Efficient dynamic cargo sorting system based on AGV platform

Abstract

The invention discloses an efficient dynamic cargo sorting system based on an AGV platform. The efficient dynamic cargo sorting system comprises a sorting workbench, an order manager used for receiving order information relevant to current output cargoes, a sorting mechanism used for carrying out cargo sorting according to the received information of the order manager, multiple sorting stations distributed around the sorting mechanism and used for containing to-be-sorted cargoes, multiple output stations used for transporting cargoes in a unified manner and a replenishment AGV movably arrangedon the sorting workbench and used for replenishing various kinds of cargoes to the sorting stations according to the specific frequency. The sorting stations comprise at least one a dynamic storage rack group capable of dynamically switching the work state. The dynamic storage rack group comprises multiple dynamic storage racks movably arranged on the sorting workbench and used for sequentially entering the work state in turns. According to the efficient dynamic cargo sorting system, the sorting efficiency to different kinds of cargoes and the treatment efficiency of logistics orders of different requirements can be improved, the simultaneous treatment capacity of multiple orders can be improved, and the input and output flow of cargo sorting can be enlarged.

Description

technical field [0001] The invention relates to the technical field of logistics and freight transportation, in particular to an efficient dynamic cargo sorting system based on an AGV platform. Background technique [0002] With the development of logistics and transportation technology, more and more transportation equipment has been put into use. [0003] In airports, ports, wharves and other freight center places or production and packaging workshops of enterprises, it is often necessary to carefully select different types and quantities of goods from various sources, and sort out the goods that meet the established classification rules and meet the established transportation requirements. Select the goods, and then transport or distribute the selected goods in a unified manner. For example, in the airport consignment management center, multiple pieces of goods belonging to the same user need to be sorted out from each conveyor belt, and then delivered to the user in a u...

AI Technical Summary

Problems solved by technology

[0005] However, since the inventory of various goods in the shelf is fixed, and the replenishment quantity and replenishment frequency are also fixed, when the demand for a certain type of goods in the logistics order or the total demand for goods increases sharply, it is easy to appear If the total inventory of this type of goods in all current shelves is insufficient, you can only wait for the next replenishment at this time, or temporarily leave the current order empty, and then process the next order, but in any case, the current order cannot be processed quickly , when the order volume is large, it is easy to have multiple prior orders not completed, which will lead to order information confusion and accidents where the order sending corresponds to the user confusion

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