Kabelschlepp Gmbh

Tsubaki Kabelschlepp Gmbh

Heiner Samen

Herbert Wehler

Erwin Eckl

Uwe Kemper

Jochen Bensberg

Thomas Wendig

Dirk Schöler

Jörg Schulz

Christine Wulfleff

Dirk Kuhlmann

Wolfgang Schratter

Component of a chain element of an energy-conducting chain, wherein the component has a cavity which is produced by means of a fluid internal pressure injection molding method, or is formed from a micro-cellular foam.

Element of a chain link of an energy guide chain, produced by means of a fluid internal pressure injection molding process

A chain link for an energy drag chain that guides conduits, tubes or the like between a stationary point of connection and a mobile point of connection. The chain link includes a cross piece and two spaced-apart link plates. The cross piece is connected to at least one link plate in an articulated manner and the connection between the cross piece and link plate can be a multi-axis connection.

Chain link having a multi-axis link joint

The subject matter of the invention is a chain link of an energy-guiding chain for guiding cables, lines, hoses and the like between a positionally fixed connection point and a moveable connection point, wherein the chain link is formed in one piece from at least one plastic by two lugs, which are arranged spaced apart from one another, and at least one transverse web which connects the lugs by means of a connecting region. At least one of the lugs has at least one recess which is formed adjacent to the connecting region.

Non-warping chain link

For the purpose of providing a simplified manner for the production of a joint between a transverse link and a link plate for a chain link of an energy guide chain, it is proposed that the link plate has a fixing means which is suitable for and intended for separable joining of the link plate with a transverse link. The fixing means has at least one locking means. Furthermore, at least one torsional element is provided. This is joined to the fixing means and a wall of the link plate so that it can be pivoted essentially around a longitudinal axis of the link plate. For releasing at least one transverse link, the at least one torsional element is twisted essentially around a longitudinal axis of the link plate. Through this design of a link plate according to the invention, safe and reliable joint between the link plate and a transverse link is made possible.

Link plate, chain link, energy guiding chain, and intermediate piece for an energy guiding chain, provided with locking means coupled by torsion for connecting a flight to a link plate

The Invention relates to a cover () for an energy conveying chain. The cover () has a first end region () and a second end region () with at least one elastic section () positioned between the first () and second () end regions. The elastic section () is made in such a way that the ratio of a theoretical length modification of the cover () to an actual length modification of the cover is less than 1.

Cover for an energy conveying chain, in addition to chain link and energy conveying chain

A link plate is proposed for forming at least one member of an energy guide chain, which has overlap regions with stops that limit the angular position of the energy guide chain. Each of the overlap regions has a central region which is surrounded by at least two regions in which some stop faces are formed. It is proposed that a first region has stop faces where these stop faces, in the case of an energy guide chain composed from link plates, determine a curvature region in a transition region between a lower trunk and upper trunk of the energy guide chain. The second region has stop faces which determine a prestressing in the energy guide chain. In addition to the two regions, the link plate may have a third region, which has at least one stop with at least one stop face, where the stop has a spring-elastic characteristic. Through the spring-elastic characteristic, damping of the movement during a pivoting process of the link plates is achieved.

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Marienheide, Germany

Heiner Samen