Abstract: An adjustable rear mounting bracket may include a planar main body, a channel extending from the planar main body, at least one forward slot, at least one rear slot, a rear pair of tabs, and a forward pair of tabs. The channel is configured to couple to at the rear panel. One of the rear or forward pairs of tabs may be configured to engage a rear leg of the pallet rack for laterally aligning the at least one rear slot or the at least one forward slot with at least one hole of the rear leg. The at least one rear or forward slot may then be vertically adjusted. The at least one rear slot when coupled to the pallet rack may define a close mounting position and, alternatively, the at least one forward slot when coupled to the pallet rack may define an offset mounting position.

Abstract: An adjustable rear mounting bracket may include a planar main body, a channel extending from the planar main body, at least one forward slot, at least one rear slot, a rear pair of tabs, and a forward pair of tabs. The channel is configured to couple to at the rear panel. One of the rear or forward pairs of tabs may be configured to engage a rear leg of the pallet rack for laterally aligning the at least one rear slot or the at least one forward slot with at least one hole of the rear leg. The at least one rear or forward slot may then be vertically adjusted. The at least one rear slot when coupled to the pallet rack may define a close mounting position and, alternatively, the at least one forward slot when coupled to the pallet rack may define an offset mounting position.

Abstract: The present invention relates to a horizontal or slopped decking panel for use with a storage rack. The decking panel may include a plurality of laterally spaced parallel structural beams have first and second ends and a metal sheet. The metal sheet may extend around and under the first and second ends of the structural beams to define a first panel edge and a first bottom return sheet portion. The metal sheet may extend around and under the second ends of the structural beams to define a second panel edge and a second bottom return sheet portion. The metal sheet may have a plurality of top perforations. The first and second bottom return sheet portions may have first and second rows, respectively, of bottom perforations. Each of the bottom perforations may be aligned with one of the top perforations so that a post of a divider wall can be received.

Abstract: An apparatus that can be used to hold varying weights contains a planar body, a plurality of support beams, a first beam receiving channel, and a second beam receiving channel. When in use, items are stored upon a load bearing surface of the planar body. The plurality of support beams is slidably positioned in between the first beam receiving channel and the second beam receiving channel. Depending on the weight of the items, the user can adjust the number of the plurality of support beams being utilized. When the items are stored, the weight of the items are evenly distributed among the plurality of support beams. Since the plurality of support beams is positioned opposite to the load bearing surface, the items can be stored with no interference.

Abstract: An apparatus that can be used to hold varying weights contains a planar body, a plurality of support beams, a first beam receiving channel, and a second beam receiving channel. When in use, items are stored upon a load bearing surface of the planar body. The plurality of support beams is slidably positioned in between the first beam receiving channel and the second beam receiving channel. Depending on the weight of the items, the user can adjust the number of the plurality of support beams being utilized. When the items are stored, the weight of the items are evenly distributed among the plurality of support beams. Since the plurality of support beams is positioned opposite to the load bearing surface, the items can be stored with no interference.

Abstract: A welded wire mesh shelf structure is provided for cantilevered racks for warehouse storage. The shelf structure includes a welded wire mesh grid and a nose piece attached to the grid such that a top nose surface is flush with and defines an extension of an upper support plane defined by the wire grid. Fasteners attaching the shelf structure to cantilevered arms are flush with or recessed below the top support plane such that no protruding edge is presented by the nose piece to snag articles sliding on the upper support plane.

Abstract: An extendible oven rack apparatus includes an oven rack, a lower frame and first and second slide assemblies connected between the oven rack and lower frame. A locking assembly is connected to the lower frame for selectively locking the lower frame into the oven. The locking assembly includes a locking pin laterally movable relative to the lower frame and a locking bar longitudinally slidable relative to the lower frame for selectively locking the locking pin its laterally outward position.