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Application test of a Detection Method for the Enclosed Turbine Runner Chamber

机译:封闭式汽轮机腔室检测方法的应用试验

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At present, for the existing problems of the testing methods for the key hidden metal components of the turbine runner chamber, such as the poor reliability, the inaccurate locating and the larger detection blind spots of the detection device, under the downtime without opening the cover of the hydropower turbine runner chamber, an automatic detection method based on real-time image acquisition and simulation comparison techniques was proposed. By using the permanent magnet wheel, the magnetic crawler which carry the real-time image acquisition device, could complete the crawling work on the inner surface of the enclosed chamber. Then the image acquisition device completed the real-time collection of the scene image of the enclosed chamber. According to the obtained location by using the positioning auxiliary device, the position of the real-time detection image in a virtual 3D model was calibrated. Through comparing of the real-time detection images and the computer simulation images, the defects or foreign matter fall into could be accurately positioning, so as to repair and clean up conveniently.
机译:目前,对于涡轮机转轮腔室的钥匙隐藏金属部件的测试方法的存在问题,例如可靠性差,在停机时的可靠性差,不准确的定位和检测装置的较大检测百叶斑,而不打开盖子在水电汽轮机流道腔室中,提出了一种基于实时图像采集和仿真比较技术的自动检测方法。通过使用永磁轮,携带实时图像采集装置的磁性履带,可以完成封闭室的内表面上的爬行工作。然后,图像采集设备完成了封闭室的场景图像的实时收集。根据所获得的位置通过使用定位辅助装置,校准了虚拟3D模型中的实时检测图像的位置。通过比较实时检测图像和计算机仿真图像,缺陷或异物落入可以准确定位,从而方便地修复和清理。

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