Inovace leštičky asférických čoček
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The main project goal was to develop a software and hardware configuration for testing stand, which will be simulate work of three axis aspherical lenses polishing machine.Whole work was divided into four steps. The first step was to learn the information about the topic in the field of spherical lenses and polishing machine theory. The second step was to obtain the relationship between coordinates of the desired point and angles of eccentric's rotation. In the step three, was written script for the simulation and visualization results, obtained in step two. As step four was created test stand and corresponded software for it.
The main project goal was to develop a software and hardware configuration for testing stand, which will be simulate work of three axis aspherical lenses polishing machine.Whole work was divided into four steps. The first step was to learn the information about the topic in the field of spherical lenses and polishing machine theory. The second step was to obtain the relationship between coordinates of the desired point and angles of eccentric's rotation. In the step three, was written script for the simulation and visualization results, obtained in step two. As step four was created test stand and corresponded software for it.
The main project goal was to develop a software and hardware configuration for testing stand, which will be simulate work of three axis aspherical lenses polishing machine.Whole work was divided into four steps. The first step was to learn the information about the topic in the field of spherical lenses and polishing machine theory. The second step was to obtain the relationship between coordinates of the desired point and angles of eccentric's rotation. In the step three, was written script for the simulation and visualization results, obtained in step two. As step four was created test stand and corresponded software for it.
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Automation, microcontroller, motion controller, drives, aspherical lens, polishing, path interpolation, virtual cam, SIMOTION SCOUT, PROFIBUS DP, Automation, microcontroller, motion controller, drives, aspherical lens, polishing, path interpolation, virtual cam, SIMOTION SCOUT, PROFIBUS DP