1.
Research on Industrial Robot Working Path Planning Based on the Machine Vision;
基于机器视觉的工业机器人作业路径规划研究
2.
Sliding Mode Control on the Balance Device of the Working Gesture of Underwater Robot
水下机器人作业平衡机构的滑模控制
3.
Research on Robot Operating System Based on Visual Servoing
基于视觉伺服的机器人作业系统研究
4.
Robot Operating System Peripheral Device Controller Development
机器人作业系统周边装置控制器的开发
5.
Research on Working Path Planning and Off-Line Programming of Industrial Robot;
工业机器人作业路径规划和离线编程研究
6.
Effects of Camera Assembly Angle to Robot Working;
摄像头安装角度对机器人作业的影响分析
7.
Project Analysis of Spray Glue for Car Class Using Robot;
轿车挡风玻璃涂胶机器人作业方案分析
8.
An intelligent optimization algorithm for robot task scheduling
一种求解机器人作业调度的智能优化算法
9.
Design and Simulation Studies of Industrial Cobot;
工业人机合作机器人设计及仿真研究
10.
Machines have replaced human labour in many industries.
在很多工业中, 机器已取代了人力操作.
11.
Study on the Impedance Control for Robotic Deburring;
机器人毛刺修理作业的阻抗控制研究
12.
Analyse and Control of Redundant Arms of Power-On-Live Robot;
带电作业机器人冗余臂的分析与控制
13.
A Design Scheme of a Multi-function Robot for Sewage Pipes
污水管道多功能作业机器人设计方案
14.
Industrial robots can outwork humans [skilled labor].
工业机器人能工作得比人 [熟练的工人] 更快速。
15.
the working population; the ratio of working men to unemployed; a working mother; robots can be on the job day and night.
就业人口；就业与失业之间的比例；工作的母亲；机器人可以日夜工作。
16.
Development of Controlling System of Manipulator of Mobile Robot for Pruning Hedge;
绿篱作业移动机器人执行机构控制系统研究
17.
Cooperative operation planning of arc-welding robot and NC positioner
弧焊机器人与数控变位机协同作业规划
18.
Nowadays, Britain has 120 robots at work in industry.
目前，美国的工业中有120个机器人在工作。