Clutch disengaging device having a self-centering clutch pressure bearing

Claim 2

In a clutch disengaging device including a sliding sleeve assembly and a self-centering clutch pressure bearing which includes a stationary bearing ring, the improvement wherein said bearing ring and sliding sleeve assembly comprise first and second adjacent facing alignment surfaces respectively and corresponding first and second adhesive means on both of said alignment surfaces, said two adhesive means being bondable together when said facing alignment surfaces are urged together, said pressure bearing and sliding sleeve assembly and their respective alignment surfaces being radially movable relative to each other for centering said bearing during assembly of this device, and being radially fixed after said adhesive means are bonded together.

Claim 3

The clutch disengaging device of claim 1, wherein each of said adhesive means comprises a layer of a microencapsulated bonding agent.

Claim 4

The clutch disengaging device of claim 1, wherein each of said adhesive means is shaped as a dot.

Claim 5

The clutch disengaging device of claim 1, wherein said two adhesive means when bonded together form a double cone having an axis parallel to that of the bearing.

Claim 6

A device according to claim 1 wherein said bonded together adhesive means are elastic.

Claim 7

A clutch disengaging device comprising a sliding sleeve assembly and a self-centering clutch pressure bearing which includes a stationary bearing ring, the improvement wherein said sliding sleeve assembly comprises a first annular part with a first alignment surface thereon facing generally axially, said stationary bearing ring comprises a second annular part with a second alignment surface thereon facing said first alignment surface, holding means for engaging and restraining said first and second annular parts from relative axial movement, and adhesive bonding means secured to at least one of said alignment surfaces and being adhereable to the other when said surfaces are urged together, said pressure bearing and sliding sleeve assembly and their respective alignment surfaces being relatively radially movable for centering said bearing during assembly of this device, and being relatively radially fixed after said adhesive means bonds together said alignment surfaces.

Claim 8

A clutch disengaging device comprising a sliding sleeve assembly and a self-centering clutch pressure bearing which includes a stationary bearing ring, the improvement wherein said sliding sleeve assembly comprises a first annular part with a first alignment surface thereon facing generally axially, said stationary bearing ring comprises a second annular part with a second alignment surface thereon facing said first alignment surface, holding means for engaging and restraining said first and second annular parts from relative axial movement, and adhesive bonding means secured to at least one of said alignment surfaces and being adhereable to the other when said surfaces are urged together, said pressure bearing and sliding sleeve assembly and their respective alignment surfaces being relatively radially movable for centering said bearing during assembly of this device, and being relatively radially fixed after said adhesive means bonds together said alignment surfaces.

Claim 9

A device according to claim 6 wherein said first and second annular parts comprise first and second flanges respectively, extending radially outward.

Claim 10

A device according to claim 6 wherein said adhesive means comprises a coating on at least one of said alignment surfaces.

Claim 11

A device according to claim 8 wherein said holding means is an annular cap generally surrounding the outer circumference of said flanges.

Claim 12

In a clutch disengaging device including a sliding sleeve assembly and a self-centering clutch pressure bearing which includes a stationary bearing ring, the improvement wherein said bearing ring and sliding sleeve assembly comprise first and second adjacent facing alignment surfaces respectively, adhesive means on at least one of said alignment surfaces, said adhesive means being bondable to the other alignment surface when said facing alignment surfaces are urged together, said pressure bearing and sliding sleeve assembly and their respective alignment surfaces being radially movable relative to each other for centering said bearing durng assembly of this device, and being relatively radially fixed after said adhesive means bonds said alignment surfaces together.

Claim 13

In a clutch disengaging device including a sliding sleeve assembly and a self-centering clutch pressure bearing which includes a stationary bearing ring, the improvement wherein said bearing ring and sliding sleeve assembly comprise first and second adjacent facing alignment surfaces respectively, adhesive means on at least one of said alignment surfaces, said adhesive means being bondable to the other alignment surface when said facing alignment surfaces are urged together, said pressure bearing and sliding sleeve assembly and their respective alignment surfaces being radially movable relative to each other for centering said bearing durng assembly of this device, and being relatively radially fixed after said adhesive means bonds said alignment surfaces together.