Tobacco Preparation TRIZ Cases

Concentrated aqueous extract applies to fibrous base sheets for uniform nicotine and flavor distribution.

Crimping portioned homogenized tobacco sheets during inline casting enhances material tensile strength and structural integrity.

Supporting catalyst particles on tobacco powder converts carbon monoxide to carbon dioxide, addressing insufficient reduction efficiency in mainstream smoke.

Pressure-sensitive films isolate additives in sealed filter cavities, preventing storage loss while enabling smoke interaction upon draw.

A cellulose-based wrapping material with a basis weight above 40 grams per square meter enhances the structural rigidity of an aerosol-generating component.

Incorporating a filler into the flavor-containing sheet maintains low viscosity, reducing drying time while ensuring uniform flavor distribution.

A segmented tobacco residue manufacturing method preserves yield while ensuring uniform flavor distribution.

Rolling cigar tobacco into layered cylinders within sealed envelopes maintains humidity and structural integrity for consumer use.

A nicotine salt sheet eliminates liquid handling and reduces heating temperature requirements.

A water-soluble liner separates tobacco from pouch web material, preventing staining and spoilage while enabling non-refrigerated storage.

A plant material separator and adjustable guide roll combustible material in a semispherical channel to produce uniform smoking articles.

Dynamic casting blade height adjustment compensates for movable support variations, ensuring homogeneous web thickness and consistent aerosol properties.

Angled interruption bands on crimping rollers vary ridge amplitude to prevent shredding and fly-out while maintaining tensile strength.

A high-density reconstituted plant sheet enhances aerosol generation through optimized fibrous support and extract composition.

Extracting RuBisCO proteins from tobacco material allows formulators to vary texture while avoiding increased manufacturing complexity.

A tobacco cooling device utilizes the enthalpy content of discharged tobacco by introducing an evaporation stage at subatmospheric pressure.

Medium chain triglyceride oil reduces stickiness and improves handling of homogenized tobacco while increasing nicotine delivery at lower temperatures.

Non-isometric precipitated calcium carbonate microparticles reduce Hoffmann analytes in tobacco smoke through heat absorption and surface adsorption.

Condensing reclamation elements capture moisture-borne components lost during curing, enabling reuse of natural tobacco extracts without exogenous additives.

Molding cavity transforms flat substrates into three-dimensional shapes, resolving volume constraints while maximizing vaporization surface area.

Heating tobacco leaves at 75°C or higher in a humidity-controlled environment maintains green color.

Disposable integrated heater eliminates burnt residue accumulation while maintaining direct contact heating efficiency.

Negative pressure adsorbs granules onto a mesh belt, enabling continuous forming of solid porous rods without costly composite additives.

Uio-66 metal-organic framework adsorbs moisture and harmful substances to reduce irritation while maintaining tobacco humidity.

Segmented opposing surfaces grip and separate tobacco leaves to reduce labor costs while maintaining processing efficiency.

Microwave extraction and silica gel chromatography remove harmful substances from cigarette butt tar, enhancing aroma while reducing environmental pollution.

High-pressure injection of heated purified water through granulated tobacco produces a concentrated aqueous solution with over 1.5% nicotine content.

Hollow tubular filamentary element mediates heat transfer to maintain comfortable mouthpiece temperature while heating aerosol generating material.

Orderly arranged tobacco shreds create straight airflow passages to improve smoke passing efficiency in heat-not-burn cigarettes.

Wood smoke treatment modifies tobacco taste while reducing harmful benzo(a)pyrene levels through controlled parameter changes.

Generating negative pressure via a fan prevents smoke leakage into flue-cured barns, protecting tobacco quality from contamination.

A water-soluble liner interposed between a pouch web and non-tobacco flavorful component prevents staining while allowing flavor release.

A tobacco foreign body separator uses a roller bearing to move the downstream section relative to the upstream portion.

Gathering longitudinal strands into a non-coiled rod prevents misalignment and damage during heating element integration.

Sensors measure web thickness and dynamically adjust roller spacing to prevent jamming and ensure precise crimping quality.

High nicotine leaf tobacco combined with glycerol generates aerosols without combustion, delivering sensory properties while avoiding harmful byproducts.

An annular film between the filter and coaxial tobacco rod increases draw resistance, controlling tar concentration while minimizing additive migration.

A vaporisable material plug incorporates a frusto-conical cavity to control vapor release speed and duration.

Gathered sheet material retains aerosol generating components through friction, eliminating additives and reducing environmental impact.

Amorphous solid material sections prevent leakage while enabling selective heating profiles.

A hollow filter segment forms a cooling tube cavity between tobacco and filter using a single combining wrapper.

Separating raw tobacco into fiber and solution enables precise casing flavor addition to the liquid phase for uniform distribution.

Adjustable air inlet pipe under a rotating roller directs process warm-air into tobacco shred for direct heat exchange.

A passive counter-holding plate moves along linear guides to reduce device complexity and eliminate separate drive systems.

Parallel additive dispensing pipes deposit material onto sheet metal inside a converging device, reducing waste and contamination during aerosol rod production.

Cutting continuous susceptor profiles into individual segments positioned within a partially converged tobacco substrate before final rod formation.

An extruded tobacco sheet with a hydrophobic polymer matrix provides sustained nicotine release, resolving low bioavailability and social stigma issues.

A reconstituted tobacco sheet manufacturing method uses aqueous solvent soaking and pressurization to separate solid cellulose from liquid extracts.