Wireless Power Transmission Apparatus Temperature Control

The patent implements dynamic power adjustment by continuously monitoring temperature and adaptively changing the power transmission level. Instead of binary stop/start control, the system dynamically modulates power output to maintain temperature within safe limits while ensuring continuous power supply to the reception apparatus.

The system changes the power transmission parameter based on detected temperature conditions. By adjusting the power level according to real-time temperature feedback, the system maintains both temperature safety and power supply continuity, resolving the contradiction between these two requirements.

The patent employs a feedback mechanism where the detection unit continuously monitors temperature and feeds this information back to the power transmitting unit. Based on the temperature feedback, the system adjusts power transmission levels to prevent excessive temperature rise while maintaining efficient power transfer within safe operating limits.

The system dynamically adjusts power transmission levels based on real-time temperature conditions. By making power output variable rather than fixed, the system can operate at high efficiency when temperatures are acceptable and reduce power when temperature thresholds are approached, thus resolving the contradiction between efficiency and temperature control.

The patent implements periodic temperature monitoring and power adjustment cycles. The detection unit periodically checks temperature, and the power transmitting unit periodically adjusts its output based on these checks. This periodic action ensures continuous power supply while preventing temperature accumulation through regular adjustments.

Through continuous temperature feedback, the system maintains power transmission continuity while preventing temperature accumulation. The feedback loop enables real-time adjustments that keep the system operating within safe temperature limits throughout continuous operation.