Transportation And Packaging TRIZ Cases

Perylene bisimide compounds coordinate with silver salts to direct nanowire growth in solvent systems.

Compacting desolvated brazing composition creates a stable preform that reduces sintering cycle times.

Layered alpha-alumina coating with controlled crystal orientation prevents grain coarsening and crack generation during cooling.

A cutting insert features a groove at the intersection of flat and tilted edges to reduce stress concentrations.

Specific organic layer prevents oxidation and gas generation during low-temperature sintering of fine copper powder.

An expansion chamber dilutes molten salt aerosol with inert gas, preventing instrument plugging and analysis inaccuracies.

Enlarged perforations in a press extractor chamber expel wet organic fractions from municipal solid waste loads.

An integrated lubricating member supplies solid particles to reduce processing costs while maintaining reliable lubricity under severe conditions.

Varying conductive pattern thickness resolves the contradiction between signal quality and flexibility, preventing breakage at folding lines.

A drill with a fan-shaped cutting fluid supply hole increases flow speed without raising pressure.

Alternating drying and stirring steps increase carbon powder attachment on magnesium alloy chips, preventing binder gas generation during injection molding.

Hot oil jacketed melting kettle reduces recovery time through segmented coil heating and corrugated walls.

Recycling electrochromic glass windows by breaking them into pieces to recover materials without melting the glass, reducing environmental toxicity.

A microparticle manufacturing method separates seed particles in a thin film fluid between rotating surfaces to initiate controlled growth.

Segmented cartridge design resolves pressure drop issues in compact microfluidic channels while maintaining reliable fluid control.

Noble metal binders improve wettability with TiN ceramics during sintering, achieving high hardness without allergenic elements.

Centrifugal microfluidics channels blood through stirring chambers to induce shear flow, resolving standardization issues in platelet function testing.

Segmented periodic centrifugal forces minimize cellular damage while maintaining wash efficacy in an automated cell washing device.

Plasma vitrification transforms hazardous municipal waste into stable glassy material for thermal energy storage, eliminating environmental harm.

Surfactants reduce zwitterionic polymer mixing time from 15 minutes to under 2 minutes, enabling on-the-fly well servicing operations.

Optimized metal powder achieves high density without hot isostatic pressing by using segregated silicon for deoxidation.

Combining lecithin with sugar esters creates a composite system that maintains acid stability for carotenoids in acidic fruit drinks.

Salt addition inhibits oxidation of entrained oil in spent bleaching earth, enabling safe reuse in livestock feed blocks.

A tungsten carbide powder with controlled particle size and crystallite dimensions enables uniform ultrafine cemented carbide alloy production.

Converting industrial waste into stable zeolite gel mitigates environmental pollution while preventing greenhouse gas emissions.

Radial friction clamping secures the form drill insert, eliminating screw leverage and preventing twisting during micro-machining operations.

Applying a tantalum nitride layer to tungsten raises surface emissivity, lowering operating temperatures and extending component lifetime.

A pyrolysis system converts municipal solid waste into electrical energy and fuel through controlled thermal decomposition.

Constricting the main tube cross-section at the sample position stabilizes evaporation rates, eliminating temperature fluctuations that cause size variations.

A surfactant composition with polymerizable double bonds and ionic groups improves monomer emulsifiability.

An intermediate Fe-Si-O oxide layer and Si-O insulation film improve corrosion resistance without requiring chromium or high-temperature processing.

Segmented coupling sections transmit radial clamping force and torque via parallel surfaces on a rotary tool pin.

Cationic carbohydrate ethers provide stable viscoelastic solutions through ether-linked molecular structures.

Film boiling drives liquid circulation in a compact ultrafine bubble generator, eliminating bulky pumps and reducing power consumption.

A self-propelled hydraulic concrete mixer deposits fluid flooring material using synchronized flow control mechanisms.

Mono- and di-phosphate ester blends stabilize dispersions across diverse media while reducing ecotoxicity.

Segmented rotor-stator mixing with elevated outlet pressure resolves filler dispersion inhomogeneities while maintaining continuous production speed.

Hydrocarbon-coated silver nanoparticles decompose at 140°C to form conductive bonds, solving substrate heat sensitivity.

Segmented attachment merges sealing with mechanical fastening, eliminating complex welds and preventing leakage during installation.

Dissolving fatty acids in a solvent and injecting the solution into a miscible non-solvent creates stable nanoparticle dispersions.

Negative pressure from a fan moves contaminants downstream, resolving sealing complexity and safety risks during high temperature thermal desorption.

Adjusts material discharge volume based on object adjacency to ensure continuous layer formation in additive manufacturing.

An ion plasma disintegrator vaporizes documents using a high-voltage electric arc between metal plates.

Non-touching needle dispensing and thermocompression sintering create a 99% pure silver TIM that prevents intermetallic compound formation and substrate damage.

A coated twist drill with web taper geometry reduces cutting forces, improving chip flow and tool life during deep hole drilling.

Segmented guide and support chamfers prevent chattering and wear, maintaining hole roundness under high compressive stress.

Acoustic radiation forces transfer capsules between liquid phases while interface stabilization pillars maintain spherical shape during gelation.

Segmenting high-index materials into nanoparticle layers separated by spacers resolves lattice strain and crystal quality issues.