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Robot Tracking System Research Basing On Optical Sensors

机译:基于光学传感器的机器人跟踪系统研究

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With the continuous development of Computer Vision and a variety of advanced seam imagingequipment, the information contained in the seam image is very rich. It is of great significance forindustry automation system. Single image feature is difficult to fully express seam image content.Multi- feature fusion has become a natural way to extract the seam image features. It cancomprehensively utilize the seam image information to gain more rapid and accurate understanding ofwelding images.From low to high, information fusion can be divided into three levels. The feature-level fusion not onlykeeps the most original information, but also overcomes the unstable and large characteristics oforiginal data. Fusion feature can be effectively used in seam image recognition.This paper designs an automatic laser arc hybrid welding system basing on optical sensors. The systemhas the function of automatic control, which is convenient for setting and adjusting parameters, and thewelding attitude control is stable and accurate. To a certain extent, it solves the problems of highrequirements and poor adaptability of laser welding system in practical application, and improves theengineering adaptability of laser-arc hybrid welding.
机译:随着电脑视觉的不断发展和各种先进的缝成像设备,接缝图像中包含的信息非常丰富。这对此具有重要意义工业自动化系统。单个图像特征难以完全表达缝线图像内容。多种特征融合已成为提取缝隙图像特征的自然方式。它可以综合利用SEAM图像信息来获得更快速和准确的理解焊接图像。从低到高电平,信息融合可分为三个级别。特征级融合不仅是保持最原始的信息,但也克服了不稳定和大的特征原始数据。可以有效地利用融合特征在缝图像识别中。本文设计了一种基于光学传感器的自动激光电弧混合焊系统。系统具有自动控制功能,方便设置和调整参数,以及焊接姿态控制稳定和准确。在一定程度上,它解决了高的问题激光焊接系统在实际应用中的要求和差的适应性,提高了激光电弧混合焊的工程适应性。

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