Abstract: Truss assemblies of this invention comprise elongate chord elements having opposed first and second axial ends. Brace elements are used to orient and connect together the chord elements in a desired spatial orientation and have a plate structure. The brace elements comprise chord receiving openings disposed therethrough that are sized to accommodate placement of a respective chord element therein, and that are positioned to provide the desired spatial orientation between the chord elements. The chord element receiving openings and define a portion of the brace element that surrounds the chord element disposed within the opening. A connector is rotatably attached to an end of the chord elements to facilitate attaching the truss assemblies together for the purpose of forming a desired truss system.

Abstract: Truss assemblies of this invention comprise elongate chord elements having opposed first and second axial ends. Brace elements are used to orient and connect together the chord elements in a desired spatial orientation and have a plate structure. The brace elements comprise chord receiving openings disposed therethrough that are sized to accommodate placement of a respective chord element therein, and that are positioned to provide the desired spatial orientation between the chord elements. The chord element receiving openings and define a portion of the brace element that surrounds the chord element disposed within the opening. A connector is rotatably attached to an end of the chord elements to facilitate attaching the truss assemblies together for the purpose of forming a desired truss system.