The thesis introduces the ‚Laserreflective Positioning‘, a method for the laser based detection of micro-mirrors. The method allows a highly accurate, contact-free positioning of pan-mirrors in six degrees of freedom. The development of the method and the algorithms, which are used for the calculation of the mirror positions, are described. Then, the thesis documents the simulations that were used to investigate the theoretical positioning accuracy and time as well as the robustness of the designed algorithms.
Based on the method a sensor system is designed that allows an in-line positioning of micro-mirrors during assembly. The function of the sensor system is validated by an experiment that mimics the positioning of panning micro-mirrors during the assembly of a micro-scanner for laser vibrometers. The thesis concludes with an evaluation of the economic efficiency of the sensor system.
«
The thesis introduces the ‚Laserreflective Positioning‘, a method for the laser based detection of micro-mirrors. The method allows a highly accurate, contact-free positioning of pan-mirrors in six degrees of freedom. The development of the method and the algorithms, which are used for the calculation of the mirror positions, are described. Then, the thesis documents the simulations that were used to investigate the theoretical positioning accuracy and time as well as the robustness of the desig...
»