Data integration system and method for glass smart factory, terminal and medium

Abstract

According to the data integration system and method for the glass smart factory, the terminal and the medium provided by the invention, three data branch centers including a thermal engineering control center, a public engineering center and a cold end control center can be established as a whole, and meanwhile, the data branch centers are also control centers and geographic position centers, so that the labor cost and the cable cost are saved; and the main switch and the factory production data master server are connected with each data branch center, so that the integration of the production data of the whole factory is realized, and data and network basis is provided for the construction of the smart factory. Meanwhile, a visual production monitoring large-screen display system is arranged, configuration compilation and visual processing are carried out on information of the production data total server, and visual display of key parameter trends is achieved. Meanwhile, the raw material system is connected to the thermal engineering system through the Ethernet, the raw material system is monitored, personnel allocation of a raw material workshop is reduced, and cost is saved. And finally, a monitoring computer is arranged in a public engineering center, so that unified monitoring is realized, and the cost is saved.

Description

technical field [0001] This application relates to a glass smart factory, in particular to a data integration system, method, terminal and medium for a glass smart factory. Background technique [0002] Flat glass factories have set off a wave of digital, networked, and intelligent development. New technologies represented by the Internet of Things and big data have begun to play an important role in optimizing the production of glass factories. The construction of a smart factory, which aims to integrate the production system, automation system, and information system of a glass production enterprise, is of great significance to improving the overall management and control level of the enterprise, improving the quality of flat glass products, and reducing carbon emissions and energy consumption. The basis for the implementation of smart factories is the digital factory, which enables all equipment in the glass factory to be connected to the network system to achieve compreh...

AI Technical Summary

Problems solved by technology

However, there is no data link between the control systems of each section, forming information islands

In order to monitor the production status of each section, operators have to be assigned to each control system, which greatly increases the labor cost of the glass factory

At the same time, because all links of glass production are interlocking, production operations need to be closely coordinated, and the data of each section are independent of each other, which affects the timeliness of communication between engineers, which may easily cause product defects or even production accidents

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