| Summary: | 碩士 === 國立臺北科技大學 === 管理學院工業工程與管理EMBA專班 === 107 === As the economy developed rapidly, transportation is becoming more and more developed, and various types of transportation enhance convenience in daily life. Due to the frequent use of vehicles, car traffic accidents have increased currently, and road traffic safety issues have become more important. How to reduce the prevention and review of traffic accidents in motor vehicles has become the primary discussion. The new concept is to use the real-time high-definition imaging system to improve the driver of the car in order to reduce and prevent the damage caused by the visual blindness in driving and reversing. And pedestrian road safety.
The intention is to improve and replace the lack of vision of traditional rearview mirrors, using the clear vision of automotive electronic rearview mirrors and the wide display function of reversing to enhance driver and pedestrian safety. This research will establish the analysis steps with QFD, combine the TRIZ engineering parameters with the VOC, complete the quality house relationship matrix through the expert interview and the questionnaire, and solve the automotive electronic rearview mirror through TRIZ technical contradiction analysis and invention principles. The improvement of the problem has finally led to the successful construction of an innovative model of automotive electronic rearview mirrors. The benefit is to increase the visibility of the driving field and reduced visibility in the blind spots. Make the driving sight clearer at night or on a rainy day. The automatic switching of the instant visual image system in reversing ensures the safety of pedestrians.
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