Aggregate bearing in bushing form
AssigneeCarl Freudenberg KG
InventorWerner Hettler
Life of this patent
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Abstract
An aggregate bearing (1) in bushing-form, having an outer ring (2) and an inner support element (4) and rubber springs (5, 6) arranged in-between, wherein the outer ring (2) is provided with cut-outs (10, 11) at least in the connecting regions (8, 9) of the rubber springs (5, 6), preferably in the main load direction (7); and the cut-outs (10, 11) are provided with end beads (12, 13) which project beyond the outer contour of the outer ring (2).
Claims20
An aggregate bearing in bushing-form, comprising an outer ring and an inner support element and rubber springs arranged in-between, wherein the outer ring is provided with cut-outs—at least in the connecting regions of rubber springs, and the cut-outs are provided with end beads located on an exterior part of the springs, the beads configured in a ramp shape which project beyond the outer contour of the outer ring, wherein the rubber springs directly contact the inner support element.
An aggregate bearing in bushing-form, comprising an outer ring and an inner support element and rubber springs arranged in-between, wherein the outer ring is provided with cut-outs at least in the connecting regions of rubber springs, and the cut-outs are provided with end beads which project beyond the outer contour of the outer ring, wherein the gap (X) between the end bead height and the outer contour of outer ring is equal to the shrinkage measurement of the rubber springs caused by vulcanization.
An aggregate bearing in bushing-form, comprising an outer ring and an inner support element and rubber springs arranged in-between, wherein the outer ring is provided with cut-outs at least in the connecting regions of rubber springs, and the cut-outs are provided with end beads which project beyond the outer contour of the outer ring, wherein the cut-outs are disposed in a main load direction, wherein the gap (X) between the end bead height and the outer contour of outer ring is equal to the shrinkage measurement of the rubber springs caused by vulcanization.
An aggregate bearing in bushing-form, comprising an outer ring and an inner support element and rubber springs arranged in-between, wherein the outer ring is provided with cut-outs at least in the connecting regions of rubber springs, and the cut-outs are provided with end beads which project beyond the outer contour of the outer ring, wherein the gap (X) between the end bead height and the outer contour of the outer ring is larger than the shrinkage measurement of the rubber springs.
An aggregate bearing in bushing-form, comprising an outer ring and an inner support element and rubber springs arranged in-between, wherein the outer ring is provided with cut-outs at least in the connecting regions of rubber springs, and the cut-outs are provided with end beads which project beyond the outer contour of the outer ring, wherein the cut-outs are disposed in a main load direction, wherein the gap (X) between the end bead height and the outer contour of the outer ring is larger than the shrinkage measurement of the rubber springs.
Dependencies are inferred from the claim text.