Unmanned warehouse management method and system, medium and electronic equipment

Abstract

The invention discloses an unmanned warehouse management method. The method comprises the steps: obtaining order information of a needed material, wherein the order information at least comprises a material name, order placing time, a storage location and the number, and estimating the weight st01 of the material according to the number of the needed material; carrying out material inspection according to the order information, moving material boxes loaded with the needed material on corresponding goods shelves to corresponding material taking openings of a material picking area, and obtaining the total weight st00 of the material boxes loaded with the materials; according to the material inspection information, taking the materials at the corresponding material taking openings; moving the material boxes with the materials to the original storage location, and obtaining the total weight st02 of the material boxes containing the remaining materials at the moment; and comparing the difference between the st00 and the st02 with the st01, and judging whether more or less materials are taken or not. According to the management method, unmanned management is carried out on the warehouse storing the materials with multiple categories, irregular sizes, uncertain receiving quantity and uncertain weight; and in the warehouse-out and warehouse-in process, the material boxes are weighed, and the situation that the materials are taken more or less is effectively supervised.

Description

technical field [0001] The invention relates to the technical field of warehouse management, in particular to an unmanned warehouse management method, system, medium and electronic equipment. Background technique [0002] With the gradual improvement of management technology in the factory field, many "smart factories" have appeared on the market. The warehousing management methods of these "smart factories" mainly use vending machines, RFID, weighing sensors and other technologies to manage material outbound data, but there are some bottlenecks in these technologies themselves (vending machines have requirements for material specifications and sizes, RFID The cost of the label itself, the temperature drift and creep of the load cell, etc.), resulting in the combination of the scheme does not greatly reduce the dependence on labor, or reduces the labor occupation to a certain extent, but it is not completely cut , still mainly rely on manual supervision. [0003] In terms ...

AI Technical Summary

Problems solved by technology

The above storage management method is mainly for the production of raw materials. These materials have a single variety, and the same storage location generally places one kind of material and batch access attributes.

[0004] However, considering that the materials stored in some warehouses have the characteristics of many categories, irregular sizes, receiving quantities, and uncertain weights, the above-mentioned storage management methods cannot effectively manage the warehouses, and for materials with uncertain receiving weights, whether there are multiple receipts or Under such circumstances as less receipts, it is impossible to achieve effective supervision

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