Granted Patent B2

US 12,546,509 · App. 18/362,500 · Granted Feb 10, 2026

Inventors: Melissa Surwillo (Louisville, KY); Andrew Q. DeRossett (Shelbyville, KY)

Assignee: Midea Group Co., Ltd.

F24F13/32F24F2221/20

Abstract

Claims (51)

1 . A window air conditioner bracket comprising:

a horizontal support bracket including an indoor portion and an outdoor portion; and

selectively interchangeable components comprising:

a vertical leg having a first end and a second end;

an angled leg having a first end and a second end; and

a foot;

wherein the window air conditioner bracket is convertible between first, second, and third configurations, wherein:

in the first configuration, said first end of said vertical leg is removably coupled to said outdoor portion of said horizontal support bracket at varying locations along a length of said outdoor portion of said horizontal support bracket, said first end of said angled leg is selectively rotatably and removably coupled to said second end of said vertical leg, and the foot is selectively and removably coupled to said second end of said angled leg such that the foot is supportable on a substantially vertical surface to support the window air conditioner bracket; and

in the second configuration, said first end of said vertical leg is removably coupled to said outdoor portion of said horizontal support bracket at varying locations along a length of said outdoor portion of said horizontal support bracket, and the foot is selectively and removably coupled to said second end of said vertical leg such that the foot is supportable on a substantially horizontal surface to support the window air conditioner bracket; and

in the third configuration, the first end of the angled leg is selectively and removably coupled to the horizontal support bracket, and the foot is selectively and removable coupled to the second end of the angled leg.

2 . The window air conditioner bracket of claim 1 , further comprising an interior cross support coupled to said indoor portion.

3 . The window air conditioner bracket of claim 2 , wherein said interior cross support further comprises an extendible arm configured to slide with respect to said interior cross support.

4 . The window air conditioner bracket of claim 1 , further comprising an outdoor end brace.

5 . The window air conditioner bracket of claim 4 , further comprising an upstanding flange.

6 . The window air conditioner bracket of claim 1 , wherein said vertical leg further comprises a plurality of openings therein configured to receive a pin.

7 . The window air conditioner bracket of claim 6 , wherein, in the first and second configurations, said first end of said vertical leg is coupled to said outdoor portion of said horizontal support bracket at one of said plurality of openings.

8 . The window air conditioner bracket of claim 7 , wherein, in the first configuration said first end of said angled leg is coupled to said vertical leg at one or more of said plurality of openings.

9 . The window air conditioner bracket of claim 6 , wherein said vertical leg further comprises a horizontal component.

10 . The window air conditioner bracket of claim 9 , wherein said horizontal component of said vertical leg further comprises openings therein configured to receive a pin.

11 . The window air conditioner bracket of claim 10 , wherein, in the first and second configurations, said vertical leg is coupled to said outdoor portion of said horizontal support bracket at said openings of said horizontal component of said vertical leg.

12 . The window air conditioner bracket of claim 1 , wherein said first end of said vertical leg fits within a channel interior of said outdoor portion of said horizontal support bracket, in the first and second configurations, and said vertical leg comprises a KKKK shoulder near said first end, said shoulder being approximately a same width as said outdoor portion of said horizontal support bracket.

13 . A method of installing an air conditioner on a window bracket comprising the steps of:

providing a window bracket comprising:

a horizontal support bracket having an indoor portion and an outdoor portion; and

selectively interchangeable components comprising:

a vertical leg having a first end and a second end;

an angled leg having a first end and a second end; and

a foot;

placing said window bracket in a window opening above a sill, such that at least a portion of said outdoor portion of said horizontal support bracket extends outwardly from the window opening;

fastening a portion of said indoor portion of said horizontal support bracket to a portion of the window opening; and

placing a window air conditioner atop said horizontal support,

wherein the window air conditioner bracket is convertible between first, second, and third configurations, wherein:

in the first configuration, said first end of said vertical leg is removably coupled to said outdoor portion of said horizontal support bracket at varying locations along a length of said outdoor portion of said horizontal support bracket, said first end of said angled leg is selectively rotatably and removably coupled to said second end of said vertical leg, and the foot is selectively and removably coupled to said second end of said angled leg such that the foot is supportable on a substantially vertical surface to support the window air conditioner bracket; and

in the second configuration, said first end of said vertical leg is removably coupled to said outdoor portion of said horizontal support bracket at varying locations along a length of said outdoor portion of said horizontal support bracket, and the foot is selectively and removably coupled to said second end of said vertical leg such that the foot is supportable on a substantially horizontal surface to support the window air conditioner bracket; and

in the third configuration, the first end of the angled leg is selectively and removably coupled to the horizontal support bracket, and the foot is selectively and removable coupled to the second end of the angled leg.

14 . The method of claim 13 , further comprising, in the first configuration, the step of coupling said first end of said angled leg to said second end of said vertical leg; coupling said first end of said vertical leg to said horizontal support bracket; and coupling said foot to said second end of said angled leg.

15 . The method of claim 14 , further comprising, in the first configuration, the step of pivoting said angled leg to a desired angle with respect to said horizontal support bracket; moving said vertical leg horizontally along said outdoor portion of said horizontal support bracket to a desired location to bring said foot into contact with an outdoor surface of a building beneath the window opening; and fastening said vertical leg to said outdoor portion of said horizontal support at said desired location along said horizontal support bracket.

16 . The method of claim 13 , further comprising, in the second configuration, the step of coupling said first end of said vertical leg to said horizontal support bracket and coupling said foot to said second end of said vertical leg.

17 . The method of claim 16 , further comprising the step of moving said vertical leg horizontally along said outdoor portion of said horizontal support bracket to a desired location to bring said foot into a desired location over a horizontal outdoor surface below the window opening; and fastening said vertical leg to said outdoor portion of said horizontal support bracket at said desired location along said horizontal support bracket.

18 . The method of claim 13 , further comprising, in the third configuration, the step of coupling said first end of said angled leg to said horizontal support bracket and coupling said foot to said second end of said angled leg.

19 . The method of claim 13 , wherein said first end of said vertical leg fits within a channel interior of said outdoor portion of said horizontal support bracket, in the first and second configurations, and said vertical leg comprises a shoulder near said first end, said shoulder being approximately a same width as said outdoor portion of said horizontal support bracket.

20 . A window air conditioner bracket comprising:

a horizontal support bracket including an indoor portion and an outdoor portion, said indoor portion configured to be fastened to a portion of a window opening and said outdoor portion extending outwardly from the window opening for receiving thereon an outdoor portion of an air conditioner, said outdoor portion having a plurality of openings therealong configured to receive a pin in any of said plurality of openings; and

selectively interchangeable components comprising:

a vertical leg having a first end and a second end;

an angled leg having a first end and a second end; and

a foot;

wherein the window air conditioner bracket is convertible between first, second, and third configurations, wherein:

in the first configuration, said first end of said vertical leg is removably coupled to said outdoor portion of said horizontal support bracket at varying locations along a length of said outdoor portion of said horizontal support bracket, said first end of said angled leg is selectively rotatably and removably coupled to said second end of said vertical leg, and the foot is selectively and removably coupled to said second end of said angled leg such that the foot is supportable on a substantially vertical surface to support the window air conditioner bracket; and

in the second configuration, said first end of said vertical leg is removably coupled to said outdoor portion of said horizontal support bracket at varying locations along a length of said outdoor portion of said horizontal support bracket, and the foot is selectively and removably coupled to said second end of said vertical leg such that the foot is supportable on a substantially horizontal surface to support the window air conditioner bracket; and

in the third configuration, the first end of the angled leg is selectively and removably coupled to the horizontal support bracket, and the foot is selectively and removable coupled to the second end of the angled leg.

Assignments (1)

Continuity (1)

References Cited (34)