Clutch disk assembly

Claim 2

In a clutch disk assembly having two structural units formed with window-shaped cutouts, at least two coaxially disposed force-storage devices received in the cutouts and braced against the structural units so as to afford limited torsional play of the structural units relative to one another, one of the structural units including two lateral disks mutually spaced-apart from one another in axial direction of the clutch disk assembly, the other of the structural units including at least one disk-like member disposed in the axial space between the two lateral disks, the two force storage devices comprising a radially inner and a radially outer force storer, the radially inner force storer extending along the length of the radially outer force storer and, as viewed in circumferential direction of the lateral disks, having a portion thereof projecting beyond at least one end of the radially outer force storer, the cutouts being defined by contour portions of the two structural units, the cutout formed in one of the two structural units conforming both to the radially outer force storer as well as to the portion of the radially inner force storer projecting beyond the end of the radially outer force storer, the contour portions of both structural units extending in the radially inner and outer directions and forming stop contours in both axial and radial directions in both structural units for the radially outer force storer and in said one of the two structural units for the portion of the radially inner force storer projecting beyond the end of the radially outer force storer.

Claim 3

In a clutch disk assembly having two structural units formed with window-shaped cutouts, at least two coaxially disposed force-storage devices received in the cutouts and braced against the structural units so as to afford limited torsional play of the structural units relative to one another, one of the structural units including two lateral disks mutually spaced-apart from one another in axial direction of the clutch disk assembly the other of the structural units uncluding at least one disk-like member disposed in the axial space between the two lateral disks, the two force storage devices comprising a radially inner and a radially outer force storer, the radially inner force storer extending along the length of the radially outer force storer and, as viewed in circumferential direction of the lateral disks, having a portion thereof projecting beyond at least one end of the radially outer force storer, the cutouts being defined by contour portions of the two structural units, the cutout formed in one of the two structural units conforming both to the radially outer force storer as well as to the portion of the radially inner force storer projecting beyond the end of the radially outer force storer, the contour portions of the two structural units extending both in axial and radial directions and forming a guide for both of the force storers in both of said directions, the outer force storer having a weaker characteristic than that of the inner force storer and, starting from a neutral position of the two structural units that are twistable relative to one another, the outer force storer being alone effective over a first torsional range, and the inner force storer being also effective over a succeeding torsional range.

Claim 4

In a clutch disk assembly having two structural units formed with window-shaped cutouts, at least two coaxially disposed force-storage devices received in the cutouts and braced against the structural units so as to afford limited torsional play of the structural units relative to one another, one of the structural units including two lateral disks mutually spaced-apart from one another in axial direction of the clutch disk assembly the other of the structural units uncluding at least one disk-like member disposed in the axial space between the two lateral disks, the two force storage devices comprising a radially inner and a radially outer force storer, the radially inner force storer extending along the length of the radially outer force storer and, as viewed in circumferential direction of the lateral disks, having a portion thereof projecting beyond at least one end of the radially outer force storer, the cutouts being defined by contour portions of the two structural units, the cutout formed in one of the two structural units conforming both to the radially outer force storer as well as to the portion of the radially inner force storer projecting beyond the end of the radially outer force storer, the contour portions of the two structural units extending both in axial and radial directions and forming a guide for both of the force storers in both of said directions, the outer force storer having a weaker characteristic than that of the inner force storer and, starting from a neutral position of the two structural units that are twistable relative to one another, the outer force storer being alone effective over a first torsional range, and the inner force storer being also effective over a succeeding torsional range.

Claim 5

Clutch disk assembly according to claim 1 wherein the part of the cutouts and said stop contours formed in the two lateral disks wherein the inner force storer is disposed, as viewed in circumferential direction of the clutch disk assembly, is longer than the corresponding part of the cutouts formed in the disk-like member disposed in the axial space between the two lateral disks.

Claim 6

Clutch disk assembly according to claim 3 wherein the part of the cutouts formed in the two structural units wherein the inner force storer is disposed, as viewed in circumferential direction of the clutch disk assembly, has a length that is at least as great as the length of the inner force storer under maximal compression thereof.

Claim 7

In a clutch disk assembly having two structural units formed with window-shaped cutouts, at least two coaxially disposed force-storage devices received in the cutouts and braced against the structural units so as to afford limited torsional play of the structural units relative to one another, one of the structural units including two lateral disks mutually spaced-apart from one another in axial direction of the clutch disk assembly, the other of the structural units including at least one disk-like member disposed in the axial space between the two lateral disks, the two force storage devices comprising a radially inner and a radially outer force storer, the radially inner force storer extending along the length of the radially outer force storer and, as viewed in circumferential direction of the lateral disks, having a portion thereof projecting beyond at least one end of the radially outer force storer, the cutouts being defined by contour portions of the two structural units conforming both to the radially outer force storer as well as to the portion of the radially inner force storer projecting beyond the end of the radially outer force storer, the contour portions of the two structural units forming a guide both in axial and radial direction for both of the force storers, the contour portions of the two structural units located at the radially outer sides of the window-shaped cutouts being formed on at least one of the two lateral disks with vanes extending away from the respective lateral disk, said vanes including at least one radially farther outwardly disposed vane converging toward the outer force storer and at least one radially farther inwardly disposed vane converging toward the projecting portion of the inner force storer.

Claim 8

In a clutch disk assembly having two structural units formed with window-shaped cutouts, at least two coaxially disposed force-storage devices received in the cutouts and braced against the structural units so as to afford limited torsional play of the structural units relative to one another, one of the structural units including two lateral disks mutually spaced-apart from one another in axial direction of the clutch disk assembly, the other of the structural units including at least one disk-like member disposed in the axial space between the two lateral disks, the two force storage devices comprising a radially inner and a radially outer force storer, the radially inner force storer extending along the length of the radially outer force storer and, as viewed in circumferential direction of the lateral disks, having a portion thereof projecting beyond at least one end of the radially outer force storer, the cutouts being defined by contour portions of the two structural units conforming both to the radially outer force storer as well as to the portion of the radially inner force storer projecting beyond the end of the radially outer force storer, the contour portions of the two structural units forming a guide both in axial and radial direction for both of the force storers, the contour portions of the two structural units located at the radially outer sides of the window-shaped cutouts being formed on at least one of the two lateral disks with vanes extending away from the respective lateral disk, said vanes including at least one radially farther outwardly disposed vane converging toward the outer force storer and at least one radially farther inwardly disposed vane converging toward the projecting portion of the inner force storer.