Cable assembly for use under carpeting

Claim 2

A thin, relatively flat cable assembly for laying under carpet, said cable assembly comprising: an insulative central portion formed of a relatively rigid plastic material; at least one conductor held in said central portion and having an insulative jacket; and a pair of insulative side portions formed of a foamed plastic material connected to said central portion and extending in opposite directions from said central portion with said side portions and said central portion forming a substantially flat bottom surface of said cable assembly, said central portion providing crush protection for said conductor and said side portions providing limited bending of said assembly in the plane of said bottom surface.

Claim 3

A thin, relatively flat cable assembly for laying under carpet, said cable assembly comprising: a cable comprising at least one conductor having an insulative jacket; and a plurality of regularly, axially spaced, discrete ridge elements held only by said cable, each element being of a plastic and formed by molding and including an element central region and a pair of side portions connected to said central region and extending in opposite directions therefrom with the side portions and the central region forming a substantially flat bottom surface, the bottom surfaces of said elements being substantially coplanar and forming a bottom surface of said cable, adjacent side portions of adjacent elements defining spaces when said cable assembly is not bent in the plane of said cable bottom surface bending of said cable assembly in the plane of said bottom surface being substantially limited by contact of the distal ends of adjacent side portions on the inside of the bend so that the spaces at the lateral edge on the inside of the bend are substantially closed.

Claim 4

A thin, relatively flat cable assembly for laying under carpet, said cable assembly comprising: a cable comprising at least one conductor having an insulative jacket; and a plurality of regularly, axially spaced, discrete ridge elements held only by said cable, each element being of a plastic and formed by molding and including an element central region and a pair of side portions connected to said central region and extending in opposite directions therefrom with the side portions and the central region forming a substantially flat bottom surface, the bottom surfaces of said elements being substantially coplanar and forming a bottom surface of said cable, adjacent side portions of adjacent elements defining spaces when said cable assembly is not bent in the plane of said cable bottom surface bending of said cable assembly in the plane of said bottom surface being substantially limited by contact of the distal ends of adjacent side portions on the inside of the bend so that the spaces at the lateral edge on the inside of the bend are substantially closed.