H.F. cable socket

• US 3,985,418 A
• Filed: 07/12/1974
• Issued: 10/12/1976
• Est. Priority Date: 07/12/1974
• Status: Expired due to Term

• Current Assignee: Georg Spinner
• Original Assignee: Georg Spinner
• Inventors: Spinner, Georg
• Primary Examiner(s): Lake, Roy
• Assistant Examiner(s): Abrams, Neil
• Application Number:
  US05/488,013
• Time in Patent Office: 823 Days
• Field of Search: 339/177 E, 339/177 R, 339/95 R, 339/95 A, 339/94 C, 339/97 R, 339/268 R, 339/268 S, 339/89 C, 174/75 C, 174/88 C
• US Class Current: 439/584
• CPC Class Codes: H01R 13/5808 formed by a metallic element crimped around the cable H01R4/185 takes precedence
• CPC Class Codes: H01R 9/05 for coaxial cables

Abstract

A tubular clamping cone with axial split is placed on a coaxial cable and is engaged by a clamping annulus with conical inner surface, the latter element being slidably disposed in a sleeve and urged by springs onto the clamping cone. A socket element is threaded into the sleeve and has an O-ring to urge the cone towards the annulus when the socket element is threaded into the sleeve and makes contact with the outer conductor of the cable.

Claims

1. Socket connection with a coaxial cable having an inner and outer conductor, comprising:

a sleeve;

an annulus with inner conical surface, axially movably disposed in the sleeve;

a hollow, externally conical member of variable inner diameter for receiving and disposition on the outer conductor and coacting with the annulus to clamp the conical member onto the outer conductor;

the annulus and the conical member remaining axially movable relative to each other inside of the sleeve except for the engagement of the conical surfaces;

spring means in the sleeve acting against the annulus and urging the annulus onto the conical member for reducing its diameter and clamping action thereon, the spring being sufficiently strong so that it continues to shift the annulus onto the conical member due to being axially movable, and to thereby supply the clamping force exerted by the conical member upon the outer conductor even after yielding of the outer conductor as a result of such clamping action;

a socket element in electrical contact with the outer conductor and connected to the sleeve, the socket element having an annular recess; and

a sealing ring in the recess bearing against the outer conductor and against the conical member at one end thereof, said end facing axially away from the annulus.

2. Socket connection as in claim 1, the sleeve having a flange on one end, the socket element being threaded to the other end, the spring means bearing against the flange as well as against the annulus, the annulus being slidably retained in said sleeve.

3. Socket connection as in claim 1, the annulus having a groove facing the inside of the sleeve;

and an O-ring in the groove to provide frictional connection between the annulus and the sleeve.

4. Socket connection as in claim 1, the conical member having serrations on the inside.

5. Socket connection as in claim 1, the conical member having at least one axial slot for changing its effective inner diameter in dependence upon relative axial position of the annulus.

6. Connector element and termination for coaxial cable comprising:

a hollow tubular conical clamping member for slipping over and receiving the cable;

an annulus with inner conical surface;

a sleeve with threaded end and containing the annulus as well as the clamping member and positioning the annulus for coacting with the clamping member, said annulus and said member being movably disposed in the sleeve;

first resilient means biasing the clamping member axially in a first direction against the annulus; and

second resilient means being spring means which includes at least one plate spring, for biasing the annulus axially;

said annulus remaining movable in the sleeve except for engagement with said member while being biased by the second resilient means in a direction opposite to the first direction against the clamping member, said first and second resilient means being sufficiently strong so that the resulting force urging the annulus and the member towards each other continues to shift the annulus onto the conical member due to being axially movable, and to thereby provide the clamping force and action exerted by the member upon the cable even after yielding of said cable as a result of such clamping action.

7. Connector element as in claim 6, wherein the first resilient means is a sealing ring, providing additionally sealing against the cable when inserted in the clamping member.

8. Connector element as in claim 6, wherein at least one of the resilient means as an O-ring.