Intelligent sorting system for logistics

Abstract

Provided is an intelligent sorting system for logistics. The intelligent sorting system for logistics is characterized in that material boxes are placed on ordinary partition type shelves as goods carriers; central channels are arranged between the shelves; lifting sorting devices are arranged in the central channels and can move transversely in the central channels; vertical drivers are arranged on one side of a goods shelf system so that the lifting sorting devices can be switched among the channels; the lifting sorting devices are controlled to move to the positions where the corresponding material boxes are located rapidly by order tasks through management dispatch of a computer; and the lifting sorting devices sequentially grab the ordered material boxes out and store the material boxes, and move to a sorting operation window to store or pick goods after the order tasks are completed. The intelligent sorting system for logistics has the beneficial effects that a more automatic solution is provided for the storage mode of small and medium-sized goods with small dimensions and great varieties, especially for in-and-out storage operation of a large number of order tasks; the space utilization rate and the volume rate are increased; the goods storing and picking efficiency is improved; and the accuracy of the goods sorting process is improved.

Description

technical field [0001] The invention relates to an intelligent picking system for storage of small and medium-sized goods in the logistics industry, which can realize the storage of goods and has a cache function when storing and withdrawing goods, and is especially suitable for multi-order and multi-task inbound and outbound operations. technical background [0002] At present, in logistics warehousing, vertical warehouses are generally used for storage of large-scale goods with fewer varieties and larger sizes. The goods are placed on pallets, and the pallets are transported to the corresponding storage positions by stackers for storage. This storage method is more suitable for large goods with a small number of varieties, and only one pallet can be accessed at a time without caching function. In view of the large number of small and medium-sized goods such as electronic components, standard parts, medicines, food, etc., their storage is not suitable for storage in vertica...

AI Technical Summary

Problems solved by technology

[0003] 1) The shelf should not be too high, so that the number of goods is less and the space utilization rate is not high

[0004] 2) If high shelves are used, personnel access to goods needs to be accessed by pushing up the equipment, which will bring certain hidden dangers to personnel safety

[0005] 3) Manual selection of goods is used. If the number of stored varieties is large, more labor is required for management and access, and the access efficiency is low, and the error rate is high in the access process

Images