Rod hanger for securing a rod to a substrate

1. A rod hanger for securing a rod to a substrate, comprising:

a mounting portion defining a perimeter edge, configured for engaging the substrate and having a hole configured for engaging a fastener;

a rod receiving portion configured for receiving the rod;

a connecting element configured for vertically displacing the mounting portion and the rod receiving portion; and

a plurality of anti-rotation elements on the mounting portion spaced apart from the hole and spaced uniformly from one another along a perimeter of the hole and configured for penetratingly engaging the substrate to frictionally hold the fastener in place while counteracting a moment acting upon said rod hanger as the rod is received by the rod receiving portion.

2. The rod hanger of claim 1 , wherein at least one of said mounting portion and said rod receiving portion define a generally planar shape.

3. The rod hanger of claim 1 , wherein said mounting portion includes a top surface and a bottom surface.

4. The rod hanger of claim 3 , wherein said top surface of said mounting portion includes said plurality of anti-rotation elements.

5. The rod hanger of claim 1 , wherein said rod receiving portion includes a top surface, a bottom surface and a hole configured for threadably engaging said rod wherein the hole includes a lip formation disposed about said hole and configured to threadably engage said rod.

6. The rod hanger of claim 1 , wherein planes respectively defined by said mounting portion and said rod receiving portion are generally parallel.

7. The rod hanger of claim 1 , wherein said connecting element includes at least one coined impression at a juncture defined by said connecting element and said rod receiving portion and at least one coined impression at a juncture defined by said connecting element and said mounting portion.

8. The rod hanger of claim 1 , wherein said rod hanger defines a unitary body with a generally uniform thickness.

9. The rod hanger of claim 1 , wherein each of said plurality of anti-rotation elements has a generally pointed shape.

10. The rod hanger of claim 1 , wherein each of said plurality of anti-rotation elements has a generally rectangular shape when viewed from above and has a contoured surface formed from said mounting surface.

11. The rod hanger of claim 10 , wherein a top surface of each of said anti-rotation elements is one or more of generally flattened or slightly hemispherical.

12. The rod hanger of claim 1 , wherein said plurality of anti-rotation elements is formed from elongate upturned edges of said mounting portion.

13. The rod hanger of claim 1 , wherein said plurality of anti-rotation elements is formed from upturned edges at one or more corners of said mounting portion.

14. The rod hanger of claim 13 , wherein a top surface of at least one of said upturned edges is one of flat and pointed.

15. A rod hanger for securing a rod to a substrate, comprising:

a mounting portion configured for engaging the substrate and having a hole configured for engaging a fastener;

a rod receiving portion configured for receiving the rod;

a connecting element configured for vertically displacing the mounting portion and the rod receiving portion; and

four or more anti-rotation elements having a generally pointed shape and positioned on a top surface of the mounting portion spaced apart from the hole and spaced uniformly from one another along a perimeter of the hole, configured for penetratingly engaging the substrate to frictionally hold the fastener in place while counteracting a moment acting upon the rod hanger as the rod is received by the rod receiving portion.

16. The rod hanger of claim 15 , wherein each of said four or more anti-rotation elements is comprised of a generally triangular base and three facets extending from said base.

17. A rod hanger for securing a rod to a substrate, comprising:

a mounting portion defining a perimeter edge, configured for engaging the substrate and having a hole configured for engaging a fastener;

a rod receiving portion configured for receiving the rod;

a connecting element configured for vertically displacing the mounting portion and the rod receiving portion; and

one or more anti-rotation elements formed by upturned edges of the perimeter edge of the mounting portion spaced apart from the hole and spaced uniformly along a perimeter of the hole and configured for penetratingly engaging the substrate to frictionally hold the fastener in place while counteracting a moment acting upon said rod hanger as the rod is received by the rod receiving portion.

18. The rod hanger of claim 17 , wherein a top surface of said one or more anti-rotation elements is one or more of generally flattened or rounded.

19. The rod hanger of claim 17 , wherein said upturned edges are defined at corners of said mounting surface.

20. The rod hanger of claim 19 , wherein said upturned edges formed from the same perimeter edge face each other and wherein said upturned edges formed from opposing perimeter edges face each other.