Firma Carl Freudenberg

Carl Freudenberg Kg

Kurt Ewald

Peter Kritzer

Christian Geubert

Reinhold Kraus

Bernd Stichler

Klaus Schafer

Armin Hintenlang

Andreas Jaekel

Erwin Schafer

Rolf Weis

Thorsten Wieland

Jan Helms

Christian Bickel

Component () having at least one element () having a curved surface (), wherein the element () is provided with a coded, electronically readable identification (), which is introduced into the surface as a topographic identification (), wherein the identification () is embodied in such a way that it can be read in two dimensions by means of a reader.

Component provided with a machine-readable identification

A method for reading a topographic structure applied to a component includes providing the component with the topographic structure, applying an agent configured to enhance a contrast of the structure to at least a region of the component where the structure is located and reading the topographic structure after the applying the agent.

Method and device for reading out a topographic structure applied to a component; and a component

A sealing device comprises a slide ring and a counterring having sealing surfaces, the slide ring and counterring contacting one another under axial prestressing in a sealing manner and capable of rotating relative to one another, the counterring and a substantially L-shaped engaging ring being interconnected, the engaging ring being affixed to a shaft to be sealed, and the counterring and the engaging ring being sealed relatively to each other by a sealing ring. The counterring contacts a radial segment of the engaging ring and surrounds an axial segment with radial clearance, and the sealing ring is sealingly arranged, under elastic prestressing, in the gap formed by the clearance. The counterring has an inner peripheral surface which forms an angle .alpha. of about 0.5.degree. to about 60.degree. with an axis of rotation, and the radial clearance in which the sealing ring is arranged is greater on the side facing the radial segment of the engaging ring than on the side facing the slide ring.

Sealing device

A sealing device comprises a slide ring having a sliding surface and a counterring affixed to a shaft, the sliding surface of the slide ring sealingly contacting the counterring and capable of rotating relative to the counterring, the slide ring, on a side facing away from the sliding surface, being sealed relative to a retaining ring by a sealing element of elastomeric material, the retaining ring being biased by a compression spring away from a housing which has an essentially C-shaped cross-section open in the direction of the slide ring. The sealing element is constructed as a ring-shaped bellows and has an essentially N-shaped cross-section with a first radial segment and a second radial segment which are connected by an axial segment. The first radial segment sealingly contacts an end face of the slide ring facing away from the sliding surface, and the second radial segment sealingly contacts an inner segment of the housing.

Growing community of inventors

Frankenthal, Germany

Kurt Ewald