A shelf which includes a shelf body with downturned flanges along its longitudinal edges and with end caps in each end of the shelf. The end caps have inturned top and bottom walls and inturned side edge flanges. The end caps top walls are spot welded to the shelf. The end caps have holes in the side edge flanges through which bolts pass as well as through holes in the shelf flanges providing for attachment of the shelving to uprights with increased shear strength resistance at the points of attachment.
A novel shelf configuration comprises a plurality of juxtaposed shelf units. Each shelf unit has a straight or arc configuration. The shelf unit has a guiding track thereof facilitating a easy extension of the shelf unit to constitute a shelf. Besides, a T slot is disposed at the front end of shelf unit and a positioning tab is disposed at the rear end of the shelf unit. By engaging of a T slot and a positioning tab of an adjacent shelf unit, two adjacent shelf units can be firmly engaged. While the shelf is not in use, the positioning tab can be released from the T slot by a retaining tab which release the positioning tab. By this arrangement, a combined shelf unit can be released one by one providing a convenient utilization and storage.
An adjustable refrigeration shelf is provided having means for directing cold air onto the goods on the shelf and means for holding the goods in a highly visible position within the refrigeration unit.
The invention is concerned with a shelving structure of the kind which is assembled from a number of vertical elements (struts) and interconnected horizontal elements (beams), and in particular to a shelf for such a shelving structure. Such shelves are conventionally formed from sheet metal, comprising a horizontal shelf panel and flanges extending vertically downwardly from the shelf panel on at least two sides thereof, each flange being folded backwardly on itself to increase the strength of the flange. In accordance with this invention, each flange is so folded as to provide a pocket in which an elongate reinforcing member is positioned, such reinforcing members engaging the underside of the shelf panel. In particular, each flange comprises a first portion extending downwardly from the panel, a second portion folded inwardly so as to extend towards the underside of the shelf panel generally parallel to, and spaced from the first portion, the reinforcing member being located between said first and second portions, transmitting load from the shelf by virtue of its engagement with the underside of the shelf and transmitting such load to an intermediate portion between said first and second portions.
A variable sized free standing promotional display for promotional advertising. In place of the normal cardboard display shelf of one size, the invention contemplates using end members of plastic having vertical pedestals above and below the end members. The end members include one-way locking tabs on both the side, upper and lower walls to receive an appropriately slotted and cut beam member, which may be made of corrugated cardboard from the packing materials. The side edges of the beam are received and locked by the one-way locking tabs and is centered and held rigidly by central vertical channels. The transverse length of the shelves may be varied, in accordance with the length of the beam member utilized. Vertical cardboard columns may be anchored on the pedestal members to provide a vertical promotional display of more than one shelf.
A shelf (1) for a cabinet. The shelf has a hinged flap (7,8) at either end. When the shelf is lifted, the flaps pivot downwardly under gravity to cause an effective reduction in the width of the shelf allowing the shelf to be removed between two front posts of the cabinet.
