Process method and system for good returns

Abstract

This invention discloses a goods return process method and system, which is applied in logistics center process composed of one good return load area, one return package disable area and one goods return buffer upper rack area, wherein, the method comprises the following steps: adding return goods control information at the register phase; then establishing real goods return items, bench bit and upper memory connection management in goods return phase; further combining electron roller mechanism to guide all upper rack operation of all goods.

Description

technical field [0001] The invention discloses a return processing method and system thereof, and in particular relates to a return processing method that provides associated management of return items, trolley slots, and shelf storage positions through a computer-executable platform, combined with an electronic label mechanism and its system. Background technique [0002] As shown in FIG. 1 , the traditional return processing method is that the logistics center is responsible for receiving many return packages 10 returned from various customers. These return packages 10 usually contain many different return items 11. These return items Item 11 often has bottlenecks in the entire returns process due to non-uniform packaging, mixed good and bad products, and multiple sample items. [0003] When the logistics center receives the return package 10, it will generally start the process of collecting and logging in the return package 20. At this stage, it is mainly to check the s...

AI Technical Summary

Problems solved by technology

[0004] At present, this method of return processing is due to the lack of effective association management between the return package 10, the return item 11, the trolley grid and the storage space on the shelf, plus a large amount of manual processing, that is, the lack of computer systemization The management and assistance of a small number of various returns are likely to cause problems such as an increase in the error rate of the return process and an extension of the completion time.

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