Auto-rack railroad car vehicle restraint apparatus
A vehicle restraint system for an auto-rack railroad car which includes an active chock and an anchor chock configured to co-act to secure a vehicle in the auto-rack railroad car. In various embodiments, each chock has a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls. In various embodiments, for each chock, various components of that chock extend substantially along longitudinal axis that lie in the same or substantially the same vertical plane as the apex and trough of the substantially diamond shaped elongated tube of the chock body. The active and anchor chocks: (a) have a lower height than known commercially available vehicle restraints; (b) have a smaller width than known commercially available vehicle restraints; (c) position the strap and the torque tube closer to the tire of the wheel than any known commercially available vehicle restraints; (d) take up a smaller area of each safe zone adjacent to the wheel than known commercially available vehicle restraints; (e) provide a greater strength to size ratio than known commercially available vehicle restraints; and (f) are easy to operate, install, and remove.
1. An anchor wheel chock of a vehicle restraint apparatus, said anchor wheel chock comprising:
(a) a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls;
(b) a rail engager mounted to the chock body, the rail engager including a locking pin extending substantially along a first longitudinal axis extending through the substantially diamond shaped elongated tube of the chock body in an area adjacent to a trough of the substantially diamond shaped elongated tube; and
(c) an anchor formed by the chock body and configured to be engaged by an anchor plate of a wheel harness strap.
2. The anchor wheel chock of claim 1 , wherein the anchor plate includes an I-shaped engagement member, and the anchor is configured to receive the I-shaped engagement member.
3. The anchor wheel chock of claim 1 , wherein the anchor is formed by at least one of the elongated walls.
4. The anchor wheel chock of claim 1 , wherein the anchor defines an engagement arm receiving slot and a neck receiving slot transversely extending from the engagement arm receiving slot.
5. The anchor wheel chock of claim 1 , wherein the four integrally connected elongated walls each have a substantially same width.
6. The anchor wheel chock of claim 1 , wherein the chock body includes a transversely extending end wall integrally connected to a plurality of the elongated walls.
7. The anchor wheel chock of claim 1 , wherein the chock body includes a transversely extending intermediate wall integrally connected to a plurality of the elongated walls.
8. The anchor wheel chock of claim 1 , wherein the elongated walls have curved or radius intersecting corners.
9. The anchor wheel chock of claim 1 , wherein the elongated walls define a rail saddle receiving opening.
10. The anchor wheel chock of claim 9 , which includes an upside down U-shaped rail saddle positioned in the rail saddle receiving opening and integrally connected to the elongated walls.
11. The anchor wheel chock of claim 10 , wherein the rail engager locking pin is at least partially supported by the rail saddle.
12. The anchor wheel chock of claim 1 , which includes a protective end plate attached to a toe portion of the chock body.
13. The anchor wheel chock of claim 12 , wherein the protective end plate is made from a linear low density polyethylene.
14. The anchor wheel chock of claim 12 , wherein the protective end plate is configured to be snap fit into receiving slots defined by a plurality of the elongated walls.
15. The anchor wheel chock of claim 1 , wherein the chock body includes a transversely extending intermediate wall integrally connected to a plurality of the elongated walls, and wherein the rail engager locking pin is at least partially supported by the transversely extending intermediate wall.
16. An anchor wheel chock of a vehicle restraint apparatus, said anchor wheel chock comprising:
(a) a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls;
(b) a rail engager mounted to the chock body; and
(c) an anchor formed by the chock body and configured to be engaged by an anchor plate of a wheel harness strap, the anchor plate including an I-shaped engagement member, the anchor configured to receive the I-shaped engagement member.
17. The anchor wheel chock of claim 16 , wherein the anchor is formed by at least one of the elongated walls.
18. The anchor wheel chock of claim 16 , wherein the anchor defines an engagement arm receiving slot and a neck receiving slot transversely extending from the engagement arm receiving slot.
19. The anchor wheel chock of claim 16 , wherein the chock body includes a transversely extending intermediate wall integrally connected to a plurality of the elongated walls, and wherein the rail engager includes a locking pin at least partially supported by the transversely extending intermediate wall.
20. The anchor wheel chock of claim 19 , wherein the locking pin extends substantially along a first longitudinal axis extending through the substantially diamond shaped elongated tube in an area adjacent to a trough of the substantially diamond shaped elongated tube.
21. An anchor wheel chock of a vehicle restraint apparatus, said anchor wheel chock comprising:
(a) a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls;
(b) a rail engager mounted to the chock body; and
(c) an anchor formed by the chock body and configured to be engaged by an anchor plate of a wheel harness strap, the anchor defining an engagement arm receiving slot and a neck receiving slot transversely extending from the engagement arm receiving slot.
22. The anchor wheel chock of claim 21 , wherein the anchor plate includes an I-shaped engagement member, and the anchor is configured to receive the I-shaped engagement member.
23. The anchor wheel chock of claim 21 , wherein the anchor is formed by at least one of the elongated walls.
24. The anchor wheel chock of claim 21 , wherein the chock body includes a transversely extending intermediate wall integrally connected to a plurality of the elongated walls, and wherein the rail engager includes a locking pin at least partially supported by the transversely extending intermediate wall.
25. The anchor wheel chock of claim 24 , wherein the locking pin extends substantially along a first longitudinal axis extending through the substantially diamond shaped elongated tube in an area adjacent to a trough of the substantially diamond shaped elongated tube.
26. An anchor wheel chock of a vehicle restraint apparatus, said anchor wheel chock comprising:
(a) a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls, the elongated walls defining a rail saddle receiving opening;
(b) an upside down U-shaped rail saddle positioned in the rail saddle receiving opening and integrally connected to the elongated walls;
(c) a rail engager mounted to the chock body; and
(d) an anchor formed by the chock body and configured to be engaged by an anchor plate of a wheel harness strap.
27. The anchor wheel chock of claim 26 , wherein the anchor is formed by at least one of the elongated walls.
28. The anchor wheel chock of claim 26 , wherein the anchor defines an engagement arm receiving slot and a neck receiving slot transversely extending from the engagement arm receiving slot.
29. The anchor wheel chock of claim 26 , wherein the chock body includes a transversely extending end wall integrally connected to a plurality of the elongated walls.
30. The anchor wheel chock of claim 26 , wherein the rail engager includes a locking pin at least partially supported by the rail saddle.
31. The anchor wheel chock of claim 26 , wherein the chock body includes a transversely extending intermediate wall integrally connected to a plurality of the elongated walls, and wherein the rail engager includes a locking pin at least partially supported by the transversely extending intermediate wall.
32. The anchor wheel chock of claim 31 , wherein the locking pin extends substantially along a first longitudinal axis extending through the substantially diamond shaped elongated tube in an area adjacent to a trough of the substantially diamond shaped elongated tube.
33. An anchor wheel chock of a vehicle restraint apparatus, said anchor wheel chock comprising:
(a) a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls;
(b) a protective end plate attached to a toe portion of the chock body, the protective end plate made from a linear low density polyethylene;
(c) a rail engager mounted to the chock body; and
(d) an anchor formed by the chock body and configured to be engaged by an anchor plate of a wheel harness strap.
34. The anchor wheel chock of claim 33 , wherein the anchor plate includes an I-shaped engagement member, and the anchor is configured to receive the I-shaped engagement member.
35. The anchor wheel chock of claim 33 , wherein the anchor is formed by at least one of the elongated walls.
36. The anchor wheel chock of claim 33 , wherein the anchor defines an engagement arm receiving slot and a neck receiving slot transversely extending from the engagement arm receiving slot.
37. The anchor wheel chock of claim 33 , wherein the chock body includes a transversely extending end wall integrally connected to a plurality of the elongated walls.
38. The anchor wheel chock of claim 33 , wherein the protective end plate is configured to be snap fit into receiving slots defined by a plurality of the elongated walls.
39. The anchor wheel chock of claim 33 , wherein the chock body includes a transversely extending intermediate wall integrally connected to a plurality of the elongated walls, and wherein the rail engager includes a locking pin at least partially supported by the transversely extending intermediate wall.
40. The anchor wheel chock of claim 39 , wherein the locking pin extends substantially along a first longitudinal axis extending through the substantially diamond shaped elongated tube in an area adjacent to a trough of the substantially diamond shaped elongated tube.
41. An anchor wheel chock of a vehicle restraint apparatus, said anchor wheel chock comprising:
(a) a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls;
(b) a protective end plate attached to a toe portion of the chock body, the protective end plate configured to be snap fit into receiving slots defined by a plurality of the elongated walls;
(c) a rail engager mounted to the chock body; and
(d) an anchor formed by the chock body and configured to be engaged by an anchor plate of a wheel harness strap.
42. The anchor wheel chock of claim 41 , wherein the anchor plate includes an I-shaped engagement member, and the anchor is configured to receive the I-shaped engagement member.
43. The anchor wheel chock of claim 41 , wherein the anchor is formed by at least one of the elongated walls.
44. The anchor wheel chock of claim 41 , wherein the anchor defines an engagement arm receiving slot and a neck receiving slot transversely extending from the engagement arm receiving slot.
45. The anchor wheel chock of claim 41 , wherein the chock body includes a transversely extending intermediate wall integrally connected to a plurality of the elongated walls, and wherein the rail engager includes a locking pin at least partially supported by the transversely extending intermediate wall.
46. The anchor wheel chock of claim 45 , wherein the locking pin extends substantially along a first longitudinal axis extending through the substantially diamond shaped elongated tube in an area adjacent to a trough of the substantially diamond shaped elongated tube.
47. An anchor wheel chock of a vehicle restraint apparatus, said anchor wheel chock comprising:
(a) a chock body including a substantially diamond shaped elongated tube which includes four integrally connected elongated walls, the chock body including a transversely extending intermediate wall integrally connected to a plurality of the elongated walls;
(b) a rail engager mounted to the chock body, the rail engager including a locking pin at least partially supported by the transversely extending intermediate wall, the locking pin extending substantially along a first longitudinal axis extending through the substantially diamond shaped elongated tube in an area adjacent to a trough of the substantially diamond shaped elongated tube; and
(c) an anchor formed by the chock body and configured to be engaged by an anchor plate of a wheel harness strap.
48. The anchor wheel chock of claim 47 , wherein the anchor plate includes an I-shaped engagement member, and the anchor is configured to receive the I-shaped engagement member.
49. The anchor wheel chock of claim 47 , wherein the anchor is formed by at least one of the elongated walls.
50. The anchor wheel chock of claim 47 , wherein the anchor defines an engagement arm receiving slot and a neck receiving slot transversely extending from the engagement arm receiving slot.
51. The anchor wheel chock of claim 47 , wherein the elongated walls define a rail saddle receiving opening.
52. The anchor wheel chock of claim 51 , which includes an upside down U-shaped rail saddle positioned in the rail saddle receiving opening and integrally connected to the elongated walls.
53. The anchor wheel chock of claim 52 , wherein the rail engager locking pin is at least partially supported by the rail saddle.