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In view of the shortcomings of the traditional optical rearview mirror, such as the existence of blind zone, rain weather, snow weather and night vision observation are not effective and the wind resistance coefficient of automobile at high speed is large, which affects fuel economy and other problems. Because the reliability of electronic rearview mirrors is lower than that of traditional rearview mirrors. Therefore, a coupled variable position intelligent rearview mirror is designed. It has both the structure of traditional optical rearview mirror and the image processing ability of electronic rearview mirror. Under the condition of satisfying the driver's visual habits, it can effectively improve the visual effects of different scenes, and improve the reliability and driving safety of the car. By designing the displacement mechanism, the information display mechanism can be folded into the cab. It can effectively reduce the air resistance and wind noise when the car is driving at high speed. It can improve the fuel economy and NVH performance of automobiles. By using SolidWorks to carry out three-dimensional design and motion simulation, it is proved that there is no interference in the motion process of the displacement mechanism. It can realize automatic displacement according to different situations, and it has human-computer interaction ability and a higher degree of intelligence.

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Design and Implementation of Intelligent Coupled Rearview Mirror Variable Position Structure

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年

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  • Jinghui Liu,
  • Tongqiang Xu,
  • Guangfu Du,
  • Liying Wu

摘要

In view of the shortcomings of the traditional optical rearview mirror, such as the existence of blind zone, rain weather, snow weather and night vision observation are not effective and the wind resistance coefficient of automobile at high speed is large, which affects fuel economy and other problems. Because the reliability of electronic rearview mirrors is lower than that of traditional rearview mirrors. Therefore, a coupled variable position intelligent rearview mirror is designed. It has both the structure of traditional optical rearview mirror and the image processing ability of electronic rearview mirror. Under the condition of satisfying the driver's visual habits, it can effectively improve the visual effects of different scenes, and improve the reliability and driving safety of the car. By designing the displacement mechanism, the information display mechanism can be folded into the cab. It can effectively reduce the air resistance and wind noise when the car is driving at high speed. It can improve the fuel economy and NVH performance of automobiles. By using SolidWorks to carry out three-dimensional design and motion simulation, it is proved that there is no interference in the motion process of the displacement mechanism. It can realize automatic displacement according to different situations, and it has human-computer interaction ability and a higher degree of intelligence.