Intelligent management/control/maintenance cloud platform architecture for sintering production process flow

Abstract

The invention relates to the technical field of intelligent informatization of sintering production, in particular to an intelligent management / control / maintenance cloud platform architecture for a sintering production process flow, which can realize big data sharing and redundancy under an information security condition, improve information analysis and operation maintenance efficiency and guide and optimize process operation and production management in real time. The architecture includes a process equipment layer, a parameter interface layer, a data platform layer, a production application layer and an intelligent decision-making layer. The process equipment layer comprises production equipment and an information acquisition device; the parameter interface layer comprises an industrial gateway and a switch, and realizes data access and management functions; the data platform layer comprises a data preprocessing and data storage sub-layer, a data modeling sub-layer and a service sub-layer; the production application layer comprises intelligent analysis, prediction and model sintering industry intelligent control and application software and environment; the intelligent decision-making layer carries out intelligent informatization processing of process optimization and scientific decision making, and intelligent optimal operation in the sintering production operation process is achieved.

Description

technical field [0001] The invention relates to the technical field of sintering production intelligent information technology and intelligent cloud platform, in particular to an intelligent management / control / maintenance cloud platform architecture for a sintering production process flow. Background technique [0002] The traditional way of information management, control and maintenance of sintering production process is that a server or computer runs a production application or a database, owns its own information resources and does not interfere with other servers; this divides the entire sintering process information system into multiple parts. The information island architecture of independent subsystems leads to low data sharing efficiency, high information security risks, high operation and maintenance costs, untimely information analysis, and production operations based on experience and only for local processes, resulting in high labor costs and process parameters. ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the prior art, the present invention provides an intelligent management / control / control of the sintering production process that can solve the problems of low data sharing efficiency, high information security risks, high operation and maintenance costs, untimely information analysis, and inability to guide production in real time. Maintain cloud platform architecture

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