Transportation And Packaging TRIZ Cases

Thermochemical conversion transforms unsorted solid waste into hydrochar, enabling cleaner separation of recyclables while minimizing resource consumption.

Segmentation resolves the strength versus handling contradiction in large reactor stirrers by enabling modular assembly of heavy components.

Segmented relief surfaces reduce contact area to prevent breakage and improve surface finish in micro drilling.

Shock compacting magnetic powder in a flexible die reduces material loss and distortion during rare earth magnet production.

Room-temperature galvanic displacement produces ear-of-rice copper particles, lowering energy costs while maintaining mixing uniformity.

A steam sterilizer uses a dynamic valve to regulate flow into the tank.

Pre-alloyed water atomized steel powder achieves excellent fluidity and formability through controlled 0.4 to 1.8 mass% molybdenum content.

Asymmetric edge geometry protects inactive cutters from wear while maintaining clearance angles for efficient shoulder milling.

A rotatable spray nozzle directs cooling water onto atomized molten metal droplets to enhance the amorphous phase ratio of manufactured powders.

A milling insert features cutting edges with main and secondary edges inclined relative to a neutral plane.

Vortex mixing in inert molten metal reduces halides to pure powder while preventing chloride corrosion at high temperatures.

Single grinding wheel forms expanding flute via distinct helix angles, resolving complexity trade-offs while maintaining precision.

An inductor arrangement generates magnetic fields to rotate stirring bars and detects fluid flow through induced signals.

Segmented dual auger mixer resolves portability and capacity trade-offs.

An anionic surfactant with a carboxylate group acts as a nucleating agent to reduce supercooling while maintaining homogeneity.

Phosphorus-containing compounds adsorb onto silver powder surfaces to resolve solvent incompatibility and prevent aggregation in water-based pastes.

Module A inhibits thickening while Module B reverses inhibition, resolving immediate viscosity spikes that hinder processing.

A dehydrator uses heated air and an agitator to dry biological material inside a suspended vessel.

A stirrer uses rotor sections with distinct axial and radial conveying effects to move substrates.

Positioning supply tubes above stirring blades reduces free sulfuric acid concentration while maintaining leaching ratios.

Injecting water-in-oil emulsion creates a porous polyurethane network that consolidates sand while maintaining permeability.

Segmented cavities filled completely with product eliminate unproductive vapor consumption, reducing energy use while maintaining effective sterilization.

Oil continuous phases deliver dispersed water droplets that stabilize cellulosic materials against humidity-driven swelling and cracking.

Segmented liner element mounts detachable wear members via secondary portions, enabling targeted part replacement without removing the entire agitator assembly.

External UV light source and angled stirrer blades agitate polymer slurry to maintain homogeneous reaction conditions.

A liquid holding container positions its filter inside the housing unit to prevent mechanical damage during sealing.

A chromium-based coating resists corrosive species and harmful gases to extend the service life of metal substrates in harsh environments.

Varying the gap width between inlet and outlet ports distributes pressure uniformly, minimizing torsional moment on the agitating hook.

Segmenting rigid polyaniline into nanoscale shells improves solvent handling while maintaining electrical conductivity across varying temperatures.

Combining iron salts with hydraulic binders traps oxyanions in a hardened matrix, reducing leaching risks while improving soil mechanical stability.

Concentric feed system distributes water and additives via radial nozzles, resolving non-uniform mixing caused by side-mounted feeding.

Small air bubbles scatter piling noise while the membrane prevents sediment clogging during air supply interruptions.

Additive particles in a silver sintered bonding member suppress silver atom diffusion, preventing large void formation during high-temperature exposure.