Coaxial cable thumb socket

• US 20040194585A1
• Filed: 04/03/2003
• Published: 10/07/2004
• Est. Priority Date: 04/03/2003
• Status: Abandoned Application

• Current Assignee: Margaret Annette Clark
• Original Assignee: Margaret Annette Clark
• Inventors: Clark, Margaret Annette
• Application Number:
  US10/406,305
• Publication Number:
  US 20040194585A1
• Time in Patent Office: Days
• US Class Current: 81/124.2
• CPC Class Codes: B25B 13/06 of socket type
• CPC Class Codes: B25B 13/481 for operating in areas having limited access

Abstract

A rotatable coaxial cable thumb socket for use with an elongated coaxial cable. The thumb socket includes a sleeve shaped body mounted over the coaxial cable in proximity to a rotatable end nut associated with the cable. The sleeve shaped body further exhibits a hexagonal cross sectional shaped interior surface which exhibits an inward taper extending in an axial direction towards the rotatable end nut and to enhance frictional engagement with the nut. Upon axial translation of the body, over the end nut, the hexagonal cross sectional shaped interior surfaces contact associated exterior surfaces of the end nut, and such that the socket body is rotated to facilitate both loosening and tightening of the end not relative to a threaded socket receptor.

Claims

1. A rotatable coaxial cable thumb socket for use with an elongated coaxial cable, comprising:

a sleeve shaped body mounted over the coaxial cable in proximity to a rotatable end nut associated with the cable; and

wherein at least one interiorly defined surface associated with said sleeve shaped body contacts an associated surface of the end nut such that said socket body is rotated to facilitate both loosening and tightening of said end nut relative to a threaded socket receptor.

2. The coaxial cable thumb socket as described in claim 1, said sleeve shaped body further comprising a hexagonal cross sectional shaped interior surface which, upon axial translation of said body over the end nut, aligns with a hex-head configuration exhibited by the rotatable nut.

3. The coaxial cable thumb socket as described in claim 1, said interiorly defined surface further comprising an inward taper extending in an axial direction towards the rotatable end nut.

4. The coaxial cable thumb socket as described in claim 1, further comprising an axially extending split portion along said sleeve shaped body.

5. The coaxial cable thumb socket as described in claim 1, further comprising said sleeve shaped body exhibiting a specified shape and size and being constructed of at least a plastic or nylon material.

6. The coaxial cable thumb socket as described in claim 1, said sleeve shaped body having a specified shape and size and further comprising a substantially elongated and cylindrical shaped exterior.

7. The coaxial cable thumb socket as described in claim 1, said sleeve shaped body having a specified shape and size and further comprising a knurled exterior surface.

8. A rotatable coaxial cable thumb socket for use with an elongated coaxial cable, comprising:

a sleeve shaped body mounted over the coaxial cable in proximity to a rotatable end nut associated with the cable, said sleeve shaped body further including a hexagonal cross sectional shaped interior surface; and

wherein, upon axial translation of said body over the end nut, said hexagonal cross sectional shaped interior surfaces contact associated exterior surfaces of the end nut and said socket body is rotated to facilitate both loosening and tightening of the end nut relative to a threaded socket receptor.

9. A rotatable coaxial cable thumb socket for use with an elongated coaxial cable, comprising:

a sleeve shaped body mounted over the coaxial cable in proximity to a rotatable end nut associated with the cable, said sleeve shaped body being constructed of an electrically insulating material and further including a hexagonal cross sectional shaped interior surface which further exhibits an inward taper extending in an axial direction towards the rotatable end nut; and

wherein, upon axial translation of said body over the end nut, said hexagonal cross sectional shaped interior surfaces contact associated exterior surfaces of the end nut and said socket body is rotated to facilitate both loosening and tightening of the end nut relative to a threaded socket receptor.