Collapsible barricade apparatus

摘要

A collapsible barricade apparatus enables users to selectively barricade space for preventing vehicular traffic to pass therethrough. The barricade apparatus comprises an A-shaped member, a support assembly, and a series of anchor assemblies. The A-shaped member comprises laterally opposed upright sections and inwardly extending, coaxial A-crossbar portions. The A-crossbar portions each comprise an inward terminus. The support assembly comprises two T-shaped sections, one upper and one lower. The T-shaped sections each comprise a shaft end and a T-crossbar end. The shaft ends of the upper and lower section being telescopically cooperable with one another. The T-crossbar end of the upper section is cooperable with the inward termini for coaxially aligning and rotatably connecting the upper section to the inwardly extending A-crossbar portions. The anchor assemblies rotatably anchor the feet of the A-shaped member and the lower section of the support assembly to a primary support surface.

主权项

1. A collapsible barricade apparatus, the collapsible barricade apparatus for selectively barricading space for preventing vehicular traffic to pass through said space, the collapsible barricade apparatus comprising:
an A-shaped member, the A-shaped member comprising a top crossbar portion, laterally opposed upright sections, laterally opposed, coaxially aligned, inwardly extending, hollow, cylindrical A-crossbar portions, laterally opposed, inwardly extending upper flange structures, and laterally opposed, inwardly extending lower flange structures, the upper flange structures materially joining the laterally opposed, upright sections to both the top crossbar portion and the laterally opposed, coaxially aligned, inwardly extending hollow cylindrical A-crossbar portions thereby forming a flange-reinforced upper A section, the lower flange structures materially joining the laterally opposed upright sections to the laterally opposed, coaxially aligned, inwardly extending hollow cylindrical A-crossbar portions thereby forming a flange-reinforced lower A section, the upper and lower flange structures thus for reinforcing and maintaining the shape of the A-shaped member, each upright section comprising a T-shaped footing section, the T-shaped footing sections comprising a central shaft portion and a cylindrical T-crossbar portion orthogonal to the central shaft portion, the hollow, cylindrical A-crossbar portions each comprising an inward terminus; an I-shaped support assembly, the support assembly comprising a T-shaped upper section and a T-shaped lower section, the T-shaped upper and lower sections each comprising a shaft end and a cylindrical T-crossbar end, the cylindrical T-crossbar ends being orthogonal to the shaft ends, the shaft ends of the upper and lower section being telescopically cooperable with one another, the cylindrical T-crossbar end of the upper section being cooperable with the inward termini and rotatively received by the hollow, cylindrical A crossbar portions for coaxially aligning and rotatably connecting the upper section to the inwardly extending, hollow, cylindrical A-crossbar portions; and first, second, and third anchor assemblies, the anchor, assemblies each comprising a planar portion and co-axial, hollow, cylindrical crossbar-engaging portions, the co-axial, hollow, cylindrical crossbar-engaging portions of the first and second anchor assemblies for rotatably receiving the cylindrical T-crossbar portions, the hollow, cylindrical crossbar-engaging portions of the third anchor assembly for rotatably receiving the cylindrical T-crossbar end of the lower section, the planar portions for interfacing the cylindrical T-crossbar portions and the cylindrical T-crossbar end with a primary planar support surface, the planar portions being fastenable to the primary planar support surface.