Transportation And Packaging TRIZ Cases

A composite cutting tool uses a TiC-based layer and Ti-Ni enriched interface to bond cubic boron nitride edges to cemented carbide bodies.

Replacing polysiloxanes with composite polyethers eliminates flammability and emissions while maintaining cell fineness.

Pre-fixed stir bar and extraction tube system reduces radiation exposure and sterility risks during radiopharmaceutical mixing.

A double-covered cylindrical container flips 180° to homogenize concrete samples for rheological testing.

A solder preform uses pyrolyzable flux to enable void-free metallic bonding during reflow.

Densifying textile aggregates before gasification stabilizes the syngas composition, resolving variability issues in mixed solid municipal waste processing.

Distribution lateral pipe discharges fluid through angled outlets to promote even flow across the basin.

A temperature-controlled method forms complex emulsions by adjusting component miscibility through phase transitions.

A rotating tool clamping system uses piezo elements to harvest vibration energy for self-powered sensor monitoring.

Soft magnetic powder with manganese-enriched oxide layers reduces coercivity and energy loss in electronic devices.

Calcium sulfate anhydrite II mixed powder enhances iron-based sintered body machinability and radial crushing strength.

Expansion chamber captures expanding bubbles to prevent overflow while forcing high-volume gas flow through wine for rapid tannin reduction.

Varying web thickness along the bit core lowers drilling resistance while maintaining structural strength for durable PCB micro-drilling.

Blending carbodiimide or epoxy chain extenders with polyether polyamide improves hydrolysis resistance without sacrificing flexibility.

Discontinuous surface particles on support cores promote graphite nucleation, limiting degeneration in thick cast iron sections while reducing dross generation.

Ductile metal shapeable articles conform to irregular tissue contours, distributing pressure uniformly to prevent damage from rigid retractors.

Nested frustoconical plates create inclined settling surfaces that resolve low gravity sedimentation efficiency without increasing device complexity.

A dispensing mechanism adjusts liquid discharge speed to ensure uniform mixing of sample and reagent in automated analyzers.

Iron-based glass-forming alloys form fine boride and carbide phases in a ductile matrix, preventing preferential wear at high deposition rates.

Post-treated polymeric dispersants react with cyclic carbonates to improve particulate matter dispersancy and prevent filter plugging in engine oils.

A composite lubricant with a solid organic core and fine carbon coating enhances flow rates in iron-based powder metallurgy compositions.

A polymerizable inorganic particle dispersant stabilizes metal oxide nanoparticles within organic resin matrices.

A trench filling machine uses a hopper vibrator to maintain material flow through the discharge conduit.

Hydrothermal treatment dissolves binder matrices to release intact magnetic grains, avoiding hydrogen safety hazards and acid waste.

Sub-micro and micro copper particles form a sintered layer for semiconductor joining without pressurization.

A FeCoNiCr alloy incorporates copper to reduce stacking fault energy and promote twinning-induced plasticity.

High-speed ball milling in liquid nitrogen creates supersaturated iron nitride, overcoming solid solubility limits to yield pure-phase material.

Selective powder dispensing reduces wastage and contamination by depositing materials only where needed, improving product rigidity.

A tool holder fixing structure defines angular clearance zones to receive foreign matter between the holder and machine part.

Separate joining members with controlled protrusion geometry stabilize joint strength and simplify manufacturing for warped fiber-reinforced parts.

Alloy particles bound by non-graphite carbon mitigate volume expansion strain, suppressing electrolyte decomposition and improving cycle life.

A detachable mixing paddle uses a complementary removing edge to scrape excess paint from the curved mixing section.

A dry cooker uses a pH sensor and control unit to manage heat loads during pasta-filata cheese production.

Perforated distributor plates with peripheral openings and deflecting elements induce rotational flow to resolve low gas-to-liquid mixing inefficiencies.

Elastic clamping isolates bearing from welding stress, enabling replaceable bush alignment.

Extracting the mold from the sintering furnace eliminates thermal deformation and reduces manufacturing costs while maintaining magnetic characteristics.

Deflecting elements redirect flow into oblique outflow passages to ensure uniform cooling and lubrication across cutting edges and bore walls.

Polyisobutylene succinic anhydride dispersant stabilizes mixed metal oxide pigments in non-aqueous media.

Fine bubble hydrolysis eliminates nitrogen contamination from alkaline catalysts, enabling high-purity silica dispersion for semiconductor manufacturing.

A porous filter element captures excessive bubbles generated by high-flow gas injection, preventing froth overflow while maintaining rapid tannin reduction.

A hinged bearing frame supports concrete mixer motor units, allowing rotation away from the tank border.

Hydrophobic capillary constriction channels in this microfluidic platform prevent oil contamination while ensuring uniform particle trapping.

A metal matrix composite drill bit uses spherical fused carbide particles and a nickel binder to enhance thermal conductivity.

Sequential heat treatments in non-oxidizing and oxidizing atmospheres maintain insulation integrity while reducing iron loss.

Segmented flute depressions trap coolant to dissipate heat, resolving the trade-off between chip discharge smoothness and thermal management.

A flexible trephine navigates complex joint curvature to harvest cartilage plugs through a single incision.

Integrated shredder, mill, and separator process electronic waste into uniform mineral-rich powder on a transportable skid.

Precise impurity control in the Cu core ball prevents sulfide discoloration while ensuring self-alignment and impact resistance.