Cigar Manufacture TRIZ Cases

Sol-gel insulation with embedded catalyst reduces peripheral temperature and oxidizes carbon monoxide without degrading combustion properties.

A flexible pushing bar slides within a heating chamber to eject aerosol substrates, preventing residue accumulation that deteriorates device operation.

Segmented extinguisher element with nested neck portion resolves manufacturing complexity while maintaining reliable liquid delivery.

A heating device rapidly dries marking substances on aerosol wrapping materials, preventing smudge contamination and maintaining printing accuracy.

A filter cigarette with a rotatable mouthpiece adjusts ventilation levels through aligned openings in the structure.

A multifilter segment uses distinct CIELab color parameters on adjacent inner wrappers to enable optical detection of segment length and face-to-face alignment.

An indexing mechanism on a smoking article sleeve aligns ventilation apertures to control airflow and optimize tobacco combustion efficiency.

A mini-double flavor electronic cigarette integrates dual atomizers, a loudspeaker for sound simulation, and a projecting module to display logos.

Large filler particles in cellulosic wrappers reduce oxygen diffusion, lowering ignition propensity without increasing manufacturing complexity.

A heater uses magnetic field penetration to volatilize smokable material components.

A band detection sensor uses a rise discriminating criterion to generate signals based on signal change rates.

Absorptive and reflective wall coatings redirect thermal radiation to reduce heat loss in aerosol provision devices.

A combustible plant-based filter member allows airflow while filtering particulates in smoking devices.

An acetate cellulose wrapper uses a glycerol ester adhesive to join edges, eliminating visible seams and registration errors in smoking articles.

Outer channels reduce flow resistance to maintain visible vapour while segmented filtration removes harmful compounds.

Scanning longitudinal indicators identifies consumable authenticity and selects tailored heating profiles, preventing non-authentic product usage.

A cleaning isolation sleeve in heat-not-burn cigarettes separates the heating element from tobacco shreds to maintain heater cleanliness.

Upstream protruding wrapping paper sections stabilize the article and maintain airflow paths while reducing substrate consumption.

Narrower susceptor portions enhance positional accuracy and stability, preventing overheating during continuous manufacturing.

Phase change material in the heating element stores thermal energy during pre-heating, releasing heat to vaporize substrate without burning risks.

Segmentation and dynamics principles create a movable capsule in a dual-rod cavity, delivering sensory feedback and anti-counterfeiting features.

A mechanical igniter uses an abrasive chamber to ignite a sensitized tobacco tip through friction, eliminating fuel lighters and environmental pollution.

A cellulosic material and activatable binder form activated carbon with high adsorption efficiency.

Segmented adhesive bonding secures susceptor patches to aerosol generating substrate webs, preventing cutting unit soiling during continuous manufacturing.

Inductive susceptor coated by aerosol-forming substrate ensures homogeneous temperature profiles, reducing tobacco waste and energy consumption.

Sealed compartments isolate combustion gases from inhalation airflow in a shisha consumable, preventing harmful byproduct contamination.

Biodegradable wrappers with flame retardant coatings eliminate aluminum lamination, resolving the trade-off between non-combustibility and aerosol interference.

A hollow bore filter element delivers vapour through a controlled porous structure to impart flavourant additives.

Optical magnification reader system reads high-density indicia via waveguide, protecting aerosol-generating articles from counterfeiting.

Inverted filling sequence prevents tube pollution, boosting qualification rates and reducing material waste.

Segmenting the cigarette rod allows precise inner patch attachment at low speed, resolving web extension issues during high-speed production.

Ni-Fe alloy with weak magnetostriction stabilizes magnetic properties against thermal stress variations in multi-layer susceptor arrangements.