A dual power supply with temperature feedback speeds startup heating in a vaporization assembly while reducing wasted energy.
Phased heater temperature control offsets substrate depletion and thermodiffusion loss to keep aerosol delivery more consistent over time.
A capillary liquid guide and heating member simplify atomizer structure, improve sealing, and support automated assembly with lower aerosol loss.
A retractable heater withdraws before article removal, reducing substrate residue in the heating chamber and improving device cleanliness.
A movable cover doubles as the control switch, freeing main-body space and enabling a smaller aerosol generator with simpler operation.
An embedded sensor pattern in the insulating layer measures susceptor temperature directly, enabling stable induction heating and aerosol quality.
Weighted members and tethers keep a fire-resistant smoking bib in place while the pocket helps contain ash and protect clothing.
A lower-cap support groove stabilizes the liquid delivery element to improve aerosol material flow, boost aerosol output, and prevent leakage.
A ferrous alloy heating film with controlled grain size and a protective layer cuts atomizer cost while resisting dry heating and galvanic corrosion.
A longitudinal multi-heater layout with capillary liquid transfer cuts device width while maintaining aerosol output and airflow.
A sliding cover doubles as the control switch, freeing main-body space and simplifying operation in compact aerosol generators.
Opposite-side push and slide controls let users adjust vapor settings one-handed without grip changes, improving convenience and feature use.
Circuit feedback tracks voltage and current shifts in an inductive atomizer to detect liquid depletion, overheating, and poor coupling.
Selective blocking of multiple air inlet openings lets users tune draw resistance, airflow, and aerosol delivery for a more consistent smoking substitute experience.
MEMS microheaters vaporize aerosol precursors inside the smoking article for consistent aerosol delivery with lower power and no external heater.
Applying tension to a flexible wick during heater assembly improves wick-heater engagement and supports robust, low-cost cartridge mass production.
An elongate insert enables lateral assembly of the battery, puff detector, and controls before sleeve insertion, cutting damage risk and build time.