Casting unit-oriented information management system and method

Abstract

The invention discloses a casting unit-oriented information management system and method. The casting unit-oriented information management system comprises a data acquisition and monitoring module, adata storage module and a service application module. The data acquisition and monitoring module acquires data in casting equipment PLC in an OPC mode; code scanning information of code scanning equipment and field data input of terminal equipment are obtained by utilizing an API; molten aluminum component analysis data and X-ray detection analysis data in the casting process are collected throughan FTP file system; the data storage module comprises a real-time database and a relational database; the real-time database is responsible for storing the real-time data acquired by the data acquisition and monitoring module; the relational database is used for receiving and storing historical data sent by the real-time database, wherein the historical data is data before the real-time data acquired by the data acquisition and monitoring module; and the service application module is used for carrying out statistical analysis on the data of the data storage module to realize a casting informatization management function.

Description

technical field [0001] The invention belongs to the field of casting industry production, and more specifically relates to an information management system and method for casting units. Background technique [0002] At present, foundry enterprises have implemented multiple sets of information management systems in the production process. The directions and functional characteristics of various information management systems are very different, and there are also overlapping parts. Therefore, it is difficult to integrate and interoperate among various information systems, and there are many phenomena such as "data duplication", "data inconsistency" and "data disconnection", forming a "data island". In addition, the traceability of the casting process and the information-based fine management of process parameters are very backward, basically relying on on-site operators for paper-based management, and the traceability of the product process is difficult to achieve. Correspon...

AI Technical Summary

Problems solved by technology

Therefore, it is difficult to integrate and interoperate among various information systems, and there are many phenomena such as "data duplication", "data inconsistency" and "data incompatibility", forming a "data island"

In addition, the traceability of the casting process and the information-based fine management of process parameters are very backward, basically relying on the on-site operators for paper-based management, and the traceability of the product process is difficult to achieve

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