Ceramic production line-based data transformation system

Abstract

The invention relates to a ceramic production line-based data transformation system. The system comprises an equipment layer transformation module, a data acquisition layer module, a basic platform module, a data middle platform module and an application layer module. The equipment layer transformation module outputs an optimization scheme for a raw material workshop, a forming workshop, a firingworkshop, a polishing and grading workshop, a quality inspection system, an energy management system and a process workshop on a ceramic production line. The data acquisition layer module performs data acquisition on the equipment layer transformation module through a gateway and a network protocol and uploads the data to the basic platform module. The basic platform module is provided with a cloud server and is used for analyzing the data and sending a data analysis result to the data middle station module. The data middle platform module is used for generating a data middle platform according to a data analysis result and feeding back the data middle platform to the application layer module. The application layer module is used for applying the data middle platform. Data production of the ceramic production line is realized through automatic data acquisition, terminal input data and informatization system data coorperation.

Description

technical field [0001] The invention relates to the technical field of ceramic production, in particular to a data transformation system based on a ceramic production line. Background technique [0002] The digital transformation of the architectural ceramics production line is an important foundation and premise for the realization of intelligent manufacturing in the architectural ceramics industry, and the implementation basis of the digital transformation is to make the data of the whole production process open and online. With the continuous development of the ceramic industry, while the degree of production automation continues to increase, ceramic enterprises have begun to have more digital and fine management of equipment, fine management of energy consumption, optimal allocation of resources, flexible and intelligent production, etc. It wants to fully realize the interconnection of equipment data, process data, product data, quality inspection data, energy consumptio...

AI Technical Summary

Problems solved by technology

[0006] Even if you choose to purchase brand-new digital equipment from abroad to build a new production line, you will not only face high costs and huge investment, but also may not be able to achieve full-line data connectivity, and the phenomenon of unaccustomed advanced equipment often occurs

Moreover, there are a large number of existing production lines, so how to achieve low-cost digital transformation is a very important issue now

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