CAJ | 학술논문

为了消除在近距离光电测量中光学镜头主点与旋转中心之间距离带来的测量误差，建立了光学镜头主点随旋转机构转动的运动轨迹模型，提出主点与旋转中心之间距离的标定方法。在光轴与旋转轴共面的约束条件下，对主点的运动轨迹进行了分析，得到了满足嵌入式系统实时处理要求的简化模型。实验结果表明，用该方法标定主点与旋转中心之间距离的标定精度可达0.23 mm。能满足近距离光电测量中对主点与旋转中心之间距离标定的要求。
위료소제재근거리광전측량중광학경두주점여선전중심지간거리대래적측량오차，건립료광학경두주점수선전궤구전동적운동궤적모형，제출주점여선전중심지간거리적표정방법。재광축여선전축공면적약속조건하，대주점적운동궤적진행료분석，득도료만족감입식계통실시처리요구적간화모형。실험결과표명，용해방법표정주점여선전중심지간거리적표정정도가체0.23 mm。능만족근거리광전측량중대주점여선전중심지간거리표정적요구。
In order to eliminate the measurement error by the distance between optical lens note and rotating center in the close-in photoelectric measuring.A trajectory model of optical lens note turning with the rotating mechanism is built.A calibration method of the distance between optical lens note and rotating center is presented.The trajectory of optical lens note is analyzed with coplanar constraints on optical axis and axis of rotation.A simplified model is ob-tained,which can satisfy the requirement of real-time processing of embedded systems.The experiment results show that the distance between optical lens note and rotating center precision can reach 0.23 mm by using this method.The close-in high precision photoelectric measurement requirements is basically meet.