Module-Specific Thermal Control Using Surface Temperature Prediction

The patent divides the electronic device into multiple temperature zones by placing temperature sensors at different locations (first temperature sensor near first module, second temperature sensor near second module). This segmentation allows independent temperature monitoring and control for each module, enabling selective heating control rather than global control, thus preventing unnecessary restrictions on modules that do not require control.

The patent implements local temperature control by associating specific temperature thresholds with specific modules. Each module has its own temperature monitoring and control parameters, allowing the system to apply heating control only to the specific module that exceeds its threshold while maintaining normal operation of other modules. This local quality approach resolves the contradiction between reliable overheating prevention and maintaining overall system productivity.

The patent segments the heating control system into module-specific control units, each with its own temperature sensor and control logic. This allows the system to maintain high reliability through comprehensive temperature monitoring while avoiding unnecessary power reduction in modules that are operating within safe temperature ranges, thus resolving the contradiction between device safety and module performance.

The patent applies partial heating control by activating control measures only for the specific module that exceeds its temperature threshold, rather than applying control to the entire device. This partial action maintains device safety for the affected module while preserving full performance for modules operating within safe ranges, effectively resolving the contradiction between safety and performance.

The patent segments the temperature monitoring system into multiple independent sensor units positioned at different locations within the device. Each sensor monitors the temperature of nearby modules independently, allowing the system to accurately determine which specific module requires control. This segmentation eliminates false activation of heating control mode by ensuring that control is triggered only when the actual heat-generating module exceeds its threshold, not when other cooler modules are involved.

The patent implements local temperature threshold association, where each module has its own temperature threshold and control parameters. This local quality approach ensures that heating control activation is accurately tied to the actual thermal conditions of the specific module, preventing unnecessary activation when surface temperature or other non-heat-generating areas are warm. The control activation accuracy is thus improved by matching control actions to the actual local thermal requirements.