Intelligent remote cloud measurement and control system for strip shape

Abstract

The invention provides an intelligent remote cloud measurement and control system for strip shape. The system comprises a controlled cloud client, a cloud server platform and a master control client. The controlled cloud client finishes field operation of strip shape signal acquisition and control, etc. The cloud server platform finishes classification, statistics evaluation and data storage of the strip shape signal and furthermore establishes an intelligent database. The controlled cloud client finishes online chart display of the strip shape, online printing, offline model simulation analysis, remote switch control for executing a command, interface protocol expansion, etc. The intelligent remote cloud measurement and control system can perform centralized management for a plurality of remote clients by means of a cloud server, thereby realizing remote control, remote maintenance, remote assistance and remote training for a strip shape system. A cloud server and the multiple distributed clients are utilized for applying data storage and parallel control in strip shape measurement and control process of a plurality of rolling mills. A high-efficiency, safe and reliable management mode is established. A remote early-warning capability and an intelligent measurement and control capability are improved. Furthermore automation degree, production efficiency and production quality are improved.

Description

technical field [0001] The invention relates to the field of automatic measurement of strip rolling, in particular to a remote intelligent measurement and control system suitable for metallurgical products such as steel strips, aluminum strips, and copper strips. Background technique [0002] At present, shape measurement and control is a high-end technology and research hotspot to improve the quality of strip shape. Most of the industrial sites still adopt the traditional stand-alone flatness measurement and control mode, that is, a rolling mill is equipped with a completely independent flatness measurement and control system, including flatness detection rollers, upper computer, lower computer complete set of hardware, communication interface and software system . [0003] In the actual production process, in order to achieve a better application effect, the single-machine flatness measurement and control system not only requires long-term production experience accumulati...

AI Technical Summary

Problems solved by technology

Considering the disadvantages of stand-alone measurement and control system, such as poor compatibility of hardware, short communication distance, large amount of communication data, frequent interaction, low programming efficiency and difficult replacement, it is necessary to develop a new type of intelligent shape measurement and control system.

Images