1·Eyesafe laser rangefinder is introduced in detail.
详细介绍眼睛安全的激光测距机。
2·There are so many kinds of light sources could be used in laser rangefinder.
半导体激光测距仪主要由激光发射光源、接收系统和光学天线组成。
3·Available and potential countermeasures of laser rangefinder are also presented.
还探讨了激光测距机的反干扰措施。
4·LF1 series LD laser rangefinder (LRF) have been made, the LRF is a mini, low cost, eye safe, no cooperation target.
研制成一种小型、便携式、低值、对人眼安全、无合作目标的LF 1系列半导体ld激光测距仪。
5·The importance of the diffuse reflectivity of the reflective target for the non-cooperative laser rangefinder is presented.
阐述了目标的漫反射特性对非合作目标相位式激光测距仪中光功率探测的重要性。
6·The method and realization of real-time fusing and displaying for LLL image and data of pulse laser rangefinder are studied.
本文针对微光图像与脉冲激光测距仪的数据信息实时融合与显示的方法及其实现进行了研究。
7·Fire accuracy is attained by a primitive FCS light spot fire control system with ir night vision and laser rangefinder input.
射击精度获得是采用一套简单的使用红外夜视和激光测距仪输入的FCS光点火控系统。
8·Traditional UAS targeting technology needs optical turret load Laser Rangefinder. So optical turret must be double payload at least.
传统的无人机目标定位技术要求光电转台必须装配激光测距仪，因此光电转台至少是双装载。
9·In terms of speed, accuracy and reliability for medium range measurement, phase shift laser rangefinder is superior to other methods.
对于中程距离的测量，从测量速度、精度和可靠性的折衷方面来讲，相位式激光测距法优于其它的测距法。
10·The low cost LRF 1 series LD laser rangefinder (LRF) telescope is designed with mini size, safety to eyes and non cooperative target.
研制成一种小型，低值，便携式，对人眼安全，无合作目标的L RF - 1型系列l D激光测距望远镜。