Adherent conductor

Claim 2

A THIN NARROW ELONGATE ADHERENT CONDUCTIVE LONGITUDINALLY UNIFORM FLAT CABLE CAPABLE OF BEING PERMANENTLY ADHERENTLY AFFIXED TO STRUCTURAL SURFACES AND COMPRISING AT LEAST ONE ELONGATE CONDUCTOR MEMBER SUPPORTED ON A MAJOR SURFACE OF A THIN TOUGH RESILIENT COMPRESSIBLE SPONGE LAYER AND COVERED BY A THIN TOUGH FLEXIBLE PLASTIC FILM FIRMLY BONDED TO SAID SPONGE, AND A STRONGLY ADHERENT AND EUCOHESIVE NORMALLY TACKY AND PRESSURE-SENSITIVE ADHESIVE LAYER ON THE OTHER MAJOR SURFACE OF SAID SPONGE LAYER

Claim 3

METHOD OF MAKING A FLAT CABLE STRUCTURE COMPRISING: PLACING A PLASTIC RESINOUS MASS CONTAINING AN EXPANDABLE VAPOR UNIFORMLY DISTRIBUTED THERETHROUGH UNDER HIGH PRESSURE AT AN ELEVATED TEMPERATURE; EXTRUDING SAID MASS IN A THIN CONTINUOUS RIBBON INTO A ZONE OF LOWER PRESSURE TO PERMIT EXPANSION OF SAID RIBBON INTO A UNIFORMLY CELLULAR SPONGE-LIKE STRUCTURE; ATTENUATING THE EXPANDED RIBBON TO SUBSTANTIALLY REDUCED THICKNESS; AND PRESSING THE ATTENUATED RIBBON AGAINST A THIN DENSE PLASTIC FILM, AND AROUND A CONDUCTOR CARRIED THEREBY, UNDER A PRESSURE AND AT A TEMPERATURRE SUFFICIENT TO PRODUCE UNIFYING BONDING BETWEEN SAID FILM AND SAID SPONGE.

Claim 4

METHOD OF MAKING A FLAT CABLE STRUCTURE COMPRISING: PLACING A PLASTIC RESINOUS MASS CONTAINING AN EXPANDABLE VAPOR UNIFORMLY DISTRIBUTED THERETHROUGH UNDER HIGH PRESSURE AT AN ELEVATED TEMPERATURE; EXTRUDING SAID MASS IN A THIN CONTINUOUS RIBBON INTO A ZONE OF LOWER PRESSURE TO PERMIT EXPANSION OF SAID RIBBON INTO A UNIFORMLY CELLULAR SPONGE-LIKE STRUCTURE; ATTENUATING THE EXPANDED RIBBON TO SUBSTANTIALLY REDUCED THICKNESS; AND PRESSING THE ATTENUATED RIBBON AGAINST A THIN DENSE PLASTIC FILM, AND AROUND A CONDUCTOR CARRIED THEREBY, UNDER A PRESSURE AND AT A TEMPERATURRE SUFFICIENT TO PRODUCE UNIFYING BONDING BETWEEN SAID FILM AND SAID SPONGE.