Cloud-based fused magnesia smelting process mobile monitoring system and method

Abstract

The invention provides a cloud-based fused magnesia smelting process mobile monitoring system and a cloud-based fused magnesia smelting process mobile monitoring method, which relate to the field of industrial process monitoring technologies. The cloud-based fused magnesia smelting process mobile monitoring system comprises a local server, a cloud server and a mobile terminal, wherein the local server transmits magnesia smelting data of a local monitoring system in a factory to the cloud server in real time; the cloud server stores and updates the real-time data acquired in field, runs a message pushing server-side program and an algorithm program, and provides data access and auxiliary decision support for the mobile terminal; and the mobile terminal is mainly used for displaying states and data, providing data for the cloud server and requesting the server to perform calculation, and returning and displaying a calculation result. According to the cloud-based fused magnesia smelting process mobile monitoring system and the cloud-based fused magnesia smelting process mobile monitoring method, the APP mobile monitoring system with complete function and convenient use is established, and the timely and intuitive magnesia smelting process can be provided for enterprise managers anytime and anywhere, thereby providing the auxiliary decision support for the operators.

Description

technical field [0001] The invention relates to the technical field of industrial process monitoring, in particular to a cloud-based mobile monitoring system and method for fused magnesia smelting process. Background technique [0002] Fused magnesia is an excellent high-temperature electrical insulation material, which is widely used in metallurgy, chemical industry, aviation, aerospace and other major industries. Fused magnesia furnace is a kind of submerged arc furnace, which is the main equipment for smelting fused magnesia. Due to objective reasons such as backward production equipment and production technology, as well as insufficient monitoring and management level in the production process, the phenomenon of "high energy consumption, low output, and low quality" often occurs in the magnesia production process. In order to reduce the waste of resources and improve the efficiency of production management and maintenance, it is necessary to develop a mobile monitoring ...

AI Technical Summary

Problems solved by technology

[0003] The existing fused magnesia furnace monitoring scheme is still based on local monitoring, and the monitoring site is limited to the enterprise substation. Managers cannot conduct long-distance online monitoring of the current magnesia smelting process in a timely manner, resulting in the inability to monitor production in a timely manner. effective decision making

In addition, the monitoring efficiency of local monitoring means is low, and due to the limited knowledge of on-site operators, it is difficult to effectively adjust the current setting value with the help of the existing monitoring system, which eventually leads to production indicators that cannot meet the requirements

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