Terminal Light Sensor Temperature Calibration for Screen Brightness

The patent applies parameter changes by introducing temperature as a correction parameter. The system detects both light intensity and temperature, then uses temperature compensation coefficients to adjust the light intensity detection values. This resolves the contradiction by changing the detection parameters to account for environmental temperature variations, thereby maintaining measurement precision while preserving automatic brightness adjustment capability.

The patent implements feedback by using the detected temperature to dynamically correct the light intensity detection values. The system continuously monitors temperature and applies real-time compensation based on the temperature difference from a reference value. This feedback mechanism ensures accurate light intensity detection across varying environmental conditions while maintaining automatic screen brightness adaptation.

The patent applies universality by making the temperature sensor serve dual purposes: monitoring environmental temperature for user comfort and providing compensation data for light intensity detection accuracy. This multi-functionality approach improves measurement precision without significantly increasing device complexity, as the same temperature sensor is utilized for both purposes.

The system applies self-service by using its own temperature sensor to provide the compensation data needed for accurate light intensity detection. Rather than requiring external calibration equipment or additional specialized sensors, the device uses its existing temperature sensing capability to correct its own detection errors, thereby improving precision without proportionally increasing complexity.