A transfer shelf for storage

Abstract

The invention discloses a transfer shelf for storage and its processing equipment. The transfer shelf for storage includes a shelf body, the shelf body includes a storage board, a middle lining board and a metal plate, and the four sides of one side of the storage board are A number of pins are vertically provided on the sides. The shelf body designed by the present invention is mainly composed of a storage board, a middle lining board and a metal plate. They can be separated from each other, and when one of the above-mentioned three is damaged, the user can replace them separately, which reduces the waste of materials and makes the present invention more environmentally friendly in use, and the metal plate designed in the present invention greatly increases the cost The structural strength of the bottom of the invention, this design makes the invention not prone to defects such as breakage, and will not easily be damaged or dented when a forklift comes into contact with it, greatly prolonging the service life of the invention.

Description

technical field [0001] The invention relates to the field of storage equipment, in particular to a transfer shelf for storage. Background technique [0002] Shelves are the most used in storage equipment, which are used to stack goods, improve the efficiency of space utilization, and at the same time avoid the loss of goods due to mutual extrusion. The transfer of goods in storage is generally completed by using special transfer shelves. [0003] In the prior art, most of the transfer shelves are composed of multiple poles and partitions, and their structural strength mostly depends on the strength of the joints. When its body is subjected to collision or excessive pressure, its connection is prone to breakage or loosening, and because its connection method relies too much on the pole, it often needs to replace multiple adjacent parts during replacement and maintenance, resulting in waste of resources . [0004] Moreover, the processing operations of the transshipment rack...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, most of the transfer shelves are composed of multiple poles and partitions, and their structural strength mostly depends on the strength of the joints. When its body is subjected to collision or excessive pressure, its connection is prone to breakage or loosening, and because its connection method relies too much on the pole, it often needs to replace multiple adjacent parts during replacement and maintenance, resulting in waste of resources

[0004] Moreover, the processing operations of the transfer shelves in the prior art after forming are cumbersome, and most of the processing equipment are of different types. There is no fixed and specific processing equipment, and there are technical defects.

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