Transportation And Packaging TRIZ Cases

A deeper peripheral gutter lets excess droplets exit the test volume, preventing overlap and compression during microfluidic chip loading.

A permeable inner container and sealed outer vessel simplify home infusion while supporting flexible temperature control and portable heating.

Fiber-reinforced outer layers and resilient layers cut skateboard deck weight while preserving stiffness, shape retention, and ride comfort.

Hydrogen-reduced Fe-Cu-P pre-alloyed powders cut cobalt use while preserving the hardness and bending strength needed for diamond tools.

Mixed rare-earth doping and conductive fillers help ferrite absorbers widen bandwidth, cut matching thickness, and improve thermal stability.

Temporary SSR overdosing with concentration feedback enables accurate dialysis fluid mixing despite weak sensor signals and dosing variation.

Fine rhenium powder sizing and controlled mixing improve dispersion in tungsten, boosting strength and reducing high-temperature cracking.

A flexible laminate marker inside the capsule cover stays optically readable during infusion without blocking flow or contaminating the beverage.

Gel droplet immobilization enables one workflow to lyse single cells and capture DNA and RNA separately for accurate high-throughput profiling.

Printed copper paste uses decomposable resin particles to form porous thin-film heat pipe wicks with lower flow resistance.

Anticaking-coated adhesive powder enables solvent-free extrusion of cohesive pyrotechnic material, reducing processing hazards and cost.

Dry PVOH granules form mineral briquettes with higher green and compressive strength while avoiding shipment of pre-solubilized binder.

Counterflow cooling zones and circulating water paths suppress granular iron coalescence, improve conveyance, and reduce steam explosion risk.

Multiple zinc and phosphate salt inhibitors form a protective film in binders to limit galvanic corrosion on metal substrates.

A fatty acid amide blend keeps powder metallurgy lubricity stable as die temperature rises, improving green compact ejection and compressibility.

Extruded polymer netting bonded to woven fabric forms airflow channels that improve tissue drying and cut papermaking energy and cost.

Selective solvent dissolution and precipitation separate polyester from cotton waste while preserving fiber quality and recovering solvents.

Contact elements verify capsule geometry before extraction, blocking non-original pods to protect beverage quality and machine integrity.

A cross-linked polymer hydrogel absorbs solvent to concentrate noble metal colloids at room temperature while preserving particle stability.

Waste plastic pyrolysis aromatics are matched to aged bitumen solubility parameters to restore asphalt flexibility and adhesion.

NIR measurements of moisture and contaminants let controllers balance wet paper and plastic streams to a target dry ratio without pre-drying.

Glycol-coated copper fine particles suppress oxidation and enable sintering for die attach with strong bonding, heat dissipation, and conductivity.

Solubility-matched aromatic pyrolysis additives restore aged bitumen flexibility and adhesion while reducing virgin material use.

Jump-speed pressure data calibrates concrete slump monitoring across 0.5-20 RPM, reducing manual setup and extending accuracy beyond low-speed mixing.

A mixed anionic-nonionic surfactant composition improves polymer emulsion adhesive strength, mechanical stability, and water resistance.

A gradient mix of coarse and fine wear-resistant particles improves impact toughness while maintaining strength and wear resistance.

A specific anionic and nonionic surfactant blend improves pressure-sensitive adhesion, mechanical stability, and water resistance in emulsion polymerization.

Controlled sintering and extrusion create a dense macro-chip reinforced alloy that preserves grain structure while improving neutron shielding.

In-flight heat treatment with additive gas improves reactive metal powder flowability, limits agglomeration, and reduces static sensitivity.

A segmented vessel lining keeps Magnesia-Carbon bricks separate, enabling low-impurity reclaimed aggregate with minimal sorting and waste.

Controlled decomposition turns orange peels and coffee chaff into intrinsic binders, improving article strength, recyclability, and waste use.

Compacted CCR is turned into a pumped storage impoundment using liners and bio-geopolymer encapsulation to contain releases and create useful water infrastructure.

Independent liquid supply units precisely mix cleaning, oxidizing, and etching agents to improve substrate cleaning power and selectivity.

An adjustable outlet, conveyor, and dosing wheel meter concrete fibers accurately, preventing clumping and unsafe manual loading.

Dynamic classification separates impurity-rich powder fractions after comminution, yielding cleaner rare-earth magnet feedstock with better corrosion resistance.

An integrated filter piece lets coffee grounds be removed with the container, cutting filter paper handling, cleanup, and brew prep time.

Pressure-driven microfluidic synthesis improves nanoparticle size uniformity and production yield while enabling automated collection.

Controlled Ti-Al, Ti2CN, and TiB2 microstructure helps cBN compacts resist fatigue wear, abrasive wear, chipping, and impact damage in rock drilling.

A magnetic backing bonded to compressible foam keeps the drive member attached at speed while providing precise sheet feeding at lower cost.

A metering tank with load-cell mass sensing replaces density-dependent flow meters to deliver fast, precise stepwise fluid input for slurry mixing.

Electrospinning a metal-particle slurry and heating the composite mat creates porous metal fibres with high surface area and usable strength.

Multi-height air diffusers break up the grape cap more effectively during maceration, improving polyphenol and aroma extraction without bulky moving parts.

Heating spinel-type metal oxide particles with metal acetylacetonate under pressure enables dense, strong sintered bodies below 600°C.

Microfluidic droplet mixing controls MOF self-assembly into uniform fluorescent spheres, improving particle size consistency and sensing selectivity.

Electroless metal coating helps silver nanowires resist heat-driven shape changes and preserve hardness in bulk nanostructured alloys.

Supercritical CO2 extracts toxic residues and odors from used cigarette filter fibres, enabling recycling with minimal effluent and no water post-treatment.

A low-pressure liquified-gas sprayer controls separate fluid flows to match surface color while cutting waste and avoiding bulky compressors.

A spaced multi-stage solvent extraction layout enables continuous emulsion processing for high-quality microspheres with less removal time and cost.

Gallium-core microcapsules with oxide or hydrate shells improve thermal conductivity and shape flexibility for latent heat storage in EV thermal management.

Low-melting metal powder dispersed in a silicone base improves thermal conduction, coating uniformity, and insulation in thermal paste.