The paper analyses optical and circuit system of laser scan micrometer.
对激光扫描测量系统的线性进行了系统的分析；
A high precision scanner used in con focal laser scan microscopes is described in the paper.
本文叙述了一种用于共焦激光扫描显微镜的高精度扫描器。
It is equipped with an advanced GPS and laser scan technology for intelligent 3d geometrical navigation.
该车装备有先进GPS和激光扫描技术，用于智能3d几何导航。
The acquisition of a range map by image- based analysis or laser scan techniques is still time-consuming and expensive.
通过基于图像的分析或者激光扫描技术来获取场景的深度图， 其代价高昂且十分耗时。
The paper analyses optical and circuit system of laser scan micrometer. And high-level laser scan micrometer has been developed.
并对激光扫描测微仪光学系统和电路系统进行了分析，最终成功研制激光扫描测微仪产品。
METHODS: By the CNC laser scan system, the wax pattern of full crown was scanned and the 3d shape was retrieved in the computer.
用CNC镭射扫描系统，将全冠的蜡型进行扫描，在计算机中形成全冠的三维图像。
The accuracy of this method depends on the amplification times and the distance of the neighbour sections of Laser Scan 'ning Microscope is.
这些三维信息的准确程度与激光扫描显微镜所选用的放大倍数、截面间距有关。
In this paper 3-d reconstruction of three kinds of visual microstructures by means of a confocal laser scan microscope system is introduced.
本文介绍利用共聚焦激光扫描显微镜系统进行的三种动物视觉显微结构的三维重建。
This paper introduces the study and experiment of the usage of 3d laser scan technology in spatial information collection of historic building.
本文介绍了三维激光扫描技术应用于历史建筑现状空间信息采集方面的研究和实验。
Laser scan imaging and shifting principle, and triangle measuring approach for the transmission flow are described based on the image analysis.
描述了基于图像分析的传输流量检测的激光扫描成像偏移原理和三角测量方法。
In this paper, the principle of a confocal laser scan microscope system and its advantages compared with conventional microscope are introduced.
本文介绍了共聚焦激光扫描显微镜系统的工作原理及其优良性能。
Using a light-stripe 3D laser scanning system to scan the desired pose of body, human's three-dimensional coordinates are obtained without loss.
应用线结构光激光三维扫描仪对特定站姿的人体进行扫描，获得完整三维人体点云。
This research USES long range 3d laser scanner to scan building construction, in order to record point cloud information in a non-synchronous manner.
本研究主要利用长距离3d雷射扫瞄器针对建筑工程进行扫描，从纪录下来之点云资料进行非同步的工程管理作业。
Finally, 3d laser scan data organization and visualization system is achieved, Verify the efficiency and feasibility of three kinds of indexing methods.
最后，编程实现了三维激光扫描数据组织与可视化系统，验证了三种索引方法的效率及可行性。
The paper has introduced the theory of measurement and whole constitute of the system including laser scan inspection system and grating displacement closed loop inspection system.
文中介绍了光电二维自动检测仪的测量原理和系统构成，包括激光扫描系统、光栅位移检测闭环控制系统。
Reverse Engineering can be used to reconstruction the prosthesis. The 3d surface information of the prosthesis can be collected by the laser scan system and there is no blind area.
利用反求工程可以实现修复体的三维重建，激光扫描法可以快速收集修复体的三维表面信息，精度高，并且没有测量盲区。
With the coming forth and extensive application of the 3d laser scanner in the surveying and mapping field, the processing of massive 3d laser scan data has become one of the nasty solvable problems.
随着三维激光扫描仪的出现及在测绘等领域的广泛应用，对海量三维激光扫描数据的处理已成为的亟待解决的技术难点之一。
The airborne laser scan system for acquiring 3d terrain data directly is better than the conventional survey. There are the advantages of high precision, high density, and high efficient and low cost.
激光三维扫描技术可以直接获取地面三维数据，比传统测量方法具有高精度、高密集、高效率和成本低的优点。
But another machine in the plant, which USES a laser to scan the passing material, can sort plastic by type and colour with great accuracy.
但是工厂里的另一套设备则不一样了。其利用激光对经过的材料进行扫描，按照塑料的种类和颜色进行分类，且准确率极高。
The IBM groups have solved this by using a laser to scan back and forth across the glass, preventing the build up of static electricity.
IBM科研小组用激光来回扫描玻璃片解决这个难题，成功防止了静电聚积。
The robot "sees" the 3D models of objects based on the laser on its front it uses to scan for things.
该机器人“看到”物体的三维激光在其前面的模型，它使用扫描的东西。
Laser-scan system has virtual view of Stonehenge details.
激光扫描系统可以对巨石阵的细节部分进行扫描成像。
They say that their backward laser would, for example, make it much easier to scan the atmosphere for signs of methane in the case of a ruptured gas pipe.
他们说他们的后向激光可以，例如，在气体输运管道破裂的情况下使探测大气中的甲烷信号变得更容易。
Many laser measuring devices have setting which shows minimum and maximum dimensions; the operator must merely scan the dot along an edge. This is helpful for taking diagonal measurements.
许多激光测量设备有显示最小和最大尺寸的设定；操作者必须只能沿着边缘点扫描。在测量对角线长度的时候这一点非常有用；
This paper brief describe principle of scan laser out diameter gauge in which have successfully used production line. Correlated analysis and discussion are gaven.
本文简述应用于动态生产线上的激光扫描外径测量仪器之检测原理，并给出有关分析与讨论。
This paper brief describe principle of scan laser out diameter gauge in which have successfully used production line. Correlated analysis and discussion are gaven.
本文简述应用于动态生产线上的激光扫描外径测量仪器之检测原理，并给出有关分析与讨论。
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