Compression blocking brace bracket and method of use
A subassembly is positioned transverse in between two adjacent roof elements or wall elements. The subassembly includes a bracket; a construction element; and a fastener securing the bracket to the construction element. An extension tab of the bracket extends over a top surface of a roof element or a wall element. Multiple ones of the brackets installed in a roof element or a wall element define a line of compression blocking.
1. A subassembly bracing adjacent structural elements of one of a roof and a wall, the subassembly comprising:
a plurality of blocking braces disposed between the adjacent structural elements
that are aligned with each other to form a line of compression blocking that extends perpendicularly to the structural elements, each blocking brace of the plurality of blocking braces is oriented transverse to the adjacent structural elements and extends between two opposite ends that abut the adjacent structural elements;
a bracket disposed on and fixed to each of the two opposite ends of each blocking brace of the plurality of blocking braces, the bracket including:
a flange portion positioned in direct contact with a surface of one of the blocking braces of the plurality of blocking braces; and
at least one tab extending integrally from and oriented transverse to the flange portion, the at least one tab directly contacting one of two opposed surfaces of one of the adjacent structural elements and defining a fastening hole spaced from one of the blocking braces; and
a bolted connection interconnecting opposing brackets disposed adjacent the two opposed surfaces of each of the adjacent structural elements wherein the fastening hole defined by the tab of each of the opposing brackets is aligned and receives a bolt that extends through the fastening holes of the tabs of the opposing brackets and one of the adjacent structural elements to unitize the subassembly and provide increased compression strengthening and torsion resistance between the adjacent structural elements.
2. The subassembly of claim 1 , further comprising:
first and second tabs disposed on opposing sides of the flange portion of the bracket that are parallel to one another and transverse to both the flange portion of the bracket and the at least one tab.
3. The subassembly of claim 2 , wherein the at least one tab is a third tab and a fourth tab that straddle one of the blocking braces and that are aligned with one another to directly contact one of the two opposed surfaces of one of the adjacent structural elements.
4. The subassembly of claim 1 , wherein the bracket includes:
an extension tab oriented parallel to the flange portion of the bracket and aligned with the surface of the one of the blocking braces, the extension tab extending freely over a first surface of one of the adjacent structural elements.
5. The subassembly of claim 3 , wherein a receiving channel is defined between the flange portion of the bracket and both of the first and second tabs, one of the blocking braces fitting into the receiving channel.
6. The subassembly of claim 5 , wherein each blocking brace is one of a 2×4, a 2×6, a 2×8, a 2×10 or a 2×12 member received in the receiving channel.
7. The subassembly of claim 1 , wherein each blocking brace is made of non-wood material, including fiber board, composites, plastic, or metal.
8. The subassembly of claim 2 , wherein the first and second tabs contact opposed side faces of one of the blocking braces and are each oriented transverse to the surface contacted by the flange portion of the bracket, each of the first and second tabs being secured to one of the blocking braces using a fastener extending through an aperture created in each of the first and second tabs.
9. The subassembly of claim 8 , wherein the aperture created in each of the first and second tabs are located with offset alignment axes respective to each other to prevent fastener interference.