Abstract: A truss assembly (10) for supporting lights (30) is described. The assembly includes a truss frame (12) with individual units (16) within which is mounted electric lights. The truss frame has end plates (34) at each end (12B) and rotatable plates (52) mounted onto each end plate by bushings (58) which are fixably mounted within the rotatable plates. Locking assemblies (64) extend through the rotating plates and into indexing holes (50) in the end plates. Support receivers (70) are attached to the rotatable plates and mount on top of support stands (74) in order to keep the truss assembly in an elevated position. In a second embodiment, the truss frames are joined together to form a longer truss assembly. Several truss assemblies are connected together by forked support stands 78 at the corners to create a truss system 80 which encloses an arena 86. The fixed bushings within the rotatable plates enable the truss frame with the electric lights to be rotated into various positions.

Abstract: A truss assembly (10) for supporting lights (30) is described. The assembly includes a truss frame (12) with individual units (16) within which is mounted electric lights. The truss frame has end plates (34) at each end (12B) and rotatable plates (52) mounted onto each end plate by bushings (58) which are fixably mounted within the rotatable plates. Locking assemblies (64) extend through the rotating plates and into indexing holes (50) in the end plates. Support receivers (70) are attached to the rotatable plates and mount on top of support stands (74) in order to keep the truss assembly in an elevated position. In a second embodiment, the truss frames are joined together to form a longer truss assembly. Several truss assemblies are connected together by forked support stands 78 at the corners to create a truss system 80 which encloses an arena 86. The fixed bushings within the rotatable plates enable the truss frame with the electric lights to be rotated into various positions.