Adaptive Heater Preheating for Aerosol Temperature and Current Control

The patent applies dynamics by making the preheating profile adjustable based on operating conditions. The controller dynamically selects between a first preheating profile (for initial smoking) and a second preheating profile (for continued smoking) based on the detected heater temperature. This dynamic adjustment allows the system to optimize heating speed when the heater is cold while preventing excessive aerosol temperature when the heater is already hot, thereby resolving the technical contradiction.

The patent implements feedback by continuously monitoring the heater temperature through a temperature sensor and using this information to control the power supply to the heater. The controller detects whether the heater temperature meets a predetermined condition and adjusts the preheating process accordingly. This feedback mechanism enables the system to avoid unnecessary high-temperature preheating during continued smoking, thereby reducing current consumption while still achieving the required operating temperature.

The patent applies self-service by enabling the system to automatically distinguish between initial smoking and continued smoking based on heater temperature conditions, without requiring user input or complex external controls. The temperature sensor and controller work together to autonomously select the appropriate preheating profile, thereby improving user experience through adaptive temperature control while maintaining relatively simple system architecture.