A bracket (1, 70, 85, 100) for mounting an object on a support structure, said bracket (1, 70, 85, 100) comprising: a base having opposed first and second surfaces (5, 7) terminating in a beveled outer peripheral edge, said first surface comprising a V-shaped planar portion, said second surface comprising two planar surfaces forming two legs of a triangular configuration and being merged at an apex of said outer peripheral edge; a pair of legs having a generally rectangular configuration projecting perpendicularly from the first surface and extending at right angles with respect to each other, said pair of legs forming the V-shaped planar portion between said outer peripheral edge and said pair of legs, wherein each of said pair of legs are spaced from the outer peripheral edge; a pair of thru-holes formed in the V-shaped planar portion; a pair of fasteners engageable with the planar surfaces of the base for securing the bracket (1, 70, 85, 100) to the object such that the fastener is configured to be pressed through the respective through hole; and a reinforcing member (23, 71, 97, 103) extending between the pair of legs, said reinforcing member (23, 71, 97, 103) comprises a reinforcing column (27, 72, 97, 108); a web (35, 73, 95, 104) extending diagonally between the planar surfaces, providing a surface from which the reinforcing member (23, 71, 97, 103) and the reinforcing column (27, 72, 97, 108) extend; and an attachment pin (41, 75, 93, 109) extending outwardly beyond the second surface, said attachment pin (41, 75, 93, 109) being configured to mount the object and the bracket (1, 70, 85, 100) secured thereto to the support structure such that said attachment pin (41, 75, 93, 109) is embedded within the reinforcing column (27, 72, 97, 108) at one end thereof, and an opposite end of said attachment pin (41, 75, 93, 109) being configured to extend outwardly from said reinforcing column (27 72, 97, 108) into the support structure. a base having opposed first and second surfaces (5, 7) terminating in a beveled outer peripheral edge, said first surface comprising a V-shaped planar portion, said second surface comprising two planar surfaces forming two legs of a triangular configuration and being merged at an apex of said outer peripheral edge; a pair of legs having a generally rectangular configuration projecting perpendicularly from the first surface and extending at right angles with respect to each other, said pair of legs forming the V-shaped planar portion between said outer peripheral edge and said pair of legs, wherein each of said pair of legs are spaced from the outer peripheral edge; a pair of thru-holes formed in the V-shaped planar portion; a pair of fasteners engageable with the planar surfaces of the base for securing the bracket (1, 70, 85, 100) to the object such that the fastener is configured to be pressed through the respective through hole; and a reinforcing member (23, 71, 97, 103) extending between the pair of legs, said reinforcing member (23, 71, 97, 103) comprises a reinforcing column (27, 72, 97, 108); a web (35, 73, 95, 104) extending diagonally between the planar surfaces, providing a surface from which the reinforcing member (23, 71, 97, 103) and the reinforcing column (27, 72, 97, 108) extend; and an attachment pin (41, 75, 93, 109) extending outwardly beyond the second surface, said attachment pin (41, 75, 93, 109) being configured to mount the object and the bracket (1, 70, 85, 100) secured thereto to the support structure such that said attachment pin (41, 75, 93, 109) is embedded within the reinforcing column (27, 72, 97, 108) at one end thereof, and an opposite end of said attachment pin (41, 75, 93, 109) being configured to extend outwardly from said reinforcing column (27 72, 97, 108) into the support structure.