Commodity shelving method and device, electronic equipment and readable medium

Abstract

The invention provides a commodity shelving method and device, electronic equipment and a readable medium. The commodity shelving method comprises the following steps: determining commodity information of commodities to be shelved, wherein the commodity information comprises commodity characteristics and quantity; determining storage location state information of a plurality of to-be-shelved areasin the warehouse in real time through the storage location detail table and the storage location commodity quantity table; determining available storage location information according to the commodity characteristics and quantity and the storage location state information; determining a to-be-shelved storage location from the available storage location information, wherein the storage location detail table and the storage location commodity quantity table are updated in real time through an inventory table log. According to the commodity shelving method and device, real-time query of multiplestorage location types can be achieved under the condition that a production system is not affected, and an appropriate storage location set is obtained through parallel encasement operation.

Description

technical field [0001] The present application relates to the field of logistics and communication, and in particular to a method, device, electronic equipment and readable medium for putting goods on shelves. Background technique [0002] Putting goods on the shelves in modern logistics is an important link in warehouse production. The current product placement mainly relies on the operator's experience in putting on the shelves. Specifically, the operator searches the warehouse shelves for a storage space that can meet the current needs of the products to be put on the shelves, so as to complete the task of putting the products on the shelves. Existing commodity listing methods can be roughly divided into the following four types: [0003] (1) Randomly put on the shelf: put on the shelf to the available storage slot. [0004] (2) Put on the nearest shelf: put on the first empty storage space encountered by the put-on staff. [0005] (3) Classified shelves: according to ...

AI Technical Summary

Problems solved by technology

[0007] (1) Lack of a real-time inventory management system that is accurate to the storage level. To be accurate to the storage level, the real-time inventory management system requires not only a complete software and hardware system, but also a sound management system; Therefore, real-time query has high requirements on the system, and real-time data query through the production database will bring serious query pressure to the production database; moreover, the task of putting on the shelves of large items is mostly the whole pallet, which requires empty storage to meet the demand. However, the current real-time inventory table cannot obtain information on empty storage slots, so it is usually difficult to meet the query requirements for shelves

[0008] (2) There are various types of storage locations in the warehouse, such as ground piles, picking areas, and storage areas; and each type of storage location has different requirements for putting goods on the shelf, and there may be various types of commodities in each storage location. Real-time calculation of the available status of storage slots according to the current storage requirements involves complex packing algorithm logic. Currently, there is no packing algorithm for different types of storage slots in the warehouse.

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