Tsubaki Kabelschlepp Gmbh

Kabelschlepp Gmbh

Uwe Kemper

Herbert Wehler

Thomas Wendig

Heiner Samen

Jochen Bensberg

Dirk Schöler

Thomas Ameis

Jonathan Spies

Axel Baumann

Christine Wulfleff

Dirk Kuhlmann

Wolfgang Schratter

A line-guiding device includes links connected to one another in an articulated manner and which form a loop consisting of an upper strand, a deflection region, and a lower strand. Adjacent links can pivot relative to one another about a pivot axis. The pivot axes are located closer to a loop inner side than to a loop outer side at least in some of the links. Each link has two side flaps opposite one another. Side flaps of adjacent links form at least one running surface on the loop inner side. At least some of the links have a roller projecting from the running surface. The upper strand and the lower strand can abut over the running surface such that the upper strand and the lower strand can move by means of the rollers. The running surface in at least some of the links is interrupted by recesses.

Line-guiding device comprising recesses

Line-guiding device links connect to form a loop consisting of an upper strand, a deflection region, and a lower strand. Adjacent links pivot about a pivot axis. The pivot axes are located closer to an inner side than to an outer side at least in some of the links. Each link has two side flaps opposite one another. Side flaps of adjacent links form at least one running surface on the inner side. At least some links have a roller projecting from the running surface. The upper strand and the lower strand can move via the rollers. The running surface is interrupted at least at some of the transitions between links such that part of the running surface formed by a first link has a recess and part of the running surface formed by a second link has a pin which engages in the recess, forming a gap.

Line-guiding device

A side bracket is for a link for a line-routing device. The side bracket has a longitudinal periphery which extends in a longitudinal direction of the side bracket and on which a running surface is formed. The side bracket has a roller which is mounted so as to be rotatable about an axle. The axle is disposed so as to be parallel to the running surface and perpendicular to the longitudinal direction. A spacing between the running surface and the axle is variable in a damped manner. The roller, at least in a first position, protrudes from the running surface.

Line-routing device and side bracket and link therefor

An energy chain device includes at least one energy chain for guiding lines, cables, hoses or the like between a fixed and a movable connection region so as to form a curved region between a moved strand and a stationary strand. Each energy chain has a number of links which are connected to one another in a flexible manner and are formed by link plates which are arranged parallel to one another and transverse webs which connect the link plates. The energy chain device further includes at least one drive device which is operatively connected to the moved strand, and a control unit which is connected to the drive device so as to transmit signals and is connectable so as to transmit signals to a control device of a device which is connectable to the movable connection region.

Energy chain device with at least one drive device for long travel paths

The power conducting device includes at least one first and one second line guiding device. The power conducting device has a first guiding channel and a second guiding channel which can be twisted about a common axis. The first line guiding device is arranged in the first guiding channel and the second line guiding device is arranged in the second guiding channel. The line guiding devices in each case have an end member and a connecting member, the end member being connected either to a respective inner ring or outer ring, and the connecting member being connected to the respectively other outer ring or inner ring.

Power conducting device for large angles of twist

A power conducting system has at least one power conducting unit for guiding lines, cables, hoses or the like between a stationary connection area and a moving connection area, with a curved region being formed between a lower run and an upper run, the power conducting unit having segments that are connected together in an articulated manner. Some segments have laterally arranged rollers with different track widths, wherein the rollers roll on guides. The guides have cutouts so that rollers can pass through the guides at each particular deflection point of the power conducting unit. The guides form lateral boundaries of a guide channel for the lower run.

Power transmission system for long travel distances having a guide channel

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 invention relates to a power conducting system comprising at least one power conducting unit () for conducting wires, cables, tubes, or similar items between a static and a mobile connection region by forming a curved section (). The power conducting unit is formed by segments () connected together in a jointed manner and is conducted along a road in a conducting system. The conducting system has multiple first and second conducting elements (). The first conducting elements () are arranged in a first plane, and the second conducting elements (), in a second plane, spaced apart from each other. First elements () are arranged on some segments of the power conducting unit, and second elements () are arranged alternately on other segments. The first elements work together with the first conducting elements, and the second elements, with the second conducting elements.

Power conducting system for long distances

The invention relates to a drag chain system. The aim of the invention is to reduce the generation of noise in such a system. For this purpose, a side piece has at least one elastic element which is fixed at one end. The side piece comprises at least one stop so that the elastic element of a side piece can interact with a stop of another side piece.

Reduced noise drag chain system

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

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 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 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.

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Kreuztal, Germany

Uwe Kemper