| 1. | Research of navigation and localization for robot working under water - coal slurry
集控式足球机器人目标快速识别及定位 |
| 2. | We also research encapsulation and airproof . of robot . because robot work in sea water
机器人在海水中工作，防腐和密封时必须考虑的。 |
| 3. | What ' s needed , he says , are huge numbers of robots working together at a molecular scale
他说，需要的是，巨大数字的机器人在一个分子标度共同努力。 |
| 4. | He has developed prototypes of robots that can walk or climb and perform tasks on the space station , which has been used as a model for robots working in today s international space station
徐教授所设计的能在太空站上行走操作的自助式机器人，是国际太空站上工作的机器人原模。 |
| 5. | It is very difficult for the designer to provide proper control parameters which can be used to help the multi - robot system consisting of many autonomous robots work cooperatively
对于由大量自主机器人组成的群体，如果采用由设计者提供合适的控制参数使之形成期望的协作行为，那是非常困难的。 |
| 6. | Raster to use robots work space division , with the serial number identification grid , and the serial number as this robot path planning parameters of the code to shorten the length coding
采用栅格对机器人工作空间进行划分,用序号标识栅格,并以此序号作为机器人路径规划参数编码,缩短了编码长度。 |
| 7. | In the system of intelligent domestic cleaning robot , auto cleaning , docking charge while batteries are exhausted and so forth assignments are achieved by charge station and the robot working together
在智能家庭清扫机器人系统中,充电站与机器人共同完成自动清扫、电池电能即将耗尽时的对接充电等任务。 |
| 8. | With the development of robotics , the robots are used as assembly tools in fms . how to make robot work well in assembly and the assembly sequence planning will be the urgent problem to solve we face now
随着机器人技术的发展，其中以机器人为装配工具的柔性装配? ?机器人装配及其装配规划，日益成为制造自动化中急待解决的问题。 |
| 9. | The virtual robot model is built using pro / e and then the model is transferred to adams using m / pro . two representative robot work mode are simulated and the paper gives the joint angle curves and joint velocity curves
用pro / e软件建立机器人的虚拟三维装配模型,利用pro / e和adams之间的无缝连接软件m / pro将pro / e里的模型导入adams软件中。 |
| 10. | Located 3 km below the ocean ' s surface and 120 km offshore , the deposit is beyond the reach of humans and all of the construction has to be completed by robots working against strong underwater currents , sub - zero temperatures and extreme wind and wave conditions
这座天然气田位于海底三公里处，离挪威陆地有一百二十公里远；光靠人力很难成事，因此埋设管线的工作只好交给机器人，由它们来对抗海流、酷寒、强风与大浪。 |
