Real-time acquisition and monitoring system for glass factory production

Abstract

The invention discloses a glass factory production real-time acquisition and monitoring system, and relates to a factory data acquisition and monitoring system. The system comprises a hardware system and a software system; the hardware system comprises a production system device, an operator station, an OPC host computer, a DCS\SCADA device, an interface computer, a data acquisition server, a real-time database server and an OPC server; the data acquisition server and the real-time database server are connected with the interface machine through the industrial Ethernet, the operator station and the OPC upper computer are connected through the industrial Ethernet and the DCS\SCADA device, the production system device is connected with the OPC server through a bus, the OPC server is connected with the interface machine through the industrial Ethernet, and the DCS\SCADA device is connected with the interface machine through the industrial Ethernet. Real-time collected data of all sections of a production line and an existing control system are unified in a real-time database of an intelligent factory through a real-time data collection system, seamless connection of all systems is ensured through a standardized data interface, and real-time collection and centralized storage of production data are achieved.

Description

technical field [0001] The invention relates to the technical field of production monitoring, in particular to a real-time collection and monitoring system for glass factory production. Background technique [0002] The data acquisition and monitoring system is a system that uses computer, control and other technologies to realize the data storage, acquisition and monitoring of the on-site environment. The implementation of the data acquisition and monitoring system is conducive to improving the application efficiency of the entire enterprise information system. At present, there are three types of data acquisition and monitoring systems based on telephone lines, network transmission and embedded systems. In the future, data acquisition and monitoring systems using the Internet as a communication carrier are becoming the mainstream of the times. [0003] At present, traditional glass factories have part of the DCS system for real-time monitoring of production, and need to mo...

AI Technical Summary

Problems solved by technology

[0003] At present, traditional glass factories have part of the DCS system for real-time monitoring of production, and need to monitor the equipment in the corresponding section in the monitoring room of each workshop, lacking a unified implementation collection system

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