Intensive warehouse manual picking and automatic replenishment system

Abstract

The invention relates to a manual picking and automatic replenishment system of an intensive warehouse. The manual picking and automatic replenishment system comprises multiple layers of goods shelves, guide rails, shuttle vehicles, goods shelf conveying lines, station conveying lines and a control device, wherein each layer of goods shelf is equipped with an alley which partitions each layer of goods shelf into multiple rows and multiple columns; the guide rails are arranged in the alleys; the shuttle vehicles move along the guide rails to convey goods to the goods shelves; each goods shelf conveying line is located at the deliver-in end of the alley on each layer of goods shelf and is used for conveying the goods to each shuttle vehicle; the station conveying lines are located beside the goods shelves and are used for conveying finished products; the station conveying lines are equipped with multiple manual operation stations; and the shuttle vehicles, the goods shelf conveying lines and the station conveying lines are all connected with the control device in a communication manner. According to the manual picking and automatic replenishment system of the intensive warehouse, the shuttle vehicles are used for replenishment, so that the investment cost for labor can be reduced; and furthermore, the station conveying lines are located beside the goods shelves, so that the functional area is easy to divide, integrated use is realized, and the investment cost for equipment and labor is reduced.

Description

technical field [0001] The invention relates to the technical field of warehouse storage and retrieval, in particular to an intensive warehouse manual picking and automatic replenishment system. Background technique [0002] With the development of the automation industry, more and more manufacturing industries use automated multi-storey dense warehouses to store goods. During production, the goods are taken out of the automated multi-storey dense warehouses and transported to the corresponding parts of the automated production line through the assembly line. Manual stations for goods picking and production. [0003] The existing cargo storage and manual picking operations are relatively independent areas, and the division of functional areas is complicated and cannot be used in an integrated manner. Moreover, the manual stations on the cargo from the automated three-dimensional storage to the automated production line need to work together through more automated equipment. ...

AI Technical Summary

Problems solved by technology

[0005] Based on this, it is necessary to provide a simple functional area division and a feasible Intensive warehouse manual picking and automatic replenishment system that reduces equipment and labor input costs

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