Foundation tray and stacking method

Abstract

The invention provides a foundation tray. The foundation tray comprises a tray body, the left side and the right side of the tray body are correspondingly provided with side extending parts which extend in the left-right direction, the left side and the right side of the tray body are correspondingly provided with limiting plates, and storage grooves are formed between the side extending parts andthe limiting plates. When articles such as soft trays are borne by the foundation tray, the soft trays are laid on the foundation tray, and all lifting belts of the soft trays are placed in the two storage grooves at the left side and the right side correspondingly, and therefore, the lifting belts can be limited and stored by utilizing the storage grooves, the situations that the lifting belts are placed at will, so that movement of the soft trays at the fixed positions of a conveyor is limited, and subsequent loading of corresponding goods on the soft trays is influenced are avoided, and then the cargos can be loaded on the soft trays conveniently.

Description

technical field [0001] The invention relates to a pallet, in particular to a basic pallet and a stacking method. Background technique [0002] In the export rice processing industry, semi-mechanized filling and seaming are used in the front stage of processing, and after the goods arrive at the manipulator position, they are palletized on plastic hard pallets by the manipulator, and after the specified number of pallets is completed, they are processed by a single The goods on the plastic pallets are sent to the power roller to the exit port, and then the pallets and palletized goods are shoveled away by the forklift; then they are placed on the finished product stack for stacking; when they are out of the warehouse, they are shoveled to the side of the transport tool by the forklift, Then the stevedores will unstack them one by one and load them into the means of transport (such as barges, trains, trucks, etc.). In the above-mentioned rice transshipment process, a large am...

AI Technical Summary

Problems solved by technology

In the above-mentioned rice transshipment process, a large amount of labor is used in the whole process from factory processing to delivery out of the warehouse, and the labor intensity is high; manipulator palletizing only solves the problem of labor saving in the initial link, and the supporting investment in machinery has not fundamentally exerted benefits, nor has it Play the role of expected improvement; there are situations where input and output are unreasonable

Especially in summer high temperature seasons and holidays, due to the high labor intensity of loading and unloading operations, it is often impossible to find enough loading and unloading workers to complete the delivery, loading, and shipping, which seriously affects the processing progress and efficiency

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