Oechsler Aktiengesellschaft

Lucas Automotive Gmbh

Oechsler Artiengesellschaft

Wilhelm Wolf

Heinrich Lang

Wolfgang Seiboth

Josef Boegelein

Stefan Dettenberger

Martin Ruttor

An actuator for the electromotive actuation of a parking or stop brake, especially of a private car comprises, downstream on the electric motor, a planetary wheel transmission which is axially cascaded in a multi-stage manner and comprises a centering pin which is radially mounted on the two front ends thereof and extends coaxially to the output shaft, on the radial overdefined bearing arrangement thereof. Respectively one planet carrier comprising a pinion is embodied, along the centering pin, as a sun wheel for the planet wheels on the planet carrier of the following transmission step.

Electromotive brake actuator

A smoothly operating tilting device ( ) for a support plate ( ) of a motor-adjustable motor vehicle exterior mirror is disclosed. The plate ( ) has an articulating joint to a housing ( ), for a rigid mounting. A drive motor ( ) is furnished, for each of the both, orthogonal to each other (although arrangeable in any special disposition) tilting directions, which are connected to, at least in parts, flexible positioning rods ( ). The above run in an arched guide ( ) and are turned from the plane disposed parallel to the plate ( ) in to the transverse direction, in order to bridge the mounting gap and connect with an articulated joint to the face of the back side, or the interior of the plate ( ), for the transfer of pushing or pulling movements.

Motorized tilting device for a support plate

The invention relates to a swiveling device ( ) of the support panel ( ) of an exterior automobile mirror that can be adjusted by means of a motor. Said device functions in a stable manner. The panel ( ) is fixed on a housing ( ) in such a way that it can swivel, by means of four threaded rods ( &prime;). Said housing is to be mounted in a fixed position. A geared motor ( ) is provided in said housing for each of the two swiveling directions ( ), which are orthogonal in relation to each other. Said geared motors are kinematically connected to two threaded rods ( ) by a toothed wheel ( ) and by threaded bushings ( ) which are also toothed on the outside. Said threaded rods ( ) are diametrically opposite each other in relation to the coaxial axes of rotation of the wheels ( &prime;) and can be moved in opposite directions to each other.

Automobile mirror swiveling device

The star-shaped internal geared wheel ( ) of a harmonic drive ( ) consists of individual tappets ( ) which are displaceably interconnected by a retainer ring ( ) which circles them at approximately half the height of the tappet shaft, so that they form a single part that can be handled. The inner front end ( ) of the tappet shaft, which is thermally dimensionally stable, is provided with a guiding shoe or at least provided with a slide-resistant coating opposite a radially elastically compressible head ( ). The internal geared wheel ( ) is produced as a one-part plastic injection-moulded element in a multiple component method, with a thermally dimensionally stable foot ( ), support ring arms ( ) which are elastically moulded onto the respective dimensionally stable and extremely resistant tappet shaft and head walls ( ) consisting of different plastics.

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Petersaurach, Germany

Wilhelm Wolf