Inventory information processing method and device

Abstract

This application provides an inventory information processing method and device. The method includes: a first server receiving a message of inventory status conversion of an item from a second server, wherein the inventory status at least includes a good product status, a defective status to be identified, and a defective identified status; obtaining the information used to uniquely identify the The identification of the item; store the inventory status before and after the conversion of the item in association with the identification, so that all inventory statuses experienced by the item can be found based on the identification. The embodiments of the present application can clearly and effectively manage the inventory information of defective products or items that may be defective products.

Description

technical field [0001] The present application relates to the field of information processing, in particular to a method and device for processing inventory information. Background technique [0002] As far as the existing logistics inventory information management technology is concerned, the existing logistics inventory information management technology cannot analyze defective products (including: items with damaged outer packaging, which can be called box damaged defective products; products such as home appliances in the package) Damaged items, which can be called machine damage and defective products) for effective information management, mainly reflected in the following aspects: [0003] 1) For defective products, the existing technology usually divides and stores defective products according to three inventory types: defective, box damage, and machine damage in the warehouse. Only based on the inventory type can we know whether the defective product is Whether the ...

AI Technical Summary

Problems solved by technology

[0003] 1) For defective products, the existing technology usually divides and stores defective products according to three inventory types: defective, box damage, and machine damage in the warehouse. Only based on the inventory type can we know whether the defective product is Whether the product is damaged on the outer packaging or in the packaging, and other information about the defective product cannot be known for this inventory type, for example, it is impossible to know whether the defective product is intact before storage, but only during the storage process Or the defect caused during the storage process is still a defective product before entering the warehouse (for example, the defective product returned from the door), and these inventory types have no connection with each other, and cannot be changed from one inventory type to another. (or transformation), which can only show limited damage information;

[0004] 2) For the defective products that have been identified, the existing inventory type of defective products does not reflect which party is responsible for the defective products. Therefore, it is impossible to quickly and effectively judge and pay the responsible party directly based on the inventory type manage;

[0005] 3) When the defective product is lost during transportation from the warehouse, the existing defective product management technology cannot effectively locate the type, color, and shape of the lost defective product items, and it is impossible to effectively locate the relevant responsible party before the defective product, so it is impossible to accurately locate the responsibility of the transporter when the defective product is lost during transportation based on the previous relevant information;

[0006] 4) For the defective product, the state information of the defective product cannot be known in the prior art, for example, it is impossible to know whether it has been shipped out or has been transferred to another warehouse, that is, the inventory status of the defective product cannot be tracked;

[0007] 5) For the calculation of compensation for defective products, the existing technology is usually processed offline, which consumes a lot of human resources and time resources, and the efficiency is low

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