Multi-breed multi-order high-speed sorting table system and sorting method thereof

Abstract

The invention relates to a multiple variety and multiple order high speed sorting platform system and the sorting method for the system. The sorting platform system comprises a computer, an electrical display label, a shifting device, at least a sorting platform and an upper and a lower conveying line for loading and unloading goods. The sorting platform is arranged on one side of the conveying line, and an upper and a lower work table are arranged on the sorting platform, the electrical displaying label is arranged on the work tables and is connected with the computer through a signal transmission wire; the upper and the lower work tables are connected with the shifting device thorough the upper and the lower conveying lines to shift the objects to the sorting platform through the conveying line, or transferred to the conveying line from the sorting platform. The sorting method comprises starting an order task; checking whether the goods supplying case and the container are in place; operators sorting according to the current sort-out and sort-in states displayed on the electrical displaying label; sorting goods and moving out a turnover container, supplementing a position; finishing the whole sorting task. The invention has the advantages of the high automatic degree and sorting efficiency, the low labor intensity, the high expandability and integration.

Description

technical field [0001] The invention relates to a cargo picking system and a picking method in logistics storage, in particular to a multi-variety, multi-order high-speed sorting table system and a picking method thereof. Background technique [0002] The traditional picking method is, after receiving the order information, first manually pick the total amount of goods required for all orders in this batch from the ordinary shelf, and then put these goods on the fluent shelf equipped with electronic display labels ( A shelf with an inclined support surface, the goods are loaded from the rear side, and the goods are taken from the front side. The goods automatically move from the back to the front by their own weight, and each storage position can store a variety of goods in a first-in, first-out manner). A conveying line transports the turnover boxes for picking goods to the goods storage area. Pickers pick up the turnover boxes according to the position and quantity indicat...

AI Technical Summary

Problems solved by technology

[0003] The defects of the above-mentioned picking method are: 1) manual supply is required, the degree of automation is low, and it cannot adapt to the automatic conveyor system or automatic storage system. Cannot be effectively integrated; 2) People need to move around when picking goods

Good-To-Man cannot be truly realized, that is, goods flow from people to people when people are stationary, and the labor intensity is high; 3) The work efficiency is low, and the operator can only process one order at the same time, and cannot realize multi-order processing; 4 ) The storage flexibility is small. Once the goods are put on the shelf, their position cannot be changed in the shelf, and the picking cannot be further optimized according to the characteristics of the order and variety, and the picking flexibility is low.

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