电影经纬仪
- 网络cinetheodolite;cine theodolite;kine-theodolite
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为提高大型精密电影经纬仪的垂直轴系精度,采用高刚度底座和可变形调平机构。
To improve the precision of vertical axis of large precise cinetheodolite , a high stiffness base and a deformable leveling mechanism are adopted .
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电视形心跟踪技术在260激光电视电影经纬仪上的成功应用
Applying TV centroid tracking technique to 260 laser TV cinetheodolite
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针对电影经纬仪外转台随动系统存在的问题,提出了一种采用复合控制、全数字PID控制和CPLD技术相结合来对其进行改造的方法。
In view of the problems existed in the slave system for the outer turret of a theodolite , a method for reforming the slave tracking system by combination of compound control , all-digital PID control and CPLD technique is proposed .
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基于电影经纬仪的运动目标数字图像测量系统由CCD传感器、图像采集和处理等分系统组成,采用数字图像采集及处理技术对高速运动目标跟踪测量。
The High-speed Real-time digital image measure system based on the cine-theodolite is composed with the CCD-sensor , the digital image acquisition and image processing subsystems . The high-speed kinetic object was tracked and measured with digital image acquisition and process technology .
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E.O.T.S.电影经纬仪度盘带动过程的研究
Research for the Drift Process of the Graduation Disk in E.O.T.S. Cinetheodolite
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本文采用MCS-8098单片机实现了该变换,并模拟了电影经纬仪现场所使用的传输结构,从硬件和软件上实现了在计算机引导下,电影经纬仪对靶标的跟踪。
This paper presents a method to realize the transformation via MCS-8098 and simulate the transmission structure used at on-site work , so that the trac - king of the cinetheodolite to the target can be completed under the computer guiding .
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提高电影经纬仪外场使用精度的方法
An Approach for Improving the Field Accuracy of Cine-Theodolite
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电影经纬仪主光学系统复消色差问题
Apochromatic Aberrations Problems about the Optical Systems of Cine-Theodolite
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电影经纬仪电视跟踪系统动态模拟靶标设计
The Design of a Dynamic Simulated Target for TV Tracking and Measuring System
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112高速电影经纬仪靶场测量数据处理方法
The data processing method for the model 112 high speed Cinetheodolite in range measurement
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分布交互式电影经纬仪训练系统
A Distributed Interactive Film Transit Instrument Training System
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260电影经纬仪摄影自动调焦系统
Camera Auto - focus System for 260 Cinetheodolite
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电影经纬仪自动调焦机构的结构设计
Structure Design of Automatic Focussing Mechanism for Cinetheodolite
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一种新型高速电影经纬仪
A new kind of high speed electrooptical cine-theodolite
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全计算机化红外、电视、电影经纬仪总体研制报告
Full Computerized Infrared and Television Cinetheodolite
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本文论述了新近研制成功的一种靶场测量用光电设备&260激光电视电影经纬仪,用于对飞行器进行外弹道测量。
A new photoelectronic eguipment developed recently for range measurement & 260 laser TV cinetheodolite is related .
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该方法可用于地面电影经纬仪或雷达对飞行目标的自动限综。
We can apply this method to filming theodolite or radar for automatic tracking of the flying target .
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本文介绍了在靶场使用的电影经纬仪一种自检方法及与此法有关的天文基本知识。
The paper presents a self-checking method used in the cine-theodolite in the range and the related basic astronomical knowledge .
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该系统达到的定位和测速精度与电影经纬仪相近,比雷达高。
The measurement precision of the space position of the system is higher than that of radars , and approximately the same as cinetheodolites .
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第三,在我所对靶场目标测量已有研究成果的基础上,系统研究了电影经纬仪跟踪测量空中目标位置的方法。
Based on the prior researching in our institute , the method of tracking measuring aerial target position using photoelectric theodolite has been researched systematically .
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最后,讨论了如何设计一个误差修正系统,通过这一系统我们能够提高电影经纬仪的跟踪精度和测量精度。
In the end how to design an error correcting system is discussed , through that , we can raise the tracking and measuring accuracy of the cine theodolite .
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光学靶标在室内模拟了电影经纬仪的现场工作状态,其运动轨迹与经纬仪相应运动轨迹间的关系由特定坐标转换公式所确定。
The optical target simulates the indoor on-site working state of the cinetheodolite and the relationship of their moving traces between the target and the cinetheodolite is determined by the formulas of the coordinate transformation .
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在靶场测试中,利用光学测量设备获得的图像,如电影经纬仪、高速摄影机拍摄得到的胶片图像,弹道相机拍摄得到的干板图像等统称为光测图像。
In the test of shooting range , it is called optics measure image which we have gotten images through using optical equipment as film altazimuth - , high speed film equipment - . trajectory camera .
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112高速电影经纬仪是一种新型的高速光电跟踪测量设备,可用于快速飞行目标的轨迹测量和姿态记录,单台完成定位,并有实时输出的功能。
The High Speed Electro-optical Cine-theodolite , Model 112 , is a new kind of high speed electro-optical tracking and measuring equipment , which can be used to measure trajectory and record picture of high speed flying targets .