Bi-fold tonneau moving center hinge

• US 20120098292A1
• Filed: 10/22/2010
• Published: 04/26/2012
• Est. Priority Date: 10/22/2010
• Status: Abandoned Application

• Current Assignee: Magna International Incorporated
• Original Assignee: Magna International Incorporated
• Inventors: Huotari, Keijo J., Lewis, Stephen J., Junkin, Dunno C.
• Application Number:
  US12/925,480
• Publication Number:
  US 20120098292A1
• Time in Patent Office: Days
• US Class Current: 296/100.09
• CPC Class Codes: B60J 7/10 readily detachable, e.g. tarpaulins with frames, or fastenings for tarpaulins covering of loads on vehicles by tarpaulins B60P7/04
• CPC Class Codes: E05D 11/105 the maintaining means acting perpendicularly to the pivot axis
• CPC Class Codes: E05D 3/16 with seven parallel pins and four arms

Abstract

A bi-fold hinge assembly for facilitating the more compact placement of a tonneau cover in a stowed position. The bi-fold hinge includes a first arcuate bracket and a second arcuate bracket, which are pivotable between a stowed position and a deployed position. The bi-fold hinge also includes a front base plate, where the second arcuate bracket is pivotally connected to the front base plate, and a rear base plate, where the first arcuate bracket pivotally connected to the rear base plate. The front base plate is connected to a front side rail, and the rear base plate is pivotally connected to a rear side rail. The front side rail and the rear side rail are part of a frame assembly used for supporting and controlling the movement of the tonneau cover as the tonneau cover is moved between the deployed position and the stowed position.

Claims

1. A bi-fold hinge, comprising:

a first arcuate bracket;

a second arcuate bracket, said first arcuate bracket and said second arcuate bracket being pivotable between a stowed position and a deployed position;

a front base plate, said second arcuate bracket pivotally connected to said front base plate;

a rear base plate, said first arcuate bracket pivotally connected to said rear base plate;

a central pivot point, said first arcuate bracket and said second arcuate bracket pivotally connected to each other at said central pivot point such that said first arcuate bracket and said second arcuate bracket pivot relative to one another, said first arcuate bracket pivots relative to said rear base plate, said second arcuate bracket pivots relative to said front base plate, and said central pivot point moves as said first arcuate bracket and said second arcuate bracket are moved between said stowed position and said deployed position;

a first roller, said first arcuate bracket pivotally connected to said first roller;

a second roller, said second arcuate bracket pivotally connected to said second roller;

a first pivot bracket pivotally connected to said first roller and said front base plate such that when said first arcuate bracket and said second arcuate bracket are moved between said stowed position and said deployed position, said first pivot bracket pivots relative to said first roller and said front base plate, and said first arcuate bracket pivots relative to said first roller; and

a second pivot bracket pivotally connected to said second roller and said rear base plate such that as said first arcuate bracket and said second arcuate bracket are moved between said stowed position and said deployed position, said second pivot bracket pivots relative to said second roller and said rear base plate, and said second arcuate bracket pivots relative to said second roller.

3. The bi-fold hinge of claim 1, further comprising:

a first recess formed as part of said front base plate, said first roller operable for being selectively disposed in said first recess when said first arcuate bracket is in said deployed position; and

a second recess formed as part of said rear base plate, said second roller operable for being selectively disposed in said second recess when said second arcuate bracket is in said deployed position.

4. The bi-fold hinge of claim 3, further comprising:

a first contact surface formed as part of said front base plate in proximity to said first recess, said first roller operable for movement along said first contact surface; and

a second contact surface formed as part of said rear base plate in proximity to said second recess, said second roller operable for movement along said second contact surface;

wherein as said first arcuate bracket and said second arcuate bracket are moved between said stowed position and said deployed position, said first roller moves along said first contact surface, said second roller moves along said second contact surface, said first arcuate bracket pivots relative to said first pivot bracket, said first roller, and said rear base plate, said second arcuate bracket pivots relative to said second pivot bracket, said second roller, and said front base plate, and said first arcuate bracket pivots relative to said second arcuate bracket.

5. The bi-fold hinge of claim 1, further comprising:

a front side rail, said front base plate connected to said front side rail; and

a rear side rail, said rear base plate pivotally connected to said rear side rail, said front side rail is pivotally connected to said rear side rail with said bi-fold hinge such that when said first arcuate bracket and said second arcuate bracket are in said stowed position, said rear side rail is above and parallel to said front side rail.

6. The bi-fold hinge of claim 5, said central pivot point further comprising a theoretical center which moves as said first arcuate bracket and said second arcuate bracket are moved between said stowed position and said deployed position, such that said theoretical center is below both of said front side rail and said rear side rail when said first arcuate bracket and said second arcuate bracket are in said deployed position, and said theoretical center is above said front side rail and below said rear side rail when said first arcuate bracket and said second arcuate bracket are in said stowed position.

7. The bi-fold hinge of claim 5, wherein said front side rail and said rear side rail are part of a frame assembly operable for being mounted to the bed of a pickup truck.

8. The bi-fold hinge of claim 1, wherein said bi-fold hinge is for use with a tonneau cover operable for movement between said stowed position and said deployed position.

2. (canceled)

9. A bi-fold hinge for use with a tonneau cover, comprising:

a front base plate;

a rear base plate;

a first arcuate bracket pivotally connected to said rear base plate;

a second arcuate bracket pivotally connected to said front base plate;

a first pivot bracket pivotally connected to said front base plate and said first arcuate bracket such that said first arcuate bracket and said first pivot bracket are operable facilitating the movement of said tonneau cover between a stowed position and a deployed position;

a second pivot bracket pivotally connected to said rear base plate and said second arcuate bracket such that said second arcuate bracket and said second pivot bracket are operable for facilitating the movement of said tonneau cover between said stowed position and said deployed position;

a first roller for providing a pivot connection between said first arcuate bracket and said first pivot bracket, said first roller in rolling contact with said front base plate such that said first roller moves along a first contact surface formed as part of said front base plate when said tonneau cover is moved between said stowed position and said deployed position; and

a second roller for providing a pivot connection between said second arcuate bracket and said second pivot bracket, said second roller in rolling contact with said rear base plate such that said second roller moves along a second contact surface formed as part of said second base plate when said tonneau cover is moved between said stowed position and said deployed position.

11. The bi-fold hinge for use with a tonneau cover of claim 9, further comprising:

a first recess formed as part of said front base plate in proximity to said first contact surface; and

a second recess formed as part of said rear base plate in proximity to said second contact surface, said first roller operable for moving into said first recess and said second roller operable for moving into said second recess when said tonneau cover is in said deployed position.

12. The bi-fold hinge for use with a tonneau cover of claim 9, further comprising:

a front side rail operable for supporting said tonneau cover, said front base plate connected to said front side rail; and

a rear side rail operable for supporting said tonneau cover, said rear base plate connected to said rear side rail such that when said tonneau cover is in said stowed position, said rear side rail is located above and is substantially parallel to said front side rail.

13. The bi-fold hinge for use with a tonneau cover of claim 12, further comprising a central pivot point, wherein said first arcuate bracket and said second arcuate bracket are connected at said central pivot point, and said central pivot point is located below both of said front side rail and said rear side rail when said tonneau cover is in said deployed position, and said central pivot point is located above said front side rail and below said rear side rail when said tonneau cover is in said stowed position.

14. The bi-fold hinge for use with a tonneau cover of claim 13, said central pivot point further comprising a spacer disposed between said first arcuate bracket and said second arcuate bracket, said spacer operable for positioning said first arcuate bracket and said second arcuate bracket to be parallel to one another and to both of said front base plate and said rear base plate.

10. (canceled)

15. A bi-fold hinge for use with a tonneau cover, comprising:

a first arcuate bracket pivotally connected to a first roller;

a second arcuate bracket pivotally connected to a second roller;

a front base plate mounted to a front side rail, said second arcuate bracket pivotally connected to said front base plate;

a first recess formed as part of said front base plate, said first roller operable for being selectively disposed in said first recess;

a first contact surface formed as part of said front base plate in proximity to said first recess, said first roller operable for movement along said first contact surface;

a rear base plate mounted to a rear side rail, said first arcuate bracket pivotally connected to said rear base plate;

a second recess formed as part of said rear base plate, said second roller operable for being selectively disposed in said second recess;

a second contact surface formed as part of said rear base plate in proximity to said second recess, said second roller operable for movement along said second contact surface;

a first pivot bracket pivotally connected to said first roller and said front base plate;

a second pivot bracket pivotally connected to said second roller and said rear base plate; and

a central pivot point, said first arcuate bracket and said second arcuate bracket pivotally connected to each other at said central pivot point;

wherein as said tonneau cover is moved between a stowed position and a deployed position, said first roller moves along said first contact surface, said second roller moves along said second contact surface, said first arcuate bracket pivots relative to said first pivot bracket, said first roller, and said rear base plate, said second arcuate bracket pivots relative to said second pivot bracket, said second roller, and said front base plate, and said first arcuate bracket pivots relative to said second arcuate bracket.

16. The bi-fold hinge for use with a tonneau cover of claim 15, further comprising a spacer pivotally connected to both said first arcuate bracket and said second arcuate bracket for positioning said first arcuate bracket and said second arcuate bracket to be parallel to one another and both of said front base plate and said rear base plate.

17. The bi-fold hinge for use with a tonneau cover of claim 15, further comprising said first roller is disposed in said first recess and said second roller is disposed in said second recess when said tonneau cover is in said deployed position.

18. The bi-fold hinge for use with a tonneau cover of claim 15, wherein said tonneau cover is connected to said front side rail and said rear side rail, and when said tonneau cover is in said deployed position, said front side rail is substantially parallel to said rear side rail.

19. The bi-fold hinge for use with a tonneau cover of claim 18, said central pivot point further comprising a theoretical center which moves as said tonneau cover is moved between said stowed position and said deployed position, such that said theoretical center is below said front side rail and said rear side rail when said tonneau cover is in said deployed position, and is above said front side rail and below said rear side rail when said tonneau cover is in said stowed position.

20. A bi-fold hinge for use with a tonneau cover, comprising:

a front base plate;

a rear base plate;

a first arcuate bracket pivotally connected to said rear base plate;

a second arcuate bracket pivotally connected to said front base plate;

a first pivot bracket pivotally connected to said front base plate and said first arcuate bracket such that said first arcuate bracket and said first pivot bracket are operable facilitating the movement of said tonneau cover between a stowed position and a deployed position;

a second pivot bracket pivotally connected to said rear base plate and said second arcuate bracket such that said second arcuate bracket and said second pivot bracket are operable for facilitating the movement of said tonneau cover between said stowed position and said deployed position;

a first recess formed as part of said front base plate in proximity to said first contact surface; and

a second recess formed as part of said rear base plate in proximity to said second contact surface, said first roller operable for moving into said first recess and said second roller operable for moving into said second recess when said tonneau cover is in said deployed position.

21. The bi-fold hinge for use with a tonneau cover of claim 20, further comprising:

a front side rail operable for supporting said tonneau cover, said front base plate connected to said front side rail; and

a rear side rail operable for supporting said tonneau cover, said rear base plate connected to said rear side rail such that when said tonneau cover is in said stowed position, said rear side rail is located above and is substantially parallel to said front side rail.

22. The bi-fold hinge for use with a tonneau cover of claim 21, further comprising a central pivot point, wherein said first arcuate bracket and said second arcuate bracket are connected at said central pivot point, and said central pivot point is located below both of said front side rail and said rear side rail when said tonneau cover is in said deployed position, and said central pivot point is located above said front side rail and below said rear side rail when said tonneau cover is in said stowed position.

23. The bi-fold hinge for use with a tonneau cover of claim 22, said central pivot point further comprising a spacer disposed between said first arcuate bracket and said second arcuate bracket, said spacer operable for positioning said first arcuate bracket and said second arcuate bracket to be parallel to one another and to both of said front base plate and said rear base plate.