Production, storage and logistics integrated system and method

Abstract

The embodiment of the invention discloses a production, storage and logistics integrated system and a method. The system comprises a first code collection device used for collecting a two-dimensional code picture on a product packaging bag and sending the two-dimensional code picture to an industrial personal computer; an industrial personal computer is used for feeding back a successful recognition result to the first PLC control equipment if the two-dimensional code picture is recognized successfully; a second code collection equipment is used for sending the two-dimensional code picture and the product picture to the industrial personal computer; the industrial personal computer is also used for feeding back information indicating that the matching information is successfully matched with the character information to the second PLC control equipment; the second PLC control equipment is used for placing the product on the tray and feeding back the tray loading information to the industrial personal computer if the matching success information is received; and the industrial personal computer is further used for sending tray loading completion information to the storage unit. By executing the scheme, the code scanning accuracy can be improved, informatization management can be performed on the product, the product can be traced, the labor cost is saved, and the management efficiency is improved.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of fertilizer production and packaging, in particular to an integrated system and method for production, storage and logistics. Background technique [0002] At present, many chemical fertilizer companies still use semi-automatic production lines to complete fertilizer production, and there are still actual situations in which paper lists are circulated and filled in manually for the original materials and products in the production process. Coupled with the limitations of code spraying and code scanning equipment, code omissions and wrong codes frequently occur, and the coordination of various links in fertilizer production is completely uncoordinated. As a result, the information on the packaging of products circulating on the market does not match the results of scanning codes, and the products cannot be traced. In addition, the load removal, screening and sorting of wrong and m...

AI Technical Summary

Problems solved by technology

Coupled with the limitations of code spraying and code scanning equipment, code omissions and wrong codes frequently occur, and the coordination of various links in fertilizer production is completely uncoordinated.

As a result, the information on the packaging of products circulated on the market and the results of scanning codes do not match, and the products cannot be traced

In addition, the weight removal, screening and sorting of wrong and missing packaging bags without coding information or unclear coding greatly increases the labor intensity of on-site personnel

In addition, the problem of long inventory age and the problem of dealers fleeing goods in the market have always plagued the actual operation of the company.

The above problems lead to low efficiency of enterprise management, and the production, warehousing and logistics of chemical fertilizers cannot form a complete and smooth management system

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