Sleeve for large capacity light waveguide cables

Claim 1

A sleeve for light waveguide cables having a plurality of groups of individual light waveguide cores, said sleeve having a housing with a pair of cable entrances for receiving light waveguide cables whose cores are spliced together in said housing, each cable entrance having means for sealing the cable in the entrance, said housing containing a plurality of the removable plates with a single plate for each group of individual light waveguide cores of the light waveguide cable, means for arranging and releasably holding the plates in said housing in a spaced relationship, each of said plates containing means for holding the splices of the light waveguide cores and means for fixing and supporting the excess length of the light waveguide cores being spliced together, said means for fixing and supporting comprises a plurality of guide pins arranged on each of said removable plates for supporting the light waveguide cores in loose loops, and said housing having a comb with a plurality of spaced notches adjacent each cable entrance for receiving the light waveguide groups to space and distribute them to the respective removable plates so that each of the cables with a plurality of waveguide groups enters each entrance with the combs separating and distributing the groups to individual plates which separate and hold each of the spliced cores of the respective group.