Mechanical means for preventing the twisting of a fiber optic cable while temporarily storing the same

Claim 1

A means for preventing the snarling of a fiber optic cable comprising, a drive wheel support means, a drive wheel rotatably mounted on said support means, said drive wheel having a concave shaped peripheral rim surface adapted to receive a fiber optic cable extending thereover, means for rotating said drive wheel, a pressure wheel support means operatively pivotally mounted on said drive wheel support means, a pressure wheel rotatably mounted on said pressure wheel support adjacent said drive wheel for pressing the fiber optic cable into frictional engagement with said concave shaped peripheral rim of rotating drive wheel so that the fiber optic cable will be pushed in the direction of rotation of said drive wheel, and an elongated tubular guide means having one end positioned adjacent said drive wheel which receives the fiber optic cable being pushed by said drive wheel, the other end of said tubular guide means being positioned outwardly of said drive wheel whereby the optic cable being pushed through said tubular guide means will pass outwardly from the said other end of said tubular guide means and drop to the ground with the inherent characteristics of the fiber optic cable causing said fiber optic cable to drop to the ground in a substantial figure eight pattern so that said fiber optic cable will not snarl when it is subsequently pulled from the pile of fiber optic cable on the ground, said tube means comprising an inner tube member and an outer tube member embracing at least a portion of said inner tube member, each of said tube members having an elongated slot formed therein extending between the ends thereof, said tube members being rotatable and selectively locked with respect to each other to permit said slots to either be aligned or nonaligned, said tubes being rotatable from an aligned position to a nonaligned position to prevent the cable from becoming disengaged from the tube members.