Bracket cover flashing system and method of use

This application claims benefit to U.S. Patent Application Number(s) 62/510,909 filed on May 25, 2017.

Not applicable.

REFERENCE TO SEQUENCE LISTING, A TABLE, OR A COMPUTER PROGRAM LISTING COMPACT DISC APPENDIX (IF APPLICABLE)

Not applicable.

None of the known inventions and patents, taken either singularly or in combination, is seen to describe the instant disclosure as claimed.

A bracket-flashing assembly for roofing in a bracket. Said bracket-flashing assembly comprise said bracket, a bracket cover and a plurality of fasteners. Said bracket comprise a plurality of fastener apertures configured to receive a portion of said plurality of fasteners to selectively attach said bracket-flashing assembly to a fixed structure and an added fixture. Said bracket comprise a first portion and a second portion. Said first portion is attached to said second portion at an elbow. Said bracket cover comprises a raised portion and a body. Said raised portion comprises a stamped portion of said raised portion being shaped to selectively encase a portion of said second portion. Said bracket cover is configured to seal a portion of said bracket by securing said second portion of said bracket to said fixed structure with a portion of said plurality of fasteners, and encasing a portion of said second portion of said bracket between said fixed structure and said bracket cover. Said raised portion comprises a depth and a width. Said second portion comprises a length, a width and a height. Said depth of said raised portion and said width of said raised portion are larger than said width and said length of said second portion. Said raised portion of said bracket cover comprise said height being larger than a thickness of said bracket. Said body of said bracket cover comprises a depth and a width. Said first portion and said second portion are adjustably attached to one another at said elbow. Said bracket comprises a pliable metal material. Said elbow comprises a bend angle. Said bend angle initially comprises a right angle but can be selectively altered to accommodate different configurations of said fixed structure and said added fixture. Said bracket cover comprises a gap below said raised portion. Said raised portion comprises said height. Said height comprise said thickness of said bracket with additional space to accommodates a head of said plurality of fasteners. Said plurality of fasteners comprise said head and a shaft. A portion of said plurality of fasteners are configured to slide through a portion of said second portion and into said fixed structure. Said raised portion covers a portion of said second portion and said head of said plurality of fasteners. Said plurality of fasteners press said bracket into a portion of said fixed structure. Said fixed structure comprises a plurality of shingles. Said bracket cover comprises aluminum in order to maintain the shape of said body and said raised portion and to maintain rust-free operation of said bracket cover in wet and dry weather conditions. Said added fixture comprise an awning.

A bracket-flashing assembly for roofing in a bracket. Said bracket-flashing assembly comprise said bracket, a bracket cover and a plurality of fasteners. Said bracket comprise a plurality of fastener apertures configured to receive a portion of said plurality of fasteners to selectively attach said bracket-flashing assembly to a fixed structure and an added fixture. Said bracket comprise a first portion and a second portion. Said first portion is attached to said second portion at an elbow. Said bracket cover comprises a raised portion and a body. Said raised portion comprises a stamped portion of said raised portion being shaped to selectively encase a portion of said second portion. Said bracket cover is configured to seal a portion of said bracket by securing said second portion of said bracket to said fixed structure with a portion of said plurality of fasteners, and encasing a portion of said second portion of said bracket between said fixed structure and said bracket cover. Said raised portion comprises a depth and a width. Said second portion comprises a length, a width and a height. Said depth of said raised portion and said width of said raised portion are larger than said width and said length of said second portion. Said raised portion of said bracket cover comprise said height being larger than a thickness of said bracket. Said body of said bracket cover comprises a depth and a width.

A method of installing a bracket-flashing assembly. Comprising sealing a portion of a bracket with a bracket cover by: securing a second portion of said bracket to a fixed structure with a portion of a fasteners, and encasing a portion of said second portion of said bracket between said fixed structure and 300. A bracket-flashing assembly comprise said bracket, said bracket cover and said plurality of fasteners. Said bracket comprise a plurality of fastener apertures configured to receive a portion of said plurality of fasteners to selectively attach said bracket-flashing assembly to said fixed structure and an added fixture. Said bracket comprise a first portion and said second portion. Said first portion is attached to said second portion at an elbow. Said bracket cover comprises a raised portion and a body. Said raised portion comprises a stamped portion of said raised portion being shaped to selectively encase a portion of said second portion. Said raised portion comprises a depth and a width. Said second portion comprises a length, a width and a height. Said depth of said raised portion and said width of said raised portion are larger than said width and said length of said second portion. Said raised portion of said bracket cover comprise said height being larger than a thickness of said bracket. Said body of said bracket comprises a depth and a width. Said first portion and said second portion are adjustably attached to one another at said elbow. Said bracket comprises a pliable metal material. Said elbow comprises a bend angle. Said bend angle initially comprises a right angle but can be selectively altered to accommodate different configurations of said fixed structure and said added fixture. Said bracket cover comprises a gap below said raised portion. Said raised portion comprises said height. Said height comprise said thickness of said bracket with additional space to accommodate a head of said plurality of fasteners. Said plurality of fasteners comprise said head and a shaft. A portion of said plurality of fasteners are configured to slide through a portion of said second portion and into said fixed structure. Said raised portion covers a portion of said second portion and said head of said plurality of fasteners. Said plurality of fasteners press said bracket into a portion of said fixed structure. Said fixed structure comprises a plurality of shingles. Said added fixture comprise an awning.

FIG. 1 illustrates a perspective overview view of a prior art shade installation 100 .

FIG. 2 illustrates a perspective overview view of a prior art shade installation 100 .

FIG. 3A illustrates a perspective overview view of a drilled bracket cover 300 a.

FIG. 3B illustrates a perspective overview view of an undrilled bracket cover 300 b.

FIG. 4A illustrates an elevated top side view of a drilled bracket cover 300 a.

FIG. 4B illustrates an elevated front side view of a drilled bracket cover 300 a.

FIG. 5A illustrates an elevated top side view of an undrilled bracket cover 300 b.

FIG. 5B illustrates an elevated front side view of an undrilled bracket cover 300 b.

FIG. 6A illustrates a perspective overview view of an undrilled bracket-flashing assembly 600 a.

FIG. 6B illustrates a perspective overview view of an undrilled bracket-flashing assembly 600 a with said one or more fasteners 610 .

FIG. 6C illustrates a perspective overview view of an undrilled bracket-flashing assembly 600 a.

FIG. 7A illustrates an elevated front side view of an undrilled bracket-flashing assembly 600 a.

FIG. 7B illustrates an elevated front side view of an undrilled bracket-flashing assembly 600 a in cross-section.

FIG. 8A illustrates a perspective overview view of a bracket 106 .

FIG. 8B illustrates a perspective overview view of a drilled bracket-flashing assembly 600 b.

FIG. 8C illustrates a perspective overview view of a drilled bracket-flashing assembly 600 b.

FIG. 9A illustrates an elevated front side view of a drilled bracket-flashing assembly 600 b.

FIG. 9B illustrates an elevated front side view of a drilled bracket-flashing assembly 600 b in cross-section.

FIG. 10A illustrates an elevated back side view of a first configuration 1002 a.

FIG. 10B illustrates a perspective back side view of a first configuration 1002 a.

FIG. 10C illustrates an elevated back side view of a second configuration 1002 b.

FIG. 10D illustrates a perspective back side view of a second configuration 1002 b.

FIG. 11 illustrates a perspective overview view of an installation diagram 1100 .

FIG. 12 illustrates a perspective overview view of an installation diagram 1100 .

FIG. 13 illustrates a perspective overview view of a plurality of improved bracket flashing systems 1300 .

FIG. 14 illustrates a perspective overview view of a plurality of improved bracket flashing systems 1300 .

FIG. 15 illustrates a perspective overview view of a prior art repair configuration 1500 .

FIG. 16 illustrates a flow chart.

FIG. 17 illustrates an elevated side view in section cut of drilled bracket-flashing assembly 600 b.

The following description is presented to enable any person skilled in the art to make and use the invention as claimed and is provided in the context of the particular examples discussed below, variations of which will be readily apparent to those skilled in the art. In the interest of clarity, not all features of an actual implementation are described in this specification. It will be appreciated that in the development of any such actual implementation (as in any development project), design decisions must be made to achieve the designers' specific goals (e.g., compliance with system- and business-related constraints), and that these goals will vary from one implementation to another. It will also be appreciated that such development effort might be complex and time-consuming, but would nevertheless be a routine undertaking for those of ordinary skill in the field of the appropriate art having the benefit of this disclosure. Accordingly, the claims appended hereto are not intended to be limited by the disclosed embodiments, but are to be accorded their widest scope consistent with the principles and features disclosed herein.

These parts are illustrated in the figures and discussed below:

a prior art shade installation 100 a roof 102 an awning 104 a bracket 106 a first bracket 106 a a second bracket 106 b a third bracket 106 c a fourth bracket 106 d a fifth bracket 106 e a sixth bracket 106 f a seventh bracket 106 g a plurality of shingles 108 a fixed structure 110 an added fixture 112 a sealer 200 a bracket cover 300 a drilled bracket cover 300 a an undrilled bracket cover 300 b a body 302 a raised portion 304 a plurality of fastener apertures 306 a first fastener aperture 306 a a second fastener aperture 306 b a third fastener aperture 306 c a plurality of washers 308 a depth 402 a width 404 a depth 406 a width 408 a height 410 a height 502 a bracket-flashing assembly 600 an undrilled bracket-flashing assembly 600 a a drilled bracket-flashing assembly 600 b a first portion 602 a second portion 604 an elbow 606 a plurality of fastener apertures 608 a first fastener aperture 608 a a second fastener aperture 608 b a third fastener aperture 608 c a fourth fastener aperture 608 d a fifth fastener aperture 608 e a plurality of fasteners 610 a first fastener 610 a a second fastener 610 b a third fastener 610 c a fourth fastener 610 d a fifth fastener 610 e a width 614 a length 616 a height 618 a gap 700 a height 702 a thickness 704 a head 706 a shaft 708 a bend angle 1000 a one or more configurations 1002 a first configuration 1002 a a second configuration 1002 b an installation diagram 1100 a structure 1102 an upper portion 1104 a lower portion 1106 a middle portion 1108 a plurality of improved bracket flashing systems 1300 a prior art repair configuration 1500 a method of installing a bracket-flashing assembly 1600 a first step 1600 a a second step 1600 b a plurality of washers 1702

FIG. 1 illustrates a perspective overview view of a prior art shade installation 100 .

In one embodiment, said prior art shade installation 100 can comprise said roof 102 , said awning 104 , said awning 104 and said bracket 106 .

In one embodiment, said roof 102 can comprise said plurality of shingles 108 .

In one embodiment, said bracket 106 can comprise said first bracket 106 a , said second bracket 106 b , said third bracket 106 c , said fourth bracket 106 d , said fifth bracket 106 e , said sixth bracket 106 f and said seventh bracket 106 g.

In one embodiment, said prior art shade installation 100 can comprise a traditional approach for attaching said awning 104 to said roof 102 ; wherein, said bracket 106 are bolted into each of said awning 104 and said roof 102 and intended to hold indefinitely.

Unfortunately, many installs of said awning 104 fail to account for environmental factors such as moisture seeping into said roof 102 through installation holes created by said bracket 106 and their bolts. Although sealants are often used in the industry, the sealants in use are not sufficient to keep out moisture for long periods of time. More on this below.

As shown in said prior art shade installation 100 , some installers of said awning 104 will merely drill said bracket 106 into said roof 102 through said plurality of shingles 108 without regard to the condition of said plurality of shingles 108 after the installation. The current disclosure addresses this issue as well as proposing a preferred approach to using the current system.

In one embodiment, said awning 104 can comprise a shade attached to a side of a home or structure (such as roof 102 ). Further, said awning 104 can be substituted for other fixtures to be attached to a structure, such as a pergola or similar. Wherein, the current system would be useful in those alternative environments, as is known in the art.

Examples of said awning 104 can include “limo wood awnings”. In any case, it is known that builders are often called upon to install said awning 104 for existing and new construction.

FIG. 2 illustrates a perspective overview view of a prior art shade installation 100 .

In one embodiment, said prior art shade installation 100 can comprise said sealer 200 .

Herein, FIG. 2 comprises and illustration of the perils of the prior art approach to protecting a home when installing said awning 104 into said roof 102 .

In one embodiment, said bracket 106 can be covered by said sealer 200 as a hopeful manner of preventing moisture and contaminants from seeping into said awning 104 and/or said roof 102 .

Examples of said sealer 200 can comprise roofer mastic, roofer's tar, roofer's pitch, or similar, as is known in the art. Regardless the name or style, all known sealants eventually leak. Even with a liberal coating of said sealer 200 , weather conditions will eventually wash away, and wear said sealer 200 to a point, as illustrated, where fasteners in said bracket 106 are no longer covered.

However, the prior art approach with said sealer 200 is well-known in the industry and common because it meets regulatory requirements. Many builders and roof installers are required to cover said bracket 106 with said sealer 200 to pass code requirements. Commonly, said sealer 200 can comprise a 2-year warranty. Suspiciously, said sealer 200 will often fail just out of warranty. A better approach would be substantially appreciated by homeowners and builders alike.

FIG. 3A illustrates a perspective overview view of a drilled bracket cover 300 a.

FIG. 3B illustrates a perspective overview view of an undrilled bracket cover 300 b.

In one embodiment, said bracket cover 300 can comprise said drilled bracket cover 300 a , said undrilled bracket cover 300 b , said body 302 , said raised portion 304 , said raised portion 304 and said plurality of fastener apertures 306 .

In one embodiment, said plurality of fastener apertures 306 can comprise said first fastener aperture 306 a , said second fastener aperture 306 b and said third fastener aperture 306 c.

In one embodiment, said bracket cover 300 can be used to seal said roof 102 and said bracket 106 and solve the problems as described above and as is known in the art.

Said bracket cover 300 can comprise said body 302 with said raised portion 304 stamped into said body 302 to provide a manner of sealing in a portion of said bracket 106 . In one embodiment, said body 302 can comprise 26 gage metal such as aluminum, stainless steel, galvanized billet, or similar as is known in the art. Said bracket cover 300 can comprise 8″ square. Different sizes, materials and thicknesses for economic and case-by-case requirements. In one embodiment, bracket cover 300 can be constructed of stainless steel or aluminum. In a preferred embodiment, bracket cover 300 comprises aluminum in order to maintain the shape of body 302 and raised portion 304 and to ensure rust-free operation of bracket cover 300 in wet and dry weather conditions.

In one embodiment, a jig can be used to stamp out said bracket cover 300 and created said raised portion 304 and said plurality of fastener apertures 306 , as is known in the art.

FIG. 4A illustrates an elevated top side view of a drilled bracket cover 300 a.

FIG. 4B illustrates an elevated front side view of a drilled bracket cover 300 a.

In one embodiment, said drilled bracket cover 300 a can comprise said depth 402 and said width 404 .

In one embodiment, said raised portion 304 can comprise said depth 406 , said width 408 and said height 410 .

In one embodiment, said depth 402 and said width 404 can be equal to one another. In one embodiment, said depth 402 can be 6″ or 8″.

In one embodiment, said raised portion 304 can comprise a rectangular portion of said body 302 stamped so as to accommodate a portion of said bracket 106 .

In one embodiment, said height 410 can comprise ½″ in height.

In one embodiment, said plurality of fastener apertures 306 can be equal in number and spacing to those of said bracket 106 , as is known in the art.

FIG. 5A illustrates an elevated top side view of an undrilled bracket cover 300 b.

FIG. 5B illustrates an elevated front side view of an undrilled bracket cover 300 b.

In one embodiment, said bracket 106 can comprise said height 502 .

In one embodiment, said undrilled bracket cover 300 b can comprise said height 502 .

In one embodiment, said height 502 can comprise ¾″.

Said undrilled bracket cover 300 b can omit said plurality of fastener apertures 306 .

FIG. 6A illustrates a perspective overview view of an undrilled bracket-flashing assembly 600 a.

FIG. 6B illustrates a perspective overview view of an undrilled bracket-flashing assembly 600 a with said one or more fasteners 610 .

FIG. 6C illustrates a perspective overview view of an undrilled bracket-flashing assembly 600 a.

In one embodiment, said bracket-flashing assembly 600 can comprise said undrilled bracket-flashing assembly 600 a and said drilled bracket-flashing assembly 600 b.

In one embodiment, said undrilled bracket-flashing assembly 600 a can comprise said plurality of fasteners 610 .

In one embodiment, said plurality of fastener apertures 608 can comprise said first fastener aperture 608 a , said second fastener aperture 608 b , said third fastener aperture 608 c , said fourth fastener aperture 608 d and said fifth fastener aperture 608 e.

In one embodiment, said plurality of fasteners 610 can comprise said first fastener 610 a , said second fastener 610 b , said third fastener 610 c , said fourth fastener 610 d and said fifth fastener 610 e.

In one embodiment, said drilled bracket-flashing assembly 600 b can comprise said plurality of fasteners 610 .

In one embodiment, said bracket 106 can comprise said bracket-flashing assembly 600 , said first portion 602 , said second portion 604 , said elbow 606 , said elbow 606 , said plurality of fastener apertures 608 , said fifth fastener aperture 608 e , said plurality of fasteners 610 , said width 614 , said length 616 and said height 618 .

Said second portion 604 and said first portion 602 can comprise a ½″ or less thickness.

In one embodiment, said bracket-flashing assembly 600 can comprise said bracket 106 , said plurality of fasteners 610 and said bracket cover 300 .

In one embodiment, said plurality of fasteners 610 can slide through a portion of said bracket 106 at said plurality of fastener apertures 608 , as is known in the art. Said first fastener 610 a through said first fastener aperture 608 a , and so on.

Said first portion 602 can comprise a substantially vertical portion of bracket 106 and second portion 604 can comprise a substantially horizontal portion of bracket 106 . Wherein, bracket 106 can be said to be an L-bracket.

FIG. 7A illustrates an elevated front side view of an undrilled bracket-flashing assembly 600 a.

FIG. 7B illustrates an elevated front side view of an undrilled bracket-flashing assembly 600 a in cross-section.

In one embodiment, said bracket 106 can comprise said thickness 704 .

In one embodiment, said drilled bracket cover 300 a can comprise said gap 700 .

In one embodiment, said raised portion 304 can comprise said height 702 .

In one embodiment, said plurality of fasteners 610 can comprise said head 706 and said shaft 708 .

In one embodiment, said drilled bracket cover 300 a can comprise said gap 700 . In one embodiment, said gap 700 can accommodate a portion of said third fastener 610 c , said fourth fastener 610 d and said fifth fastener 610 e , as illustrated.

FIG. 8A illustrates a perspective overview view of a bracket 106 .

FIG. 8B illustrates a perspective overview view of a drilled bracket-flashing assembly 600 b.

FIG. 8C illustrates a perspective overview view of a drilled bracket-flashing assembly 600 b.

FIG. 9A illustrates an elevated front side view of a drilled bracket-flashing assembly 600 b.

FIG. 9B illustrates an elevated front side view of a drilled bracket-flashing assembly 600 b in cross-section.

FIG. 10A illustrates an elevated back side view of a first configuration 1002 a.

FIG. 10B illustrates a perspective back side view of a first configuration 1002 a.

FIG. 10C illustrates an elevated back side view of a second configuration 1002 b.

FIG. 10D illustrates a perspective back side view of a second configuration 1002 b.

In one embodiment, said one or more configurations 1002 can comprise said first configuration 1002 a and said second configuration 1002 b.

In one embodiment, said bracket 106 can comprise said bend angle 1000 and said one or more configurations 1002 .

In one embodiment, said bracket 106 can be modified by end users to match an installation objective, such as the pitch of a roof, as is known in the art.

FIG. 11 illustrates a perspective overview view of an installation diagram 1100 .

In one embodiment, said plurality of fasteners 610 can comprise said installation diagram 1100 .

In one embodiment, said plurality of shingles 108 can comprise said upper portion 1104 , said lower portion 1106 and said middle portion 1108 .

In one embodiment, said bracket cover 300 can be “roofed in”, as is known in the art, so as to be stacked between a portion of said plurality of shingles 108 . For example, in one embodiment, said plurality of shingles 108 can comprise said upper portion 1104 , said lower portion 1106 and said middle portion 1108 (illustrated below). A portion of said bracket-flashing assembly 600 can sit on top of said lower portion 1106 , and below a portion of said upper portion 1104 and said middle portion 1108 .

FIG. 12 illustrates a perspective overview view of an installation diagram 1100 .

In one embodiment, said installation diagram 1100 can be installed by next installing a portion of said plurality of shingles 108 on said structure 1102 .

In one embodiment, a portion of said body 302 can be screwed down. In one embodiment, said body 302 can also be referred to as a flashing.

In one embodiment, said bracket-flashing assembly 600 can be installed in a manner similar to vent fans, as is known in the art. This is the process called “roofed in”. Pulling up a portion of said plurality of shingles 108 , installing said bracket cover 300 , cutting away a portion of said plurality of shingles 108 and bolting everything down.

In one embodiment, a water channel can form along said raised portion 304 allowing water to drain along said bracket 106 instead of seeping into a structure.

FIG. 13 illustrates a perspective overview view of a plurality of improved bracket flashing systems 1300 .

FIG. 14 illustrates a perspective overview view of a plurality of improved bracket flashing systems 1300 .

In one embodiment, said installation diagram 1100 can be installed by next installing a portion of said inserting

FIG. 15 illustrates a perspective overview view of a prior art repair configuration 1500 .

In one embodiment, said bracket cover 300 can be used to correct said prior art shade installation 100 , by attaching said undrilled bracket cover 300 b into said plurality of shingles 108 above said bracket 106 . This can comprise a minimum effort to correcting the failures of said sealer 200 .

FIG. 16 illustrates a flow chart.

FIG. 17 illustrates an elevated side view in section cut of drilled bracket-flashing assembly 600 b.

The following sentences are included for completeness of this disclosure with reference to the claims.

A bracket-flashing assembly 600 for roofing in a bracket 106 . Said bracket-flashing assembly 600 comprise said bracket 106 , a bracket cover 300 and a plurality of fasteners 610 . Said bracket 106 comprise a plurality of fastener apertures 608 configured to receive a portion of said plurality of fasteners 610 to selectively attach said bracket-flashing assembly 600 to a fixed structure 110 and an added fixture 112 . Said bracket 106 comprise a first portion 602 and a second portion 604 . Said first portion 602 is attached to said second portion 604 at an elbow 606 . Said bracket cover 300 comprises a raised portion 304 and a body 302 . Said raised portion 304 comprises a stamped portion of said raised portion 304 being shaped to selectively encase a portion of said second portion 604 . Said bracket cover 300 is configured to seal a portion of said bracket 106 by securing said second portion 604 of said bracket 106 to said fixed structure 110 with a portion of said plurality of fasteners 610 , and encasing a portion of said second portion 604 of said bracket 106 between said fixed structure 110 and said bracket cover 300 . Said raised portion 304 comprises a depth 406 and a width 408 . Said second portion 604 comprises a length 616 , a width 614 and a height 702 . Said depth 406 of said raised portion 304 and said width 408 of said raised portion 304 are larger than said width 614 and said length 616 of said second portion 604 . Said raised portion 304 of said bracket cover 300 comprise said height 702 being larger than a thickness 704 of said bracket 106 . Said body 302 of said bracket cover 300 comprises a depth 402 and a width 404 . Said first portion 602 and said second portion 604 are adjustably attached to one another at said elbow 606 . Said bracket 106 comprises a pliable metal material. Said elbow 606 comprises a bend angle 1000 . Said bend angle 1000 initially comprises a right angle but can be selectively altered to accommodate different configurations of said fixed structure 110 and said added fixture 112 . Said bracket cover 300 comprises a gap 700 below said raised portion 304 . Said raised portion 304 comprises said height 702 . Said height 702 comprise said thickness 704 of said bracket 106 with additional space to accommodate a head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 comprise said head 706 and a shaft 708 . A portion of said plurality of fasteners 610 are configured to slide through a portion of said second portion 604 and into said fixed structure 110 . Said raised portion 304 covers a portion of said second portion 604 and said head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 press said bracket 106 into a portion of said fixed structure 110 . Said fixed structure 110 comprises a plurality of shingles 108 . Said bracket cover 300 comprises aluminum in order to maintain the shape of said body 302 and said raised portion 304 and to maintain rust-free operation of said bracket cover 300 in wet and dry weather conditions. Said added fixture 112 comprise an awning 104 . A bracket-flashing assembly 600 for roofing in a bracket 106 .

Said bracket-flashing assembly 600 comprise said bracket 106 , a bracket cover 300 and a plurality of fasteners 610 . Said bracket 106 comprise a plurality of fastener apertures 608 configured to receive a portion of said plurality of fasteners 610 to selectively attach said bracket-flashing assembly 600 to a fixed structure 110 and an added fixture 112 . Said bracket 106 comprise a first portion 602 and a second portion 604 . Said first portion 602 is attached to said second portion 604 at an elbow 606 . Said bracket cover 300 comprises a raised portion 304 and a body 302 . Said raised portion 304 comprises a stamped portion of said raised portion 304 being shaped to selectively encase a portion of said second portion 604 . Said bracket cover 300 is configured to seal a portion of said bracket 106 by securing said second portion 604 of said bracket 106 to said fixed structure 110 with a portion of said plurality of fasteners 610 , and encasing a portion of said second portion 604 of said bracket 106 between said fixed structure 110 and said bracket cover 300 . Said raised portion 304 comprises a depth 406 and a width 408 . Said second portion 604 comprises a length 616 , a width 614 and a height 702 . Said depth 406 of said raised portion 304 and said width 408 of said raised portion 304 are larger than said width 614 and said length 616 of said second portion 604 . Said raised portion 304 of said bracket cover 300 comprise said height 702 being larger than a thickness 704 of said bracket 106 . Said body 302 of said bracket cover 300 comprises a depth 402 and a width 404 .

Said bracket cover 300 comprises aluminum in order to maintain the shape of said body 302 and said raised portion 304 and to maintain rust-free operation of said bracket cover 300 in wet and dry weather conditions.

Said fixed structure 110 comprises a roof 102 with a plurality of shingles 108 . Said added fixture 112 comprise an awning 104 .

Said first portion 602 and said second portion 604 are adjustably attached to one another at said elbow 606 . Said bracket 106 comprises a pliable metal material. Said elbow 606 comprises a bend angle 1000 . Said bend angle 1000 initially comprises a right angle but can be selectively altered to accommodate different configurations of said fixed structure 110 and said added fixture 112 .

Said bracket cover 300 comprises stainless steel.

Said bracket cover 300 comprises aluminum in order to maintain the shape of said body 302 and said raised portion 304 and to maintain rust-free operation of said bracket cover 300 in wet and dry weather conditions.

Said bracket cover 300 comprises a gap 700 below said raised portion 304 . Said raised portion 304 comprises said height 702 . Said height 702 comprise said thickness 704 of said bracket 106 with additional space to accommodate a head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 comprise said head 706 and a shaft 708 . A portion of said plurality of fasteners 610 are configured to slide through a portion of said second portion 604 and into said fixed structure 110 . Said raised portion 304 covers a portion of said second portion 604 and said head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 press said bracket 106 into a portion of said fixed structure 110 .

Said bracket cover 300 comprises a gap 700 below said raised portion 304 . Said raised portion 304 comprises said height 702 . Said height 702 comprise said thickness 704 of said bracket 106 with additional space to accommodate a head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 comprise said head 706 and a shaft 708 . A portion of said plurality of fasteners 610 are configured to slide through a portion of said second portion 604 and into said fixed structure 110 . Said raised portion 304 covers a portion of said second portion 604 and said head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 press said bracket 106 into a portion of said fixed structure 110 .

Said bracket cover 300 comprises a plurality of fastener apertures 306 . Said plurality of fastener apertures 306 are configured to align with a portion of said plurality of fastener apertures 608 in said second portion 604 of said bracket 106 . A portion of said plurality of fasteners 610 are configured to slide through a portion of said bracket cover 300 , said second portion 604 and into said fixed structure 110 . Said plurality of fasteners 610 comprise a head 706 and a shaft 708 . Said head 706 of said plurality of fasteners 610 fit above said raised portion 304 and press said bracket cover 300 and said bracket 106 into a portion of said fixed structure 110 .

Said bracket-flashing assembly 600 further comprises a plurality of washers 1702 . Said plurality of fasteners 610 attach said bracket-flashing assembly 600 to said fixed structure 110 and/or said added fixture 112 by first passing through said plurality of washers 1702 prior to parts of said bracket cover 300 and/or said bracket 106 . Said head 706 press a portion of said plurality of washers 1702 into said bracket-flashing assembly 600 and maintain a seal between said plurality of washers 1702 at said plurality of fastener apertures 306 of said bracket cover 300 and/or said plurality of fastener apertures 608 of said bracket 106 .

Said fixed structure 110 comprises a plurality of shingles 108 . Said added fixture 112 comprise an awning 104 .

A portion of said body 302 is configured to fit under a portion of a plurality of shingles 108 of a roof 102 of said fixed structure 110 .

A portion of a plurality of shingles 108 are cut away to accommodate said raised portion 304 of said bracket cover 300 .

A portion of said body 302 is configured to fit under a portion of a plurality of shingles 108 of a roof 102 of said fixed structure 110 . A method of installing a bracket-flashing assembly 1600 . Comprising

Seal a portion of a bracket 106 with a bracket cover 300 by: securing a second portion 604 of said bracket 106 to a fixed structure 110 with a portion of a plurality of fasteners 610 , and encasing a portion of said second portion 604 of said bracket 106 between said fixed structure 110 and 300 . A bracket-flashing assembly 600 comprise said bracket 106 , said bracket cover 300 and said plurality of fasteners 610 . Said bracket 106 comprise a plurality of fastener apertures 608 configured to receive a portion of said plurality of fasteners 610 to selectively attach said bracket-flashing assembly 600 to said fixed structure 110 and an added fixture 112 . Said bracket 106 comprise a first portion 602 and said second portion 604 . Said first portion 602 is attached to said second portion 604 at an elbow 606 . Said bracket cover 300 comprises a raised portion 304 and a body 302 . Said raised portion 304 comprises a stamped portion of said raised portion 304 being shaped to selectively encase a portion of said second portion 604 . Said raised portion 304 comprises a depth 406 and a width 408 . Said second portion 604 comprises a length 616 , a width 614 and a height 702 . Said depth 406 of said raised portion 304 and said width 408 of said raised portion 304 are larger than said width 614 and said length 616 of said second portion 604 . Said raised portion 304 of said bracket cover 300 comprise said height 702 being larger than a thickness 704 of said bracket 106 . Said body 302 of said bracket 106 comprises a depth 402 and a width 404 . Said first portion 602 and said second portion 604 are adjustably attached to one another at said elbow 606 . Said bracket 106 comprises a pliable metal material. Said elbow 606 comprises a bend angle 1000 . Said bend angle 1000 initially comprises a right angle but can be selectively altered to accommodate different configurations of said fixed structure 110 and said added fixture 112 . Said bracket cover 300 comprises a gap 700 below said raised portion 304 . Said raised portion 304 comprises said height 702 . Said height 702 comprise said thickness 704 of said bracket 106 with additional space to accommodate a head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 comprise said head 706 and a shaft 708 . A portion of said plurality of fasteners 610 are configured to slide through a portion of said second portion 604 and into said fixed structure 110 . Said raised portion 304 covers a portion of said second portion 604 and said head 706 of said plurality of fasteners 610 . Said plurality of fasteners 610 press said bracket 106 into a portion of said fixed structure 110 . Said fixed structure 110 comprises a plurality of shingles 108 . Said added fixture 112 comprise an awning 104 .

Various changes in the details of the illustrated operational methods are possible without departing from the scope of the following claims. Some embodiments may combine the activities described herein as being separate steps. Similarly, one or more of the described steps may be omitted, depending upon the specific operational environment the method is being implemented in. It is to be understood that the above description is intended to be illustrative, and not restrictive. For example, the above-described embodiments may be used in combination with each other. Many other embodiments will be apparent to those of skill in the art upon reviewing the above description. The scope of the invention should, therefore, be determined with reference to the appended claims, along with the full scope of equivalents to which such claims are entitled. In the appended claims, the terms “including” and “in which” are used as the plain-English equivalents of the respective terms “comprising” and “wherein.”