Terminal housing battery cable connector clamp and fastening bolt

• US 20080102713A1
• Filed: 11/01/2006
• Published: 05/01/2008
• Est. Priority Date: 11/01/2006
• Status: Abandoned Application

• Current Assignee: Batlock, LLC
• Original Assignee: Batlock, LLC
• Inventors: Eller, Steven A., Orange, Charles M.
• Application Number:
  US11/591,419
• Publication Number:
  US 20080102713A1
• Time in Patent Office: Days
• US Class Current: 439/765
• CPC Class Codes: H01R 11/282 comprising means for facilitating engagement or disengagement, e.g. quick release terminal

Abstract

A battery cable clamp is provided with a clamp shaft having a distal male threaded end adapted to mate with a female threaded nut positioned in a terminal housing, said clamp shaft carrying a cam seat, a cammed handle with pin, and a locknut, wherein the cammed handle is operable to frictionally engage and release the distal male threaded shaft end and female threaded nut and the nut has a raised lip to position the nut in the terminal housing.

Claims

1. A battery cable terminal connector for connecting a battery cable to a terminal housing comprising

(a) a battery cable clamp with

(i) a shaft having a threaded distal end, a central portion and a threaded proximal end;

(ii) a cam seat having an opening received on the central portion of the shaft and a bottom surface facing the threaded distal end of the shaft and a top cam surface;

(iii) a pin being received within a lateral aperture of a handle, said pin having an aperture received over the central portion of the shaft;

(iv) said handle having a base section with both a cam section and the lateral aperture, and a handle section; and

(v) a locknut mounted to the proximal end of the shaft and thereby restraining the pin and cam seat on said shaft; and

(b) a nut received within the terminal housing having a leading edge, a first aperture to receive the threaded distal end, a trailing edge and a positioning lip extending from the trailing edge and preventing the trailing edge from being received within the terminal housing.

2. The battery cable terminal connector of claim 1 wherein the nut is in the shape of a cube.

3. The battery cable terminal connector of claim 1 wherein the nut is in the shape of a rectangular prism.

4. The battery cable terminal connector of claim 1 wherein the nut has a second threaded aperture normal to the first aperture.

5. The battery cable terminal connector of claim 1 wherein the terminal housing comprises front, top, back, and bottom surfaces defining a lateral passageway therebetween.

6. The battery cable terminal connector of claim 1 wherein the top surface has an opening and when the leading edge of the nut is introduced into the lateral passageway, the positioning lip restrains entry of the nut into the passageway beyond a point where the first aperture of the nut is aligned with the opening.

7. The battery cable terminal connector of claim 1 wherein the front surface has an opening and when the leading edge of the nut is introduced into the lateral passageway, the positioning lip restrains entry of the nut into the passageway beyond a point where the first aperture of the nut is aligned with the opening.

8. The battery cable terminal connector of claim 7 wherein the top surface has an opening and when the leading edge of the nut is introduced into the lateral passageway, the positioning lip restrains entry of the nut into the passageway beyond a point where the first aperture of the nut is aligned with the opening.

9. The battery cable terminal connector of claim 8 wherein the leading edge of the nut may be introduced into the lateral passageway with the first aperture directed upward to align with the opening in the top surface.

10. The battery cable terminal connector of claim 8 wherein the nut may be introduced into the lateral passageway with the first aperture directed forward to align with the opening in the front surface.

11. The battery cable terminal connector of claim 1 wherein the nut, shaft, cam seat, pin, handle and locknut are fabricated from non-corrosive materials.

12. The battery cable terminal connector of claim 1 wherein the positioning lip extends from a side of the nut in a normal alignment with the first aperture.

13. The battery cable terminal connector of claim 1 wherein the positioning lip extends from a side of the nut in a parallel alignment with the first aperture.

14. A method of securing a battery cable to a terminal housing utilizing a battery cable terminal clamp having a shaft with a threaded distal end, a central portion and a threaded proximal end of relatively small diameter than the distal end, a cam seat having an opening received on the central portion of the shaft and a bottom surface facing the threaded distal end of the shaft and a top cam surface, a pin being received within a lateral aperture of a handle said pin having an aperture received over the central portion of the shaft, comprising the steps of:

(a) inserting a leading edge of a nut with a threaded aperture into a lateral passageway of the terminal housing until a positioning lip on a trailing edge of the nut restrains further insertion of the nut;

(b) passing the threaded distal end of the clamp through a battery cable terminal aperture and through an opening in a face of the terminal housing and engaging the threaded distal end of the shaft with the threaded aperture of the nut while the cam section is not interposed between the pin and cam seat;

(b) turning the locknut and thereby the shaft to engage at least several revolutions of threads;

(c) angularly rotating the handle section with respect to the shaft to interpose the cam section between the pin and cam seat and thereby secure the battery cable terminal against the face of battery housing.

15. The method of claim 14 wherein positioning lip of the nut acts to align the threaded aperture of the nut with the opening in the face of the housing.

16. The method of claim 14 wherein the terminal housing has a top face with an opening and a front face with an opening.

17. The method of claim 16 wherein the nut may be rotated to align the threaded aperture with either the opening in the top face of the terminal housing or the opening in the front face of the terminal housing.

18. The method of claim 14 wherein the lateral passageway proceeds from front to back of the terminal housing.

19. The method of claim 14 wherein the lateral passageway proceeds from side to side of the terminal housing.

20. A battery cable terminal connector for connecting a battery cable to a terminal housing of the type defining a lateral passageway and at least one surface with an opening comprising

(a) a fastening bolt with a distal threaded end sized to fit through the opening;

(b) a nut received within the lateral passageway of terminal housing having an aperture to receive the threaded distal end of the bolt, said nut having a leading edge and an opposite trailing edge with a positioning lip extending from the nut so that the positioning lip does not fit within the lateral passageway and restrains the trailing edge of the nut from proceeding through the lateral passageway.