The automotive industry is advancing rapidly with the integration of cutting-edge technology, aesthetics, and performance. One area that has remained relatively underexplored in the pursuit of sleek, minimalistic interiors is the Sunshade packaging in door trim system. Traditional sunshade design, often bulky and are increasingly incompatible with the trend towards compact.
Car sunshade is a shield that is placed on a car side window, and it is used for regulating the amount of light entering from the car window and improves the passenger comfort inside the cabin.
Car Interior components specifically plastic and seats based on thermal stress properties. When we exposed these parts direct contact with sunlight, humidity and ambient temperature above threshold limit then interior plastic parts can start softening and melt after that they emit harmful chemical which is caused to anemia and poor immune systems. So, Sunshade protection not only serve to protect passenger comfort inside car, but it will protect passenger from harmful radiation and enhance overall visual appeal of the vehicle.
The main objective of this paper to address an innovative approach to the design of sunshade for door trim, Meeting shoulder target, focusing on enhancing aesthetic, low weight impact, robust design, and assembly, Easy to manage sunshade quality as per regular standard.
For sunshade packaging in rear door trim, we cannot change peculiar door profile, so we optimized our sunshade section packaging to maintain door profile, we need to do Sunshade packaging within the peculiar door profile to maintain the design theme.
Crucially, the sunshade is integrated with the vehicle waist rail zone of door panels, Eliminating the need of changing peculiar door profile that could easy installation and reduce packaging volume. This thoughtful integration optimizes the use of space within vehicles, making it more efficient without affecting functionality.
By addressing this critical aspect of Usages and packaging, our solution can improve the functional usability as well as overall aesthetic appeal and efficiency of vehicle.