Mounting assembly for building surfaces

• US 5,694,721 A
• Filed: 11/08/1994
• Issued: 12/09/1997
• Est. Priority Date: 07/13/1992
• Status: Expired due to Term

• Current Assignee: Robert M.M. Haddock
• Original Assignee: Robert M.M. Haddock
• Inventors: Haddock, Robert M.M.
• Primary Examiner(s): Kent, Christopher T.
• Application Number:
  US08/335,987
• Time in Patent Office: 1,127 Days
• Field of Search: 52/24, 52/25, 52/26, 52/745.1, 52/745.12, 52/745.13, 52/542, 181/3, 181/45
• US Class Current: 52/24
• CPC Class Codes: E04D 13/10 Snow traps ; Removing snow from roofs; Snow melters
• CPC Class Codes: E04D 13/103 De-icing devices or snow melters for drainage outlets E04D13/0409, for gutters E04D13/0762, for down pipes E04D13/08
• CPC Class Codes: E04G 21/3261 Safety-nets; Safety mattresses; Arrangements on buildings for connecting safety-lines jumping-sheets, jumping-mattresses A62B1/22
• CPC Class Codes: E04G 21/3276 Arrangements on buildings for connecting safety-lines fastening devices for devices for lowering persons from buildings A62B1/04
• CPC Class Codes: E04G 21/3285 fastened to standing seams of the roof covering

Abstract

A mounting device for a building surface. The mounting device includes a mounting body having a slot extending therethrough. This slot may be positioned over/about a standing seam on a metal roof/sidewall and be appropriately secured thereto, such as by the use of blunt-nosed screws which engage the seam material. The mounting device also includes at least one mounting cavity which is adapted to receive an attachment, such as a snow retention device or an interconnector which then engages the attachment (e.g., a frame structure, sign).

Claims

1. A roof assembly, comprising:

a sloped roofing surface, said roofing surface extending in a generally downward direction from a peak of said roofing surface;

at least two separate mounting devices interconnected with said roofing surface at two laterally spaced locations;

a first member interconnected with and extending between said at least two separate mounting devices at a location vertically displaced from said roofing surface, said first member having at least one channel portion; and

a second member removably received in said at least one channel portion and extending between said at least two separate mounting devices such that said second member, when received in said at least one channel portion of said first member, is removable from said at least one channel portion of said first member and when received in said at least one channel portion of said first member blocks a view of at least a portion of said first member when viewed from a vantage point of looking toward said peak of said roofing surface, said first and second members being disposed between said vantage point and said peak of said roof.

2. An assembly, as claimed in claim 1, wherein:

said at least one channel portion comprises a longitudinally extending channel for slidably receiving and retaining said second member in said channel portion.

3. An assembly, as claimed in claim 1, wherein:

said roofing surface which said at least two mounting devices are positioned, said comprises said peak and extends in a downward slope from said peak toward an edge of said roofing surface;

said assembly further comprising a third member extending between and interconnected with each of said at least two mounting devices at a location vertically spaced from said roofing surface whereby there is an opening between said third member and said roofing surface through which a material may pass down said roofing surface, said third member being positioned between said first member and said peak such that said first member substantially obstructs a view of said third member when said assembly is viewed in a direction from said edge toward said peak.

4. An assembly, as claimed in claim 1, wherein:

said at least two mounting devices each comprise a unitary mounting body and a slot formed in and extending through at least a portion of said mounting body for receiving at least part of one of first and second displaced raised portions on the roffing surface, wherein at least one base portion is disposed between the first and second raised portions at a lower elevation.

5. An assembly, as claimed in claim 1, wherein:

said at least two mounting devices each comprise a fastener.

6. An assembly, as claimed in claim 1, wherein:

said second member is disposed in said at least one channel portion of said first member such that said second member can be slidably removed from said at least one channel portion substantially only in a longitudinal direction of said first member.

7. An assembly, as claimed in claim 1, wherein:

said roofing surface comprises said peak and extends in a downward slope from said peak toward an edge of said roofing surface, wherein said roofing surface further comprises first and second raised portions extending from said peak toward said edge, and wherein said at least two mounting devices each encase at least a portion of one of said first and second raised portions.

8. An assembly, as claimed in claim 1, wherein:

said first member comprises first and second vertically spaced catches which define at least part of said at least one channel portion, said first and second catches engaging first and second vertically spaced edge portions of said second member when disposed in said at least one channel portion of said first member.

9. An assembly, as claimed in claim 1, wherein:

said first member is generally C-shaped.

10. An assembly, as claimed in claim 3, wherein:

said first member is generally C-shaped and opens in a direction of said edge.

11. An assembly, as claimed in claim 10, wherein:

said first member opens in a direction which is generally parallel with said roofing surface.

12. An assembly, as claimed in claim 1, wherein:

a weight of said first member is substantially supported entirely through said mounting devices.

13. An assembly, as claimed in claim 1, wherein:

said second member is formed from a same material which defines said roofing surface and which is of a same color as said roofing surface.

14. A method for facilitating the mounting of objects on a roofing surface having a downward slope in a direction from an elevated peak of said roofing surface toward an edge of said roofing surface, said roofing surface having first and second displaced raised portions thereon with at least one base portion therebetween said method comprising the steps of:

providing a first mounting device interconnected with said first raised portion of said roofing surface and a second mounting device interconnected with said second raised portion of said roofing surface, said first and second mounting devices having, respectively, first and second mounting locations for interconnecting with an object which would be desirable to mount on said roofing surface;

providing a first member which is extendable between said first and second mounting devices, said first member comprising a channel portion;

interconnecting said first member with said first and second mounting devices such that said first member extends between said first and second mounting devices and such that said channel portion is located between said edge of said roofing surface and said first and second mounting locations of said first and second mounting devices; and

providing an insert member removably disposed inside of said channel portion of said first member, such that an object could be interconnected with said first and second mounting devices so that a view of said object would be at least partially blocked by at least one of said first member and said insert member in a viewing direction from said edge of said roofing surface toward said peak.

15. The method of claim 14, wherein:

the method further comprises providing an object extendable between said first and second displaced raised portions; and

interconnecting said object, at said first and second mounting locations, with said first and second mounting devices, such that said object would be interconnected with said first and second displaced raised portions of said roofing surface with said insert member located between said edge of said roofing surface and said object.

16. The method of claim 15, wherein:

said object comprises a third member extending between said first and second mounting devices for controlling the movement down said slope of said roofing surface of at least one of snow and ice.

17. A mounting assembly for a building surface, comprising:

first and second mounting devices having a longitudinal extent and interconnectable with the building surface at two laterally spaced locations;

a first member extendable between and interconnectable with each of said first and second mounting devices, said first member having at least one channel portion;

a second member removably receivable in said at least one channel portion of said first member and extendable between said first and second mounting devices, wherein when said second member is received in said at least one channel portion of said first member, said second member is removable from said at least one channel portion of said first member, and wherein when said second member is received in said at least one channel portion of said first member, an uppermost portion of at least one of said first and second members is disposed at a first distance from the building surface and a lowermost portion of said at least one of said first and second members is disposed at a second distance from the building surface which is less than said first distance; and

a third member extendable between and interconnectable with each of said first and second mounting devices at a longitudinally spaced location from said first member, wherein an entirety of said third member is disposed at a distance from the building surface which is between said first and second distances.

18. A roof assembly, comprising:

a sloped roofing surface, said roofing surface extending in a generally downward direction from a peak of said roofing surface, wherein said roofing surface comprises said peak and extends in a downward slope from said peak toward an edge of said roofing surface;

at least two separate mounting devices interconnected with said roofing surface at two laterally spaced locations;

a first member interconnected with and extending between said at least two separate mounting devices at a location vertically displaced from said roofing surface, said first member having at least one channel portion;

a second member removably received in said at least one channel portion and extending between said at least two separate mounting devices such that said second member, when received in said at least one channel portion of said first member, is removable from said at least one channel portion of said first member and when received in said at least one channel portion of said first member blocks a view of at least a portion of said first member when viewed from a vantage point of looking toward said peak of said roofing surface; and

a third member extending between and interconnected with each of said at least two mounting devices at a location vertically spaced from said roofing surface whereby there is an opening between said third member and said roofing surface through which a material may pass down said roofing surface, said third member being positioned between said first member and said peak such that said first member substantially obstructs a view of said third member when said assembly is viewed in a direction from said edge toward said peak.

19. An assembly, as claimed in claim 18, wherein:

said first member is generally C-shaped and opens in a direction of said edge.

20. An assembly, as claimed in claim 19, wherein:

said first member opens in a direction which is generally parallel with said roofing surface.

21. A roof assembly, comprising:

a sloped roofing surface, said roofing surface extending in a generally downward direction from a peak of said roofing surface;

at least two separate mounting devices interconnected with said roofing surface at two laterally spaced locations, wherein said at least two mounting devices each comprise a unitary mounting body and a slot formed in and extending through at least a portion of said mounting body for receiving at least part of one of first and second displaced raised portions on the roofing surface, wherein at least one base portion is disposed between the first and second raised portions at a lower elevation;

a first member interconnected with and extending between said at least two separate mounting devices at a location vertically displaced from said roofing surface, said first member having at least one channel portion; and

a second member removably received in said at least one channel portion and extending between said at least two separate mounting devices such that said second member, when received in said at least one channel portion of said first member, is removable from said at least one channel portion of said first member and when received in said at least one channel portion of said first member blocks a view of at least a portion of said first member when viewed from a vantage point of looking toward said peak of said roofing surface.

22. A roof assembly, comprising:

a sloped roofing surface, said roofing surface extending in a generally downward direction from a peak of said roofing surface, wherein said roofing surface comprises said peak and extends in a downward slope from said peak toward an edge of said roofing surface, wherein said roofing surface further comprises first and second raised portions extending from said peak toward said edge;

at least two separate mounting devices interconnected with said roofing surface at two laterally spaced locations, wherein said at least two mounting devices each encase at least a portion of one of said first and second raised portions;

a first member interconnected with and extending between said at least two separate mounting devices at a location vertically displaced from said roofing surface, said first member having at least one channel portion; and

a second member removably received in said at least one channel portion and extending between said at least two separate mounting devices such that said second member, when received in said at least one channel portion of said first member, is removable from said at least one channel portion of said first member and when received in said at least one channel portion of said first member blocks a view of at least a portion of said first member when viewed from a vantage point of looking toward said peak of said roofing surface.

23. A roof assembly, comprising:

a sloped roofing surface, said roofing surface extending in a generally downward direction from a peak of said roofing surface;

at least two separate mounting devices interconnected with said roofing surface at two laterally spaced locations;

a first member interconnected with and extending between said at least two separate mounting devices at a location vertically displaced from said roofing surface, said first member having at least one channel portion; and

a second member removably received in said at least one channel portion and extending between said at least two separate mounting devices such that said second member, when received in said at least one channel portion of said first member, is removable from said at least one channel portion of said first member and when received in said at least one channel portion of said first member blocks a view of at least a portion of said first member when viewed from a vantage point of looking toward said peak of said roofing surface, wherein said second member is formed from a same material which defines said roofing surface and which is of a same color as said roofing surface.

24. A roof assembly, comprising:

a sloped roofing surface, said roofing surface extending in a generally downward direction from a peak of said roofing surface;

at least two separate mounting devices interconnected with said roofing surface at two laterally spaced locations;

a first member interconnected with and extending between said at least two separate mounting devices at a location vertically displaced from said roofing surface, said first member having at least one channel portion and a slope-facing surface; and

a second member having slope-facing and peak-facing surfaces, said second member being removably received in said at least one channel portion and extending between said at least two separate mounting devices such that said second member, when received in said at least one channel portion of said first member, is removable from said at least one channel portion of said first member, and when received in said at least one channel portion of said first member, such that at least a portion of said peak-facing surface of said second member is positioned in opposing relation to at least a portion of said slope-facing surface of said first member, overlaps said portion of said slope-facing surface of said first member.