Cigar Manufacture TRIZ Cases

Aerosolizable material sections with distinct compositions enable staggered heating to control volatilization timing.

Hollow tubular cooling element with peripheral openings divides aerosol flow into cavities for heat transfer.

A planar heating element with a surface structure enables lateral airflow to prevent overheating and unwanted flavor release during uniform aerosol generation.

Offset butt edges and precise adhesive application improve roundness and stability in double layer tubes.

Dual susceptor inductive heating element with thermal separation enables independent temperature control of distinct aerosol substrate portions.

A self-fabrication device combines selected tobacco and filter tubes to produce customized cigarettes.

A reclosable package uses a magnetic clasp to secure stiff paper covers and an elastic band to form a bowl-shaped tray.

A dual induction heating system with independent temperature profiles rapidly heats aerosol material.

Tapered aerosol body with decreasing cross-sectional area improves thermal management and generation uniformity compared to simple cylindrical designs.

A filter material combines fine cellulose acetate fibers with biodegradable polymers to enhance smoke filtration.

A tubular support element with an upstream recess defines airflow conduits to cool aerosol streams before mouthpiece entry.

Segmenting the heater into coils of different lengths balances aerosol volume and temperature, eliminating hot puff discomfort.

An alterable optical information storage element uses multi-layered segments to encode data via color or transparency changes triggered by heat or radiation.

Filter segment adjusts suction resistance via channel-to-filter area ratio, resolving the trade-off between aerosol purification and flow restriction.

Mechanical alignment restricts consumable orientation while optical sensors detect markers to prevent counterfeit usage.

Surface-treated hydrophobic wrappers reduce carbon monoxide in smoke by resisting tar deposition and water absorption.

An aerosol-generating article uses an internal heating element to heat a homogenized tobacco substrate for efficient vaporization.

Segmenting the mouthpiece into the cavity resolves the contradiction between hygiene and compactness while enabling self-sterilization.

Spaced tipping wrappers on a transparent plug wrap expose filter material, eliminating complex pre-formed holes in conventional tipping paper.

A low ignition propensity cigarette paper uses a hydrophobic and hydrophilic starch coating to control porosity.

Compacted herbaceous granules maintain flavor intensity during storage by reducing pre-smoking loss while delivering high concentration.

An end piece uses a cage to surround a heat source, allowing air access while maintaining lower temperatures.

Water-washable overprint coating prevents ink removal while eliminating off-flavor through controlled solvent ratios.

Alternating plant product and thermally conductive material layers in a spiral configuration ensure uniform tobacco heating while minimizing burning.

Heat-sealed thickened end portion prevents foreign object entry while maintaining manufacturing flexibility and device compatibility.

Shorter heating element creates proximal cold zone, preventing aerosol condensation and harmful component generation.

Merging the wick and heating member into a single conductive unit eliminates separate processing steps, reducing production complexity.

Segmented cap design extinguishes cigarettes in a dedicated snuffing area, preventing sand clogging and reducing second-hand smoke dispersion.

A removable cap couples to a smoking article rod as a mouthpiece or thermal shield.

Adjustable channel insert dimensions enable continuous delivery of varying component lengths without production delays or misalignment.

Segmented filter sorbs harmful smoke components while dispensing flavor additives to maintain original taste.

Perforations in the folded cigar lock enable ventilation channels that resolve uneven burning by ensuring consistent combustion across the distal end.

A smoking article wrapper uses permeable areas to migrate liquid flavorants from an internal delivery member to the outer surface.

A heat-not-burn consumable uses a first storage portion to insulate a second portion from a heating element.

Exterior body grooves direct wind into an internal cavity to sustain tobacco burning while shielding the product from uneven flame and ash exposure.

Central cavity in aerosol rod positions heating element to minimize material displacement and ensure consistent packing density.

A stick-shaped cartridge uses an inductive susceptor to vaporize liquid substrates within a dedicated chamber.

Segmented filter design enables reuse across articles, reducing material waste from discarded disposable filters.

Fluted member mediates heat transfer to volatilize aerosol materials while preventing direct combustion and thermal decomposition of tobacco.

An alkaline metal chloride coating on a tubular filter reduces airflow temperature via endothermic reactions, mitigating thermal discomfort during smoking.

An igniter apparatus merges heat and sensory precursor sources to deliver perceptible effects during ignition.

Ventilation areas in the tubular element and mouth end section mix cooling air with heated aerosol, preventing excessive temperature at the user interface.

Segmented aerosol articles place activated carbon between the substrate and mouthpiece filter to enhance freshness without compromising filtering efficiency.

A handheld litter disposal device uses a pivot cap to contain cigarette waste while an integrated extinguishing system neutralizes fire hazards.

Segmented add-on material patches on a cigarette wrapper restrict oxygen flow to lower ignition propensity while gaps prevent self-extinguishment during use.

A segmented mouthpiece uses a low-resistance inner core to channel aerosol flow while an outer shell manages heat transfer.

Extruded elongate members with integrally formed frangible receptacles eliminate complex assembly steps to lower production costs.

Position sensor detects rotatable cover to automate operation and improve safety without adding mechanical complexity.

An end member recess and air gap block capillary water flow to protect electrical components from damage.

A mechanical pressurization portion rotates to compress an aerosol generating article and induce a chemical reaction.