Stiffening system for hanger assembly

Patent metadata

Field	Value
Publication number	US-11333181-B2
Application number	US-202016924277-A
Country	US
Kind code	B2
Filing date	Jul 9, 2020
Priority date	Jul 9, 2020
Publication date	May 17, 2022
Grant date	May 17, 2022

Abstract

Example aspects of a stiffening system for a hanger assembly, a hanger assembly, and method of reinforcing a hanger assembly are disclosed. The stiffening system for a hanger assembly can comprise a stiffener rod; a brace member oriented parallel to the stiffener rod; a stiffening connector coupling the brace member to the stiffener rod, the stiffening connector defining a connector hook and a fastener hole, the connector hook defining a hook recess, a portion of the brace member received in the hook recess; and a connector fastener extending through the fastener hole, the connector fastener pressing the stiffener rod into a corner region defined between the brace member and the stiffening connector.

First claim

That which is claimed is:

1. A hanger assembly comprising:
a support rod defining an upper end and a lower end;
a hanger coupled to the support rod at a lower end, the hanger configured to support piping; and
a stiffening system comprising a brace member and a stiffener rod, the stiffening system further comprising a first stiffening connector coupling the brace member to the support rod and a second stiffening connector coupling the stiffener rod to the brace member, wherein the stiffener rod is coupled to the hanger by a hanger connection assembly;
wherein the first stiffening connector defines a connector hook and a fastener hole, the connector hook of the first stiffening connector engages a first portion of the brace member, and a first connector fastener extends through the fastener hole of the first stiffening connector and engages the support rod.

2. The hanger assembly of claim 1 , wherein the stiffener rod is a lower stiffener rod, the stiffening system further comprising an upper stiffener rod and a third stiffening connector coupling the upper stiffener rod to the brace member.

3. The hanger assembly of claim 1 , wherein the hanger connection assembly comprises a hanger connector, the hanger connector defining a first side and an opposite second side, a hanger connector slot formed proximate to the first side and a hanger connector hole formed proximate to the second side, wherein one of the support rod and the stiffener rod is received in the hanger connector slot, and wherein the other one of the support rod and stiffener rod extends through the hanger connector hole.

4. The hanger assembly of claim 1 , wherein:
the first stiffening connector further defines a connector body extending from the connector hook;
the connector body defines a fastener pad;
the fastener hole extends through the fastener pad; and
the fastener hole is oriented at an acute angle relative to the connector body.

5. The hanger assembly of claim 1 , wherein:
the second stiffening connector defines a connector hook and a fastener hole;
the connector hook of the second stiffening connector engages a second portion of the brace member; and
a second connector fastener extends through the fastener hole of the second stiffening connector and engages the stiffener rod.

6. The hanger assembly of claim 5 , wherein;
the brace member is a strut;
the strut defines a first strut sidewall, a second strut sidewall opposite the first strut sidewall, a strut end wall extending between the first and second strut sidewalls, and an open end opposite the strut end wall;
each of the first strut sidewall and second strut sidewall define a strut lip extending therefrom at the open end of the strut,
the first portion of the brace member is the strut lip of the first strut sidewall; and
the second portion of the brace member is the strut lip of the second strut sidewall.

7. The hanger assembly of claim 6 , wherein:
each of the first stiffening connector and second stiffening connector comprises a connector hook;
the first connector fastener presses the support rod into a corner region defined between the first strut sidewall and a shank of the connector hook of the first stiffening connector; and
the second connector fastener presses the stiffener rod into a corner region defined between the second strut sidewall and a shank of the connector hook of the second stiffening connector.

8. The hanger assembly of claim 1 , wherein the stiffener rod is movable relative to the brace member between a shortened configuration and a lengthened configuration to adjust a length of the stiffening system.

9. A method of reinforcing a hanger assembly comprising:
providing a stiffening system and a hanger assembly, the hanger assembly comprising a support rod and a hanger, the stiffening system comprising a stiffener rod and a brace member;
positioning the stiffening system adjacent to the support rod in a shortened configuration;
coupling the brace member to the support rod with a first stiffening connector;
moving the stiffener rod relative to the brace member to orient the stiffening system in a lengthened configuration;
coupling the stiffener rod to the brace member in the lengthened configuration with a second stiffening connector; and
coupling the stiffener rod to the hanger with a hanger connection assembly.

10. The method of claim 9 , wherein coupling the brace member to the support rod with a first stiffening connector comprises engaging a first portion of the brace member with a connector hook of the first stiffening connector, extending a first connector fastener through a fastener hole of the first stiffening connector, and pressing the first connector fastener against the support rod.

11. The method of claim 9 , wherein coupling the stiffener rod to the brace member in the lengthened configuration with a second stiffening connector comprises engaging a second portion of the brace member with a connector hook of the second stiffening connector, extending a second connector fastener through a fastener hole of the second stiffening connector, and pressing the second connector fastener against the stiffener rod.

12. The method of claim 9 , wherein coupling the stiffener rod to the hanger with a hanger connection assembly comprises receiving the support rod within a hanger connector slot of a hanger connector of the hanger connection assembly and receiving the stiffener rod through a hanger connector hole of the hanger connector.

13. A hanger assembly comprising:
a support rod defining an upper end and a lower end;
a hanger coupled to the support rod at a lower end, the hanger configured to support piping; and
a stiffening system comprising a brace member and a stiffener rod, the stiffening system further comprising a first stiffening connector coupling the brace member to the support rod and a second stiffening connector coupling the stiffener rod to the brace member, wherein the stiffener rod is coupled to the hanger by a hanger connection assembly;
wherein the hanger connection assembly comprises a hanger connector, the hanger connector defining a first side and an opposite second side, a hanger connector slot formed proximate to the first side and a hanger connector hole formed proximate to the second side, wherein one of the support rod and the stiffener rod is received in the hanger connector slot, and wherein the other one of the support rod and stiffener rod extends through the hanger connector hole.

Assignees

• Anvil Int Llc
• Asc Eng Solutions Llc

Inventors

• Stewart Jebediah
• Belen Jordan Cameron
• Budziszek Bobby

Classifications

• F16B2/065

  using screw-thread elements (F16B2/08 - F16B2/12 take precedence) · CPC title

• F16L3/127

  and extending away from the attachment surface · CPC title

• F16B7/0433 Primary

  for rods or tubes being in parallel relationship · CPC title

• F16L3/1218

  the pipe being only supported and not fixed · CPC title

• F16B7/0486

  forming an abutting connection of at least one tube · CPC title