| dc.description.abstract | The positioning of motorcycle instrument panels is a critical factor in managing sunlight reflection while riding. This study aims to enhance the design of motorcycle instrument panel installation angles to minimize glare from sunlight, thereby improving visual conditions and rider safety. The research begins by examining relevant theories and practices related to motorcycle instrument panel design, safety considerations, sunlight reflection, driver visibility, and installation angle design methods.
Through experimental design and data collection, this study investigates the correlation between instrument panel installation angles and sunlight reflection, presenting a novel design solution. This solution takes into account factors such as sunlight position, weather conditions, and driver characteristics to determine optimal installation angles. Experimental results demonstrate significant effectiveness in reducing the impact of sunlight reflection and enhancing visibility for riders.
Furthermore, this research discusses future research directions, including the consideration of external factors, driver characteristics and preferences, intelligent instrument panel design, and the utilization of advanced materials and technologies.
This study has contributed significantly to glare reduction, achieving a 27% decrease in glare intensity through motorcycle instrument panel installation angle design and a 65% reduction by incorporating low-reflective materials. Additionally, clarity has improved by 15%. These findings offer fresh perspectives and methodologies for improving
sunlight reflection in motorcycle instrument panel design, laying the groundwork for further research. The study′s insights are expected to positively influence the advancement and practical application of motorcycle instrument panel design, ultimately enhancing the safety and comfort of motorcycle riders. | en_US |