Fastening plate assembly

Patent metadata

Field	Value
Publication number	US-9856651-B2
Application number	US-201213482187-A
Country	US
Kind code	B2
Filing date	May 29, 2012
Priority date	May 27, 2011
Publication date	Jan 2, 2018
Grant date	Jan 2, 2018

Abstract

A roofing system includes a construction board positioned over a roof deck and a plurality of fastening plates positioned on a top surface of the construction board. At least one connector extends between two of the plurality of fastening plates and is positioned on the top surface of the construction board. The construction boards may be insulation or cover boards, and in certain embodiments may be polyisocyanurate boards. Fasteners are driven through the fastening plates and the construction boards and into an underlying roof deck to secure the construction boards in place.

First claim

The invention claimed is:

1. A pre-assembled fastening plate assembly comprising:
a plurality of fastening plates, wherein each said fastening plate is spaced apart and in a planar orientation with one another, each said fastening plate has an outer circumference and a central portion which has an aperture adapted to receive a fastener, wherein said central portion axially extends from said fastening plate a distance no more than said thickness of said fastening plate; and
at least two wire connectors extending from each one of said plurality of fastening plates prior to use, wherein each said connector is connected to another fastening plate of said plurality of fastening plates, and wherein said at least two wire connectors are oriented at an angle other than 180° with respect to said fastening plate from which said at least two wire connectors extend and where said at least one wire connector is secured to and extends radially from said outer circumference of said fastening plates and wherein all said plurality of fastening plates and all said wire connectors are maintained in said planar orientation.

2. The fastening plate assembly of claim 1 , where said wire connector includes a metal material and is welded to said fastening plates.

3. The fastening plate assembly of claim 1 , where said wire has a diameter of between approximately 0.015 and 0.125 inches.

4. The fastening plate assembly of claim 1 , where said wire connector is substantially rigid.

5. The fastening plate assembly of claim 1 , where said wire connector is substantially flexible.

6. The fastening plate assembly of claim 1 , where each said fastening plate has at least two wire connectors secured thereto, and wherein said wire connectors are oriented at angles of about 90° or 45° from each other.

7. A roofing system comprising:
a substantially planar construction board positioned over a roof deck;
a plurality of fastening plates and at least two wire connectors pre-assembled to said plurality of fastening plates and positioned on a top surface of said construction board, wherein each said fastening plate is spaced apart from one another and disposed on a planar orientation on said substantially planar board, each said fastening plate having a central portion which has an aperture adapted to receive a fastener, wherein said central portion axially extends from said fastening plate a distance no more than said thickness of said fastening plate; and
wherein said at least two wire connectors extending from each one of said plurality of fastening plates wherein each said wire connector is connected to another fastening plate of said plurality of fastening plates, and wherein said at least two wire connectors are oriented at an angle other than 180° with respect to said fastening plate from which said at least two wire connectors extend, wherein all said connectors and all said fastening plates are positioned on said top surface of said construction board and are maintained in said planar orientation.

8. The roofing system of claim 7 , where said fastener is received through said aperture, said fastener extending through said construction board and into said roof deck.

9. The roofing system of claim 8 , where said wire connector is secured around said fastener.

10. The roofing system of claim 7 , where each said fastening plate has an outer circumference and said wire connector is secured to and extends radially from said outer circumference.

11. The roofing system of claim 7 , where said at least two wire connectors extend from each said fastening plate at angles of about 90° or 45° from each other.

12. A method of installing construction boards over a roof deck as part of a roofing system, the method comprising:
positioning a substantially planar construction board on a roof deck;
positioning a pre-assembled fastening plate assembly over the construction board, the fastening plate assembly including a plurality of fastening plates connected by at least two connectors, wherein each said fastening plate is spaced apart from one another and disposed in a planar orientation on said substantially planar construction board, each said fastening plate has an outer circumference and a central portion which has a centrally disposed aperture therethrough adapted to receive a fastener, wherein said central portion is raised axially extends from said fastening plate a distance no more than said thickness of said fastening plate, and each said fastening plate has said at least two wire connectors extending from said outer circumference of each one of said plurality of fastening plates wherein each said wire connector is connected to another fastening plate of said plurality of fastening plates, and wherein said at least two wire connectors are oriented at an angle other than 180° with respect to said fastening plate from which said at least two wire connectors extend, the fastening plates including an aperture therethrough and wherein all said plurality of fastening plates and all said wire connectors are maintained in said planar orientation to maintain contact with said substantially planar construction board; and
driving a fastener through the aperture in each fastening plate and the construction board and into the roof deck.

13. The method according to claim 12 , further comprising:
extending said at least two wire connectors at angles of about 90° or 45° from each other.

14. A fastening plate assembly, comprising:
a plurality of fastening plates pre-assembled to one another with at least two connectors, each said fastening plate spaced apart from one another and wherein each said fastening plate has a central aperture adapted to receive a fastener therethrough.

15. The fastening plate assembly according to claim 14 , wherein each said fastening plate has a raised central portion axially extending from said fastening plate a distance no more than a thickness of said fastening plate.

16. The fastening plate assembly according to claim 14 , wherein each said fastening plate has an outer circumference from which a corresponding said connector extends.

17. The fastening plate assembly according to claim 14 , wherein said at least two connectors are flexible to allow the assembly to be rolled for storage and then unrolled for installation.

18. The fastening plate assembly according to claim 17 , wherein said connectors are wire and flexible.

19. The fastening plate assembly according to claim 14 , wherein each said fastening plate has a central portion through which said aperture extends, said central portion axially extends from said fastening plate a distance no more than said thickness of said fastening plate.

Assignees

• Letts John B
• Tackett Timothy
• Sopko Allen
• Hubbard Michael
• Geary John
• Firestone Building Prod Co Llc

Inventors

• Letts John B
• Tackett Timothy
• Sopko Allen
• Hubbard Michael
• Geary John

Classifications

• E04D5/143

  in the field of the flexible material · CPC title

• E04D5/145

  Discrete fastening means, e.g. discs or clips · CPC title

• E04D3/3603

  the fastening means being screws or nails · CPC title

• E04D3/3606 Primary

  the fastening means being screws or nails · CPC title