Dual function shelf unit
A dual function shelf unit has identical support columns, horizontal shelf-supporting beams adjustably-mounted on the columns for vertical shelf adjustment and one or more hooks also mountable on at least one column. The columns have apertures with complementary apertures having opposed inclined edges for accepting a beam-end bracket from either side of the column and tabs for accepting mounting flanges of hooks. Both beam-end brackets and hooks are each mounted in two vertically-spaced apertures. Vertically adjustable shelf and hook storage is provided.
1. Shelving apparatus comprising:
a plurality of supporting columns;
said columns each having a facing and vertically oriented apertures in said facing;
a plurality of shelf-supporting beams of which at least one beam extends between two of said plurality of columns;
said one beam having end brackets selectively and respectively mounted on said two columns and being vertically adjustable thereon;
said brackets on ends of said beam having portions extending into said apertures for supporting said beam on said column; and
at least one hook member vertically adjustably mounted on one of said columns; said hook member having flanges extending into apertures on the facing of a column other than apertures supporting any of said beams;
said apertures having two inwardly curving tabs, one above the other, said flanges of said hook member respectively engaging one of said inwardly curving tabs in each of two vertically oriented apertures.
2. Apparatus as in claim 1 wherein an upper one of said flanges of said hook member extends upwardly behind an upper one of the inwardly curving tabs in one of said apertures.
3. Apparatus as in claim 1 wherein one bracket on said one beam is engageable within two adjacent vertically-spaced apertures of a column, said hook member including projections mountable within two different ones of said vertically-oriented apertures in said column.
4. Apparatus as in claim 3 wherein a second bracket on said one beam is engageable within two adjacent vertically-spaced apertures of a second column and wherein said apertures are each defined by opposed inclined first and second edges, one bracket engaging first inclined edges of apertures in one column and said second bracket engaging second inclined edges of apertures in another of said columns.