICATIONS OF SPRING MECHANISMS

BA01

BA02

BA03

BA04

BA06

BA07

BA08

BA09

. Use for returning

. Use for contacts

. Use for driving

. Use for cushioning

. Use for fixing

. Use for pressing together

. Use for power feed

. Use for snap action

BB00
STRUCTURE OF SPRING MECHANISMS

BB01

BB02

BB03

BB04

BB05

BB06

BB07

. Coil types

. Plate types

. Disk types

. . Separated contact types

. Variants characterized by materials

. . Sponge types

. . Plastic types

BC00
ARRANGEMENT OF SPRING MECHANISMS

BC01

BC02

BC03

BC04

BC05

BC06

BC07

BC08

BC09

BC10

. Arrangement between operating buttons and movable contact plates

. Arrangement between operating buttons and cases

. Arrangement between operating buttons and mounting boards

. Arrangement between operating buttons and stationary contacts

. Arrangement between operating buttons and case under- plates

. Arrangement between drive shafts and movable contact plates

. Arrangement between drive shafts and cases

. Arrangement between drive shafts and mounting boards

. Arrangement between drive shafts and stationary contacts

. Arrangement between drive shafts and case under-plates

BC11

BC12

BC13

. Arrangement between sliders and cases

. Arrangement between operating panels and movable contact plates

. Arrangement between common terminals and movable contact plates

CB00
STRUCTURE OF OPERATING MECHANISMS

CB01

CB02

CB03

CB04

CB05

CB06

CB07

CB08

CB09

. Guide members

. Cushioning members

. Stopper members

. Linking members

. Surface members

. Spring-catch members

. Roller members

. Holder members

. Variants characterized by materials

CD00
ATTACHMENT AND PRESSIBG OF OPERATING MECHANISMS

CD01

CD02

CD03

CD04

CD05

CD06

CD07

. Attachment to drive shafts

. Attachment to guide members

. Attachment to panels

. Attachment to sheets

. Operating buttons that press movable contact plates

. Surface sheets that press movable contact plates

. Mounting or pressing through indirect members

DB00
STRUCTURE OF DRIVE MECHANISMS

DB01

DB02

DB03

DB04

DB06

DB07

. Cushioning members

. Silencing members

. Clicking members

. Spring catch members

. Stopper members

. Variants characterized by materials

DD00
PRESSING OF DRIVE MECHANISMS

DD01

DD02

DD03

DD04

DD05

DD06

DD07

DD09

. Drive shafts that press movable contact plates

. . Pressing through indirect members

. . . Balls or rollers

. . . Pins

. Drive shafts that press the operating sections of switch units

. . Pressing through close indirect members

. . . Rollers

. . . Seesaw levers

DD11

DD12

DD13

DD14

DD15

DD16

DD17

DD18

. . . Flat springs

. . . Cranks

. . . Levers

. . . Actuators

. . Pressing through remote indirect members

. . . Wires

. . . Long metal plates

. . . Rod bodies

EA00
APPLICATIONS AND ATTACHMENT OF MAGNET MECHANISMS

EA01

EA02

EA03

EA04

EA05

EA06

EA07

EA08

EA09

EA10

. Driving

. Returning

. Holding

. Snap action

. Attachment to shaft tips

. Attachment to centers of shafts

. Attachment to shaft surfaces

. Attachment to axially oriented sections on sides of the case

. Attachment to sections oriented perpendicular to the axes on sides of cases

. Use of rubber magnets

FB00
MULTI-LAYER STRUCTURES

FB01

FB02

FB03

FB04

FB05

FB06

FB07

FB08

FB09

FB10

. Multiple layers

. Folded types

. Variants characterized by movable sections

. . Dome types

. . Dome types with an involuted top

. . Inverted-cup types

. . Inverted-cup types with a top support piece

. . Plateau-shaped (Mt. Fuji) types

. . Plateau-shaped (Mt. Fuji) types with a top support piece

. . Y-shaped types with three lines converging at the center

FB11

FB12

FB13

FB14

FB15

FB16

FB17

FB18

FB19

. . Double-layer types with dual concave sides

. . Double-layer types with dual convex sides

. . Box types

. . Flat types

. . Flat types with a square top projection

. . Conductive types

. . Clear types

. . Types with air holes

. . Types with surface sheets

FB21

FB22

FB23

FB24

FB25

FB26

FB28

FB29

FB30

. Variants characterized by spacers

. . Single-sheet types

. . Elastic types (e.g., foamed)

. . Printed types

. . Types with air holes

. . Pressure-sensitive conductive-rubber types

. Variants characterized by stationary sections

. . Flexible substrates

. . Clear substrates

FB31

FB32

FB33

FB35

FB36

FB37

FB39

. . Types with spacers

. . Types with air holes

. . Types with through-holes

. Variants characterized by contact sections

. . Movable contacts

. . Stationary contacts

. Variants characterized by materials

FD00
STATIONARY AND ATTACHED SECTIONS OF MULTI-LAYER STRUCTURES

FD02

FD03

FD04

FD05

FD06

. Overall structure

. Structure between movable sections and spacers

. Structure between stationary sections and spacers

. Structure between movable sections and stationary sections

. Structure between surface sheets and movable sections

GB00
STRUCTURE AND ATTACHMENT OF LINKING MECHANISMS

GB01

GB02

GB03

GB04

GB05

GB06

GB07

GB08

GB09

GB10

. Cases that hold cam pins

. Hold plates that hold cam pins

. Movable sections that have cam projections

. Movable sections that have projecting cams

. Movable sections that have concave cams

. Movable sections that have cam holes

. Movable sections that have holes with cams

. Movable sections that pass through locking plates

. Movable sections that are mounted to the side of the locking plates

. Variants characterized by materials

HB00
STRUCTURE AND ATTACHMENT OF LIMITING MECHANISMS

HB01

HB02

HB03

HB04

HB05

HB06

HB07

HB08

HB09

HB10

. Cranks

. Plate units

. Balls

. Cords

. Liquids or gases

. Flat springs

. Plate cams

. Rod units

. Movable sections that pass through limiting members

. Movable sections that are at the side of the limiting members

JA00
POSITIONS OF INDICATING SECTIONS OF INDICATION MECHANISMS

JA01

JA02

. Operating sections

. Positions other than operating sections

JB00
INDICATING ELEMENTS OF INDICATION MECHANISMS

JB01

JB02

JB03

JB04

JB05

JB06

JB07

JB08

. Incandescent bulbs

. . Multiple light types

. Light-emitting diodes (LED)

. . Segment or dot types

. Liquid crystal displays (LCD)

. Electro-luminescence (EL)

. Cathode-ray tubes (CRT)

. Others

JC00
INDICATION ELEMENT ARRANGEMENT FOR INDICATION MECHANISMS

JC01

JC02

. Operating sections

. Cases

JD00
ATTACHMENT OF INDICATING ELEMENTS FOR INDICATION MECHANISMS

JD01

JD02

JD03

. Attachment to operating sections

. Attachment to cases

. Attachment to mounting boards

JE00
POWER FEED DEVICES FOR INDICATION MECHANISMS

JE01

JE02

JE03

JE04

. Lamp holders

. . Use of insertion-type sockets

. Connecting members

. . Composite types

JF00
OPTICAL DEVICES FOR INDICATION MECHANISMS

JF01

JF02

. Marks

. . Indicating sheets

JF11

JF12

JF13

JF14

JF15

JF16

JF17

. Rotary shutters

. . Axis of rotation in the operating section

. Slide shutters

. . Use of shield plates

. Sliding film indicating units

. Rotary indicating units

. Close indicating units

JF21

JF22

JF23

JF24

JF25

JF26

JF27

. Light guide members

. . Prism types

. . Multiple-distribution types

. . Lens types

. . Guide member types

. . Optical fibers

. Reflecting members

LA00
CASE STRUCTURE OF HOUSING

LA01

LA02

LA04

LA05

LA06

LA07

LA09

. Longitudinal-cover types

. . Dual-purpose mounting-board types

. Lateral-cover types

. Lateral types

. Unit types

. Frame types

. Dual-purpose instrument-case types

LB00
CASE ASSEMBLY MEANS FOR THE HOUSING

LB01

LB02

LB03

. Case assembly means

. . Screws

. . Elastic engagement

LC00
ATTACHMENT TO AND ARRANGEMENT IN INSTRUMENT CASES FOR HOUSING

LC01

LC02

LC03

LC04

LC05

. Attachment to and arrangement in instrument cases

. . Attachment to instrument front cases

. . Attachment to mounting boards

. . . Attachment to front case mounting boards

. . . Attachment to rear case mounting boards

LD00
CASE ATTACHMENT MEANS FOR THE HOUSING

LD01

LD02

LD03

. Case attachment means

. . Screws

. . Elastic engagement

LE00
ATTACHMENT OF MULTIPLE CASES TO EACH OTHER

LE01

LE02

. Attachment of multiple cases to each other

. . Linking through linking members

LF00
MOUNTING BOARD ATTACHMENT MEANS FORE THE HOUSING

LF01

LF02

LF03

. Mounting board attachment means

. . Screws

. . Elastic engagement

LG00
COVER DEVICES FOR THE HOUSING

LG01

LG02

LG03

LG04

LG05

LG06

LG07

LG08

LG09

. Operating sections that are covered

. . Elastic covers

. . Hard covers

. Contact sections or drive sections that are covered

. . Elastic packing

. . . Bellows-type packing

. . . Diaphragm-type packing

. . Guards

. Terminal sections that are covered

NB00
STRUCTURE OF LOCK MECHANISMS

NB01

NB02

. Locks

. . Slide types

5G006	Push-button switches
	H01H13/00 -13/76@Z