Siemens Aktiengesellschaft

Gerhard Przybylski

Martin Loczenski

Dietmar Weber

Gerhard Ott

Max Barnicol-Ottler

Norbert Mieschke

Erich Puff

To improve the mechanical strength of a rubber hose cable, support elements are arranged between the conductors and the support elements are connected to a high tensile strength wrapping applied with a lay opposite the twisted conductors with adhesion or by cementing.

Flexible multiconductor electric cable

In order to improve the mechanical strength of power and control cables which are subjected to high mechanical stresses in operation, the conductors are elastically fixed to a structural element of the cable. To this end, the conductor insulation is joined in a material-bonded manner to the structural element which consists of a soft elastomer. The conductors are provided, for instance, with a thin cover layer of polyethylene which can be cross-linked peroxidically and is cross-linked after the inner jacket is applied, and in the process makes a material-bonded connection to the inner jacket which consists of a vulcanizable mixture of ethylene-propylene rubber and natural rubber.

Flexible electric cable

Growing community of inventors

Neustadt, Germany

Gerhard Przybylski