1) Ultrasonic sensor
超声传感器
1.
Analysis of the Ultrasonic Sensor Layout based on Robot Information Syncretizing;
基于机器人信息融合的超声传感器布局结构分析
2.
Fiber optic ultrasonic sensors for structural global health and localized crack monitoring;
用于结构整体与局部健康监测的光纤超声传感器(英文)
3.
Design and Application of Measurement System based on Far Distance Measurement Ultrasonic Sensors
远距离超声传感器在测距系统中的设计与应用
2) Ultrasonic transducer
超声传感器
1.
Development of special ultrasonic transducer used in NDT of spot welding;
点焊质量无损检测专用超声传感器的研制
2.
Capacitive microfabricated ultrasonic transducer (cMUT) has superior performance to the traditional piezoelectric transducers and will be used in a wide variety of applications.
与传统的压电传感器相比,电容式微加工超声传感器(cMUT)性能优良,有着广泛的应用前景。
3.
The structure and principle of ultrasonic transducer are briefly presented,the ultrasonic transducer technology applied to detecting and measuring the deformation of power transformer windings,vacuum level of vacuum breakers and the ultrasonic locating of partial discharge in transformers is elaborated as .
简要介绍了超声传感器的结构和原理,然后以电力变压器绕组变形超声检测、真空开关真空度超声检测以及变压器局部放电超声定位为例,阐述了超声检测技术用于电气设备故障诊断的检测原理及方法。
3) ultrasonic sensor
超声波传感器
1.
Wall following navigation strategy for mobile robot using single ultrasonic sensor;
基于单超声波传感器的移动机器人沿墙导航策略
2.
Wireless Liquid Level Detecting System Based on Ultrasonic Sensor;
基于超声波传感器的无线液位测量系统
3.
Performance of tree canopy diameter measurement based on ultrasonic sensor and DGPS;
基于超声波传感器和DGPS的果树冠径检测
4) ultrasonic sensors
超声波传感器
1.
Applications of computer imitation and ultrasonic sensors in metal power injection molding part;
计算机和超声波传感器技术在金属粉末注射成形中的应用
2.
A new method of localization mainly on the basis of multi ultrasonic sensors;
一种主要基于多超声波传感器定位的新方法
3.
Experiment study of AGV positioning based on ultrasonic sensors;
基于超声波传感器的AGV定位方法的实验研究
5) ultrasonic transducer
超声波传感器
1.
The system adopts an ultrasonic transducer to measure the material height and a PWM to control the motor speed.
讨论了油脂工业中的环形浸出器物料高度控制系统 ,它采用超声波传感器测量物料高度 ,变频器调节电机速度。
2.
Then,the measuring principle of the ultrasonic transducer is described.
首先,阐述了三角形薄壁堰的流量计算方法,说明了超声波传感器的测量原理及以W77E58作为主控元件的超声波明渠流量计的原理、系统构成和硬件设计,最后,给出了流量计的实测数据,实验表明该流量计具有较高的准确度和可靠性,且价格低廉。
6) Piezoelectric ultrasonic sensor
超声压电传感器
补充资料：超声波传感器
利用超声波在媒质中的传播特性来进行测量的传感器。它由声波发送器、接收器(两者统称超声波变送器)和测量电路组成。超声波传感器的基本测量方法有传送时间差法、声波束偏转法、多普勒频移法、谐振法等，常用于测量流体流速（见超声流量计）、材料厚度（见厚度传感器）和探伤等。它的特点是不影响被测物的状态和价格较低，在某些近距离测量方面可代替激光传感器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条