Granted Patent B2

US 12,331,525 · App. 18/470,040 · Granted Jun 17, 2025

Inventor: Robert Lopez (Queens, NY)

Assignee: Hohmann & Barnard, Inc.

E04F13/0808E04B1/388E04B1/41E04B2001/389E04B2001/4192

Abstract

Claims (64)

1. A dual-sided mounting bracket for a facade support system for supporting a facade on a wall structure, the support system including a support member, the mounting bracket comprising:

a baseplate comprising an inside surface and an outside surface and configured to secure to the wall structure; and

a leg extending from and transverse to the baseplate, the leg having a height centerline and defining a plane extending in a length dimension and a height dimension, wherein the leg comprises:

a leg body connected to the baseplate at a junction, the leg body having an inside surface and an outside surface and having a free end opposite the baseplate;

a first clip extending proud in a first direction from the plane and offset to a first side of the height centerline, the first clip defining a first angled opening between the plane and an end of the first clip, wherein the first clip is configured to receive and resiliently retain the support member between the first clip and the leg body;

a second clip extending proud in a second direction from the plane and offset to a second side of the height centerline, the second clip defining a second angled opening between the plane and an end of the second clip, wherein the second clip is configured to receive and resiliently retain the support member between the second clip and the leg body; and

an intermediate finger within the plane and centered on the height centerline between the first clip and the second clip.

2. The dual-sided mounting bracket of claim 1 , further comprising a gasket layer secured to the outside surface of the baseplate.

3. The dual-sided mounting bracket of claim 2 , wherein the baseplate comprises at least one mounting hole through the baseplate and the gasket layer is secured to the outside surface and across the at least one mounting hole, the gasket layer comprising a polymer.

4. The dual-sided mounting bracket of claim 1 , further comprising:

a first mounting hole through the leg body at the free end of the leg body at a position above the first and second clips in the height dimension;

a second mounting hole through the leg body at the free end of the leg body at a position below the first and second clips in the height dimension; and

a third mounting hole through the intermediate finger at the free end of the leg body;

wherein the mounting bracket is configured to be secured to the support member with fasteners through each of the first, second, and third mounting holes.

5. The dual-sided mounting bracket of claim 1 , further comprising first and second ribs extending proud of the inside surface of the baseplate and the inside surface of the leg body.

6. The dual-sided mounting bracket of claim 5 , wherein the first rib extends continuously across a first portion of the baseplate, the junction, and a first portion of the leg, and the second rib extends continuously across a second portion of the baseplate, the junction, and a second portion of the leg.

7. The dual-sided mounting bracket of claim 6 , wherein first and second ribs terminate in the length dimension along the leg at or before a first bend of the first clip and the second clip.

8. The dual-sided mounting bracket of claim 5 , wherein the first rib is located at a position above, in the height dimension, the height centerline, the first clip, and the second clip and the second rib is located at a position below, in the height dimension, the height centerline, the first clip, and the second clip.

9. A dual-sided mounting bracket for a facade support system for supporting a facade on a wall structure, the support system including a support member, the mounting bracket comprising:

a baseplate comprising an inside surface and an outside surface and configured to secure to the wall structure; and

a leg extending from and transverse to the baseplate, the leg having a height centerline and defining a plane extending in a length dimension and a height dimension, wherein the leg comprises:

a leg body connected to the baseplate at a junction, the leg body having an inside surface and an outside surface and having a free end opposite the baseplate;

a first clip extending proud in a first direction from the plane and offset to a first side of the height centerline, the first clip defining a first angled opening between the plane and an end of the first clip, wherein the first clip is configured to receive and resiliently retain the support member between the first clip and the leg body; and

a second clip extending proud in a second direction from the plane and offset to a second side of the height centerline, the second clip defining a second angled opening between the plane and an end of the second clip, wherein the second clip is configured to receive and resiliently retain the support member between the second clip and the leg body;

wherein the first and second clips each include a first bend between the clip and the leg body, the first bend away from the plane, a second bend spaced from the first bend along the clip, the second bend toward the plane, and a third bend spaced from the second bend along the clip, the third bend away from the plane.

10. The dual-sided mounting bracket of claim 9 , wherein the third bends respectively define the first and second angled openings.

11. The dual-sided mounting bracket of claim 10 , wherein a first clip segment is defined between the first bend and the second bend, a second clip segment is defined between the second bend and the third bend, and a third clip segment is defined from the third bend to the free end.

12. The dual-sided mounting bracket of claim 11 , wherein the first bend is an acute angle away from the plane, the second bend forms an obtuse angle between the first clip segment and the second clip segment and the second clip segment forms an acute angle towards the plane, and the third bend forms an obtuse angle between the second clip segment and the third clip segment and forms an acute angle away from the plane.

13. The dual-sided mounting bracket of claim 12 , wherein the acute angle formed by the third clip segment away from the plane is greater than the acute angle of the second clip segment towards the plane and less than the acute angle of the first clip segment away from the plane.

14. A dual-sided mounting bracket for a facade support system for supporting a facade on a wall structure, the support system including a support member, the mounting bracket comprising:

a baseplate comprising an inside surface and an outside surface and configured to secure to the wall structure, the baseplate extending in a width dimension from a free end to a connected end;

a gasket layer secured to the outside surface of the baseplate;

a leg extending from and transverse to the baseplate, and forming an L with the baseplate, the leg having a height centerline and defining a plane extending in a length dimension and a height dimension, wherein the leg comprises:

a leg body connected to the connected end of the baseplate at a junction, the leg body having an inside surface and an outside surface and having a free end opposite the baseplate;

a first clip extending proud in a first direction from the plane and offset to a first side of the height centerline, the first clip defining a first angled opening between the plane and an end of the first clip, wherein the first clip is configured to receive and resiliently retain the support member between the first clip and the leg body;

a second clip extending proud in a second direction from the plane and offset to a second side of the height centerline, the second clip defining a second angled opening between the plane and an end of the second clip; and

an intermediate finger within the plane and centered on the height centerline between the first clip and the second clip; and

first and second ribs extending proud of the inside surface of the baseplate and the inside surface of the leg body.

15. The dual-sided mounting bracket of claim 14 , wherein the baseplate comprises at least one mounting hole through the baseplate and the gasket layer is secured to at least the outside surface of the baseplate and across the at least one mounting hole, the gasket layer comprising a polymer.

16. The dual-sided mounting bracket of claim 14 , further comprising:

a first mounting hole through the leg body at the free end of the leg body at a position above the first and second clips in the height dimension;

a second mounting hole through the leg body at the free end of the leg body at a position below the first and second clips in the height dimension; and

a third mounting hole through the intermediate finger at the free end of the leg body;

wherein the mounting bracket is configured to be secured to the member with fasteners through each of the first, second, and third mounting holes.

17. The dual-sided mounting bracket of claim 14 , wherein the first rib extends continuously across a first portion of the baseplate, the junction, and a first portion of the leg, and the second rib extends continuously across a second portion of the baseplate, the junction, and a second portion of the leg;

wherein first and second ribs terminate in the length dimension along the leg at or before a first bend of the first clip and the second clip; and

wherein the first rib is located at a position above, in the height dimension, the height centerline, the first clip, and the second clip and the second rib is located at a position below, in the height dimension, the height centerline, the first clip, and the second clip.

18. A support system for a facade on a wall structure, the support system comprising:

a dual-sided mounting bracket formed as an L-shaped member and comprising:

a baseplate comprising an inside surface and an outside surface and configured to secure to the wall structure, the baseplate extending in a width dimension from a free end to a connected end;

a gasket layer secured to the outside surface of the baseplate;

a leg extending from and transverse to the baseplate, and forming an L with the baseplate, the leg having a height centerline and defining a plane extending in a length dimension and a height dimension, wherein the leg comprises:

a leg body connected to the connected end of the baseplate at a junction, the leg body having an inside surface and an outside surface and having a free end opposite the baseplate;

a first clip extending proud in a first direction from the plane and offset to a first side of the height centerline, the first clip defining a first angled opening between the plane and an end of the first clip;

a second clip extending proud in a second direction from the plane and offset to a second side of the height centerline, the second clip defining a second angled opening between the plane and an end of the second clip; and

an intermediate finger within the plane and centered on the height centerline between the first clip and the second clip; and

first and second ribs extending proud of the inside surface of the baseplate and the inside surface of the leg body; and

a support member having first and second legs in an L-shape;

wherein the first leg of the support member first leg is positioned between the first or second clip and a planar portion of the transverse leg.

19. The dual-sided mounting bracket of claim 18 , further comprising:

a first mounting hole through the leg body at the free end of the leg body at a position above the first and second clips in the height dimension;

a second mounting hole through the leg body at the free end of the leg body at a position below the first and second clips in the height dimension; and

a third mounting hole through the intermediate finger at the free end of the leg body;

wherein the mounting bracket is configured to be secured to the support member with fasteners through each of the first, second, and third mounting holes.

Assignments (1)

Continuity (2)

References Cited (32)