Rafter Reinforcement Bracket Apparatus

A rafter reinforcement bracket apparatus comprising:

• a strap, the strap having a strap front edge, a strap back edge, a strap left edge, a strap right edge, a strap top side, and a strap bottom side, the strap having a left portion, a medial portion, and a right portion, the left portion and the right portion of the strap having a width less than a width of the medial portion, the strap being configured to conform to a rafter bottom side of a pair of opposing rafters and a beam between the pair of rafters, the strap being sufficiently bendable to be bent to conform to the pitch of the pair of opposing rafters;
• a left bracket coupled to the strap, the left bracket being coupled to the strap top side adjacent the strap front edge and extending along the left portion to the strap left edge, the left bracket having a left perpendicular portion extending perpendicularly from the strap and a left upper portion extending perpendicularly from the left perpendicular portion and lying in a plane parallel to a plane of the strap, the left perpendicular portion being configured to extend up a rafter front side of the rafter and the left upper portion being configured to extend over a rafter top side of the rafter, a left overhang portion extending perpendicularly from the left upper portion towards the strap back edge, the left bracket being sufficiently bendable to receive the rafter;
• a left lip coupled to the strap, the left lip being coupled to the strap top side adjacent the strap back edge and extending along the left portion to the strap left edge, the left lip lying in a plane coplanar with a plane of the left overhang portion, a left lip top edge of the left lip and a left overhang bottom edge of the left overhang portion being parallel and defining a left install channel;
• a right bracket coupled to the strap, the right bracket being coupled to the strap top side adjacent the strap back edge and extending along the right portion to the strap right edge, the right bracket having a right perpendicular portion extending perpendicularly from the strap, a right upper portion extending perpendicularly from the right perpendicular portion and lying in a plane parallel to a plane of the strap, the right perpendicular portion being configured to extend up a rafter back side of the rafter and the right upper portion being configured to extend over the rafter top side of the rafter, a right overhang portion extending perpendicularly from the right upper portion towards the strap front edge, the right bracket being sufficiently bendable to receive the rafters;
• and
• a right lip coupled to the strap, the right lip being coupled to the strap top side adjacent the strap front edge and extending along the right portion to the strap right edge, the right lip lying in a plane coplanar with a plane of the right overhang portion, a right lip top edge of the right lip and a right overhang bottom edge of the right overhang portion being parallel and defining a right install channel, a height of each of the left install channel and the right install channel being less than 50% of a height of each of the left perpendicular portion and the right perpendicular portion, each of a left bracket inner edge, a left lip inner edge, a right bracket inner edge, and a right lip inner edge having an angled portion adjacent the strap top side, the angled portion having a height less than 25% of the height of each of the left perpendicular portion and the right perpendicular portion;
• wherein each of the strap, the left bracket, the left lip, the right bracket, and the right lip has a plurality of mounting holes extending therethrough, the plurality of mounting holes being arranged in a plurality of evenly spaced rows, each row of the plurality of rows being offset from the adjacent row, each of the mounting holes being configured to receive a fastener to fix the apparatus to the pair of opposing rafters and the beam.