Truss assembly for brick wall or masonry support

Claim 2

A truss assembly for supporting a building brick wall or other exterior facing, designed for field assembly of said brick wall or other exterior facing thereon, said truss assembly comprising: a bottom chord; a top chord; a plurality of channel shaped vertical stud members, said vertical stud members spaced apart horizontally at standard construction dimensions, e.g. 2 feet on center; a plurality of diagonals; said stud members and diagonals each being connected at the top thereof to the top chord and connected at the bottom thereof to the bottom chord; a support means connected to at least the bottom of the vertical stud members, said support means used for supporting the brick wall or other exterior facing from underneath and, truss-floor interconnecting means including a floor supporting stud member fixedly connected to and spanning said truss assembly horizontally, a plurality of top connecting plate means designed to cooperatively engage between a floor system forming a part of the building, and the top of said floor supporting stud member, and bottom plate means for cooperatively engaging between the floor system, including a supporting beam, and the bottom of said floor supporting stud member, whereby said floor supporting stud member serves as an edge form to contain concrete when poured to form the floor, said floor supporting stud member further including extending members which engage the concrete, and when it hardens, provides a secure lateral tie between the truss and floor, and whereby said bottom plate means acts to minimize concrete spillage when the concrete slab layer is poured.

Claim 3

The truss assembly, claimed in claim 1 further comprising tie back members fixedly connected to other members of said truss assembly, said tie back members fixedly securing said brick wall or other exterior facing in a plane substantially parallel to the plane of said truss assembly.

Claim 4

The truss assembly claimed in claim 1, including exterior sheetrock connected to said truss assembly on the exterior side thereof and including interior sheetrock connected to said truss assembly on the interior side thereof, and wherein said tie back members extend from each stud and extend through the exterior sheetrock and extend into the brick wall or other exterior facing.

Claim 5

The truss assembly claimed in claims 1, 2 or 3, including insulation batts disposed to extend alongside its adjacent diagonal and between its adjacent studs.

Claim 6

The truss assembly claimed in claims 1, 2 or 3 wherein said truss assembly futher comprises: a pair of top end connection means for connecting the top of said truss assembly to first cooperating mounting means on a respective pair of supporting columns; a pair of bottom end connection means for connecting the bottom of said truss assembly to second cooperating mounting means on the pair of supporting columns; said top and bottom end connection means including means for adjusting the vertical and horizontal alignment of said truss assembly prior to installation of the brick wall or other exterior facing.

Claim 7

The truss assembly claimed in claim 5 further comprising flexible mounting clips fixedly connected between various ones of said vertical stud members and said floor supporting stud member whereby lateral adjustment of said top and bottom chords is facilitated.

Claim 8

A composite wall-floor system for a building comprising a truss assembly including: a bottom chord; a top chord; a plurality of channel shaped vdrtical stud members, said vertical stud members spaced apart horizontally at standard construction dimensions, e.g. 2 feet on center; a plurality of diagonals; said stud members and diagonals each being connected at the top thereof to the top chord and connected at the bottom thereof to the bottom chord; a lintel angle connected to at least the bottom of the vertical stud members, said lintel angle used for supporting a brick wall or other exterior facing from underneath; means for fixedly securing the brick wall or exterior facing to the truss assembly; respective pairs of top and bottom end connection means for connecting the top and bottom of said truss assembly to a pair of support columns; and, truss-floor interconnecting means including a floor supporting stud member fixedly connected to and spanning said truss assembly horizontally, a plurality of top connecting plate means designed to cooperatively engage between the floor system forming a part of the building, and the top of said floor supporting stud member, and bottom plate means designed to cooperatively engage between the floor system, including a supporting beam, and the bottom of said floor supporting stud member, whereby said floor supporting stud member serves as an edge form to contain concrete when poured to form the floor, said floor supporting stud member further including extending members which engage the concrete, and when it hardens, provides a secure lateral tie between the truss and floor, and whereby said bottom plate means acts to minimize concrete spillage when the concrete slab layer is poured, said composite wall-floor system further comprising a concrete floor system including, a poured concrete slab layer, underhanging chord assembly and joist webbing, said joist webbing fixedly interconnecting said chord assembly to said concrete slab layer.

Claim 9

A composite wall-floor system for a building comprising a truss assembly including: a bottom chord; a top chord; a plurality of channel shaped vdrtical stud members, said vertical stud members spaced apart horizontally at standard construction dimensions, e.g. 2 feet on center; a plurality of diagonals; said stud members and diagonals each being connected at the top thereof to the top chord and connected at the bottom thereof to the bottom chord; a lintel angle connected to at least the bottom of the vertical stud members, said lintel angle used for supporting a brick wall or other exterior facing from underneath; means for fixedly securing the brick wall or exterior facing to the truss assembly; respective pairs of top and bottom end connection means for connecting the top and bottom of said truss assembly to a pair of support columns; and, truss-floor interconnecting means including a floor supporting stud member fixedly connected to and spanning said truss assembly horizontally, a plurality of top connecting plate means designed to cooperatively engage between the floor system forming a part of the building, and the top of said floor supporting stud member, and bottom plate means designed to cooperatively engage between the floor system, including a supporting beam, and the bottom of said floor supporting stud member, whereby said floor supporting stud member serves as an edge form to contain concrete when poured to form the floor, said floor supporting stud member further including extending members which engage the concrete, and when it hardens, provides a secure lateral tie between the truss and floor, and whereby said bottom plate means acts to minimize concrete spillage when the concrete slab layer is poured, said composite wall-floor system further comprising a concrete floor system including, a poured concrete slab layer, underhanging chord assembly and joist webbing, said joist webbing fixedly interconnecting said chord assembly to said concrete slab layer.

Claim 10

The system claimed in claim 7 wherein said composite wall-floor system further comprises a bracing system for supporting the floor system while the concrete slab is poured.

Claim 11

The system claimed in claim 8 wherein said bracing system includes means for adjusting the lateral position of said top and bottom chords after the concrete slab has hardened.

Claim 12

The system claimed in claim 7 wherein said top and bottom end connection means include means for adjusting the vertical and horizontal alignment of said truss assembly.