Cigar Manufacture TRIZ Cases

An off-set hollow bore in a terminal filter element forces vapour through a convoluted path, resolving unmixed nicotine gas issues in heat-not-burn consumables.

Recesses and channels in the aerosol body contain material to prevent component contamination while maintaining consistent generation.

A breakable aerosol article uses a separable tubular element to shield the combustible heat source after use.

Segmented tongue assemblies with notched plates achieve uniform tobacco compression, resolving trade-offs between filling consistency and device complexity.

A hopper deflector redirects rod-shaped articles radially away from guiding vanes.

A composite tobacco wrapping material uses metal salts to control smoldering behavior in smoking products.

Segmented filter capsules prevent flavorant migration while a central tube enables convective heat transfer, maintaining aerosol potency.

Segmented roller systems apply precise additive patterns to cigarette paper webs, reducing solvent usage and improving manufacturing consistency.

An adjustable mouthpiece made from a flexible sheet expands to lock onto rolled cigarettes, eliminating the need for precise diameter matching or adhesives.

Hollow filaments in a cellulose acetate band reduce pressure drop while maintaining tip hardness and adequate aerosol cooling.

Dual porosity bands on the cigarette paper ensure low ignition propensity compliance while maintaining reliable self-extinguishment at the mouth end.

A braided absorbent material combines metal wire strands with a cotton core to maintain structural integrity during aerosol generation.

Triangular drive projections engage aerosol article recesses to prevent aperture rounding and slipping during rotation.

Automated apparatus forms finite length cigarette rods and cuts them into individual units, enabling small batch production with consistent quality.

A novel rolling sheet with an irregular wrapper section enables stable hand rolling of custom cigars and cigarettes using asymmetric structural features.

Separate heating elements resolve inhomogeneous substrate heating, maintaining aerosol taste and preventing waste.

A planar coil electromagnetic field generator heats an inductively heatable susceptor within a compact aerosol generating device.

A graphene heat conducting pipe surrounds the atomizing core to enable rapid and uniform heating across all radial angles.

A sliding tube with controlled static friction fits over a smoking article mouthpiece to enable easy repositioning during use.

Segmented tobacco rods with distinct inhibitor concentrations lower formaldehyde and nitrosamine delivery while preserving sensory attributes.

A frustum-shaped heating element transfers thermal energy to a hollow tobacco substrate via conduction.

Segmented adhesive rollers use swappable discs to form circumferential application surfaces, eliminating costly machining time.

Disposable cap and sleeve components prevent tobacco fallout during transfer while maintaining high-speed production efficiency.

Circumferential shrink bands on the wrapper activate above threshold temperatures to increase draw resistance, preventing overheating from incompatible devices.

A simulated cigarette uses a deformable outer housing layer to regulate inhalation flow through user squeezing.

Optimizing the heater component length ratio to aerosol generating material prevents burning and ensures consistent heating.

A groove corrugated component constrains aerosol source-material granules within a sealing-type particulate aerosol-generating article.

A heating element uses electromagnetic induction to volatilize smokable material components without combustion.

Magnetic retaining features hold the tubular aerosol-generating article on the heating portion, ensuring proper alignment and reliable heat transfer during use.

Optical sensing of consumable surfaces determines composition to prevent incorrect usage and enhance safety in low visibility conditions.

A dual assessment apparatus draws emissions through transparent conduits into separate display chambers for visual analysis.

Segmented composite filter rods in a disposable cigarette holder maintain high filtration efficiency throughout consumption.

Vacuum insulation and magnetic shielding structure in an aerosol generating device prevents heat transfer to the user.

An internal agitator in a prepackaged shisha capsule distributes tobacco evenly, preventing clumps that restrict airflow and cause uneven burning.

Tray protrusions engage recesses to align substrates automatically, resolving manual positioning errors and improving generation efficiency.

A hollow cylindrical aerosol article uses a central tube with openings to move airflow through the substrate for efficient heating.

A smoking mouthpiece uses two rotatable air-impermeable wrappers to adjust airflow between low and high ventilation configurations.

A recessed bottom portion in an aerosol generating pipe creates a diffusion passage to distribute air uniformly within the insertion space.

A corrugated filter sheet uses perforations to form a cylindrical tip that maintains consistent airflow during hand rolling.

Incorporating WS-3 cooling agents resolves the contradiction between delivering noticeable cooling sensations and avoiding unwanted minty flavor contamination.

Thermochromic indicia alter translucency after heating, enabling optical readers to reject used consumables and prevent overheating.

Integrates emitter and converter to eliminate gaps, improving transmittance while enabling multi-wavelength emission.

Encoder station applies RFID tags to prepackaged containers, enabling traceability without increasing manufacturing complexity.

Replacing synthetic cellulose acetate with natural materials like dried leaf eliminates hazardous burning risks while a recessed capsule delivers flavor.

Aerosol device maintains a gap between the mouthpiece and article to prevent direct contact.

Individual resistive heaters in botanical sticks eliminate warm-up stages and pyrolysis risks while maintaining consistent aerosol output.

Circumferential visual indicator around the aerosol chamber aperture resolves insufficient visibility of device status and consumable levels during use.

A foldable cigarette packaging design converts into a stable rolling support using triangular side bulges.

Axial feeding of a tessellated tobacco leaf web increases cigarillo production speed from 120 to over 500 per minute while reducing material waste.

A ventilated hollow tubular segment cools aerosol flow, reducing device complexity and manufacturing variability.