Vehicle endgate hinge assembly
A vehicle endgate hinge assembly is disclosed. The hinge assembly has a bodyside hinge strap including a hinge support boss extending through the endgate opening shut-face and having a central hole that is coaxial with the endgate pivot axis, a mounting plate located outboard of the shut-face, and a threaded portion extending from the mounting plate through the shut-face. The hinge assembly may have a crank including a hinge key pivotally coupled to a member mounted on the endgate, a pivot shaft extending from the hinge key through the central hole, a lever arm extending from the pivot shaft normal to the endgate pivot axis, and a ball extending from the lever arm spaced from the endgate pivot axis. A nut is located inboard of the endgate opening shut-face and threadably received on the threaded portion, and an energy storage mechanism is coupled to the ball.
1. A vehicle endgate hinge assembly pivotally coupling an endgate to an endgate opening shut-face on a vehicle about an endgate pivot axis, the hinge assembly comprising:
a bodyside hinge strap including a hinge support boss extending through the endgate opening shut-face and having a central hole that is coaxial with the endgate pivot axis, a mounting plate located outboard of the endgate opening shut-face, and a threaded portion extending from the mounting plate through the endgate opening shut-face;
a crank including a hinge key configured to be pivotally coupled to a member mounted on the endgate, a pivot shaft extending from the hinge key through the central hole coaxial with the endgate pivot axis, a lever arm extending from the pivot shaft approximately normal to the endgate pivot axis, and a ball extending from the lever arm spaced from the endgate pivot axis;
a nut located inboard of the endgate opening shut-face and threadably received on the threaded portion; and
an energy storage mechanism coupled to the ball and configured to store and release energy based on pivoting of the lever arm.
2. The vehicle endgate hinge assembly of claim 1 wherein the threaded portion is on an outer surface of the hinge support boss.
3. The vehicle endgate hinge assembly of claim 2 wherein the bodyside hinge strap includes a threaded fastener extending through the mounting plate, spaced from the hinge support boss, and a second nut is threadably received on the threaded fastener inboard of the endgate opening shut-face.
4. The vehicle endgate hinge assembly of claim 2 including a hinge strap reinforcement rotationally fixed relative to the hinge support boss and including an anti-rotation tab, spaced from the hinge support boss, extending through the endgate opening shut-face.
5. The vehicle endgate hinge assembly of claim 1 wherein the threaded portion is on a first fastener, spaced from hinge support boss, extending through the mounting plate; and the bodyside hinge strap includes a second fastener, spaced from the first fastener and the hinge support boss, and a second nut threadably received on the second fastener inboard of shut-face.
6. The vehicle endgate hinge assembly of claim 5 wherein the first fastener and the second fastener each include heads countersunk into the mounting plate.
7. The vehicle endgate hinge assembly of claim 1 including an endgate mounting bracket configured to be secured to the endgate, and wherein the member is a hinge cup secured to the endgate mounting bracket and operatively engaging the hinge key for causing rotation of the hinge key corresponding to rotation of the endgate.
8. The vehicle endgate hinge assembly of claim 1 wherein the energy storage mechanism is a gas strut having a first end coupled to the ball and a second end configured to mount to the vehicle.
9. The vehicle endgate hinge assembly of claim 1 including a shim located on the pivot shaft between the mounting plate of the bodyside hinge strap and the lever arm.
10. The vehicle endgate hinge assembly of claim 1 including a bearing mounted in the central hole of the hinge support boss, in surface contact with the pivot shaft.
11. The vehicle endgate hinge assembly of claim 1 including a support plate mounted between the mounting plate of the bodyside hinge strap and the endgate opening shut-face.
12. The vehicle endgate hinge assembly of claim 1 including a hinge strap reinforcement located inboard of the endgate opening shut-face and having the hinge support boss extending therethrough.
13. A vehicle endgate hinge assembly pivotally coupling an endgate to an endgate opening shut-face on a vehicle about an endgate pivot axis, the hinge assembly comprising:
a bodyside hinge strap including a hinge support boss extending through the endgate opening shut-face and having a central hole that is coaxial with the endgate pivot axis, a mounting plate located outboard of the endgate opening shut-face, a first fastener, spaced from hinge support boss, configured to extend through the mounting plate and the endgate opening shut-face, and a second fastener, spaced from the first fastener and the hinge support boss, configured to extend through the mounting plate and the endgate opening shut-face;
a crank including a hinge key configured to be pivotally coupled to a member mounted on the endgate, a pivot shaft extending from the hinge key through the central hole coaxial with the endgate pivot axis, a lever arm extending from the pivot shaft approximately normal to the endgate pivot axis, and a ball extending from the lever arm spaced from the endgate pivot axis;
a first nut located inboard of the endgate opening shut-face and threadably received on the first fastener, and a second nut located inboard of the endgate opening shut-face and threadably received on the second fastener; and
an energy storage mechanism coupled to the ball and configured to store and release energy based on pivoting of the lever arm.
14. The vehicle endgate hinge assembly of claim 13 wherein the first fastener and the second fastener each include heads countersunk into the mounting plate.
15. The vehicle endgate hinge assembly of claim 13 including a bearing mounted in the central hole of the hinge support boss, in surface contact with the pivot shaft.
16. The vehicle endgate hinge assembly of claim 13 including a hinge strap reinforcement located inboard of the endgate opening shut-face and having the hinge support boss extending therethrough.
17. A vehicle endgate hinge assembly pivotally coupling an endgate to an endgate opening shut-face on a vehicle about an endgate pivot axis, the hinge assembly comprising:
a bodyside hinge strap including a hinge support boss extending through the endgate opening shut-face, having a central hole that is coaxial with the endgate pivot axis and a threaded portion on an outer surface, and a mounting plate located outboard of the endgate opening shut-face;
a crank including a hinge key configured to be pivotally coupled to a member mounted on the endgate, a pivot shaft extending from the hinge key through the central hole coaxial with the endgate pivot axis, a lever arm extending from the pivot shaft approximately normal to the endgate pivot axis, and a ball extending from the lever arm spaced from the endgate pivot axis;
a nut located inboard of the endgate opening shut-face and threadably received on the threaded portion; and
an energy storage mechanism coupled to the ball and configured to store and release energy based on pivoting of the lever arm.
18. The vehicle endgate hinge assembly of claim 17 wherein the bodyside hinge strap includes a threaded fastener extending through the mounting plate, spaced from the hinge support boss, and a second nut is threadably received on the threaded fastener inboard of the endgate opening shut-face.
19. The vehicle endgate hinge assembly of claim 17 including a hinge strap reinforcement rotationally fixed relative to the hinge support boss and including an anti-rotation tab, spaced from the hinge support boss, extending through the endgate opening shut-face.
20. The vehicle endgate hinge assembly of claim 17 including a shim located on the pivot shaft between the mounting plate of the bodyside hinge strap and the lever arm.