Abstract: The invention relates to a bracket for a leaf spring on a vehicle frame, wherein a leaf spring linkage is provided via which an eye of the leaf spring is held, wherein a spring eye bearing is provided which is inserted into the eye of the leaf spring, wherein a connecting portion is also provided which connects the leaf spring linkage to the vehicle frame, while at least one connection bushing is provided via which the connecting portion can be mounted on the vehicle frame, wherein the connection bushing which comprises a damping sleeve is interposed in a damping manner between the connecting portion and the vehicle frame.

Abstract: A hydraulic bearing is provided and including: an inner core, a cage surrounding the inner core, an elastomer body extending between the inner core and the cage and elastically connecting them to each other, and an outer sleeve enclosing the cage. The elastomer body has a support spring, first and second radial fluid chamber recesses, and first and second axial fluid chamber recesses. The first and second radial fluid chamber recesses and the first and second axial fluid chamber recesses are each filled with a working fluid and limited radially outwardly by the outer sleeve to form first and second radial fluid chambers, and first and second axial fluid chambers, respectively. The first and second radial fluid chambers are fluidically connected to each other via a radial fluid channel. The first and second axial fluid chambers are fluidically connected to each other via an axial fluid channel.

Abstract: The disclosure relates to a bearing for a device to be mounted, in particular a support bearing and/or a spring strut head bearing. The bearing comprises a base body. The bearing further comprises a disk which is surrounded by the base body, wherein the disk serves to attach the bearing to the device to be mounted. The bearing further comprises a radial spring arrangement which adjoins a bearing environment via a contact surface.

Abstract: A bearing bush and a method of manufacturing a bearing bush is provided. The bearing bush may be used in a transverse control arm. The bearing bush includes an inner sleeve; an outer sleeve arranged radially around the inner sleeve; an elastomer body arranged between the inner sleeve and the outer sleeve; and an intermediate sleeve which is, at least in sections, embedded in the elastomer body. The outer sleeve has, at its axial ends, a radially inwardly bent bend portion; wherein a radial outer surface of the intermediate sleeve has a radially outwardly directed bulge along the axial direction of the bearing bush. The intermediate sleeve has a radially outwardly protruding outer stop portion which forms an axial stop with respect to an axial inner surface of the bend portion of the outer sleeve.

Abstract: A hydraulic mount is provided and includes: an inner core, a cage that surrounds the inner core, an elastomer body that extends between the inner core and the cage and elastically connects them to each other, and an outer sleeve that encloses the cage. The elastomer body has a first circumferential fluid chamber recess and a second circumferential fluid chamber recess. The first fluid chamber recess and the second fluid chamber recess are each limited in a radially outwards direction by the outer sleeve to form a first fluid chamber and a second fluid chamber. The elastomer body is configured to be substantially undercut-free in an axial direction on its axial end faces. The elastomer body and the cage are configured to be substantially undercut-free in the region of the first fluid chamber recess and the second fluid chamber recess, at least in two predetermined, mutually opposite radial directions.

Abstract: A hydraulic mount is provided and includes: an inner core, a cage that surrounds the inner core, an elastomer body that extends between the inner core and the cage and elastically connects them to each other, and an outer sleeve that encloses the cage. The elastomer body has a first circumferential fluid chamber recess and a second circumferential fluid chamber recess. The first fluid chamber recess and the second fluid chamber recess are each limited in a radially outwards direction by the outer sleeve to form a first fluid chamber and a second fluid chamber. The elastomer body is configured to be substantially undercut-free in an axial direction on its axial end faces. The elastomer body and the cage are configured to be substantially undercut-free in the region of the first fluid chamber recess and the second fluid chamber recess, at least in two predetermined, mutually opposite radial directions.

Abstract: The present disclosure provides a rubber bearing for connecting a vehicle component, in particular an axle tie rod to a vehicle chassis. The rubber bearing includes an inside part, an outside part, and an elastomer arranged between the inside part and the outside part and connecting the inside part and the outside part. The rubber bearing also includes a releasable axial stop limiting axial displacement of the inside part and of the outside part in a mounting position, wherein the releasable axial stop, in the mounting position, is at least one of in catch engagement with the inside part and clamped with the inside part.

Abstract: The present disclosure provides a rubber bearing for connecting a vehicle component, in particular an axle tie rod to a vehicle chassis. The rubber bearing includes an inside part, an outside part, and an elastomer arranged between the inside part and the outside part and connecting the inside part and the outside part. The rubber bearing also includes a releasable axial stop limiting axial displacement of the inside part and of the outside part in a mounting position, wherein the releasable axial stop, in the mounting position, is at least one of in catch engagement with the inside part and clamped with the inside part.

Abstract: An elastic joint, in particular for a wheel suspension of a motor vehicle. The joint includes an inner armature, an outer armature surrounding the inner armature, wherein the armatures define an axial direction and two radial directions perpendicular to the axial direction as well as perpendicular to each other and disposed in a circumferential plane, and an elastomeric body for the mutual elastic retention of the armatures, wherein the elastomeric body consists of at least four connecting columns respectively extending from the inner armature to the outer armature.