A sign kit that includes a first barrier post, a second barrier post, a barrier member extending between the first post and the second post, and a sleeve for the barrier member, the sleeve being planar and rectangular and having a first end, a second end opposing the first end, a first edge extending from the first end to the second end, a second edge extending from the first end to the second end, an inner side, and an outer side. A fold line is formed along the sleeve extending parallel to the first edge and the second edge and from the first end to the second end. A fixing is provided adjacent the first edge for fixing the first edge to the second edge or to the inner side of the sleeve. Graphics are provided on the outer side of the sleeve to provide information or advertising.

A connection assembly for connecting a banner to an upper support line, a lower support line, and a first tensioning line of a banner support system supporting a banner, the connection assembly comprising first and second lateral lines attached to the first tensioning line of the banner support system, an upper support line connection portion connecting the first lateral line to both an upper corner of the banner and the upper support line, the upper support line connection portion being slidably coupled to the upper support line, and a lower support line connection portion connecting the second lateral line to both a lower corner of the banner and the lower support line, the lower support line connection portion being slidably coupled to the lower support line, and the lower support line connection portion being operable to allow the lower corner of the banner to rotate away from the lower support line and to return back toward the lower support line

A post and rail assembly is provided. The assembly includes a lower element coupled to an upper element. The upper element is integrated or otherwise affixed to a surface of a room, typically a ceiling. The upper element includes a plurality of receiving components to selectively receive and retain a portion of the lower element. The lower element is secured to the upper element by coupling with said receiving elements and adjusting for a friction fit with a second surface, typically the ground. The lower element includes mounting components, the mounting components configured to receive one or more item. Multiple lower elements are utilized to support larger or heavier items. The lower elements are preferentially positioned at fixed points along the length of the upper element.

A system for mounting a sign on a stanchion and a method of using the system for mounting signs are provided. The system includes a bracket that can be mounted onto the upper end of the stanchion and a sign frame that can be mounted onto the bracket. The sign frame supports the sign in an upright position. The bracket has a base with an open lower end that can be lowered down onto the upper end of the stanchion to mount the bracket. The bracket has a support member attached to the base for mounting the sign frame onto the bracket. The support member has a pair of opposing openings that extend through the support member. The sign frame has a pair of frame mounting rods that can be inserted downward through the openings to mount the sign frame onto the bracket.

Sign frame system and components of sign frame systems for bag signs and fold-over signs are described. The sign frame system can comprise a plurality of frame sections with at least one frame section connected to at least one other frame section by a sleeve connector having a connector outer sleeve and a connector inner sleeve axially aligned with the connector outer sleeve and a connector dimple formed therein. The sign frame system also can comprise a first frame section connected to a second frame section with each of the first and second frame sections comprising a tenon projecting from an end shoulder aligned at an end of the respective frame section, wherein the first and second frame sections mate by the alignment of the tenons.

A sign having a display section and a support member that can be removably secured to the display section. The support may be secured within a pocket or receptacle formed in the display section. The pocket may be created in the display section by portions of adhesive, including hot melt adhesive and pressure sensitive adhesive. The pocket allows a smaller support member than conventional wire frames while holding the display section above the ground at a height similar to conventional frames.

A sign having a display section formed from two pliable sheets and a frame assembly having members joined by various connector pieces. The connector pieces may include couplers and corner pieces. The connector pieces may be used to construct the frame assembly. The connector pieces may also be used to stow the frame assembly when the sign is not in use or being packaged for shipment and also during shipment. For example, the connector pieces may cover the ends of frame assembly members to keep them organized and to keep the members from piercing packaging or other parts of the sign.

A lawn sign attachment kit for attaching a sign to a sign frame. The kit includes a pair of adhesive connectors. Each adhesive connector includes a first end portion having a first width; a second end portion having a second width and an intermediate waist portion having a third width that is less than the first width and the second width. The adhesive connector has an inner face and an opposing outer face. The adhesive connector includes an integral finger that extends laterally outward from the second end portion. The adhesive connector having a first adhesive strip disposed transversely across the first end portion and a second adhesive strip disposed transversely across the second end portion and the integral finger.

An illuminated display device that includes a hinge post, a support post positioned in a laterally spaced relationship to the hinge post, and at least one support arm pivotably coupled to the hinge post and movable between a first position and an second position. The at least one support arm is configured to engage with the support post when moved to the first position. The illuminated display device further includes a display assembly supported by the at least one support arm and configured to support at least one display screen.

An apparatus includes first and second display bars, each display bar having a rectangular cross-section, each display bar having a plurality of first through holes each having a first diameter for receiving a first tubular support therethrough, and each display bar having a plurality of second through holes each having a second diameter for receiving a fastener; a first upright tubular support receivable through one of the first through holes in the first display bar for vertically supporting the first display bar; a second upright tubular support receivable through one of the first through holes in the second display bar for vertically supporting the second display bar; and a fastener secured through one of the second through holes in the first display bar and one of the second through holes in the second display bar to secure the first and second display bars together.