Aerosol Heater Thermal Buffer for Temperature Consistency

A heat storage body is introduced as an intermediary between the heat receiving surface and the heating space. This heat storage body absorbs excess heat from the heat receiving surface and releases it gradually to the heating space, acting as a thermal buffer that prevents direct heat transfer and temperature fluctuations, thereby maintaining temperature consistency while enabling aerosol generation.

The patent changes the thermal parameters of the system by introducing materials with specific heat capacity characteristics. The heat storage body is made of material with high specific heat capacity to absorb heat, while the inner heat conduction body uses material with high thermal conductivity to distribute heat evenly. This parameter change transforms the thermal behavior of the system to achieve both high temperature and temperature consistency.

The inner heat conduction body serves as a thermal mediator between the heat storage body and the heating space. It receives heat from the heat storage body and distributes it uniformly across the heating space through its high thermal conductivity, ensuring even temperature distribution and preventing hot spots or cold zones in the heating space.

The patent applies different material properties to different parts of the thermal management system. The heat storage body uses material with high specific heat capacity for heat absorption, while the inner heat conduction body uses material with high thermal conductivity for heat distribution. This local differentiation of material quality optimizes the thermal behavior in each region to achieve overall temperature uniformity.

The heat storage body performs preliminary heat absorption during the heating phase, storing thermal energy when the heat receiving surface is heated. This preliminary action allows the system to maintain temperature consistency during aerosol generation without continuous heating, extending the aerosol generation duration while preventing overheating through the stored thermal energy being released gradually.

The heat storage body enables continuous useful action by maintaining heat supply to the heating space even after the heat receiving surface heating is stopped. The stored heat continues to be released to the heating space through the inner heat conduction body, ensuring uninterrupted aerosol generation while preventing temperature spikes, thus achieving both temperature consistency and extended duration.