Warehousing scheduling system and method

Abstract

The invention discloses a warehousing dispatching system, which comprises a warehouse management module, a main control module, a sub-control module, a mother car and a child car. The warehouse management module is used for issuing warehouse tasks according to an order, the main control module is in communication with the warehouse management module to receive, analyze and disassemble the warehouse task, and the warehouse task is disassembled into a mother car task and a child car task to be sent; the sub-control module is in communication with the main control module and the mother car and isused for receiving and transferring the mother car task and the child car task; the mother car is in communication with the child car so as to execute the mother car task, feed task execution information back and issue the child car task; and the child car executes the child car task and feeds child car task execution information back. According to the warehousing dispatching system, by arrangingthe mother car and the child car, the mother car and the child car receive the corresponding tasks obtained after the main control module analyzes and disassembles the warehouse task and are matchedto complete the warehouse task, thus execution of the warehouse task is not concentrated in single transport equipment, and the work efficiency is improved. The invention further provides a warehousing scheduling method.

Description

technical field [0001] The invention relates to the technical field of warehouse entry and exit, in particular to a warehouse scheduling system and method. Background technique [0002] With the rapid development of science and technology and industrial production, and based on the rise of the concept of "intensive storage", the requirements of modern enterprises for production, storage and distribution have been continuously improved, and the storage method has changed from the simple accumulation of manual work at the beginning to the use of forklifts, etc. The warehouse-style storage of simple equipment is improved to the three-dimensional warehouse storage that currently uses automation equipment such as high-level forklifts, unmanned guided vehicles (AGV), and shuttle vehicles. Due to the increase of land cost and labor cost, high-density and automated intensive storage is becoming the development trend of logistics storage. A major feature of intensive storage is that ...

AI Technical Summary

Problems solved by technology

Due to the increase of land cost and labor cost, high-density and automated intensive storage is becoming the development trend of logistics storage. A major feature of intensive storage is that the warehouse is composed of several dense lanes, and there are multiple storage units in the same lane. The satellite car is used for cargo transportation in the roadway. However, the existing warehousing dispatch is transported by the unmanned guided vehicle (AGV) and returns to the origin after transportation to obtain new warehousing tasks. With the increasing number of orders, the warehousing The scheduling method has the disadvantage of low efficiency of storage and storage

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