Switch assemblies

Claim 2

A switch assembly comprising: base means supporting first and second electrical contacts in a normal open, spaced relationship; said first electrical contact being a conductive member having a raised deformable tactile area formed thereon and providing a tactile feel before said tactile area is deflected through center; said second electrical contact being an electrically conductive member mounted on said base means and including a flexible finger mounted adjacent said tactile area; actuator means operatively positioned adjacent said tactile area for causing said tactile area to deform and physically move into contact with said flexible finger to close said first and second contact, said flexible finger being deflected in response to physical contact by said deformable tactile area; said actuator means having at least one manually operated member movable between a first position and second position, said at least one member acting to deform said tactile area during movement from said first position to said second position, and said tactile area providing a detectable resilience during said movement after said tactile area contacts said flexible finger; a portion of said second electrical contact is molded within said base means, said base means having an opening adjacent said tactile area; said flexible finger being integrally connected to said portion of second electrical contact within said opening, said flexible finger having an upwardly directed free end disposed above said base means and being arranged to contact said tactile area after deformation thereof, said finger making electrical contact with said tactile area prior to said tactile area going through center while being deflected.

Claim 3

The switch assembly according to claim 1 wherein said member is mounted for rocking movement.

Claim 4

The switch according to claim 1 wherein said first electrical contact and said second electrical contact respectively include a plurality of tactile areas and flexible fingers respectively in alignment with each other; said actuator means being arranged to be moved to deform a selected one of said tactile areas for contacting a respective flexible finger, said actuator means having a pair of actuators mounted for rocking movement.

Claim 5

The switch assembly according to claim 1 wherein said tactile area provides tactile and audio feedback during deformation.

Claim 6

The switch assembly according to claim 1 wherein said flexible finger moves relative to said tactile area during deflection for causing said tactile area and said flexible finger to undergo scrubbing action during contact.

Claim 7

A switch assembly comprising: body means supporting first and second electrical contacts in normally open relationship, said first electrical contact having a raised tactile area capable of being deformed for movement in response to the application of a force thereto, an actuator member mounted adjacent said tactile area to apply a force thereto and cause said first electrical contact to contact said second contact for creating an electrical connection, said tactile area being formed by a warped section of said first electrical contact, said first electrical contact having a slit provided on one side of said warped section to separate said warped section from a border section adjacent an edge of said first electrical contact, said first electrical contact having at least one connecting section joining said border section at one end of said slit, and the length of said border section is physically shortened relative to said warped section to create said raised tactile area.

Claim 8

A switch assembly comprising: body means supporting first and second electrical contacts in normally open relationship, said first electrical contact having a raised tactile area capable of being deformed for movement in response to the application of a force thereto, an actuator member mounted adjacent said tactile area to apply a force thereto and cause said first electrical contact to contact said second contact for creating an electrical connection, said tactile area being formed by a warped section of said first electrical contact, said first electrical contact having a slit provided on one side of said warped section to separate said warped section from a border section adjacent an edge of said first electrical contact, said first electrical contact having at least one connecting section joining said border section at one end of said slit, and the length of said border section is physically shortened relative to said warped section to create said raised tactile area.

Claim 9

The switch assembly according to claim 6 wherein tactile and audio feedback is attained during said deformation of said tactile area.

Claim 10

The switch assembly according to claim 6 wherein said first electrical contact is formed with a flexible finger in said tactile area, said flexible finger contacting said second electrical contact during said deformation of said tactile area.

Claim 11

A combined electrical contact and tactile connector for a switch assembly comprising: a conductive body having at least one slit disposed adjacent one edge of said body, said slit dividing a border portion and a warped section providing a deformable tactile area, and said warped area being formed by the physical shortening of said border portion.

Claim 12

A combined electrical contact and tactile connector for a switch assembly comprising: a conductive body having at least one slit disposed adjacent one edge of said body, said slit dividing a border portion and a warped section providing a deformable tactile area, and said warped area being formed by the physical shortening of said border portion.

Claim 13

The contact and tactile contactor according to claim 9 wherein said body includes a pair of slits adjacent opposite edges of said body to form a pair of border portions, each of said border portions being physically shortened.

Claim 14

The contact and tactile contactor according to claim 10 wherein said warped area is positioned between said pair of slits.

Claim 15

The contact and tactile contactor according to claim 11 wherein said body includes a plurality of pairs of slits to create a plurality of border portions and warped areas respectively therebetween, each of said plurality of border portions being physically shortened.

Claim 16

The combined contact and tactile contactor according to claim 10 wherein a pair of separated warped areas are positioned between said pair of slits.

Claim 17

The combined contact and tactile contactor according to claim 13 wherein a flexible finger extends outward from each of said warped sections.

Claim 18

The combined contact and tactile contactor according to claim 14 wherein said pair of warped sections are separated by a narrowed-down section of said conductive body.

Claim 19

A switch assembly comprising: base means supporting first and second electrical contacts in a normally open, spaced relationship; said first electrical contact being a conductive member having a raised deformable tactile area formed thereon and providing a tactile bell before said tactile area is deflected through center; said second electrical contact being an electrically conductive member mounted on said base means and including a flexible finger mounted adjacent said tactile area; actuator means operatively positioned adjacent said tactile area for causing said tactile area to deform and physically move into contact with said flexible finger to close said first and second contact, said flexible finger being deflected in response to physical contact by said deformable tactile area; said actuator means having at least one manually operated member movable between a first position and second position, said at least one member acting to deform said tactile area during movement from said first position to said second position, and said tactile area providing a detectable resilience during said movement after said tactile area contacts said flexible finger; a portion of said second electrical contact is molded within said base means, said base means having an opening adjacent said tactile area; said flexible finger being integrally connected to said portion of second electrical contact within said opening, said flexible finger having an upwardly directed free end disposed above said base means and being arranged to contact said tactile area after deformation thereof; said tactile area is formed by a warped section of said first electrical contact, said warped section being integrally joined at opposite ends to said first electrical contact, a pair of spaced slits being formed in said first electrical contact bordering a portion of said warped section to create a pair of border portions in said first electrical contact adjacent said warped section, said border portions being physically shortened relative to said slits for causing said warped section to create said raised tactile area.

Claim 20

A switch assembly comprising: base means supporting first and second electrical contacts in a normally open, spaced relationship; said first electrical contact being a conductive member having a raised deformable tactile area formed thereon and providing a tactile bell before said tactile area is deflected through center; said second electrical contact being an electrically conductive member mounted on said base means and including a flexible finger mounted adjacent said tactile area; actuator means operatively positioned adjacent said tactile area for causing said tactile area to deform and physically move into contact with said flexible finger to close said first and second contact, said flexible finger being deflected in response to physical contact by said deformable tactile area; said actuator means having at least one manually operated member movable between a first position and second position, said at least one member acting to deform said tactile area during movement from said first position to said second position, and said tactile area providing a detectable resilience during said movement after said tactile area contacts said flexible finger; a portion of said second electrical contact is molded within said base means, said base means having an opening adjacent said tactile area; said flexible finger being integrally connected to said portion of second electrical contact within said opening, said flexible finger having an upwardly directed free end disposed above said base means and being arranged to contact said tactile area after deformation thereof; said tactile area is formed by a warped section of said first electrical contact, said warped section being integrally joined at opposite ends to said first electrical contact, a pair of spaced slits being formed in said first electrical contact bordering a portion of said warped section to create a pair of border portions in said first electrical contact adjacent said warped section, said border portions being physically shortened relative to said slits for causing said warped section to create said raised tactile area.