Boge Ag

Boge Aktiengesellshaft

Wilhelm Mayerbock

Jorn-Rainer Quast

Horst Reuter

Wolfram Krause

Rudiger Fiene

Frank Fruhauf

Hydraulically damping rubber bearing, consisting of a divided inner part, an outer part located at some distance from the inner part, and rubber springs inserted between the inner part and the outer part, in which bearing there are at least two chambers hydraulically connected to one another by at least one throttle passage and filled with damping medium, whereby at least one of the chambers, over at least a portion of its axial limit, is bordered by an axially and/or radially movable, membrane-like end wall designed as one piece with the rubber spring, whereby the component containing the throttle passage is designed in two parts and is fastened and sealed in a recess in the inner part.

Hydraulically damping rubber bearing

A hydraulically damping rubber, elastomer an/or resilient bearing with at least one fastener is provided. The fastener is configured and designed to be fastened to a vehicle body. The bearing includes at least two fluid chambers containing damping fluid. The fluid chambers are located axially one behind the other in the elastomer body of the bearing. The elastomer body of the bearing is, preferably, designed as a one-piece component. A partition is provided in the bearing to separate the fluid chambers. The partition supports a disk and the partition, the disk and the elastomer body define the configuration of the fluid chambers. A ring-shaped element is also, preferably, provided, which at least, defines a fluid flow connection, or passageway, between the fluid chambers.

Hydraulically damping elastomer bearing

A bearing which includes an inner part and an outer part arranged in spaced apart relation. In between the inner part and the outer part is a rubber, or resilient, part which can be loaded axially for tension and/or compression and which permits cardanic loads with very little restoring torque. The rubber part, together with the inner part and the outer part, form a cavity which is filled with fluid which transfers corresponding load capacities in the main load direction.

Bearing

Elastic bearing comprising an inner bushing and an outer bushing located at some distance from it, and an elastic part inserted between them, whereby between the elastic part and at least one surface of one of the bushings, there is lubricant in a cavity, the bushings and elastic part being rotatable relative to one another. To increase the useful life and to guarantee correct lubrication, in the cavity the elastic part has elevations on its surface, which are arranged to guarantee a proper distribution of the lubricant.

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Kirchdaun, Germany

Wilhelm Mayerbock