Upright support configuration for a pallet racking system

Abstract

The present invention relates to an upright reinforcing assembly for use with a pallet racking system, and racking system incorporating the same. The support configuration consists of an upright support and attached a bracket containing two L-shaped platforms which form a pocket. The upright support configuration is placed between two frame assemblies to support the beam, which is held in the pocket created by the bracket, thereby providing additional support to the beam and preventing rotation, bowing or distortion of the beam. Such a configuration lowers the cost of pallet racking as lower capacity beams can be used, or otherwise less frame assemblies are required in the racking.

Description

FIELD OF THE INVENTION[0001]The present invention relates to a pallet racking system and reinforcing assembly therefor. In particular, the invention relates to a system that includes intermediate supports consisting of an upright support and a bracket with a base support and upright component which, when assembled, provide support to a pallet racking beam.BACKGROUND TO THE INVENTION[0002]Pallet storage systems used to store cargo-carrying pallets are known. Such systems typically include a support frame for supporting the pallets and which are loadable from one or more ends of the frame. These frames are generally designed in a grid formation including upright frame assemblies and connected by beams or shelves creating levels upon which the pallets are loaded by a forklift. Typically 2 or more pallets can be accommodated between each frame assembly.[0003]A common and known racking system is the ‘Drive-in’ system wherein the forklift is driven in between the lanes or bays of the syst...

AI Technical Summary

Benefits of technology

The patent describes a way to reinforce a cross beam in a pallet racking system without adding a new frame or sacrificing its length. An additional upright support and bracket are placed between the existing frame assemblies to support the cross beam with two pallets on its sides. The bracket also prevents the cross beam from moving along its depth dimension. This solution can be used in various structural systems, not just pallet racking.

Problems solved by technology

The disadvantage of this system, however, is that it is labour intensive given the care the forklift driver must take driving in and out of the racking, and is thus is also time consuming.

Another disadvantage is the repair costs which are involved when errors or accidents occur with the forklifts.

The beams are commonly therefore made from steel or other similarly sturdy material, however use of heavy duty steel beams in pallet racking is cost prohibitive.

Cross beams made from cheaper and lighter material or beams of a lower cross-sectional amount of steel can be used and are desirable, however, the lack of strength in these beams can lead the centre of the beam to depress, distort or rotate under the pressure of the pallet weight and movement.

The beam is therefore structurally weak and dangerous and cannot accommodate the desired weight of the pallets.

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