提出了一种新颖的激光测距方法。
详细介绍眼睛安全的激光测距机。
脉冲激光测距机最大测程测试方法研究。
Novel method for maximum range measure of pulse laser range finder.
提出了一种快速、高精度的相位式激光测距方法。
A fast and high accurate laser range finder method based on phase-shift measurement is proposed.
简要介绍了脉冲激光测距的工作原理及其光电特性。
The working principle and photoelectricity characteristics of the pulse laser range system are introduced.
提出一种基于激光测距雷达的移动机器人定位新方法。
In this paper, a new localization method for mobile robot is developed based on a laser range finder.
激光测距机严禁对人员或动物发射激光,以免灼伤眼睛。
Laser ranger finder is prohibited to lase to personnel or animals to avoid burning eyes.
介绍了基于激光测距传感器的铁轨测距系统的设计原理。
This thesis recommends the design for principle that the distance measurement system of rail base on distance laser sensor.
研制了基于CPLD的脉冲激光测距飞行时间测量系统。
The flight time measurement system based on CPLD is developed.
他们还用在其他许多领先技术,如光学瞄准系统和激光测距。
They are also used in many other leading edge technologies such as optical sighting systems and laser range finding.
介绍了一种用于测试激光测距机系统性能的脉冲激光模拟器。
A pulse laser simulator used for testing the performances of laser range finder system is introduced in the paper.
本文所述光学系统,是为舰载火控激光测距机研制的光学天线。
The optical system introduced here is an optical antenna designed for ship-loaded gun-controlling laser ranger.
而高精度脉冲激光测距系统往往难以达到低成本和便携的要求。
So, the paper presents the time scale amplifying method to enhance the accuracy of the pulse laser ranging.
该系统利用PLC作为控制核心,采用激光测距传感器来检测垂直焊缝。
In this system, the laser distant sensor is used to measure the vertical welding line and the PLC is used to control the system.
为了降低激光测距机性能参数测试的复杂度,开发了一体化的激光参数测试仪。
The integrated laser tester is developed in order to reduce the complexity of parameters test of laser range finder.
本文工作可为空间大地测量,特别是激光测距技术的研究提供一定的参考和依据。
This paper can provide a reference and basis for space geodetic techniques especially to the research of the laser ranging.
接着重点研究了激光测距的原理,激光扫描的现状、原理和设计和对点云的处理。
Then, we emphasize the principle of laser telemeter, the actuality, the principle, the design of laser scanning and the processing to cloud of points.
在本文中,我们设计并研制了用于毫米级精度人卫激光测距的圆扫描时间分析系统。
In this paper, a circular-scan time analyzer to be used in the satellite laser ranging system with ranging accuracy of submillimeter, has been developed.
采用同一电光器件对发射和接收光束同时开关的原理,提出了一种新颖的激光测距方法。
By simultaneous switching of transmitting and receiving beams in an electro-optical device, a novel laser ranging method is proposed.
其飞行时间测量系统的设计很大程度上决定了自触发脉冲激光测距的测量精度和测量速度。
The ranging precision and measuring speed are decided by the design of the time-of -flight measurement system to great extent.
文章简述了相位激光测距技术的原理,就激光测距研究中关键技术研究状况做了详细阐述。
The article introduces the basic principle of laser range finding technology based on phase. Detail introduction is performed for the research on key techniques in laser range finding.
迷你Colibrì多传感器系统配备热成像仪(红外非制冷)、电视成像仪(TVC)和激光测距设备。
The Mini Colibrì multi sensor system is equipped with a thermal camera (IR uncooled), TV camera (TVC) and laser range finder.
论文中讨论了相位激光测距和脉冲激光测距的基本原理,并就两种方法的优缺点做了对比分析。
In this paper, the principles of laser range based on phase and pulse were discussed in this paper, and the advantages and disadvantages were compared and analyzed.
机载激光测距机能为武器的低空发射提供精确而经济的方案,还对安全防护和飞机窗口提出建议。
The airborne laser rangefinder can offer an accurate and economical solution for low altitude delivery of balls. Recommendations for safety precautions and aircraft window are also made.
文章还介绍了其它新技术,如,与SLR原理相类似的月球激光测距和最有前途的全球定位系统。
The paper also gives a brief account of other new technologies, such as Lunar Laser Ranging similar to the tenet of SLR and Global Positioning System with a bright future.
论文阐述了相位式激光测距的原理,分析了各种测相的方法,着重介绍了系统的硬件和软件的组成。
This paper introduced the theory of phase distance measurement, analyzed various testing methods and expatiated the hardware and the software for the proposal system.
在脉冲激光测距系统研制、生产、使用和维护中,通常采用实际测距的方法对测距机的性能进行检验。
During the developing, producing, operating, and maintaining of the pulse laser range finding system, range finding is usually taken as a method checking the performance of laser range finder.
在红外激光测距中,一般是通过测量发射连续激光脉冲和被测目标回波信号的相位差而求得被测距离的。
We obtain the distance by measuring the difference of the phase between the continuous laser signal transmitted and the signal reflected by the object in the infrared rays distance measure.
在红外激光测距中,一般是通过测量发射连续激光脉冲和被测目标回波信号的相位差而求得被测距离的。
We obtain the distance by measuring the difference of the phase between the continuous laser signal transmitted and the signal reflected by the object in the infrared rays distance measure.
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