Vehicle Display Light Control for Variable Eye Box Viewing

The patent implements dynamic control of the light source output based on detected eye point position. The controller adjusts the emission light intensity in real-time according to the occupant's eye position, providing sufficient brightness only when and where needed, rather than maintaining high output continuously. This dynamic adjustment resolves the contradiction by enabling clear display at varying eye points while preventing unnecessary power consumption during periods of low or no viewing demand.

The system changes the emission parameters (intensity, angle) of the light source based on detected eye point coordinates. By varying these parameters dynamically rather than maintaining fixed high-output settings, the system achieves clear virtual image display at different eye positions without continuously consuming maximum power, thus resolving the contradiction between display clarity and power consumption.

The system dynamically adapts to varying eye points by continuously detecting eye position and adjusting light source output accordingly. This dynamic adaptation enables the system to handle different occupant positions effectively while avoiding the need to maintain high power output for all possible positions simultaneously, thus achieving adaptability without proportional power consumption increase.

The system uses eye position detection to automatically regulate its own light output, adjusting emission intensity and angle based on actual viewing conditions. This self-regulating mechanism provides adaptability to different eye points while consuming only the necessary amount of power for current viewing conditions, rather than operating at high power levels continuously.