Embedded Heating Elements for Energy-Efficient Aerosol Consumables

The patent replaces conventional resistive heating elements with an inductive heating system. The inductive heating element generates an oscillating magnetic field that directly induces eddy currents in the aerosol substrate, converting electromagnetic energy directly into heat within the substrate material. This eliminates the need for direct contact between the heating element and substrate, reducing energy loss and improving thermal efficiency.

The patent changes the heating mechanism from resistive heating to inductive heating, fundamentally altering the physical parameters of the heating process. The inductive heating element operates at specific frequencies to optimize energy transfer to the substrate, changing the thermal field distribution and improving overall energy efficiency of the aerosol generation process.

The patent incorporates the heating element into the consumable cartridge during the manufacturing process itself, rather than requiring separate assembly steps. The inductive heating element is pre-positioned and secured within the cartridge housing, ensuring precise alignment with the aerosol substrate chamber before the product reaches the consumer. This preliminary integration eliminates complex field assembly operations.

The cartridge design integrates multiple functions into a single replaceable unit: the aerosol substrate storage chamber, the inductive heating element mounting structure, and the airflow pathway are all combined in one standardized cartridge. This universal design allows for precise positioning of the heating element relative to the substrate while simplifying the overall manufacturing process through modular assembly.