Newfrey Lcc

Michael Schmidt

Reinhold Opper

Reimar Saltenberger

Klaus-Gisbert Schmitt

Andreas Becker

Karin Wimmer

Hans-Peter Seng

Wolfgang Gerlach

Bastian Stau

Jens Albach

Karl-Heinz Mielke

Klaus Zoltner

A method for production of a joining component, the method comprising the steps of providing a metal section which is inductively heatable and defines an axial through aperture; and coating the metal element with a thermoplastic material by a single-component injection-molding of a base body of the joining component around the metal section so that the base body includes: a holding section formed as a cylindrical shaft and a flange, the flange including a first and second sides, and an inner side of the metal section is joined to the flange and an exposed outer side of the metal section faces away from the flange; and a the second side of the flange is axially recessed within the aperture; and a joining surface is comprised of the outer side of the metal section and a portion of the second side of the flange radially outward of the metal section.

Joining component and method for production of a joining component

In a clip for fastening to a strip or rib, in particular on a motor vehicle, having a single-piece body made of plastic that has a retaining region, the retaining region has a receiving slot with an insertion opening and a locking finger. The locking finger is attached to a first guide section and extends from its fastening end in the insertion direction and in the direction of a second guide section. The locking finger has an insert that forms a tongue projecting from the free end of the locking finger.

Clip for fastening a strip or rib

A joining component, for axial joining to a workpiece, comprises a base body composed of thermoplastic material and including a holding section and a flange section, with a joining surface including both a portion of the flange section and a metal section which can be heated inductively. The metal section is in this case integrated in the flange section.

Joining component

The invention relates to a method for axial joining of a hybrid joining component to a workpiece, wherein the joining component has a thermoplastic joining section and a metal section which can be heated, having the following steps: moving the joining component into contact with a surface of the workpiece; heating of the metal section such that the joining section at least partially melts; ending the heating of the metal section such that the joining component makes a force-fitting, interlocking and/or integral connection with the surface of the workpiece. In this case, the joining component is held with a regulated force and/or in a regulated position with respect to the workpiece at least during the heating of the metal section, in such a manner that the joining component can be joined to the surface of the workpiece without any opposing support.

Joining method

In a suspension for elongated objects, in particular cables () or the like, having a tension band () formable into a ring encircling the object and held together by a closure, and having a holder () separate from the tension band () for attachment of the tension band () to a support, the holder () comprises a finger () one end () of which overreaches the tension band () on the inside facing the cable (). The end () of the finger () is opposed to an area of the holder () having a spring element () in contact with the outside of the tension band (). A lock () secures the finger () in its position of engagement. After installation of the tension band (), the holder () may be attached to the tension band () in a plurality of locations.

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Fernwald, Germany

Michael Schmidt