Induction Coil and Susceptor Geometry for Uniform Heating

The patent applies local quality by arranging multiple susceptors at different locations within the heating chamber to create localized heating zones. Each susceptor generates heat locally through electromagnetic induction, ensuring that heat is produced exactly where needed rather than relying on external heating sources that may lose energy to the environment. This localized approach maintains high heating speed while improving energy efficiency.

The patent introduces susceptors as intermediary elements between the electromagnetic field and the aerosol generating substrate. These susceptors absorb electromagnetic energy and convert it to thermal energy, which is then transferred to the substrate. This intermediary mechanism enables rapid heating while maintaining energy efficiency through direct energy conversion and reduced heat loss to surrounding components.

The patent segments the heating system into multiple discrete susceptors distributed around the heating chamber rather than using a single heating element. This segmentation allows each susceptor to be optimally positioned for maximum electromagnetic coupling with the coil while maintaining uniform spacing between adjacent susceptors. The result is both high heating power from each individual susceptor and uniform heat distribution across the entire substrate surface.

The patent achieves equipotentiality in heat distribution by arranging susceptors symmetrically around the heating chamber at equal intervals. This geometric arrangement ensures that each susceptor experiences similar electromagnetic field conditions and maintains uniform spacing from the coil, creating equivalent heating conditions across all locations. Consequently, the substrate receives uniform heat distribution while maintaining high overall heating power.