Integral truss-supported deck

Claim 2

An integral, truss-supported deck comprising: a. outer and inner spaced chords each comprising at least one pair of substantially coplanar planks arranged with their side edges adjacent, b. a plurality of truss web members arranged zig-zag between the chords, c. a plurality of side connectors positioned in longitudinally spaced relation along the adjacent side edges of each plank pair, d. each side connector comprising a pair of back-to-back angle irons disposed with their backs in spaced relationship, said angle irons being connected to each other at their ends and thereby defining a recess between the spaced backs of said angle irons, the backs of the angle irons being provided with a pair of aligned openings, the adjacent ends of each pair of web members being flat and perforate and inserted in lapped relation into the recess with the perforations in the web member ends aligned with the openings through the angle iron backs, the laterally extending portions of the angle irons comprising lateral projections engaging the adjacent planks, e. a plurality of first fasteners comprising pin means inserted through all of said openings and perforations fastening the adjacent ends of adjacent web members to the adjacent side connectors, thereby connecting the web members to the side connectors, and f. a plurality of second fasteners fastening the lateral projections of each side connector to the adjacent planks, thereby connecting the planks to each other.

Claim 3

An integral, truss-supported deck comprising: a. outer and inner spaced chords each comprising at least one pair of substantially coplanar planks arranged with their side edges adjacent, b. a plurality of truss web members arranged zig-zag between the chords, c. a plurality of side connectors positioned in longitudinally spaced relation along the adjacent side edges of each plank pair, d. each side connector comprising a pair of back-to-back angle irons disposed with their backs in spaced relationship, said angle irons being connected to each other at their ends and thereby defining a recess between the spaced backs of said angle irons, the backs of the angle irons being provided with a pair of aligned openings, the adjacent ends of each pair of web members being flat and perforate and inserted in lapped relation into the recess with the perforations in the web member ends aligned with openings through the angle irons backs, the laterally extending portions of the angle irons comprising lateral projections engaging the adjacent planks, e. a plurality of first fasteners comprising pin means inserted through all of said openings and perforations fastening the adjacent ends of adjacent web members to the adjacent side connectors, thereby connecting the web members to the side connectors, and f. a plurality of second fasteners comprising bolt means bolting the lateral projections of each side connector to the adjacent planks, thereby connecting the planks to each other.

Claim 4

An integral, truss-supported deck comprising: a. outer and inner spaced chords each comprising at least one pair of substantially coplanar planks arranged with their side edges adjacent, b. a plurality of truss web members arranged zig-zag between the chords, c. a plurality of side connectors positioned in longitudinally spaced relation along the adjacent side edges of each plank pair, d. each side connector comprising a pair of back-to-back angle irons disposed with their backs in spaced relationship, said angle irons being connected to each other at their ends and thereby defining a recess between the spaced backs of said angle irons, the backs of the angle irons being provided with a pair of aligned openings, the adjacent ends of each pair of web members being flat and perforate and inserted in lapped relation into the recess with the perforations in the web member ends aligned with openings through the angle irons backs, the laterally extending portions of the angle irons comprising lateral projections engaging the adjacent planks, e. a plurality of first fasteners comprising pin means inserted through all of said openings and perforations fastening the adjacent ends of adjacent web members to the adjacent side connectors, thereby connecting the web members to the side connectors, and f. a plurality of second fasteners comprising bolt means bolting the lateral projections of each side connector to the adjacent planks, thereby connecting the planks to each other.

Claim 5

An integral, truss-supported deck comprising: a. outer and inner spaced chords each comprising at least one pair of substantially coplanar planks arranged with their side edges adjacent and inwardly recessed, b. a plurality of truss web members arranged zig-zag between the chords, c. a plurality of side connectors positioned in longitudinally spaced relation along the adjacent side edges of each plank pair, d. each side connector comprising a body portion comprising a pair of laterally spaced, vertically arranged, perforated plates connected to each other at their ends and thereby defining a space therebetween, and on each side of the body portion at least one projection extending laterally from each side thereof and comprising horizontally extending plates fixed one to each end of the vertical plates and dimensioned to enter the recesses at the side edges of the planks, e. a plurality of first fasteners fastening the adjacent ends of adjacent web members to the adjacent pair of vertical plates, thereby connecting the web members to the side connectors, and f. a plurality of second fasteners fastening the horizontally extending plates of each side connector to the adjacent planks, thereby connecting the planks to each other.

Claim 6

An integral, truss-supported deck comprising: a. outer and inner spaced chords each comprising at least one pair of substantially coplanar planks arranged with their side edges adjacent and inwardly recessed, b. a plurality of truss web members arranged zig-zag between the chords, c. a plurality of side connectors positioned in longitudinally spaced relation along the adjacent side edges of each plank pair, d. each side connector comprising a body portion comprising a pair of laterally spaced, vertically arranged, perforated plates connected to each other at their ends and thereby defining a space therebetween, and on each side of the body portion at least one projection extending laterally from each side thereof and comprising horizontally extending plates fixed one to each end of the vertical plates and dimensioned to enter the recesses at the side edges of the planks, e. a plurality of first fasteners fastening the adjacent ends of adjacent web members to the adjacent pair of vertical plates, thereby connecting the web members to the side connectors, and f. a plurality of second fasteners fastening the horizontally extending plates of each side connector to the adjacent planks, thereby connecting the planks to each other.

Claim 7

An integral, truss-supported deck comprising: a. outer and inner spaced chords each comprising at least one pair of substantially coplanar planks arranged with their side edges adjacent and inwardly recessed, b. a plurality of truss web members arranged zig-zag between the chords, c. a plurality of side connectors positioned in longitudinally spaced relation along the adjacent side edges of each plank pair, d. each side connector comprising a body portion comprising a pair of laterally spaced, vertically arranged, perforated plates connected to each other at their ends and thereby defining a space therebetween, and on each side of the body portion at least one projection extending laterally from each side thereof and comprising horizontally extending plates fixed one to each end of the vertical plates and dimensioned to enter the recesses at the side edges of the planks, the spaced vertical plates being centrally perforated, the ends of each adjacent pair of web members being flat, perforate and dimensioned for insertion in the space between the vertical plates with the perforations in the web member ends being aligned with the perforations through the plates, e. a plurality of first fasteners comprising pin means inserted through all of the perforations fastening the adjacent ends of adjacent web members to the vertical plates, thereby connecting the web members to the side connectors, and f. a plurality of second fasteners fastening the horizontally extending plates of each side connector to the adjacent planks, thereby connecting the planks to each other.

Claim 8

An integral, truss-supported deck comprising: a. outer and inner spaced chords each comprising at least one pair of substantially coplanar planks arranged with their side edges adjacent and inwardly recessed, b. a plurality of truss web members arranged zig-zag between the chords, c. a plurality of side connectors positioned in longitudinally spaced relation along the adjacent side edges of each plank pair, d. each side connector comprising a body portion comprising a pair of laterally spaced, vertically arranged, perforated plates connected to each other at their ends and thereby defining a space therebetween, and on each side of the body portion at least one projection extending laterally from each side thereof and comprising horizontally extending plates fixed one to each end of the vertical plates and dimensioned to enter the recesses at the side edges of the planks, the spaced vertical plates being centrally perforated, the ends of each adjacent pair of web members being flat, perforate and dimensioned for insertion in the space between the vertical plates with the perforations in the web member ends being aligned with the perforations through the plates, e. a plurality of first fasteners comprising pin means inserted through all of the perforations fastening the adjacent ends of adjacent web members to the vertical plates, thereby connecting the web members to the side connectors, and f. a plurality of second fasteners fastening the horizontally extending plates of each side connector to the adjacent planks, thereby connecting the planks to each other.