Often the rudder is controlled in flight by one or more automatic yaw dampers, robot devices which, together with many others, handle corrections on modern airliners.
通常在飞行中方向舵都是有一个或多个自动偏航阻尼器控制的，在现代飞机上，自动装置和其他的装置一起处理偏航修正。
Some robots are also set up from hand-held devices called “pendants”, which can often program more than one robot at the same time.
一些机器人被一种叫做“pendants”的手提设备管理，它能同时控制多个机器人。
"Companion" devices such as the Pepper robot are being increasingly used to provide stimulation to elderly people, particularly in Asian countries such as Japan.
诸如“胡椒”机器人之列的“伴侣”装置正在越来越多地被用于为老年人提供刺激，尤其是在日本等亚洲国家。
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。
Pipe arc welding robot is one of the advanced devices.
管道弧焊机器人就是其中一种较为先进的设备。
Navigating robot is installed in front of the catheter initiative to achieve bending and steering function devices.
导向机器人则是安装在自主导管前端的实现主动弯曲和转向功能的装置。
Cable robot is a kind of climbing robot which can carry some relevant devices to do work in the high sky.
缆索机器人是一种能够携带相关设备攀爬缆索并对其进行高空作业的爬行机器人。
The robot can sweep the dust on the surface of the water-climbing tubes and measure the thickness using the devices installed on the robot.
机器人本体上安装有清扫和检测装置，实现对管壁的灰尘清扫和壁厚检测。
We selected the S3C44B0X embedded microprocessor and configured image acquisition and motor driver peripheral devices to set up the hardware platform of robot vision system.
以嵌入式微处理器S3C44B0X 为中心，配置图像采集和电机驱动等外围器件，构建了机器人视觉系统的硬件平台；
"Companion" devices such as the Pepper robot are being increasingly used to provide stimulation 15 to elderly people, particularly in Asian countries such as Japan.
诸如“胡椒”机器人之列的“伴侣”装置正在越来越多地被用于为老年人提供刺激，尤其是在日本等亚洲国家。
Instead of the absorbing devices, the robot depends on grasping-holding pivots to move on vertical or declining walls.
这种机器人没有吸附装置，而是通过机器人与壁面构成高可靠性的抓持铰实现在垂直、倾斜的壁面上移动。
The seal technology studied in this paper is to make use of a certain physical rule, some technology and devices to get some local environment, which is needed by underwater micro-robot.
本文所讨论的密封问题是指：利用一种物理规律，通过某种技术和装置，实现微小型水下机器人需要的局部环境，水密性研究也是微小型水下机器人的一项非常关键的技术。
The architecture of Internet robot with mobile devices is presented and the security mechanisms and human-robot interaction way is designed.
提出了一种基于移动设备的网络自主机器人系统的体系结构，设计并实现了系统的安全机制以及人-机器人交互方式。
The architecture of Internet robot with mobile devices is presented and the security mechanisms and human-robot interaction way is designed.
提出了一种基于移动设备的网络自主机器人系统的体系结构，设计并实现了系统的安全机制以及人-机器人交互方式。
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