Intelligent material warehouse management system based on big data

Abstract

The invention discloses an intelligent material warehouse management system based on big data, and relates to the technical field of intelligent warehousing. The system comprises a warehouse, a control center, a goods shelf which is provided with a conveying chain and a driving mechanism, AGV intelligent trolleys, a lifting transmission mechanism which is installed on one side of the goods shelf, and a conveying platform which is installed on the AGV intelligent trolleys. According to the system, a traditional goods storing and taking mode is changed, based on the big data technology, the AGV intelligent trolleys are used as transportation tools to directly convey goods located on the conveying platform to the corresponding goods shelf, then the conveying platform is used for cooperating with the lifting transmission mechanism arranged on the side face of the goods shelf to directly convey the goods to the corresponding goods shelf layer, and therefore, each AGV intelligent trolley is a small stacking machine, the layout of the goods shelf can be more flexible, the goods shelf only needs to be symmetrically arranged, and the storage and taking efficiency of goods is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of intelligent storage, and in particular relates to an intelligent material storage management system based on big data. Background technique [0002] Automated three-dimensional warehouses are widely used in logistics and enterprise warehousing industries. Most of them use multiple high-rise shelves and tracked roadway stackers arranged side by side, and cooperate with various peripheral equipment to realize automatic storage and cargo management. In the above-mentioned traditional warehouse management method, the rail roadway stacker can only perform one-way palletizing action. When the stacker is in the process of accessing goods, the goods with access can only be in a waiting state, resulting in low stacking efficiency. And if in order to improve the efficiency of goods access, it is necessary to add a rail roadway stacker in the lane between the shelves, but the efficiency of goods access is not greatl...

AI Technical Summary

Problems solved by technology

In the above-mentioned traditional warehouse management method, the rail roadway stacker can only perform one-way palletizing action. When the stacker is in the process of accessing goods, the goods with access can only be in a waiting state, resulting in low stacking efficiency. And if in order to improve the efficiency of cargo storage and retrieval, it is necessary to add a rail roadway stacker in the tunnel between the shelves, but the efficiency of cargo storage and retrieval has not been greatly improved.

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