Flat electrical cable

Claim 2

An electrical interconnection arrangement comprising a multi-conductor flat cable having conducting elements and electrical insulation, said cable having at least one region formed into an upstanding fold in which the respective conducting elements are pressed into contact with themselves to provide a group of transversely adjacent connecting pins, and reinforcing means bonded to respective portions of the cable insulation on each side of the fold thereby to secure said portions together in fixed spatial relationship to each other, said reinforcing means providing at least one substantially rigid upstanding peg that passes through the cable adjacent the conducting elements.

Claim 3

An electrical interconnection arrangement comprising a multi-conductor flat cable having conducting elements and electrical insulation, said cable having at least one region formed into an upstanding fold in which the respective conducting elements are pressed into contact with themselves to provide a group of transversely adjacent connecting pins, and reinforcing means bonded to respective portions of the cable insulation on each side of the fold thereby to secure said portions together in fixed spatial relationship to each other, said reinforcing means comprising a generally planar member that is located on and bonded to one side only of the cable insulation on the side of the cable remote from the upstanding fold, said reinforcing strip having a spacer on its side remote from the fold which can hold the cable away from a surface on which it rests, the spacer comprising two resilient bows running parallel to the cable along opposite sides thereof.

Claim 4

An electrical interconnection arrangement comprising a multi-conductor flat cable having conducting elements and electrical insulation, said cable having at least one region formed into an upstanding fold in which the respective conducting elements are pressed into contact with themselves to provide a group of transversely adjacent connecting pins, and reinforcing means bonded to respective portions of the cable insulation on each side of the fold thereby to secure said portions together in fixed spatial relationship to each other, said reinforcing means comprising a generally planar member that is located on and bonded to one side only of the cable insulation on the side of the cable remote from the upstanding fold, said reinforcing strip having a spacer on its side remote from the fold which can hold the cable away from a surface on which it rests, the spacer comprising two resilient bows running parallel to the cable along opposite sides thereof.

Claim 5

A plug-and-socket assembly comprising: an interconnection arrangement comprising a multi-conductor flat cable having conducting elements and electrical insulation, said cable having at least one region formed into an upstanding fold in which the respective conducting elements are pressed into contact with themselves to provide a group of transversely adjacent connecting pins, and reinforcing means bonded to respective portions of the cable insulation on each side of the fold thereby to secure said portions together in fixed spatial relationship to each other, said reinforcing means providing at least one substantially rigid upstanding peg that passes through the cable adjacent the conducting elements; and a socket for mating with the pins of the interconnection arrangement, said peg engaging with the socket to provide strain relief for the electrical connection between pin and socket, or to provide protection, guiding, insulation or polarization to said electrical connection.

Claim 6

A plug-and-socket assembly comprising: an interconnection arrangement comprising a multi-conductor flat cable having conducting elements and electrical insulation, said cable having at least one region formed into an upstanding fold in which the respective conducting elements are pressed into contact with themselves to provide a group of transversely adjacent connecting pins, and reinforcing means bonded to respective portions of the cable insulation on each side of the fold thereby to secure said portions together in fixed spatial relationship to each other, said reinforcing means providing at least one substantially rigid upstanding peg that passes through the cable adjacent the conducting elements; and a socket for mating with the pins of the interconnection arrangement, said peg engaging with the socket to provide strain relief for the electrical connection between pin and socket, or to provide protection, guiding, insulation or polarization to said electrical connection.