Flexible multi-wire power supply cable with linear current reception

A flexible multi-wire power supply cable with linear current reception comprising:

• a flexible screen made of an elastomer with properties typical for an electric insulator and with at least two conductor wires made of electric conductor, preferably a flexible conductor, the conductor wires are partially, that is, at parts of the circumference of the cross-section of the flexible multi-wire power supply cable, moulded inside the flexible screen, with an inner separating strip comprising an integral part of the flexible screen between them, the outer surface of which transitions into symmetrical screen strips, which together with the inner separating strip form guiding grooves open at the bottom of the flexible screen, providing space for uninsulated parts of conductor wires, characterised in that the flexible screen is formed as a strip with top and bottom surfaces, which smoothly transition into the screen strips, outer edges of which touch without being fixed, along lines parallel to the longitudinal axis of the cable, while longitudinal guiding grooves are formed as pockets insulating conductor wires between the screen strips and the conductor wires.

A flexible multi-wire power supply cable with linear current reception, provided with a flexible screen made of an elastomer with properties typical for an electric insulator and with at least two conductor wires made of electric conductor, preferably a flexible conductor, the conductor wires are partially, that is, at parts of the circumference of the cross-section of the flexible multi-wire power supply cable, moulded inside the flexible screen, with an inner separating strip comprising an integral part of the flexible screen between them, the outer surface of which transitions into symmetrical screen strips, which together with the inner separating strip form guiding grooves open at the bottom of the flexible screen, providing space for uninsulated parts of conductor wires, characterised in that that the separating strip is split along the longitudinal axis into at least two inner screen strips touching at edges of the outer screen strips without being fixed, along the longitudinal axis of the cable, forming two pockets insulating the conductor wires, wherein the outer screen strips swing outwards thus forming outwardly directed pockets to isolate the conductor wires to ensure a side access for the conductor wires.