Tobacco Preparation TRIZ Cases

Rotary pressure rollers extrude tobacco dough through conical perforated plates, eliminating chemical adhesives and ensuring uniform cigarette burning.

Molecular distillation isolates purified tar aroma components from cigarette butts to resolve uneven release in heat-not-burn devices.

Perforated tipping paper segments ventilation zones to reduce harmful smoke components while maintaining customer acceptance of cigarette taste.

CRISPR-Cas nucleases modify berberine bridge enzyme-like nucleic acids to decrease nicotine production, reducing carcinogenic nitrosamine formation.

Real-time sensor feedback adjusts ventilation fans to lower tobacco-specific nitrosamine formation during curing.

High-frequency vibration reduces adhesion forces between sticky sheet layers, enabling faster unwinding speeds without tearing the fragile material.

Cyclone swirls tobacco with steam to swell material, resolving short contact time bottlenecks in conventional expansion methods.

Segmented pill structure controls catalyst release rate to prevent rapid loss and ensure complete hydrolysis without impacting smoke taste.

Composite particles with matched rigidity prevent curling and ensure homogeneous heat transfer across tobacco plugs.

A tobacco humidifier uses a hydrochromic substance to visually indicate moisture levels through color changes.

Extracted flower additives adjust flavor concentration to resolve the trade-off between manufacturing simplicity and precise sensory control.

Controlled aeration and rapid drying of tobacco leaves reduce moisture content, lowering TSNA formation and bitterness while shortening production time.

Two-stage grinding resolves composition control versus production complexity, ensuring uniform particle size and web tensile strength.

A flue-curing apparatus circulates heated air through a dedicated chamber to uniformly distribute temperature and humidity across tobacco leaves.

Pre-formed mold recesses structure aerosol generating material application to ensure uniform distribution and reduce waste during consumable manufacturing.

A dual-filter smoking article uses a concentric bypass channel to preserve initial flavor.

Complementary cuts and water dispensing enable additive-free tobacco sheet joining, eliminating glue taste interference and crimping hindrance.

An imprinted pattern on a natural tobacco leaf cover layer enables reliable machinery-assisted assembly while reducing labor costs and adhesion issues.

Mechanical stirring mixes tobacco dust with slurry to retain aroma and improve smoking quality while reducing resource waste.

Differential rotational speeds separate unwanted particles from the tobacco fleece while cooling the material to room temperature.

Moveable side walls adjust the tower cross-section to regulate particle residence time and prevent moisture fluctuations across varying loads.

A rotor-based moisture conditioning method adjusts steam supply flow rate using cascade control to stabilize outlet material temperature.

A homogenized substrate blends clove and tobacco particles to deliver enhanced aroma in heated aerosol devices.

Applying salt or probiotic solutions before harvest reduces total bacterial content by up to 80% while increasing Lactobacillus, lowering TSNA levels.

Amorphous solid matrix with cellulosic gelling agents balances aerosol generation efficiency against sensory characteristics in cut rag tobacco blends.

A granulated substance feeding system uses winnowing separation and airflow velocity adjustment to manage substandard product discharge.

Segmented zones optimize nicotine delivery while cooling hot aerosol for comfortable user experience.

Combining tobacco slurry with an inductive sheet resolves low tensile strength bottlenecks while ensuring uniform heating during drying.

A reconstituted tobacco sheet incorporates glycerin aerosol former at controlled low temperatures.

Dynamic pressure control via a slidable lid prevents dry slurry patches, ensuring homogeneous web formation without tearing defects.

A porous matrix holds tobacco constituents within a hydrophobic or hydrophilic outer shell to release flavor components as particles, liquid, or vapor.

Segmented hollow channel cooling maintains packing density, reducing insertion force and ensuring consistent aerosol generation.

A component for non-combustible aerosol provision uses a sheet body with an internal void housing a tube to generate consistent aerosols.

A scalable infusion apparatus vaporizes reagents into a vacuum chamber to rapidly penetrate plant matter.

Segmented wrapper layers enable uniform heating at lower temperatures, preventing wrapper staining while maintaining aerosol generation efficiency.

Reoriented steam jets homogeneously impregnate tobacco stems, resolving the trade-off between filling capacity and drying efficiency.

A porous pouch impregnated with moisturizer wraps a tobacco element, resolving insufficient smoke generation caused by low moisture content.

A smoking article uses a combustible fuel element ignited by burning smokable material to volatilize aerosol-forming materials.

A chemical printer deposits precise active ingredient dosages onto substrates for customized product creation.

Inhomogeneous blending of distinct slurries during casting creates macroscopic variations in texture and color within the cast sheet material.

A bulk solid reconstituted plant composition comprising plant extract, refined plant fibers, and an aerosol-generating agent.

Anaerobic tobacco fermentation under controlled pressure and moisture reduces asparagine to lower acrylamide formation.

A smaller pre-crimping roller applies initial corrugations to reduce material damage and improve tensile strength during high-speed crimping.

Composite tobacco sheets with 100-300 μm thickness resolve the trade-off between tensile strength and heating efficiency in non-combustible devices.

Homogenized tobacco sheets with plasticizers eliminate loose ends and weight deviations in heated aerosol rods.

A hollow heat conductive tube retains flavorant materials within a smoking article cylinder to release aroma upon heating.

Trimming disks shear tobacco rods to create variable mass per unit length, preventing density inconsistencies that cause corrugations.

Low pH hexachloropalladate application eliminates nitrate use and processing steps while reducing PAHs.

Intermittently contacting tobacco with a heated surface reduces moisture and chemical compounds.