Warehouse automatic warehousing algorithm and system

Abstract

The invention discloses a warehouse automatic warehousing algorithm and system. The algorithm comprises the following steps: S1, a warehoused commodity hang tag is photographed and scanned through a mobile phone terminal preset APP; S2, the identified commodity information is transmitted to a big data platform; S3, the big data platform accurately matches the commodity information; S4, if a presetmatching degree value is reached, the matching succeeds, the matched commodity information is fed back to the mobile phone terminal, otherwise, the warehousing information needs to be manually filledin, and the unmatched data information is stored in the big data platform; S5, the mobile phone terminal fills the corresponding commodity descriptions in the warehouse-in table according to the fed-back data types; S6, the mobile phone terminal directly submits the commodity information to a warehouse-in system or submits the commodity information to the warehouse-in system after correction; andS7, the warehouse or the receiving order completes automatic warehousing according to the transmission instruction of the mobile phone terminal. The system comprises a photographing and scanning module, a wireless communication module, an information matching module and a storage module. A user can directly put a mobile phone into a warehouse online, so that the operation efficiency is improved,and the error rate is reduced.

Description

technical field [0001] The invention relates to the technical field of warehouse management, in particular to an algorithm and system for automatic warehouse storage. Background technique [0002] Bulk commodities refer to material commodities that can enter the field of circulation, but are not retail, have commodity attributes and are used for industrial and agricultural production and consumption in large quantities. In the financial investment market, bulk commodities refer to commodities that are homogeneous, tradable, and widely used as basic industrial raw materials, such as crude oil, non-ferrous metals, steel, agricultural products, iron ore, coal, etc. Including 3 categories, namely energy commodities, basic raw materials and agricultural by-products. [0003] At present, steel mills for bulk commodities will hang tags on each commodity when they leave the warehouse, so that the receiving unit or warehouse can register for storage. Due to the differences in the t...

AI Technical Summary

Problems solved by technology

Due to the differences in the tagging method and product description arrangement defined by each steel factory, the receiving unit can only register and put in the warehouse manually, which creates a lot of workload for the on-site personnel and is prone to errors

Our company conducted research and research on this situation and invented an algorithm for automatically identifying tag information, which solved the problem of difficult commodity storage

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