Head-Mounted Device Gaze Tracking for External Object Color Detection

The patent applies multi-functionality by enabling the existing environmental sensors (optical sensors, cameras, ambient light sensors) to perform multiple functions: not only sensing the external environment but also accurately determining colors of external objects in real-time. This resolves the contradiction by making the sensor system universally capable of both general environmental sensing and specific color measurement tasks simultaneously.

The patent employs parameter changes by adjusting sensor parameters (such as optical filter configurations, sensor sensitivity settings, and processing algorithms) to optimize for accurate color determination. By dynamically changing sensor parameters based on detection needs, the system achieves both environmental sensing and precise real-time color measurement without sacrificing either capability.

The patent merges the color correction function with the existing ambient light sensing capability. Instead of adding completely separate correction sensors, the system combines color determination and color correction functions into a unified sensor processing pipeline, where additional ambient light sensors serve dual purposes of both environmental illumination detection and color accuracy correction.

The patent implements feedback mechanisms where the additional ambient light sensors provide correction data back to the color determination system. This feedback loop allows the system to automatically adjust and correct color measurements based on ambient lighting conditions, improving accuracy without requiring complex manual calibration or additional processing complexity.