Data mining and state monitoring in hot rolling

L. Cser, A. Korhonen, J. Gulyás, P. Mantyla, O. Simula, G. Reiss, P. Ruha
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引用次数: 10

Abstract

An overview of state monitoring in hot rolling is reviewed, and a new concept of state monitoring is shown. Based on a detailed analysis of all factors a state monitor is proposed. A system state corresponds to the proper product quality. If the system is leaving the area of required quality in the state space, a signal is given with the evaluation of situation. Self-organising maps (SOM) are especially suitable in analysing the very complex process of hot rolling. Application of SOM helps to discover hidden dependencies influencing the quality parameters, such as flatness, profile, thickness and width deviation as well as wedge and surface quality. Results from the analysis of more than 70 parameters in 16,000 strips gave the state space used in state monitoring based on online data sampling. The coloured visualisation map shows the state space enabling prediction of product quality.
热轧数据挖掘与状态监测
综述了热轧状态监测的研究概况,提出了状态监测的新概念。在详细分析各因素的基础上,提出了一种状态监视器。系统状态对应于适当的产品质量。如果系统离开状态空间中所要求的质量区域,则给出一个带有情况评估的信号。自组织图(SOM)特别适用于分析非常复杂的热轧过程。SOM的应用有助于发现影响质量参数的隐藏依赖关系,如平面度、轮廓、厚度和宽度偏差以及楔形和表面质量。通过对16000条带钢70多个参数的分析,给出了基于在线数据采样的状态监测的状态空间。彩色可视化地图显示了能够预测产品质量的状态空间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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