Abstract: A holder for displaying a printed sheet on a support wall such as the front face of a vertical machine includes a back plate and a cover plate. The back plate and the cover plate can be assembled together in a snap-fit relationship and the cover plate can be subsequently removed from the back plate. The back plate can be secured to the support wall. The back plate has a front face and a channel formed around the perimeter thereof. The channel rigidifies the back plate and serves to space the back plate from the wall. The cover plate includes a flange which extends around substantially the entire perimeter of the cover plate. The cover plate further includes an inner surface which can be placed adjacent the front face to maintain the printed sheet in a flat position within the display holder.

Abstract: A pegboard display includes a pegboard rear wall having leftmost and rightmost edges, a plurality of openings being formed in the rear wall at spaced locations extending from the leftmost to the rightmost edges, a display divider, and a bracket assembly which cooperates with the pegboard openings to removably couple the display divider to the rear wall at substantially any position along the rear wall including the leftmost and rightmost edges of the rear wall. The bracket assembly includes a pegboard wall bracket having a divider bracket receiving portion and a plurality of fingers for releasably securing the wall bracket to the openings in the pegboard. The bracket assembly further includes a divider bracket having a first portion which is coupled to the display divider and a second portion adapted to be removably received in the divider bracket receiving portion of the wall bracket.

Abstract: A plurality of factory constructed modules are user assembled to form a free standing display rack. Each module includes a pair of vertically aligned open front pans that are secured to an L-shaped frame constructed of rectangular tube elements. First and second modules are connected together to form a side-by-side array and a third module is connected to the array at right angles thereto. One end of the third module is adjacent the rear of the array and the open front of the third module is generally coplanar with a side of the array. A corner adapter interposed between the third module and the array includes a cover section that is generally coplanar with the front of the third module and bridges a narrow vertical gap between the front of the third module and array side adjacent thereto.

Abstract: A plurality of factory constructed modules are user assembled to form a free standing display rack. Each module includes a pair of vertically aligned open front pans that are secured to an L-shaped frame constructed of rectangular tube elements. First and second modules are connected together to form a side-by-side array and a third module is connected to the array at right angles thereto. One end of the third module is adjacent the rear of the array and the open front of the third module is generally coplanar with a side of the array. A corner adapter interposed between the third module and the array includes a cover section that is generally coplanar with the front of the third module and bridges a narrow vertical gap between the front of the third module and array side adjacent thereto.