Fork type shuttle vehicle sorting system

Abstract

The invention discloses a fork type shuttle vehicle sorting system comprising fork type shuttle vehicles, sorting goods shelves, sorting trolleys, an automatic stereoscopic warehouse and an automatic control system. Each two corresponding sorting goods shelves are one set. One fork type shuttle vehicle is arranged between the sorting goods shelves of each set. Automatic conveying lines used for material warehouse in-out are arranged between the fork type shuttle vehicles and the automatic stereoscopic warehouse. The sorting goods shelves are provided with bar code readers, and logistics goods trays are placed on the sorting goods shelves. The logistics goods trays are provided with material bar codes. The sorting trolleys are arranged on the outer sides of the sorting goods shelves. Through the fork type shuttle vehicle sorting system, batch sorting of production materials can be achieved, real-time distribution of materials in a distribution center is achieved, the sorting error rate is decreased, operation efficiency is improved, and manpower cost is reduced.

Description

technical field [0001] The invention belongs to warehousing and logistics technology, and in particular relates to a sorting system of a fork-type shuttle vehicle. Background technique [0002] The storage and sorting of materials is an essential part of a modern logistics distribution center. At present, the traditional material storage is to use flat warehouse beam racks, ground stack storage, etc. When picking out the warehouse, it is necessary to manually find the location of the goods, and pick the goods according to the instructions of the paper outbound order. This kind of storage and picking method has some disadvantages, such as the large area of ​​goods storage, the pickers have to find the location of the goods to be picked every time, the picking efficiency is low, the replenishment is not timely, and it is easy to produce sluggish materials, etc. Moreover, when picking goods out of the warehouse, a fully manual mode is adopted, and the error rate is about 3%, w...

AI Technical Summary

Problems solved by technology

This kind of storage and picking method has some disadvantages, such as the large space occupied by the goods storage, the picking personnel have to find the location of the goods to be picked every time, the picking efficiency is low, the replenishment is not timely, and it is easy to produce sluggish materials, etc.

Moreover, when picking goods out of the warehouse, the full manual mode is adopted, and the error rate is about 3%, which causes a lot of losses to the production of the enterprise.

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