Cable-clamping device with adjusting means

• US 4,126,918 A
• Filed: 03/04/1977
• Issued: 11/28/1978
• Est. Priority Date: 11/07/1975
• Status: Expired due to Term

• Current Assignee: Electro-Clamp Corporation
• Original Assignee: Electro-Clamp Corporation
• Inventors: Cornell, Paul A.
• Primary Examiner(s): Gelak, Bernard A.
• Application Number:
  US05/774,461
• Time in Patent Office: 634 Days
• Field of Search: 339/266 R, 339/274, 339/266 F, 339/266 G, 339/266 L, 24/132 AA, 24/132 AB, 24/132 AC, 24/132 LS, 24/132 WL, 24/249 SA, 24/115 G
• US Class Current: 24/132.00R
• CPC Class Codes: F16G 11/048 by moving a surface into the cable
• CPC Class Codes: F16G 11/06 with laterally-arranged screws F16G11/02, F16G11/04 take precedence
• CPC Class Codes: Y10T 24/3936 Pivoted part

Abstract

A cable clamping device of the rotary jaw type is provided with means for adjusting its cable-receiving and cable-clamping capabilities. The adjustment means permits selective adjustment of the effective cable-receiving or cable-clamping dimension of the clamp. For example, the male member of the rotary jaw clamp is fitted with a rotatable sleeve which has an internal bore having a longitudinal axis angularly displaced from the axis of the sleeve. Rotation of the sleeve results in a change in the size of the cable-receiving and cable-clamping bore of the clamp.

Claims

1. A cable-clamping device of the rotary jaw type comprising:

a male member including a generally cylindrical head and a mounting tail extending therefrom, said male head having a cable-receiving bore;

a female member including a coupling sleeve and a mounting tail extending therefrom, said sleeve having a cable-receiving bore;

said female member adapted to receive said male member and rotate thereon between open and closed positions, said male and female bores being generally aligned in the open position to receive a cable and offset in the closed position to effect cable-clamping forces; and

an adjustment sleeve disposed within the male bore for adjusting the cable-receiving and cable-clamping capability of the device to enable the use thereof with cables of varying diameters, said sleeve including an internal cylindrical bore the longitudinal axis of which is angularly displaced from that of said adjustment sleeve.

2. The cable-clamping device of claim 1 including means for indexing the rotational position of said adjustment sleeve within said male bore to accomodate cables of varying diameters.

3. The cable-clamping device of claim 1 wherein said adjustment sleeve includes at least one radially extending protuberance and said male bore includes a plurality of axial slots whereby said adjustment sleeve may be disposed at different positions to accomodate cables of different diameters.

4. The cable-clamping device of claim 3 wherein said protuberance and said slots are arranged to provide both rotational and longitudinal positioning of said adjustment sleeve within said male bore.

5. In a cable-clamping device of the rotary jaw type, said device including male and female members each having a cable-receiving bore and said female member adapted to receive and rotate on said male member between an open, cable-receiving position and a closed, cable-clamping position, the improvement comprising:

means disposed within the male bore for adjusting the cable-receiving and cable-clamping capability of the device, comprising an adjustment sleeve which includes an external surface in operative engagement with said male bore and an internal cylindrical bore the longitudinal axis of which is angularly displaced from that of said adjustment sleeve.

6. The improved cable-clamping device of claim 5 wherein said adjusting means includes means for indexing the rotational displacement of said adjustment sleeve within said male bore to accomodate cables of varying diameters.

7. A cable-clamping device comprising:

a male member having means defining a cable-receiving opening therein;

a female member having means defining a cable-receiving opening therein;

said female member being mounted on said male member for relative rotation about an axis transverse to the cable axis and passing through the cable-receiving opening of said male member such that the cable will be received in said openings when said device is open and clamped by said means when said device is closed;

the effective cable-receiving axes of said openings having a fixed spatial relationship to one another when said device is in its open position;

wherein at least one of said means is adjustable to alter the spatial relationship of said axes in said open position thereby altering the cable-clamping or - receiving capability of said device.

8. A device as defined in claim 7, wherein said adjustable means is capable of altering the angular relationship of said axes.

9. A device as defined in claim 7, wherein said adjustable means is capable of altering the translatory relationship of said axes.

10. A cable-clamping device comprising:

a male member having means defining a cable-receiving opening therein;

a female member having means defining a cable-receiving opening therein;

said female member being mounted on said male member for relative rotation about an axis transverse to the cable axis and passing through the cable-receiving opening of said male member such that the cable will be received in said openings when said device is open and clamped by said means when said device is closed;

the effective cable-receiving axes of said openings having a fixed spatial relationship to one another when said device is in its closed position;

wherein at least one of said means is adjustable to alter the spatial relationship of said axes in said closed position thereby altering the cable-clamping or - receiving capability of said device.

11. A device as defined in claim 10, wherein said adjustable means is capable of altering the angular relationship of said axes.

12. A device as defined in claim 10, wherein said adjustable means is capable of altering the translatory relationship of said axes.

13. A cable-clamping device of the rotary jaw type comprising:

a male member having a cable-receiving bore therethrough;

a female member having a cable-receiving bore;

said female member adapted to receive said male member and rotate thereon between open and closed positions about an axis of rotation which is transverse to the axis of the cable and passes through the cable-receiving bore of said male member, said male and female bores being generally aligned in the open position to receive the cable and offset in the closed position to effect cable-clamping forces; and

adjustable means in at least one of said bores for selectively altering said offset in the closed position.

14. The device of claim 13 wherein said means comprises an indexable insert in said female bore.

15. The device of claim 13 wherein said means comprises an indexable insert in said male bore.

16. A cable-clamping device of the rotary jaw type comprising:

a male member having a cable-receiving bore therethrough;

a female member having a cable-receiving bore;

said female member adapted to receive said male member and rotate thereon between open and closed positions about an axis of rotation which is transverse to the axis of the cable and passes through the cable-receiving bore of said male member, said male and female bores being generally aligned in the open position to receive the cable and offset in the closed position to effect cable-clamping forces; and

adjustable means in at least one of said bores for selectively offsetting said general alignment in the open position.

17. The device of claim 16 wherein said means comprises an indexable insert in said female bore.

18. The device of claim 16 wherein said means comprises an indexable insert in said male bore.