Abstract: A shelf assembly for use with a display rack is provided. The display rack has two lateral posts, each of which has a plurality of vertically spaced openings. The shelf assembly includes a shelf, a pair of braces and a clip corresponding to each brace. The braces and clips are capable of supporting the shelf at a predetermined height above the uppermost vertical spaced opening in the lateral post such that the shelf assembly is able to display articles higher than typical shelf assemblies. The braces may also be lowered such that the braces overlap the shelving structure below.

Abstract: A shelf assembly for use with a display rack is provided. The display rack has two lateral posts, each of which has a plurality of vertically spaced openings. The shelf assembly includes a shelf, a pair of braces and a clip corresponding to each brace. The braces and clips are capable of supporting the shelf at a predetermined height above the uppermost vertical spaced opening in the lateral post such that the shelf assembly is able to display articles higher than typical shelf assemblies. The braces may also be lowered such that the braces overlaps the shelving structure below thereto.

Abstract: The present invention is directed to a shelf assembly for use with a display rack. The display rack has two lateral posts, each of which has a plurality of vertically spaced openings. The shelf assembly includes a shelf, a pair of braces, and a clip corresponding to each brace. An important aspect of the present invention is that the braces and clips are capable of supporting the shelf at a predetermined height above the uppermost vertical spaced opening in the lateral post. This permits the shelf assembly to display articles higher than typical shelf assemblies. Another aspect of the present invention permits the brace to be lowered such that the brace overlaps the shelving structure below thereto, where the lower shelving structure is from the prior art.