Variable Projection Motor Vehicle Lamp Design

The patent applies the dynamics principle by making the projection surface dynamically adjustable to allocate light passage areas flexibly. The projection surface can be varied in size and position to adapt to different operational conditions, allowing the system to maximize the light passage area for currently required light functions while maintaining dedicated areas when needed. This dynamic adjustment resolves the contradiction between having fixed dedicated areas and maximizing overall visibility.

The patent applies segmentation by dividing the projection surface into multiple segments that can be independently controlled and allocated to different light functions. This allows the system to provide dedicated light passage areas for specific functions when required, while also enabling the combination and expansion of these segments to maximize the overall light passage area when multiple functions are active, thus resolving the contradiction between dedicated allocation and overall maximization.

The patent uses dynamics to create a flexible projection surface that can adapt between providing dedicated fixed assignments and maximizing overall area. The projection surface can be adjusted in real-time based on which light functions are currently required, allowing the system to switch between dedicated allocation modes and maximized area modes, thus maintaining both adaptability and area maximization.

The patent applies universality by designing the projection surface to serve multiple functions simultaneously - it can act as dedicated fixed assignments for specific light functions when needed, and also expand to maximize the overall light passage area when multiple functions are active. This multi-functional design allows the same projection surface to provide both dedicated allocations and maximized area coverage depending on operational requirements.