Abstract A tool for cutting the outer jacket of a cable, especially coaxial cable, is disclosed herein. This tool utilizes a main body which supports a downwardly extending knife edge from its underside. A gripping tray which is at least as long as the normal width of four adult fingers and which is adapted to receive a longitudinal section of the cable to be cut is supported by the main body under its depending knife edge for movement between a first lowermost position sufficiently far from the knife edge to place the cable section out of engagement with the latter and a second raised position sufficiently close to the cutting edge for placing the outer jacket of the cable section in cutting engagement with the knife edge. In this way, an individual user can place the tray in its raised position using all four fingers of one hand while pulling the cable longitudinally through the tray with his other hand in order to cause the knife edge to cut its outer jacket in the longitudinal direction.
A device for cutting the outer jacket of coaxial or like cable, comprising: a main support body having a longitudinally extending underside; means supported by said main body and including a dome depending from said underside and having a lowermost generally spherical surface, a knife edge extending downwardly from said lowermost spherical surface and means for adjusting the position of said knife edge relative to said generally spherical surface; and a longitudinally extending, upwardly opening V-shaped gripping tray at least as long as the normal width of four adult fingers adapted to receive a longitudinal section of said cable, said tray being supported by said main body under said knife edge for movement between a first biased lowermost position sufficiently far from said knife to place said cable section out of engagement with the latter and a second raised position sufficiently close to said cutting edge for placing the outer jacket of said cable section in cutting engagement with said knife edge, whereby an individual user can place the tray in its raised position using all four fingers of one hand while pulling the cable longitudinally through the tray in order to cause the knife to cut its outer jacket in the longitudinal direction.
Claim 2
Independent Claim
204 words
A device for cutting the outer jacket of coaxial or like cable, comprising: a main support body having a longitudinally extending underside; means supported by said main body and including a dome depending from said underside and having a lowermost generally spherical surface, a knife edge extending downwardly from said lowermost spherical surface and means for adjusting the position of said knife edge relative to said generally spherical surface; and a longitudinally extending, upwardly opening V-shaped gripping tray at least as long as the normal width of four adult fingers adapted to receive a longitudinal section of said cable, said tray being supported by said main body under said knife edge for movement between a first biased lowermost position sufficiently far from said knife to place said cable section out of engagement with the latter and a second raised position sufficiently close to said cutting edge for placing the outer jacket of said cable section in cutting engagement with said knife edge, whereby an individual user can place the tray in its raised position using all four fingers of one hand while pulling the cable longitudinally through the tray in order to cause the knife to cut its outer jacket in the longitudinal direction.
Claim 3
Dependent Claim
41 words
A device according to claim 1 including means for rotating the knife edge about its own axis between a first position parallel to the longitudinal direction of said tray and a second position normal to the longitudinal direction of said tray.