Low-cost intelligent shipping space positioning system based on a warehouse

Abstract

A low-cost intelligent shipping space positioning system based on a warehouse comprises a controller, a plurality of shipping spaces and goods with goods two-dimensional codes, and each shipping space is provided with an indicator lamp with a shipping space two-dimensional code; the indicating lamps indicate the corresponding storage spaces of the goods; the system further comprises a read-write device. The controller is used for carrying out information interaction with the read-write device, respectively carrying out storage and data processing on the warehouse information and the commodity information, and controlling the on / off of the indicating lamp through the controller. The warehouse two-dimensional code is visible when the indicating lamp is turned on and is invisible when the indicating lamp is turned off, and low-cost improvement is carried out on an existing warehouse lighting system through the execution methods of the system from the first to the third, so that the comprehensive utilization rate of automatic information is improved, and warehouse entry and exit visual guidance can be quickly and accurately provided.

Description

technical field [0001] The invention relates to the technical field of intelligent warehouses, in particular to a warehouse-based low-cost intelligent warehouse positioning system. Background technique [0002] Generally, there are two intelligent positioning methods in the field of warehouse visual management, one is to set the warehouse light on the shelf, and the other is based on active RFID UHF for real-time positioning. The former is only suitable for items with relatively small volume and weight, and the latter is only suitable for valuables due to its very high cost. For the process industry, finished products or raw materials are bulky and heavy, and are usually stored in a relatively large open warehouse. The positioning of the warehouse and the entry and exit of goods make it difficult to achieve the interaction between the system and the site. At present, empty warehouses, high positioning costs, long construction cycles, and complex deployments are common in pr...

AI Technical Summary

Problems solved by technology

The former is only suitable for items with relatively small volume and weight, and the latter is only suitable for valuable items due to the high cost

For the process industry, finished products or raw materials are bulky and heavy, and are usually stored in a relatively large open warehouse. The positioning of the warehouse and the entry and exit of goods make it difficult to achieve the interaction between the system and the site.

At present, empty warehouses, high positioning costs, long construction cycles, and complex deployments are common in process industry warehouse management, resulting in the inability to interact with the site in real time and the confusion of physical objects and data

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