All of this will be a moot point once the robot armies rise to power and start pulverizing each other with scrap metal.
一旦机器人军队掌权并开始用废金属互相摧毁，所有这些都将成为争论点。
A robot needs to be able to power itself.
机器人需要能为自己提供动力。
He is building a four-wheeled robot that will run on solar and electric power.
他正在建造一个四轮机器人，其将依靠太阳能和电力运行。
With any power source, make sure you use a good robot power regulation circuit to help control power to your robot.
使用任何的电源，都要确保使用一个好的机器人功率调节电路去帮助你控制你的电源。
The panel on the climbing robot, about the size of a coffee tray, harvested enough power to run a small lawnmower.
攀爬机器人身上的控制器约咖啡托盘大小，却能产生足够的电源驱动一个小型除草器。
A robot operating system works only for a robot with massive processing power.
机器人操作系统只适用于具有强大处理能力的机器人。
Crawling along: This illustration shows a robot designed to inspect transmission infrastructure while crawling along power lines.
爬行：这幅图显示一个设计用来巡查输电设施的机器人正沿着电力线爬行。
Initially, the plan to power the robot involved covering its surface with solar cells that would charge a lithium polymer battery inside.
最初计划用覆盖在机器人表面的太阳能电池板给内部的锂聚合物电电池充电来给机器人供电。
The challenge is doing it under 150 atmospheres of pressure with the tools and lights of a robot mini-submarine that gets its power and instructions by way of a cable.
使用机器人迷你潜水艇上的工具，借助其灯光，在150个大气压下工作，才是真正的挑战。这个迷你潜水艇通过一根电缆获得能源和指令。
To illustrate the advantages of using the design pattern, imagine that after a while, these robots have discovered that they shouldn't power down while being in robot mode.
为了演示使用设计模式的优点，假定不久以后，这些机器人发现它们不应在处于机器人模式时关闭。
But building a tiny, lightweight flying robot is tough when you need a power supply — like an onboard battery — to keep the MAV flying.
然而研制这种微小、轻型的飞行器是很困难的，因为必须要有如板载电池这样的电源供电才能维持它的飞行。
It is widely used for automobile, railway vehicle and power engine in ship, aviation and industry fields, robot, electronic equipment, instrument and apparatus, chemical mechanism.
广泛应用于汽车、铁道车辆以及舰船、航空、工业等领域的动力机械、机器人、电子设备、仪器仪表、化工机械等设备。
It will set up ar model, analyze power spectrum, and calculate transfer function and delay time, thus several fundamental problems in the research of robot wrist sensor can be solved.
建立了AR模型，分析了功率谱，计算了传递函数和滞后时间，解决了机器人腕力传感器研究中的若干基础性问题。
One aim of the research is to develop a means whereby severely paralysed patients could control the movements of robot arms and other devices by the power of thought alone.
这项研究的目标之一就是研发一种方法，通过它，严重瘫痪的病人可以单用思维能力控制机器人的手臂和其它装置。
When the fluid is liquid and its speed is more than 0.3l, the micro piping robot can move in pipe and obtains some electric power when it stops.
当流体为液体、流速的值大于0.3L时，微管道机器人能在管内运动，并且其静止时能从管内流体获得一定的电能。
This paper presents a brief introduction to the newly developed magneto adsorptive wall-climbing robot for cleaning and inspecting wall tube of boilers in thermal power station.
介绍新研制成功的应用于火力发电站的锅炉水冷壁清扫、检测永磁吸附爬壁机器人。
The paper gives the whole control system design of the in-pipe robot, which includes electro-magnet drive module, CPLD patulous module, wireless communications module, power module.
介绍了机器人控制系统的总体设计方案，包括电磁铁驱动模块、CPLD扩展模块、无线通信模块、电源模块等。
Gait of humanoid robot is optimized and analyzed by introducing three energy consumption indexes: mean power, mean power derivation and mean torque consumption.
通过引入基于平均功率、平均功率偏差、平均力矩损耗三个能耗指标对拟人机器人步态进行了优化与分析。
A dynamics model of the robot is used to analyse the driving torque of each joint, and the driving power of motors are decided based on the analysis results.
利用两足步行椅机器人动力学模型，分析了各关节的驱动力矩，以此确定了驱动电机的功率。
According to the power demand for the robot outdoors, the fuel cell powered robot based on 32 bit microcontroller is designed.
针对野外作业机器人面临的能源动力问题，设计了基于32位微控制器的燃料电池驱动机器人系统。
This thesis is based on this background to do an in-depth study on target detection and tracking method for overhead power lines inspection robot.
本论文正是基于这一背景下，对架空电力线路巡检机器人目标的检测与跟踪方法做了研究。
So although CHARLI's circuit boards and some of the power boards are custom-designed, the robot is made up of mostly off-the-shelf parts.
因此，尽管查理的线路板和某些电源板是定制的，这个机器人大部分仍是由有现成材料制成的。
This product is suitable for power and control system cable of underground tunnel shield construction machine and all kinds of robot, manipulator and possesses good flexural properties.
本产品使用地铁隧道盾构机和各类机器人，机械手的动力和控制系统的电缆，具有良好的弯曲性能。
Due to the nonlinearity of the robot system, position controller USES the parameter self-adjusting fuzzy control strategy, which assures good pose regulating power.
针对清刷机器人水下作业的非线性特点，采用参数自调整模糊控制策略设计了位置模糊控制器，保证了机器人具有良好的姿态调节能力。
The positive algorithm of robot positions is solved by the same power transformation matrix method, while the negative algorithm adopts interpolating method ensuring the position only.
机器人位置问题正解采用齐次变换矩阵法解算，逆解采用只保证位置的插值算法。
A novel drive mechanism named micro-elastic mesh wheel was developed to transfer power between the cross axes in a limited space by in-tube micro robot.
为解决管道微机器人在微小空间内的交叉轴传动问题，研制了微小弹性啮合轮的传动机构。
Taking the device of power convertor-dynamotor by itself, the robot works and moves using the self-energy of fluid.
该机器人携带动力转换装置即发电机，并利用流体自身能量来运动和工作。
Pictures show the robot walking, lifting heavy weights, using power tools, performing press-ups and even driving with Russian experts hoping it will one day be able to help build a base on the moon.
图片显示，这个机器人能行走、举重、使用电动工具、做俯卧撑，甚至还能开车。俄罗斯专家希望他未来能够帮忙建立月球基地。
Pictures show the robot walking, lifting heavy weights, using power tools, performing press-ups and even driving with Russian experts hoping it will one day be able to help build a base on the moon.
图片显示，这个机器人能行走、举重、使用电动工具、做俯卧撑，甚至还能开车。俄罗斯专家希望他未来能够帮忙建立月球基地。
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