摘要
分析陀螺经纬仪工作原理,探索实现陀螺经纬仪自动化的关键技术,设计了陀螺仪数字测量单元、陀螺仪灵敏部自动升降单元、粗寻北自动控制单元,经DSP和CPLD的总体控制协调,结合全自动寻北算法方案,完成了一种与精寻北相结合的自动化寻北系统的实验装置,实现光标自动采集、仪器操作的自动化与智能化、寻北结果的计算与显示等功能,测量时间为12 min时,寻北精度(1σ)为6.3″;测量时间为4 min时,寻北精度(1σ)为18.7″。
The working theory of gyro-theodolite is analyzed to explore and implement the key technology of its digitization and full automation, which makes a foundation for the fully automatic gyroscopes. Gyroscope digital measuring unit, sensitive component automatic rising and lowing unit and automatic coarse north-finding control unit, controlled by DSP and CPLD and combined with full automation north-finding scheme, make up of a whole-automation intelligent north-finding experimental system. The system could collect the moving curve of the cursor automatically, operate automatically and intelligently, and compute and display the north-finding results, and so on. The north-finding precision is 6.3＂ when the north-finding time is 12 min and the north-finding precision is 18.7＂ when the north-finding time is 4 min.
出处
《仪器仪表学报》
EI
CAS
CSCD
北大核心
2009年第12期2647-2651,共5页
Chinese Journal of Scientific Instrument
关键词
陀螺经纬仪
全自动寻北
粗寻北
陀螺寻北
自动升降
gyro-theodolite
whole-automation north-finding
coarse north-finding
gyroscope north-finding
automatic rising-lowering
