Using a laser, the robot can make highly accurate welds and position itself for each one a lot faster than it could if it were spot-welding in the normal way.
与传统方法相比，利用激光，机器人可以高精度高效率的完成焊接。
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。
LaserMotive, the Seattle company that designed the Pelican’s laser system, won $900, 000 by powering a 5kg robot up almost a kilometre of cable dangling from a manned helicopter.
来自西雅图的激光动机公司（LaserMotive)最终夺得900000美元的奖金，激光动机公司制造的五公斤重的机器人在一根悬挂在有人驾驶的直升机上的绳子上面爬行了近一公里；需要特别指出的是Pelican的激光能量传输系统也是激光动机公司设计的。
Comau, an Italian robot specialist, now produces a 3d remote-laser welding system that helps make the new Fiat 500.
意大利机器人专家Comau，制造了一个3d遥控激光焊接系统，已被用于菲亚特500的制造中。
This paper introduces the laser interferometer for measurement of displacement and vibration for industrial robot.
本文介绍的是用于工业机器人检验的激光干涉测量法。
A robot can be used for noncontact measurements when a laser displacement sensor is fixed to its end-link.
在自由度冗余的机器人末端连杆上安装激光位移传感器可实现灵活的非接触测量。
This paper presents a robot mapping and self - localization method based on planar laser measurement in rescue environment.
提出一种救援环境下基于激光测距仪的机器人定位以及建图的方法。
Due to the flexible beam guidance of the fiber laser, robot, scanner and fiber laser are forming a perfect team for those application tasks.
由于光纤激光器灵活的光束导向，机器人、振镜系统以及光纤激光器本身构成了一个完美的整体，以完成上述的应用任务。
A set of laser detection system in welding robot is developed in this paper.
研制了一套弧焊机器人激光检测系统。
At the same time the laser range finder, sonar, radar, GPS and other advanced sensor development in the mobile robot is also widely used.
同时激光测距仪，声纳，雷达，GPS等先进传感器的在移动机器人的开发上也得到了广泛应用。
Here you can see different accessories for robots such as, laser guns, swords, missile and other weapons a robot might carry.
这里你可以看到机器人各式不同的配件，像是雷射枪、刀剑、飞弹还有其它机器人可能会佩带的武器。
It perfealy integrared the world famous ABB robot arm and fiber laser welding macHine that can realize aucomated production t. the maximum.
采用世界著名的ABB机械手与光纤传导激光焊接机完美结合，可最大程度实现生产的自动化；
At the same time, a dynamic adaptive filter is designed to reduce the noisy disturbance in range measurement of obstacles by analyzing the ranging data of laser scanner in the robot motion.
同时，通过移动机器人运行过程中激光雷达的测距数据分析，设计了动态自适应滤波器以消除障碍检测中的测距噪声干扰。
This speech introduces the advantages of ABB's advanced robot laser technologies-robot laser welding, laser cutting and laser tracking, along with their realization in several industrial areas.
本报告将介绍ABB高端机器人激光生产技术——包括激光焊接、激光切割及激光跟踪等的特点，及其在不同工业领域的应用。
The paper discusses a new mobile robot localization method by means of fusion of a 2-D laser scanner and omni-directional vision.
讨论了通过二维激光传感器和全维视觉传感器提取数据融合技术进行移动机器人定位的新方法 。
The experiments results show that fiber laser based on highly flexible robot can easily obtain high-quality laser welding of body-in-white in 3-D space.
实验结果表明：光纤激光器配合高柔性机器人，可以实现白车身三维空间内的高质量焊接；
In this paper, a new localization method for mobile robot is developed based on a laser range finder.
提出一种基于激光测距雷达的移动机器人定位新方法。
With motion sensors, cameras, a laser and infrared system, the robot is able to plot paths through an environment or create a 2d map.
与运动传感器，照相机，激光和红外线系统，机器人能够通过环境绘制路径或创建2d地图。
According to resolved-rate algorithm, the control commands of hand controller and laser vision sensor are summed in robot controller to control the 6 degree of freedom respectively.
根据解析速率控制算法，把手控器的控制命令与激光视觉传感器的自主控制命令在人控制器中进行融合，控制焊枪的六个自由度。
A local map building method based on laser data adaptive curvature estimation is presented for mobile robot in unknown structured environment.
针对未知环境中机器人局部地图的构建问题，提出一种激光测距的离散数据自适应曲率估计算法。
A local map building method based on laser data adaptive curvature estimation is presented for mobile robot in unknown structured environment.
针对未知环境中机器人局部地图的构建问题，提出一种激光测距的离散数据自适应曲率估计算法。
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