Ultrasonic sensors are widely used in mobile robotics.
超声波传感器被广泛应用于机器人避障系统中。
Ultrasonic sensors are transmitting and receiving ultrasonic signals.
超声波传感器发射和接收超声波信号。
Ultrasonic sensors with discrete outputs and analog outputs are available as direct detection sensors.
超声波传感器的模拟输出与离散输出，并可以作为直接的检测传感器。
First, the robot's sensors - for example, touch sensors, light sensors, and ultrasonic sensors - take in information from its environment.
首先，机器人的传感器(例如接触传感器、光线传感器和超声波传感器)从它的环境中获得信息。
Thirdly, the least-square method based on relative error is proposed and used to fit the calibration curve of the ultrasonic sensors.
第三，提出了“基于相对误差的最小二乘法”，并将其应用超声波传感器标定的数据拟合。
The very simple match circuits of the ultrasonic sensors were obtained by analyzing the frequency properties of the ultrasonic sensors.
通过对超声波传感器频率特性的分析而求得一个十分简单的超声波匹配电路。
After the robots can implement motion tasks, the obstacle avoidance system is devised, using ultrasonic sensors and photoelectric sensors.
在移动机器人可以完成行走任务之后，利用超声波传感器和光电传感器为机器人系统建立避障系统。
It USES ultrasonic sensors and infrared cameras to locate trapped humans, and gently loads the injured person onto a cart to be transported to safety.
RoboCue不但能有利用超声传感器和红外摄像机定位受困对象，而且还能将伤员轻柔的放到救护车上，以转移到安全地带。
Through image obtained by CCD and distance by the group of ultrasonic sensors as assistant vision system, the whole vision system function is realized.
通过由CCD摄像机获得的彩色图像与超声波传感器组获得的距离作为辅助视觉系统实现整个视觉系统功能。
The multiple ultrasonic sensors system designed by us was successfully applied in the study and experimentation of digital agriculture research vehicle.
所设计的多超声波传感器系统已成功地应用于数字农业研究平台车的实验研究中。
A new data fusion method called obstacle group identification was proposed. This method is based on grid map created by using laser and ultrasonic sensors.
利用激光和超声波传感器在用栅格表示法形成地图的基础上，提出了进行数据融合以提取环境特征的新方法：识别障碍物群。
If the environment is known, we build its map with ultrasonic sensors in advance before navigation is performed, and then let mobile robot memorize this map.
针对已知狭窄空间，本文在移动机器人进行导航之前使用超声波传感器来建立一个准确的环境地形图，然后让移动机器人记住这个地形图。
The obstacle avoidance is detailed based on ultrasonic sensors rule of fuzzy control and courses of defuzzification, and the experimental result is produced.
介绍了超声避障系统的模糊控制规则和非模糊化，并给出了实验结果。
The utility model relates to an automobile falling back colliding preventing alarm device which is an alarm device especially suitable for ultrasonic sensors.
本实用新型涉及一种汽车倒退防撞报警装置，特别适用于超声波传感器的报警装置。
By using the operating mode of scan triggering, the interference between ultrasonic sensors is avoided, and the performance of real time detecting is improved.
超声传感器采用了扫描触发工作方式，既避免了相互间的交叉干扰，又提高了检测的实时性。
Distance measurement is realized by ultrasonic sensors, light intensity detection is achieved by photosensitive element, timer function is realized by 89c52's timer.
测距是利用超声波传感器来实现，光强检测是通过光敏元件实现，定时功能由89c52单片机定时器实现的。
By product, the market can be segmented into capacitive sensors, ultrasonic sensors, magnetic sensors, LVDT sensors, photoelectric sensors, inductive sensors, and others.
通过产品，市场上可以分割成电容传感器，超声波传感器，磁传感器，LVDT传感器，光电传感器，电感式传感器和其他。
To solve the differentiating obstacle problem of digital agriculture research vehicle, this paper brought forward a differentiating system which based on multiple ultrasonic sensors.
为了解决数字农业平台车的障碍物判别问题，提出了一种基于多个超声波传感器的判别系统。
Ultrasonic sensors, and other parts of the circuit design and the use of the fine performance of the AT89C51 Signal Chip Microcomputer design accuracy and speed played a positive role.
超声传感器等部分的电路设计以及使用了性能优良的AT 89 C 51单片机对设计的精度和速度方面起到了积极作用。
The orientation system of underwater robot captures the distance information by the ultrasonic sensors, and uses thethree points location theory to compute the coordinate of the position.
水下机器人的定位系统利用超声波传感器获取距离信息，同时采用三点定位法计算出位置坐标。
Temperature, humidity, pressure, audio and ultrasonic sensors, are all available today and can be easily interfaced to intelligent lighting drivers to make decision upon required system light output.
温度、湿度、压力、声音和超声波传感器，构成了今天所有可用的传感器，他们可以很容易的连接到智能照明驱动，以决定是否需要系统的光输出。
This paper introduces hot wire, ultrasonic and silicon piezoresistive solid orthogonal wind sensors, and compares the performance of the three wind sensors.
介绍了热线式、超声波式、硅压阻固态正交式三类测风传感器，并对这三类测风传感器的性能进行了比较。
The information fusion system based on ultrasonic and infrared sensors was established, obstacle avoidance pattern and physical model of robot were designed.
建立了基于超声与红外传感器的信息融合系统，设计了机器人的避障模式和物理模型。
Now commonly used sensors are mainly switch alarm, vibration alarm, ultrasonic, infrared alarm device alarm, and microwave alarm, laser alarm, smoke alarm and temperature alarm and etc.
今朝常用的传感器首要有开关报警器、震动报警器、超声波、次声波报警器、红外报警器、微波报警器、激光报警器、烟感报警器和温度报警器等。
Standard ultrasonic open channel flow sensors include 10 ft of cable, but can be purchased with up to 500 ft of cable.
标准型超声波明渠流量传感器包括10英尺的电缆，但可以用高达500英尺的电缆购买。
Ultrasonic technology is based on high-frequency sensors to measure the sound.
超声波技术是根据高频率的声音感应来测量的。
In this paper the ultrasonic PZT ceramic sensors for monitoring local discharge in power transformer with optic fiber have bean developed.
作者研制成一种带光纤的电力变压器局放超声pzt传感器。
In this paper the ultrasonic PZT ceramic sensors for monitoring local discharge in power transformer with optic fiber have bean developed.
作者研制成一种带光纤的电力变压器局放超声pzt传感器。
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