Laser tracking measuring optical system energy analysis method based on ZEMAX simulation

Abstract

The invention discloses a laser tracking measuring optical system energy analysis method based on ZEMAX simulation, wherein the method is used for analyzing influence of each optical element in an optical system to a laser tracking measuring system. Simulation model establishment is performed on each optical element which is required in the whole system in ZEMAX. According to an optical system principle of laser tracking measurement, sequence adjustment, setting of multiple structure parameters and structure designing between the optical elements are performed. A simulation model of the lasertracking measuring optical system is established for obtaining an energy result. According to different application conditions and environments of the optical element, setting of corresponding parameters is performed, and influence of the optical element parameters to energy of the optical system is obtained. A simulation result is utilized for performing system optimization and reliability evaluation on the optical system.

Description

technical field [0001] The invention relates to a method for energy simulation of an optical system, in particular to energy simulation of a laser tracking measurement optical system, and is mainly used in the field of precision measurement. Background technique [0002] The laser tracking measurement system has the characteristics of large measurement range, high precision, and good on-site real-time performance. The laser beam can be projected to any point in space, and the space target point can be dynamically tracked in real time, so as to realize three-dimensional real-time dynamic tracking measurement. The laser tracking measurement system is efficient and convenient, and is widely used in the calibration of CNC machine tools and coordinate measuring machines, as well as in shipbuilding, automobile manufacturing, aircraft manufacturing and other fields. Traditionally, the energy obtained by the optical system of laser tracking measurement has been a difficult problem ...

AI Technical Summary

Problems solved by technology

Traditionally, the energy obtained by the optical system of laser tracking measurement has been a difficult problem, so the accuracy of laser tracking measurement system is usually low

At present, this kind of special calibration equipment in China is completely dependent on imports, especially the online testing equipment with high precision, high detection speed and high economy has become a bottleneck problem restricting the development of a series of major equipment in my country

Images