位置解算检测设备探测光轴内场标定方法的实现

Realization of Simulation Calibration Method for Detection Optical Axis of Position Solution Testing Equipment

位置解算检测设备系统光机结构较为复杂,设备安装后需要校准可见光光轴和激光光轴。设计了一种基于视轴平行原理的位置解算检测设备探测光轴内场标定方法,详细介绍了系统组成和标定原理。结果表明,该标定方法精度较高、系统布设简便、可操作性强,可快速、精确地实现位置解算检测设备置探测光轴内场标定的目的。

The optical and mechanical structure of the position solution testing equipment is more complex, the equipment needs to be calibrated after the installation of visible optical axis and laser optical axis. A kind of simulation calibration method for the detection optical axis of the position solution testing equipment based on the principle of parallel to the optical axis is designed. The composition and the calibration principle of the system are introduced in detail. The results show that the calibration method has the advantages of high precision, simple sys- tem layout, facile operation, and can quickly and accurately realize the purpose for the optical axis simulation cali- bration of the position solution testing equipment.