Staging Concepts Acquisitions, LLC

Trex Commercial Products, Inc.

Jonathan Matthew Chase

Christopher Jon Altringer

Martin E Thiede

Zach Heiling

Chad Elliott Berseth

Dale William Cartwright

Christoper J Altringer

Scott Thomas Vandenberg

Tony James Barnes

Travis William Raida

A system comprises a set piece, a threaded block, and a nut and is configured to support a panel in a railing system. The set piece comprises a block portion and a base portion. The block portion has a first planar surface and an opposing, second planar surface. The base portion is planar and extends from an edge of the block portion substantially perpendicular to the first and second surfaces of the block portion and away from the first surface of the block portion. The threaded block comprises a base and an extended circular portion. The circular portion comprises a threaded surface on the circumference, and the threaded block is configured to align with the set piece. The nut is configured to engage the threaded block. The nut comprises a corresponding threaded internal circular surface to rotatably engage the extended circular portion and move orthogonal to the threaded block base.

Dry glaze system

A staging transport assembly comprises a base plate, an L-shaped attachment piece, a fastener to couple the base plate to the L-shaped attachment piece, a support plate comprising a first surface and an opposing second surface where the second surface is coupled to the base plate, and at least two wheels coupled to the first surface of the support plate. The base plate comprises a first edge having a first protrusion and a second opposing edge having a second protrusion and further comprises a first surface and a second opposing surface. The L-shaped attachment piece includes a short side comprising a cavity configured to receive the first protrusion of the base plate, a first end terminating in a lip, and a second opposing end coupled with a long side disposed along a portion of the first surface of the base plate when the cavity is mated with the first protrusion.

Staging transport assembly and method

An acoustic shell system includes a frame comprising a first column, a second column, and a base. The first and second columns each comprise a circular portion with a channel along the length of the column where the circular portion is configured to attach to one or more panels. The circular portion is coupled to a noncircular portion opposite the channel having at least one channel along the length of the column and configured to attach to one or more components. The base comprises first and second arms coupled to opposing ends of a cross-support. Each of the arms is also coupled to one of the columns at about a ninety degree angle. The length of the cross-support is less than the distance between the first and second columns.

Acoustic shell frame and system

An assembly comprises a corner block piece and a locating plate. The corner block piece has a node receiving cavity which includes an aperture configured to receive a locking pin. The locating plate includes at least one locking node. The locking node includes a spring-loaded locking pin configured to engage the aperture when the locking node is inserted in the node receiving cavity. The assembly facilitates construction of a portable staging system involving a platform, at least two support legs, and bracing.

Staging assembly

A system comprising a first beam, a second beam, at least two attachment nodes, at least four support assemblies, and a platform is provided. The beams each have a top surface and a bottom surface with at least one top channel and bottom channel respectively along the length of the beams' surfaces. The channels each have a first width at the outer surface of the beam that is smaller than a second width of the channels located within the beam. The attachment nodes are secured in the at least one top channel of each of the beams. At least two support assemblies are secured to the at least one bottom channel of the first beam, and at least two support assemblies are secured to the at least one bottom channel of the second beam. The platform is positioned on the at least two attachment nodes.

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White Bear Lake, MN, United States of America

Jonathan Matthew Chase