Abstract: A holding element with a holding clip for holding a carrier board is soldered freestanding to a printed circuit board (PCB). The holding element has first and second holding arms that extend from a supporting region and form a receiving region therebetween. The first holding arm is connected to a first leg and the second holding arm is connected to a second leg. The first and second legs each have a base in an end region. At least one of the legs has a curved surface in the region of the base so that the holding element can be soldered to the PCB. The holding element being made of a strip material, and the first and second holding arms each having an outward bend forming a transition into the first and second legs, respectively.

Abstract: Holding element with a holding clip, arrangement with a carrier board and a holding element, and aA holding element (2) with a holding clip, an arrangement of a holding element (2) with a carrier board (32) and an arrangement of a holding element with a carrier strip are described, the carrier strip and the holding element being of integral construction. Advantageously, the holding element has two legs, with which a holding clip can be placed on a carrier board. In this way, a stable holding element is produced, which stands without further assistance on a base-board and can hence be easily soldered.

Abstract: A device for assembly of a flexible conduit element consisting essentially of a flexible ring-corrugated or helical-shaped bellows body which is displaced over an inner arbor in order to introduce a jacket into the corrugations of the bellows body, has an the inner arbor comprising actuating elements for engagement into the corrugations of the bellows body at an inner side thereof. The inner arbor has an axial length which can be adjusted.

Abstract: A device for assembly of a flexible conduit element consisting essentially of a flexible ring-corrugated or helical-shaped bellows body which is displaced over an inner arbor in order to introduce a jacket into the corrugations of the bellows body, has an the inner arbor comprising actuating elements for engagement into the corrugations of the bellows body at an inner side thereof. The inner arbor has an axial length which can be adjusted.

Abstract: A process for producing oxygen-free or low-oxygen shaped bodies of silicon carbide, particularly SiC fibers, by using chemically reactive polysilanes and/or polycarbosilanes as precursors. In accordance with the invention green fibers are stabilized preferably in the presence of reactive gases.