Cigar Manufacture TRIZ Cases

Separate tobacco and moisturizer zones with independent heating preserve sheet strength while reducing condensation and contamination.

A hollow-bore and solid terminal filter improve heat-not-burn aerosol mixing and filtration while keeping inhalation conditions desirable.

Separate precursor bodies with full-length gaps stabilize airflow and pressure drop, improving aerosol density and flavor delivery.

An irreversible thermochromic filter tip marks used aerosol articles, helping users avoid depleted sticks and wasted battery power.

A high-reflectance bridging cavity shields the filter from substrate heat, preserving filter integrity and taste in compact aerosol articles.

A deflectable holder ejects and retains replaceable aerosol cartridges while reducing scorching and unwanted gas generation.

A corrugated composite plugging member stabilizes cavity length, prevents part shift, and redirects airflow to boost aerosol flavor and smoke.

Movable semi-coils inspect rod ends in a rotating drum to detect susceptor presence, size, and orientation within high-speed production.

Dual-marker sensing detects genuine aerosol articles, blocks counterfeit use, and triggers media-specific heating profiles with lower standby energy.

Gravure-printed fibrous crystalline cellulosic bands lower wrapper permeability and diffusivity to improve ignition propensity and self-extinguishment.

A corrugated core on a planar support helps flat aerosol consumables resist deformation, keep vapor paths open, and simplify manufacture.

A sliding inner sleeve and spring-loaded latch make aerosol cartridges easier to load, protect in use, and eject for replacement.

Alternating starch bands with anti-wrinkling additives lower ignition propensity and improve self-extinguishment without wrapper creasing.

Crimped cellulose ester film cools HNB vapor to 40-60°C while limiting pressure drop, improving hardness, and reducing plasticizer release.

Multiple filter bores and an upstream spacer improve HNB airflow, cooling, and vapor delivery while reducing draw resistance and condensation.

A separated atomizer pot uses conductive walls, airflow holes, and heat distribution to prevent tobacco burning while simplifying cleaning.

A higher-porosity annular layer around the aerosol substrate improves heat distribution, airflow, and device-specific aerosol generation.

Color bands and an optical sensor identify cigarette type and moisture, letting the heater adapt profiles for stable aerosol and flavor delivery.

Segmented susceptor and substrate strips improve induction heat uniformity, supporting consistent vapour generation and scalable article assembly.

Coordinated upstream and downstream covers open and close together to limit residue leakage, simplify handling, and ease cavity cleaning.

A porous heat diffuser separates the heater from the substrate to prevent hot spots, improve hygiene, and keep aerosol heating uniform.

A movable regulator varies perforation opening area on a cooling rod, letting users tune aerosol cooling and inhalation feel.

C-shaped tow filaments and end-near capsule placement keep the capsule stable while preserving low filtration and airflow resistance.

A liquid-permeable lining sheet moves sensory components into the mouthpiece to intensify lip and mouth sensation without a major structure change.

A tip-end plug using hydroxypropyl cellulose on filtration material stabilizes flavor release through the inhalation period while reducing flavor load.

An integrated pressing and heating chamber improves heat transfer, evens consumable heating, and keeps draw resistance more consistent.

Inclined retention sides and an insulating support path cut heat dissipation from aerosol heating plates while preserving accurate positioning.

A temperature-responsive deformable unit shifts the heater position to improve heating uniformity and aerosol delivery in aerosol articles.

Partitioned filter rod channels and airflow obstructions limit deformation and create vortex mixing for more homogeneous aerosol flow.

Repeated code units with reference elements make curved aerosol articles easier to read accurately while storing authentication and parameter data.

A dual-chamber cartridge uses an inductively heated liquid-conveying susceptor to vaporize liquid substrates while staying compatible with existing stick devices.

Pulsed inductive heating detects article insertion or extraction from susceptor changes, avoiding separate sensors and reducing power use.

Ultrasonic atomization replaces charcoal and heating to create inhalable mist from a pod while eliminating smoke emission in hookah use.

Ultrasonic atomization and capillary liquid feed create inhalable mist without charcoal or heating, reducing smoke-related health risks.

A perforated foil wrapper cuts infrared absorption by the outer layer, speeding aerosol matrix heating and reducing preheating time.

A breakable plug and inner sleeve constrain aerosol granules without a multi-hole fixed section, cutting cost and preventing flow during storage.

An embedded magnetic-field-heated elongate member improves heating uniformity, cuts residue buildup, and delivers more consistent vapor.

A single heater handles solid and liquid materials together, producing dual aerosols with simpler structure, lower cost, and higher aerosol output.

Positioning the substrate air inlet within 1 mm of the filtration section improves aerosol flow, substance release, and temperature stability.

Chemically bonded hydrophobic groups help plug wrap resist flavourant and water absorption, preventing staining and filter deformation.

A penetrable front-plug keeps the substrate in place after shrinkage, wipes the heating element on withdrawal, and reduces residue buildup.

Fluorescent article markers let the device distinguish aerosol article types and apply the right heating profile with higher sensing accuracy.

Color sensing identifies the aerosol article type so dual heaters can apply matched heating patterns and keep aerosol quality stable throughout use.

A flame-retardant wrapper composition replaces metal foil to prevent scorching, simplify production, and visibly indicate aerosol article use.

Dual ventilation zones balance airflow for aerosol generation while reducing accidental ignition when the flavor stick is used outside the heater.

Reflected microwave monitoring identifies aerosol article type without extra sensors, enabling matched heating power with lower size and cost.

Spaced aerosol material sections and separate heating zones improve heating uniformity, flavor consistency, and aerosol delivery without burning.