Abstract: An electroluminescent cable assembly, includes a reel constructed for winding an electroluminescent cable thereon; an electroluminescent cable wound on the reel; a supporting member rotatably mounting the reel for permitting the electroluminescent cable to be deployed therefrom; and a self-contained power supply carried by the reel so as to be rotated therewith for supplying electrical power to the electroluminescent cable when deployed from the reel.

Abstract: An electroluminescent cable includes a plurality of strands extending along the length of the cable, with the outer surfaces of adjacent strands in contact with each other. At least one strand is of high tensile strength, and at least one other strand is of high light-conductivity. The strands have non-planar outer surfaces to define a recess extending along the length of the cable between the outer contacting surfaces of two adjacent strands. The cable further includes at least one electroluminescent fiber disposed in the recess between, and being in contact with, the outer contacting surfaces of two adjacent strands; and an outer light-conductive jacket enclosing the plurality of strands and the electroluminescent fiber. The outer light-conductive jacket may be integrally formed with a mounting flange extending along its length for mounting the electroluminescent cable.

Abstract: An electroluminescent cable includes a plurality of strands extending along the length of the cable, with the outer surfaces of adjacent strands in contact with each other. At least one strand is of high tensile strength, and at least one other strand is of high light-conductivity. The strands have non-planar outer surfaces to define a recess extending along the length of the cable between the outer contacting surfaces of two adjacent strands. The cable further includes at least one electroluminescent fiber disposed in the recess between, and being in contact with, the outer contacting surfaces of two adjacent strands; and an outer light-conductive jacket enclosing the plurality of strands and the electroluminescent fiber. The outer light-conductive jacket may be integrally formed with a mounting flange extending along its length for mounting the electroluminescent cable.