Kabelschlepp Gmbh

Kabelschlepp Gesellschaft MIT Beschrankter Haftung

U.S. Philips Corporation

Tsubaki Kabelschlepp Gmbh

Optima Spanntechnik Gmbh

Amsted-siemagkette Gmbh

Kabelschleep Gmbh

Kabelschlepp Gesellschaft MIT Beschrankter Haft

Herbert Wehler

Willibald Weber

Uwe Kemper

Paul-Werner Mack

Heiner Samen

Erwin Eckl

Lorenz Klein

Klaus Heidrich

Werner Moritz

Werner Eul

Roland Muller

Volker Jud

Georg Wisser

Jörg Schulz

Alfred Bald

J&uuml;rgen B&auml;umer

Klaus Taubert

Stephan Raymond Achs

Karl-Georg Wisser

A sliding door system having a sliding door for being moved between a closed position and an open position, and an energy guide chain connected on one end to the sliding door and on the other end to a chassis of the vehicle. Electrical lines are disposed in and guided by the energy guide chain for transmitting electricity to components arranged in the sliding door. A curved region is formed between the ends of the energy guide chain, which moves with the sliding door and changes its radii of curvature depending on the position of the sliding door.

Sliding door system for a vehicle in particular for a motor vehicle with an energy supply guide chain

A power transmission device is proposed especially for long pathways, which comprises at least one energy supply unit composed of members, which are linked together around axes perpendicular to the longitudinal direction of the energy supply unit, wherein a first end of the energy supply unit can be fixed locally and the second end can be moved at least in the longitudinal direction. The energy supply unit forms an upper run and a lower run, whereby between these at least one cart is arranged, which can be moved back and forth in the longitudinal direction of the energy supply unit. This cart has a base body, which is connected to a return motion device. The return motion device is formed at least partially by at least on curved guide channel, so that the energy supply unit is guided in the curved region.

Supporting carriage for a power conducting device, and power conducting device

A line guidance unit, for the guidance of lines, cables or similar, with a fist end () which may be fixed and a second end () which is displaceable; is disclosed. The line guidance unit () comprises a channel (), embodied as segments (). The segments are connected with at least one support strip (). The line guidance unit comprises means which embody the line guidance unit () in an arc relative to a straight line joining the both ends (), in the extended state.

Line guidance unit for the active guidance of lines, cables or similar

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 supporting belt () according to this invention of a line guidance unit () for guiding lines, cables or the like is characterized in that the supporting belt () has alternating supporting sections () and articulated sections (), and the supporting sections () and the articulated section () are made of materials having different properties by the multicomponent process. With the help of the supporting belt () according to this invention, the line guidance unit () according to this invention, comprising such a supporting belt (), as well as the method according to this invention for producing the supporting belt () according to this invention, it is possible to achieve a guidance of lines, cables or the like in a simple, rugged, reliable and inexpensive manner.

Carrying strap and line-guiding system for the stationary guiding of wires, cables, or similar

The invention relates to a chain link for a power transmission chain, at least partly embodied from a composition containing at least: a. a recyclable raw material, b. a material for binding said recyclable raw material and c. optional adjuncts and additives. In comparison to conventional chain links, the above chain link can be produced in a more environmentally-friendly and economical manner with a saving of non-recyclable raw materials, such as for example crude oil whilst retaining similar or adequate functional properties in comparison with conventional chain links for power transmission chains.

Chain link for a power transmission chain at least partly embodied from recyclable material

The invention relates to a sliding door system for a vehicle, in particular, a motor vehicle. The system comprises at least one sliding door (A,B) that can be displaced along a track. The system is equipped with at least one power conduction device (), which is connected at one end () to the sliding door (A,B) and at the other end () to a fixed part of the vehicle. At least one section () comprising articulated elements (), is situated between the two ends () of the power conduction device. The system is equipped with at least one support (), along which the section or sections () of the power conduction device are horizontally displaced.

Sliding door system for a vehicle, in particular a motor vehicle

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.

Link plate for an energy transmission chain, and corresponding energy transmission chain

The invention relates to a method for producing a plastic chain link, which has interspaced plates () as well as lower and upper cross-connecting elements () that connect said plates, whereby at least one cross-connecting element is connected to one of the plates () in an articulated manner. According to the invention, at least one of the plates is firstly produced followed by the production of at least one of the cross-connecting elements while simultaneously forming a joint connection between one of the plates and one of the cross-connecting elements.

Method for producing chain link and a corresponding chain link of a cable drag chain

The subject matter of the invention concerns a robot with at least one conductor guiding apparatus () running at least partially on the outside, in which guiding apparatus conductors, hoses or similar are guided. The conductor guiding apparatus () has at least one spatially deflectable section formed by members () each having a central body () through which a flexible linking element () extends. The members () form a channel () for accommodating supply conductors.

Robot with a line guidance device

For a line guide arrangement, a strand ( ) of plastic is proposed, which comprises flexibly joined segments ( ). The segments ( ) are bounded by transverse separations ( ) crosswise to the longitudinal direction of the strand ( ). The transverse separations ( ) extend to the vicinity of a support wall portion ( ). The strand ( ) includes at least one reinforcement fiber ( ), which extends substantially parallel to the direction of the strand, and which is arranged substantially in the support wall portion ( ), with at least one reinforcement fiber ( ) being provided before or after forming the segments ( ).

Line and method for producing a fiber reinforced line of a wiring arrangement

An energy line guide chain for running lines between a stationary and a movable connection, with jointed chain links of plastic, which define each a channel section extending in the direction of the energy line guide chain. Each chain link comprises opposite link plates extending in spaced relationship in a longitudinal direction of the energy line guide chain. The link plates are interconnected by at least one crosspiece. Each link plate comprises a joint body ( ) and a joint receiver ( ), which extend substantially crosswise to the longitudinal direction of the energy line guide chain. The joint body ( ) of a link plate engages the joint receiver ( ) of an adjacent link plate. Between the partially overlapping link plates of two adjacent chain links, a clearance is provided. The joint body ( ) comprises two diametrically opposite outer surface areas ( ). The joint receiver ( ) has two diametrically opposite inner surface areas ( ). The outer surface areas and inner surface areas define diametrically opposed gaps ( ) which permit a lateral deflection of the chain links.

Energy guide chain for guiding lines comprising chain links which can move in three dimensions

A modular energy conducting guide chain, which is composed of a plurality of serially arranged and interconnected guide elements. A terminal mounting element is joined at one or both ends of the interconnected guide elements, and a hollow guide section is connected to the terminal mounting element. The guide elements each comprise a generally tubular body which is composed of first and second guide sections which have the configuration of a segment of a sphere, and an intermediate joint section which may be flexible. To couple the adjacent guide elements in the chain, the first spherical guide section of one of the adjacent guide elements is positioned to overlie the second spherical guide section of the other of the adjacent guide elements, so as to permit relative rotation therebetween.

Energy conducting guide chain

An energy supply line guiding chain that comprises flexibly interconnected chain links. The energy supply line guiding chain has a channel (,) that extends in the axial direction of the energy supply line guiding cable for receiving supply lines. The channel (,) is defined by chain links (,, and,). Each chain link (,, and,) has an opening (,) that terminates in channel (,). The opening (,) is defined by at least one cross bar (,). The openings (,) of adjacent chain links (,) are offset substantially transversely to the axial direction of the energy supply line guiding chain (,). Preferably, the energy supply line guiding chain (,) has a repeating sequence of links (,) with at least two adjacent chain links (,) with openings (,) offset relative to one another.

Growing community of inventors

Neunkirchen, Germany

Herbert Wehler