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Application of 3D laser scanning technology in engineering field

机译:3D激光扫描技术在工程领域的应用

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摘要

With the continuous progress of computer and laser measurement technology, non-contact measurement based on laser scanning technology has been more and more applied in the industrial production process. Since the 1990s, 3D laser scanning technology used as a new technology has been developed rapidly. The 3D laser scanning technology, also known as High Definition Surveying (HDS), was based on the principle of laser ranging. The technology on the surface of a measured object can record some features of large dense points, including 3d coordinates, reflectance and texture information, so as to rapidly reconstruct 3D models of a measured target and various map data such as the line, the surface and the body. Meanwhile, it is a revolutionary leap that the technology improves the traditional single point measurement to the surface measurement, and realizes the digital reconstruction of the objects. Especially, for some conditions such as contact measurement and complex component detection that cannot be measured, 3D laser scanning technology has a natural advantage in the field of industrial design and measurement .
机译:随着计算机和激光测量技术的不断进展,基于激光扫描技术的非接触式测量越来越多地应用于工业生产过程。自20世纪90年代以来,用作新技术的3D激光扫描技术已迅速发展。 3D激光扫描技术,也称为高清测量(HDS),基于激光测距的原理。测量物体表面上的技术可以记录大密集点的一些特征,包括3D坐标,反射率和纹理信息,以便快速重建测量目标的3D模型和诸如线路,表面和地面的各种地图数据身体。同时,这是一种革命性的飞跃,该技术将传统的单点测量改善到表面测量,并实现了物体的数字重建。特别是,对于诸如无法测量的接触测量和复杂的组件检测的某些条件,3D激光扫描技术在工业设计和测量领域具有自然优势。

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