本系统的核心技术为虚拟标尺技术、切向位移偏差的光电测量技术以及信号处理技术。
The core technologies of this system are virtual calibration technology, dynamic tangential displacement measurement method and calculation method for system.
专利中描述了实现这种技术的几种方案，其中一种方案使用红外光电探测器来测量人体的体温，心率以及发热量等数据。
In one of the examples provided in, an earbud could include infrared photodetectors that would measure the user's body temperature, heat flux and heart rate.
光学成像条码定位是一种基于条码识别技术和机器视觉测量的光电自动化测量方法，具有广泛的应用领域。
Based on barcode recognition and machine vision technology, optical barcode image positioning (OBIP) has been widely applied in photoelectric automatic measurement fields.
在此基础上为建立测量基准的传递方法、形成系统的光电侦察平台总体检测技术提供必要的准备和基础。
To set up transmission measurement method datum to form general measurement technique of systemically photoelectric reconnaissance platform, the static and dynamic angles were measured.
该方法应用光电技术解决了测量中的关键问题。
This method has solved the key problem in the measurement using optoelectronic technology.
该系统以80c196单片机为核心，利用传感器、光电隔离及串行通信等技术，实现了对发动机所有试车参数的测量。
Based on 80c196 single chip processor, using the technologies of sensor, photoelectric isolation and serial communication, the system can measure all parameters of motor test.
该机采用计算机软件编程，高倍率光学测量系统，光电传感等技术。
This tester adopts programming by computer software, high magnification optical measuring system and photoelectric sensor etc such technique.
试验结果验证了采用非接触式光电检测技术测量中应变率材料力学性能的可行性。
The feasibility of measuring the mechanical property of material in the mid strain rate condition with the non contact photoelectric detecting technology is verified by experimental results.
光电位移精密测量技术是现代测量技术中最基础也是最先进的精密测量技术。
Fine photoelectric displacement measurement technology is fundamental, however, the most advanced of modern fine measurement technology.
采用毛细管光电技术并配置微机，可快速、准确的测量气泡的尺寸分布。
The size distribution of bubbles can be precisely and fast measured by a capillary photoelectric probe with a computer.
介绍应用现代光电技术、计算机技术等来实现静电电压的数字化测量。
Using the modern photoelectric technology and computer technology realize the digital measurement for the static voltages.
利用激光狭缝扫描原理和光电传感技术，提出了一种用于测量大型回转体类零件圆度误差的激光扫描非接触测量方法和测量系统。
A laser scanning non contact measuring method and a measuring system for the roundness errors of large sized rotating parts are presented.
采用PID同步控制算法、单片机控制技术和光电数字测量技术，研制了多电机同步传动微机控制装置。
By adopting PID synchronous control algorithm, single chip microcomputer and photoelectric digital measuring technology, multi motor synchronous drive microcomputer control device ws developed.
数字信号处理DSP是一门新兴技术，在光电测量系统中应用非常广泛。
DSP (Digital Signal Processing) is a new technology. It has been widely applied in optic-electric measuring system recently.
采用单片机控制技术和光电数字测量技术，研制了数字式电气传动同步控制器。
Using single chip microcomputer control and photoelectric digital measuring technology, the authors developed digital drive synchronous controller.
该系统具有测量速度快、检测精度高、实时性强及数据处理自动化等特点，它是近代光学、光电技术与微机技术的有机结合。
The measuring system, possessing advantages of high precision and real time measurement, by using modern optics, opto-electronic technique and microcomputer is also described.
该系统具有测量速度快、检测精度高及数据处理自动化等特点。整个系统是近代光学、光电技术与微机技术的有机结合。
It possesses the advantages of high precision and high efficiency, for it is a combination of modern optics, photoelectric technique and microcomputer.
相干偏振矩阵测量系统涉及到光电算多学科的技术，是一套综合性较复杂的测量系统。
The system for measuring the Beam Coherence Polarization matrix (BCPM) relates to multiple disciplines of optics electronics and computation.
本文基于一种常用的扭转试验机，采用了技术较为成熟的扭矩传感器，通过平衡力法测量扭矩，并采用光电编码器测量扭转角；
Torque is measured by equilibrant method in virtue of torque transducer and torsional angle is measured in virtue of photoelectric coder on conventional experimental machine.
提出了两种测量轴—轴同轴度的方法，均采用激光准直技术，同轴度测量仪的光电测量部件由准直激光源和位敏探测器组成。
This paper advanced two kinds of new methods for coaxality measurement, in which laser collimation technology and position sensitive detector were used.
提出并研究了基于CCD(光电藕合器件)与红外传感技术的三维人体尺寸自动测量系统。
The auto measuring system of 3d human body based on CCD (charge coupled devices) and infrared sensor technology are presented.
本设计从数字农业精准生产技术平台生产实际要求出发，设计了测量轮式光电编码器测取位移量的方法。
The research designs the measurement using increment photoelectric encoder based on the practice of the digital agriculture platform producing.
本发明公开了一种滚转角测量方法与装置，属于光电检测技术领域。
The invention discloses a rolling Angle measuring method and the equipment, and belongs to the photoelectric detecting technology.
该测试仪采用了一种新的光学测量方法，结合先进的半导体光电技术进行设计。
A new optical method and the advanced semiconductor photoelectric technology were used in this device.
基于合作靶标的激光扫描车身坐标测量传感器，是运用四光束激光扫描测量原理，综合运用激光、光电、精密测量等技术进行非接触二维或者三维坐标测量的检测系统。
The Auto Body coordinate Laser Scanning Sensor Basing On Collaboration Target is a 2D or 3D coordinate measuring system using a kind of measuring principle which named four-beam laser scanning.
基于合作靶标的激光扫描车身坐标测量传感器，是运用四光束激光扫描测量原理，综合运用激光、光电、精密测量等技术进行非接触二维或者三维坐标测量的检测系统。
The Auto Body coordinate Laser Scanning Sensor Basing On Collaboration Target is a 2D or 3D coordinate measuring system using a kind of measuring principle which named four-beam laser scanning.
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