Granted Patent B2

US 12,744,489 · App. 18/599,799 · Granted Sep 22, 2026

Inventors: Claudia Wentworth (Alamo, CA); Stuart Wentworth (San Antonio, TX); Alex Morano (Phoenix, AZ)

Assignee: Quick Mount PV

H02S20/23F24S25/33F24S25/61F24S25/636F24S25/70F24S2025/6008F24S2025/803F24S2025/807Y02B10/10Y02B10/20Y02E10/47

Abstract

Claims (67)

1 . A roof mounting system for attaching at least one PV module to a roof, the system comprising:

(a.) a roof having a roof surface;

(b.) a plurality of mounts, each of the plurality of mounts comprising:

(i.) a base ( 222 ) having a first surface adjacent the roof surface and a second surface opposite the first surface, the second surface comprising a top deck plate ( 322 );

(ii) a bottom deck plate ( 324 ) secured to the roof by a plurality of engaging means ( 338 ) and through which extends a captive stud ( 344 );

(iii.) an upstanding projection connected to and extending away from the base ( 222 ), the upstanding projection comprising a distal end having a distal end aperture;

(iv.) a block comprising a substantially horizontal portion and a vertical engaging portion, wherein the vertical engaging portion comprises a vertical groove and the substantially horizontal portion has an opening and is configured to fit over the base ( 222 ) and upstanding projection;

(v.) whereby the captive stud ( 344 ) extends through said upstanding projection and block and is held in place with a sealing washer, the sealing washer comprising a rigid portion contacting the head portion and a deformable part contacting the distal end thereby forming a waterproof seal; and

(c.) at least one PV module coupled to at least one of said plurality of mounts, the PV module having a mounting height.

2 . The roof mounting system of claim 1 wherein the top deck plate ( 322 ) and bottom deck plates ( 324 ) define five sided polygons.

3 . The roof mounting system of claim 1 wherein the bottom deck plate ( 324 ) comprises five holes, one for each of said plurality of engaging means ( 338 ).

4 . The roof mounting system of claim 1 wherein a plurality of structural members are adjustably attached to the block vertical engaging portion and comprise a top portion and a horizontal groove in the top portion extending the length of each structural member.

5 . The roof mounting system of claim 4 wherein a plurality of clamp assemblies are connected to the at least one PV module and are configured to connect to the top portion of the structural member via the horizontal groove.

6 . The roof mounting system of claim 5 wherein each of the clamp assemblies is configured to sandwich the at least one PV module between a clamp member and a structural member top portion.

7 . A roof mounting system for attaching at least one PV module to a roof, the system comprising:

(a.) a base member having a top surface a comprising an upstanding cylindrical portion that extends away from a roof surface, the upstanding cylindrical portion defining a through hole and a distal end aperture, and a bottom surface;

(b.) a bottom deck plate ( 324 ) secured to the roof by a plurality of engaging means ( 338 ) and through which extends a captive stud ( 344 );

(c.) a block member comprising:

(i.) a first portion parallel to the roof and configured to fit over the base member;

(ii.) a through hole into which extends the upstanding cylindrical portion; and

(iii.) a second portion integral to the block, perpendicular to the roof, and comprising an opening;

(c.) whereby the captive stud ( 344 ) extends through said upstanding projection and the block and is held place with a sealing washer on the captive stud ( 344 ) and which is adapted to seal the base mount assembly to prevent seepage of water, wherein the sealing washer comprises a rigid portion in contact with a nut and a deformable component in contact with:

a. the block member first portion;

b. the stud ( 328 ); and

c. the upstanding portion distal end; and

(d.) wherein the deformable component is compressed between:

a. the nut and the block member first portion; and

b. the nut and the upstanding portion distal end; and

(f.) at least one PV module.

8 . The roof mounting system of claim 7 wherein the bottom deck plate defines a five sided polygon.

9 . The roof mounting system of claim 7 wherein the bottom deck plate comprises a plurality of holes, one for each of said plurality of engaging means ( 338 ).

10 . The roof mounting system of claim 7 wherein a structural member supports the at least one PV module above the roof and comprises a top portion having a track extending the entire length of the top portion and a bottom portion connecting to the block member second portion.

11 . The roof mounting system of claim 10 wherein a clamp assembly connects the at least one PV module to the structural member.

12 . The roof mounting system of claim 7 wherein the second portion has an opening has a length that is greater than its width.

13 . The roof mounting system of claim 12 wherein the length enables a height adjustable connection between the block member and the structural member.

14 . The roof mounting system of claim 7 wherein the block member first portion and the block member second portion extend away from each other at an approximately 90-degree angle.

15 . A roof mounting system for installing at least one PV module on a roof surface, the roof mounting system comprising:

(a.) a base mount assembly attached to a roof surface, the base mount assembly comprising:

(i.) a base member having a top surface comprising:

(1.) a substantially flat area; and

(2.) a rounded upstanding portion extending directly away from the base and having a distal end defining a distal end aperture;

(ii.) a block member comprising:

(1.) a first portion substantially parallel to the roof surface, configured to fit over the base member upstanding portion, and comprising a through hole configured to surround the upstanding portion; and

(2.) a second portion integral to the block and extending away from the roof surface and comprising a vertical groove;

(iii.) a bottom deck plate having a captured nut ( 342 );

(iv.) a stud ( 328 ) extending through said block member first portion, through said distal end aperture and into said bottom deck plate where it is secured by captured nut ( 342 ); and

(v.) a sealing washer on the stud ( 328 ) and adapted to seal the base mount assembly to prevent seepage of water, wherein the sealing washer comprises a rigid portion in contact with a stud head portion and a deformable component in contact with:

(1.) the block member first portion;

(2.) the stud ( 328 ); and

(3.) the upstanding portion distal end; and

(vi.) wherein the deformable component is compressed between:

(1.) the stud head portion and the block member first portion; and

(2.) the stud head portion and the upstanding portion distal end;

(b.) a structural member supporting the at least one PV module above the roof, the structural member having a structural member groove running the entire length of the structural member; and

(c.) a clamp assembly connecting the at least one PV module to the structural member.

16 . The roof mounting system of claim 15 wherein the bottom deck plate defines a five sided polygon.

17 . The roof mounting system of claim 15 wherein the bottom deck plate comprises a plurality of holes, one for each of said plurality of engaging means.

18 . The roof mounting system of claim 15 wherein the base member is a substantially flat rectangular metal flashing.

19 . The roof mounting system of claim 15 wherein the base member is installed in portrait orientation on the roof.

20 . The roof mounting system of claim 15 wherein:

(a.) the roof surface has a slope having a high end and a low end;

(b.) the base member has a base member length and a base member width, the base member length having a first end and a second end, and wherein the upstanding portion is located centrally with respect to the base member width and off center and towards the roof surface slope low end with respect to the length of the base member.

21 . The roof mounting system of claim 15 wherein the block member first portion and the block member second portion extend away from each other at an approximately 90-degree angle.

22 . The roof mounting system of claim 15 wherein the structural member is adjustably connected to the block member second portion via the slotted opening.

23 . The adjustable connection of claim 22 wherein the adjustably connected structural member enables a height-variable connection of the at least one PV module to the roof.

24 . The roof mounting system of claim 15 wherein the structural member groove is configured to receive a clamp assembly securing means.

25 . The roof mounting system of claim 15 wherein the clamp assembly clamps at least one frame member of the at least one PV module between a clamp member and the structural member top portion.

Assignments (1)

Continuity (13)

References Cited (57)