Tobacco TRIZ Cases

Controller analyzes heater temperature changes to generate reuse detection signals, preventing flavor degradation from article reinsertion.

Helical elongate rib spaces article from wall to maintain airflow path, resolving trade-off between secure insertion and efficient non-combustion heating.

Two opposed infrared emitters define a chamber to heat smokable material along perpendicular radial axes.

Notification unit signals optimal timing between puffs to prevent output inconsistencies caused by varying aerosol temperature and flavor levels.

Atomizer air outlet discharges bubbles, preventing obstruction of the e-liquid flow path.

Segmenting the fan into a base unit resolves the contradiction between effortless inhalation and device complexity.

A rotating pod assembly switches independent liquid substrates to an atomizer, resolving capacity limits without adding complex switching mechanisms.

Nesting the temperature sensor inside the susceptor isolates it from magnetic interference, ensuring accurate monitoring.

Differentiated wall thicknesses in the heating chamber optimize thermal efficiency while maintaining structural integrity.

Inward airflow branches direct air past a passive aerosol generator to form flavor aerosols, preventing large liquid droplets from reaching the user's mouth.

Lateral air flow disruptor in smoking substitute apparatus cools aerosol droplets to 60°C, maintaining 1-10 μm particle size for lung delivery.