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1)  galvanic theodolite
电流经纬仪
2)  electronic theodolite
电子经纬仪
1.
Application of electronic theodolite in coal seam's simulated test of similar materials;
电子经纬仪在煤层相似材料模拟实验中的应用
2.
Study on novel kinematic accuracy test method for manipulator based on electronic theodolite;
一种基于电子经纬仪的机械臂运动精度测试新方法研究
3.
Measuring principle of electronic theodolite and its applications in spacecraft inspection;
电子经纬仪测角原理及其在航天器检测中的应用
3)  Optoelectronic theodolite
光电经纬仪
1.
Electromechanical dynamic modeling and coupling for optoelectronic theodolite;
光电经纬仪的机电动力学建模与耦合
2.
Application of super-thick palladium plating to optoelectronic theodolite
超厚镀钯技术在光电经纬仪上的应用
3.
The unlinear dynamics model of the optoelectronic theodolite is set up.
 从动量定理和动量矩定理两方面分析光电经纬仪动力学特性,建立光电经纬仪的非线性动力学模型。
4)  Photoelectric theodolite
光电经纬仪
1.
Dynamic high-type control for the servo system of an photoelectric theodolite;
光电经纬仪伺服系统动态高型控制
2.
Manual following training system of photoelectric theodolite;
光电经纬仪人工跟踪训练系统
3.
Research and simulation of distribution of intersection measurement points with multiple photoelectric theodolites ;
光电经纬仪多站交会测量布站方法及仿真
5)  photo-electronic theodolite
光电经纬仪
1.
FEM mechanical analysis for primary mirror self-weight deformation of photo-electronic theodolite;
光电经纬仪主镜系统自重变形的有限元分析
2.
Extraction method for missile bullet multiple targets of photo-electronic theodolites;
光电经纬仪子母弹多目标提取方法
3.
A kind of new algorithm of flying target attitude angles measured using photo-electronic theodolites is discussed.
基于此,介绍了利用光电经纬仪测量空中飞行目标姿态的一种新算法,详细推证了中轴线矢量法利用面面交会获取空中目标姿态的数学过程,并由此获得了中轴线矢量法求解空中飞行目标俯仰角和偏航角的数学公式。
6)  Electro-optical theodolite
光电经纬仪
1.
Error analysis and data process of electro-optical theodolite in Proving Ground;
靶场光电经纬仪测量数据的误差分析及数据处理
2.
Measurement of aircraft attitude by spatial cosine relationship in single-station and planes to intersection in multi-station of electro-optical theodolite
光电经纬仪单站空间余弦及多站面面交汇的飞机姿态测量
3.
Based on TMS320F2812,the electro-optical theodolite servo controlling system is designed,in which the DC torque motor is used.
针对现有光电设备的伺服控制系统存在的集成度差、价格昂贵等问题,提出一种基于TMS320F2812芯片作为核心处理元件的伺服控制器的设计方法,以DSP为基础构建了伺服控制系统的硬件平台,采用数字化控制算法,实现了对选用直流力矩电机作为执行元件的光电经纬仪的伺服控制。
补充资料:JT-15陀螺经纬仪


JT-15陀螺经纬仪


JT 15陀螺经纬仪
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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