Abstract: A device for a two-way adjustable sign system for mounting to a shelf, the device comprising a frame having an upper rail, a lower rail, and a first and a second side bracket, the upper rail and the lower rail each having an inner and an outer rail, wherein the inner rail is slidably moveable within the outer rail, and wherein the first and second side brackets each have an inner and outer bracket wherein the inner bracket is slidably movable within the outer bracket.

Abstract: A self-returning horizontal sign system mounts to an associated structure. The system sign includes an upper rail having front and rear, parallel, spaced apart tracks and a lower rail having front and rear, parallel, spaced apart tracks. A pair of panels extend between and span the upper and lower rails. Each panel has a carrier assembly mounted to an upper region thereof for cooperation with a respective front or rear track of the upper rail. The carrier assemblies have at least two rollers that are carried in the upper rail. The panels each move between an open position and a closed position. A closure formed as a pull box is associated each panel and includes a spool having a cable wrapped around it. The spool is rotatable to retract and extract the cable from about the spool. The closure includes a tension bias element operably connected to the spool to bias the spool to retract the cable.

Abstract: A shelf front mounting system mounts to the front of industry standard shelving. The shelf front mounting system holds product signage or advertising, strips or spines of merchandise product. The shelf front mounting system includes a flexible clip portion having an upper finger for contacting the shelf lower surface near the front edge of the shelf and a lower detent for engaging the shelf front at about the lower lip.

Abstract: A device for a two-way adjustable sign system for mounting to a shelf, the device comprising a frame having an upper rail, a lower rail, and a first and a second side bracket, the upper rail and the lower rail each having an inner and an outer rail, wherein the inner rail is slidably moveable within the outer rail, and wherein the first and second side brackets each have an inner and outer bracket wherein the inner bracket is slidably movable within the outer bracket.

Abstract: A pallet dolly for storage and movement of merchandise. In one embodiment, a deck is provided having a plurality of wheels. A handle is movably connected to the deck and can be stored adjacent the deck. Attached to the pallet dolly is a brake assembly to prevent movement of the dolly.

Abstract: A system for mounting a sign or graphic display to a structure allows rotation of the graphic display and provides for automatic return to the initial orientation.

Abstract: A self-returning horizontal sign system mounts to an associated structure. The system sign includes an upper rail having front and rear, parallel, spaced apart tracks and a lower rail having front and rear, parallel, spaced apart tracks. A pair of panels extend between and span the upper and lower rails. Each panel has a carrier assembly mounted to an upper region thereof for cooperation with a respective front or rear track of the upper rail. The carrier assemblies have at least two rollers that are carried in the upper rail. The panels each move between an open position and a closed position. A closure formed as a pull box is associated each panel and includes a spool having a cable wrapped around it. The spool is rotatable to retract and extract the cable from about the spool. The closure includes a tension bias element operably connected to the spool to bias the spool to retract the cable.

Abstract: A mount for securing an associated object such as a sign to a supporting structure having wall defining an opening therein and having an outer surface and an inner surface, includes a mounting element adapted to receive the object. The mounting element has a body having an opening therein that is defined by edges. The opening has a predetermined shape. The body has a pair of resilient fingers extending rearwardly from the body. The fingers define portions of the edges of the opening in the body. A wedge has a base and a pair of resilient legs depending from the base. The wedge has a predetermined shape adapted for receipt in the body opening. The legs each have a notch formed therein. The mounting element is positioned with the resilient fingers in the supporting structure wall opening with the fingers locked to the supporting structure wall and the wedge is received in the body opening to interfere with the mounting element fingers flexing inward, securing the mounting element to the support structure.

Abstract: A biased-assisted sign mounting system is for mounting a sign to a structure, that includes a vertical upright post having a face having a plurality of vertically extending, spaced apart openings. The mounting system includes a spine adapted to mount to the vertical post. The spine has a face portion. Upper and lower sign mount portions are mounted to the spine. At least one of the mount portions has a biasing element securing portion. Upper and lower arms are mounted to respective upper and lower sign mount portions. The arms each have a pivot defining collinear axes. One of the upper and lower arms has a biasing element securing portion. A biasing element operably connects one of the arms to its respective mount portion such that the arm is pivotal between first and second positions and is biased toward the first and second positions by the biasing element. A floating insert mounts the spine to the upright.

Abstract: A safety net system is configured for mounting to a rack having a pair of spaced apart upstanding posts, in which the upstanding posts have open tops and holes formed in side walls thereof. The safety net system includes a pair of spaced apart uprights, upper and lower mounts operably connecting each upright to a respective rack post and an upper element extending between and mounted to the uprights at about an upper portion of the uprights. A net extends between and is mounted to the uprights and mounted to the upper element. The net is removably mounted to the uprights and to the upper elements and the uprights are variably mountable to the rack posts to vary a height of the net above the posts.

Abstract: A system for mounting a sign or graphic display to a structure allows rotation of the graphic display and provides for automatic return to the initial orientation.

Abstract: An adjustable, channel-mount system for mounting a sign to a shelf includes a spring-loaded mounting bracket having a mounting portion moveably connected to a sign-holding portion and an elongated sign-holder. The sign-holding portion of the mounting bracket features at least one channel. At least one securing element configured for engagement with the at least one channel of the sign-holding portion of the mounting bracket is included on a back surface of the sign-holder.

Abstract: A system for mounting a sign or graphic display to a structure allows rotation of the graphic display and provides for automatic return to the initial orientation.

Abstract: A cover can be moved easily for access behind where the cover had been, and easily restored to its original position, without having to unattach and reattach the cover. In one example, cable guides and an edge of a coupled net can be moved in a vertical direction to allow access to shelving without disconnecting them from the shelving structure, and can be moved in the opposite direction to the original position. The cable guides can direct two cables between opposing sides of the shelving structure in that example.

Abstract: A system for mounting a sign or graphic display to a structure allows rotation of the graphic display and provides for automatic return to the initial orientation.

Abstract: A display sign can be moved easily for access behind where the display sign had been, and easily restored to its original position, without having to unattach and reattach the sign.

Abstract: A safety net system is configured for mounting to a rack having a pair of spaced apart upstanding posts, in which the upstanding posts have open tops and holes formed in side walls thereof. The safety net system includes a pair of spaced apart uprights, upper and lower mounts operably connecting each upright to a respective rack post and an upper element extending between and mounted to the uprights at about an upper portion of the uprights. A net extends between and is mounted to the uprights and mounted to the upper element. The net is removably mounted to the uprights and to the upper elements and the uprights are variably mountable to the rack posts to vary a height of the net above the posts.

Abstract: A hinge mounting assembly for an associated door panel is used for mounting to a panel to a storage rack. The rack generally includes at least one post having a front face and a side face. The front face has slots therein and the door panel generally has at least one bore defined therein. The hinge mounting assembly has a post plate and a door clamping member. The post plate has a hinge portion with a first end and a second end. The first end has bearing surfaces and an intermediate helical bearing surface. A door clamping member is pivotally mounted to the post plate. The door clamping member has a hinge post with a bearing surfaces and a helical bearing surface. The helical bearing surfaces enable the hinge mounting assembly to be “self closing” as well as reversibly mounted to the post.

Abstract: A sign mounting system for mounting at least two signs portions to an associated structure mounts the sign portions in an aligned manner so that separate sign portions appear as a single sign. The mounting system includes a plurality of sign mounts, one sign mount for each of the sign portions. Each of the sign mounts is configured to support a sign portion. Each sign mount includes first and second brackets and an arm associated with each bracket. The arms pivot about the brackets at a pivot axis. The first and second brackets have oppositely, outwardly facing surfaces. The outwardly facing surface of the first bracket has a first mating element thereon and the outwardly facing surface of the second bracket has a second mating element thereon. The second mating element of the second bracket of the first sign mount is configured to mate with the first mating element of the first bracket of the second sign mount to maintain the two sign portions aligned with one another.

Abstract: A display sign can be moved easily for access behind where the display sign had been, and easily restored to its original position, without having to unattach and reattach the sign.