State Recognition Method of Heat Treatment Process Based on PLR

Dawei Fan, Yi Hu, Yanxin Li, Weiran Liu
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Abstract

Temperature can change the chemical composition and internal structure of metals during heat treatment processing, which is the decisive factor affecting the quality of processing devices. Aiming at the trend change of temperature in the process of heat treatment, a state recognition method based on piecewise linear representation of time series is proposed. The method first extracts the turning point according to the angle change of the time series temperature data, then divides the trend segment of the original data by turning point, then uses bottom-Up algorithm to merge the trend segment to obtain the segmented linear representation, trains the SVM classification by the statistical characteristics of the segmented data, and finally obtains the processing state of the heat treatment process. Taking the actual data of a unit heat treatment workshop site as an example, the effectiveness of this method is verified by experimenting with the proposed method.
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基于PLR的热处理过程状态识别方法
在热处理加工过程中,温度可以改变金属的化学成分和内部结构,是影响加工装置质量的决定性因素。针对热处理过程中温度的变化趋势,提出了一种基于时间序列分段线性表示的状态识别方法。该方法首先根据时间序列温度数据的角度变化提取拐点,然后用拐点对原始数据的趋势段进行划分,然后使用自下而上的算法对趋势段进行合并,得到分段的线性表示,利用分段数据的统计特征训练SVM分类,最后得到热处理过程的处理状态。以某单位热处理车间现场的实际数据为例,通过实验验证了该方法的有效性。
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