Robert Boschgmbh

Otto Brass

Bernhard Rupp

Gerd Knoepfel

Gerhard Zink

Reuben Agnon

Peter Nolting

Wolfgang Scheidel

Christof Bernauer

Thomas Bertolini

Josef Foerstera

Peter Froehlich

Walter Lehnert

Christian Allgeier

Christoph Eitel

Alfred Maier

The invention relates to the decoupling device for an actuator, which has a number of decoupling elements. A securing element is disposed between these decoupling elements. The actuator is fastened to the securing element. The decoupling elements rest against radial support shoulders and axial support shoulders of the securing element and a housing. These are embodied so that radial, axial, and tangential oscillations of the actuator are decoupled from the housing.

Decoupling device for actuators

Decoupling devices for an electric motor in relation to a housing usually have decoupling bushes made of elastic material, which are disposed between a motor mount and the housing and extend along a bush longitudinal axis. The decoupling device includes a first contact point at which the decoupling device rests against the motor mount, and a second contact point at which the decoupling device rests at least indirectly against the housing, each decoupling bush is secured so that the decoupling bush can be radially deflected in relation to the bush longitudinal axis, by means of which the forces are in fact transmitted, but vibrations are damped or insulated.

Decoupling device for an electric motor

The electric motor, especially a permanently excited direct current motor, has a housing (,) carrying a magnetic pole (,) and a grounding ring (,) made from magnetically conductive material and mounted on the housing. In order to reduce the noise generation of the motor the grounding ring (,) is a knit article made from a thread-form or wire-form magnetically conductive material.

Electric motor, especially a permanently excited direct current motor

Retaining device for an electric motor

Growing community of inventors

Buehl, Germany

Otto Brass