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A new ore pass repair method based on cavity auto scanning laser system accurate detection technology

机译:基于腔体自动扫描激光系统精确检测技术的矿石通过修复新方法

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摘要

Due to the limitation of traditional detection technology, it is hard to obtain the real shape of ore pass. The models thus obtained are often distortion, and the treatments are often poorly targeted. Based on the accurate 3D point cloud data by using cavity auto scanning laser system, the paper puts forward a new ore pass repair method - the key points protecting shell method. The research established and analysed the 3D model of ore pass before and after damage by integrating cavity auto scanning laser system with the modelling and analysis software. Analysis results show that the method not only can restore the system function of the ore pass effectively, but also solve the problem of impact protection of recovered ore pass simultaneously. The implementation result shows that it is an efficient and feasible new treatment which breaks the conventional ideas.
机译:由于传统检测技术的局限性,很难获得矿石通行证的真实形状。这样获得的模型经常是失真的,并且治疗的针对性常常很差。基于腔自动扫描激光系统,基于准确的3D点云数据,提出了一种新的矿石通过修复方法-关键点保护壳法。该研究通过将腔体自动扫描激光系统与建模和分析软件相集成,建立并分析了矿石通过前后的矿石3D模型。分析结果表明,该方法不仅可以有效恢复原矿通道的系统功能,而且可以同时解决回收原矿通道的冲击防护问题。实施结果表明,它是一种有效可行的新方法,打破了传统观念。

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