Jean Walterscheid Gmbh

August Bilstein Gmbh & Co Kg

Peter Schardt

Clemens Nienhaus

Horst Kretschmer

Karl Coenen

Theo Buthe

Norbert Fartmann

Jurgen Schibrowski

Willi Schmandt

Helmut Bober

Klaus Herbertz

Ferdinand Alten

Peter Brosius

Franz J Mencher

Bernhard Zender

Franz-Heinz Koch

Gerd Hessek

Klaus Grave

Willie Erschens

Heinz Koch

A jack (1) has a flat base (2) attached to a support (3) at the top by a lever-operated mechanism. The mechanism is activated by a threaded shaft (5) and nut (6). The nut has a coaxial gudgeon (10 & 11) on each side. The gudgeons extend across the axis (22) of an interior-threaded section. The nut consists of two halves (13 & 14). The halves fit together at a flat interface (15). The interface parallels both the axis (21) of the gudgeons and the axis (22) of the threaded section (23).

Jack

A clutch assembly capable of providing several predetermined settings, wherein the components which support springs applying torque are not subjected to bending loads. The settings are achieved in that a supporting ring supporting a pressure plate against a clutch housing is provided with radially outwardly extending cams which are offset relative to the center thereof with two rows of apertures being provided in a cylindrical face of the clutch housing which are axially offset and offset relative to the angle of rotation and which correspond to the cams of the supporting ring and within which the cams are engaged.

Adjustable friction clutch assembly

A shaft connecting mechanism is provided between a slip-on hub and a power takeoff shaft by means of a control ring which extends around the slip-on hub and which is formed to have a pressure screw extend through a threaded bore therein, the pressure screw engaging against a clamping wedge in the slip-on hub which is formed with a trapezoidal configuration generally conforming with the configuration of an axiallly extending groove formed in the slip-on hub. Blocking members are arranged in radial apertures in the slip-on hub and pockets are formed in the control ring. The pressure screw when angularly aligned with the clamping wedge, places the control ring in the locked position and when the pressure screw and the clamping wedge are angularly unaligned, the blocking members enter the pockets in the control ring.

Shaft connection mechanism

Growing community of inventors

Neunkirchen, Germany

Peter Schardt