Transparent Display Background Plate with Dynamic Lighting

The patent applies the dynamics principle by enabling the background to change according to the observer's position and movement. The background plate with light-diffusing functions and light source unit creates dynamic lighting effects that adapt to observer movement, making the background lively and changing rather than static. This resolves the contradiction by making the background dynamic while maintaining image clarity through controlled light diffusion.

The patent applies parameter changes by varying the light intensity, color temperature, and diffusion patterns of the background plate based on observer position and image content. The light source unit adjusts lighting parameters dynamically, and the background plate's optical properties are modified to create different visual effects, thereby adding liveliness without compromising the clarity of the displayed image.

The patent makes the background dynamic by using a light source unit that adjusts lighting conditions based on observer position and movement. The background plate with light-diffusing functions creates changing light patterns that enhance the sense of reality and perspective, preventing monotony while maintaining the three-dimensional effect through controlled optical adjustments.

The patent applies color changes by using a light source unit capable of varying color temperature and hue based on the displayed image content and observer position. The background plate responds to these lighting changes, creating a dynamic color environment that enhances the augmented sense of reality and perspective, thereby resolving the contradiction between stable three-dimensional effect and dynamic sense of reality.

The patent applies parameter changes by dynamically adjusting the background lighting parameters (intensity, color temperature, diffusion) in response to ambient light conditions detected by sensors. The light source unit modifies its output parameters to compensate for outdoor ambient light, maintaining image quality and three-dimensional effect even in bright environments by creating appropriate contrast and depth perception.

The patent implements feedback by using light sensors to detect ambient light conditions and feed this information back to the light source unit, which adjusts background illumination accordingly. This closed-loop control system maintains optimal image quality and three-dimensional effect by continuously adapting to changing outdoor lighting conditions, resolving the contradiction between maintaining three-dimensional effect and preserving image quality outdoors.