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首页> 外文期刊>EURASIP journal on applied signal processing >Detection of Noncircularity and Eccentricity of a Rolling Winder by Artificial Vision
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Detection of Noncircularity and Eccentricity of a Rolling Winder by Artificial Vision

机译:人工视觉检测卷绕机的非圆度和偏心度

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摘要

A common objective in the web transport industry is to increase the velocity as much as possible. Some disturbances drastically limit this velocity. Time-varying eccentricity of the rolling winder is one of the major disturbances which affect the quality of the rolling winder. This unsuitable factor can lead to a web break for a high-speed winding process. The main contribution of this work is to offer a new measurement technique that is able to provide on-line the estimation of the roll radius and its variations with a subpixel accuracy. A key feature within this work is the contour curvature classification by means of wavelets decomposition of the edge orientation function. We also propose a new model accounting for the increasing radius of the rolling winder, which confirms the experimental results and the reliability of the proposed approach.
机译:网络运输行业的共同目标是尽可能提高速度。一些干扰极大地限制了该速度。卷绕机的时变偏心率是影响卷绕机质量的主要干扰之一。这个不合适的因素会导致高速卷绕过程中的幅材断裂。这项工作的主要贡献是提供了一种新的测量技术,该技术能够以亚像素精度在线估算滚动半径及其变化。这项工作的关键特征是通过边缘方向函数的小波分解对轮廓曲率进行分类。我们还提出了一种解决滚动收卷机半径增加的新模型的方法,该模型证实了实验结果和所提出方法的可靠性。

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