| Summary: | 碩士 === 國立高雄應用科技大學 === 電機工程系 === 98 === Improving and promoting the system in convenience in order to save time and complicated details out from those tasks require massive manpower in operating or long time in monitoring by the concept of automation. Integrate the optical, mechanical and electrical control module through HMI (Human Machine Interface) to accomplish an illumination measuring system.
In this thesis, the main purpose is to obtain the light form, brightness distribution between LED and lamp shade from both hardware and software; where the hardware equipment may contain light sensing diode, 2-dimension CCD camera, electrical control moving platform and data retrieving card etc.; where in software, using LabVIEW graphic control programming language in the control of standard measuring procedure and data retrieving.
Finally, compare and analyze the practical result as measured with the simulated one. Through the verification from experiment, the illumination resolution of this automated measuring system can reach as high as 0.1 lx at sampling frequency of 10 Hz, measuring range as high as 15 lx. Besides, 2-dimensional illumination distribution conforms to the predicted trending in simulation.
The primary purposes of this study include:
(1) Design a set of HMI for fast measuring.
(2) Integrate graphic retrieving module, electrical control module and mechanical module to build a more efficient automated testing and measuring system.
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