Cigar Manufacture TRIZ Cases

Rotating sleeve engages control surfaces to provide audible clicks, resolving insufficient user feedback during ventilation adjustment.

A cellulose-based smoking rod incorporates an interface to store and release additives, reducing filter complexity and production costs.

A mouthpiece wrapper forms a cavity to display indicia on its inner surface.

Sealing portion prevents incompatible articles from establishing fluid communication, ensuring reliable aerosol generation.

Segmented window perimeter prevents adhesive contamination and wrapper lifting during production.

Segmented central and peripheral susceptor assemblies enable lateral airflow paths within an induction heating cavity.

A rotating cutting wheel with multiple dies cuts and removes substrates from a continuous web, reducing dimensional variations in aerosol generation devices.

Segmented parallel wires in a support structure distribute heat evenly across tobacco material, preventing localized burning and ensuring consistent flavor.

A holder uses a cage and seal to isolate a combustible heat source, preventing combustion products from entering the aerosol stream.

A smoking article filter section uses a rotatable variable ventilation arrangement to control airflow into the device.

Segmented filter materials isolate a liquid-filled capsule using permeation-preventing shaping paper, preventing liquid leakage onto wrapping paper.

A variable-area heating element surrounds distinct medium portions to prevent burning while maintaining uniform atomization during puff actions.

A rotating measuring table assesses tobacco rod filler holding force using centrifugal motion.

An induction heating cover volatilizes smokable material via magnetic fields, resolving inadequate vaporization and combustion risks in heat-not-burn devices.

Parallelogram-shaped outer wrapper leaf secures inner bound module without adhesives for reusable modular cigar assembly.

A paper wrapper uses a filler concentration gradient to create a smoother surface for applying ignition reducing compositions.

Segmented tobacco capsule design enables sequential combustion cycles for efficient fuel consumption.

A smoking device cartridge support member holds the susceptor and aerosol-forming substrate in place.

A dual susceptor assembly uses positive and negative temperature coefficient materials to create a distinct resistance profile for aerosol heating.

Segmented housing adapts to user grip, preventing substrate wastage from partial insertion.

A color change segment interacts with fluid from a ruptured capsule to provide visible confirmation, solving the lack of rupture status indicators in storage.

Hollow tube segment filter creates unrestricted flow channel to resolve uneven smoke homogenization at mouth end.

A flexible second rolling paper sleeve plugs the distal end of a cigarette body, preventing spillage and eliminating environmentally costly plastic end-caps.

A heat conduction member within an aerosol-generating article controls thermal energy distribution to the substrate.

A smoking filter with a hollow mouth end cavity uses strengthened plug wrap to prevent deformation while maintaining airflow.

Segmented wrapper zones balance low ignition propensity with sustained free burn by modulating local permeability and heat transfer.

A segmented mouthpiece uses tubular sections with varying thermal mass to absorb heat, reducing mouthpiece temperature despite increased aerosol mass.

Varnish coating creates strength discontinuity lines on a curved wrapper, forming facets that prevent tobacco rod withdrawal.

Separate wrappers for the aerosol-forming section and mouthpiece reduce device bulk without compromising structural integrity or manufacturing simplicity.

Comparing second and third susceptor temperatures determines cigarette presence for precise heating.

A spring-loaded plunger mechanism holds the tobacco injector tamper in a fully retracted position to facilitate safe and efficient material loading.

Embossed grooves on paper tow retain capsules during manufacturing, resolving positioning errors that compromise filtration reliability.

A functional segment extends the tobacco rod to enable stable handling during manufacturing.

A modular registration system uses sensors to detect filter segment composition and ejects non-conforming sections.

A modular centrifuge system rotates pod assemblies to compress smokable herb products uniformly within zoning funnels.

Segmented calculation modules correct recommended gear ratios to balance fuel efficiency with safety and comfort constraints.

An inductive heating arrangement detects aerosol article presence by monitoring electrical property changes during intermittent power pulses.

Temperature-driven positioning mechanism displaces aerosol generating substrate to prevent manual alignment errors and ensure consistent vapour quality.

A tongue uses a moving web routed through a guide channel to reduce friction along the forming surface.

Continuous web material carries a varying pattern exceeding the nominal article length, eliminating batch mixing equipment while ensuring uniform appearance.

Nested components enable separate substrate heating to resolve size and sensorial variability trade-offs.

A tobacco product tip assembly uses a mechanical fastener to secure the tip portion to the body wall.

A cigarette filter capsule containing a powder lump that breaks down under force to release flavor through a narrow flow path.

A prefilled smoking cartridge uses adjustable bottom flaps to create a secure seal within various device bowls.

An adjustable locking mechanism adapts heating plates to different cigarette diameters, reducing device volume and power consumption.

Sucrose in cigarette filters absorbs heat and moisture to cool aerosols, addressing the trade-off between filtering performance and aerosol transfer.

Mouthpiece tube assembly uses varying diameters to create a Venturi effect, resolving suboptimal condensation of volatile compounds.

An elastic tubular device compresses elongated rods to precise final diameters through controlled outlet deformation.

A smoking article package uses a moveable cover layer to seal the combustible end within an insulated cavity.

A smoking article filter uses a segmented flow restriction element with reduced diameter sections to manage airflow.