Transportation And Packaging TRIZ Cases

Annular groove on capsule collar engages chamber edge via friction coupling and plastic deformation to prevent pressure leakage during extraction.

Actuation chuck drives micropost arrays to mix biological fluids, resolving poor homogeneity in small volume samples.

Segmented asymmetric cutting insert reduces cutting force and surface roughness by distributing chip thickness across specialized edges for higher feed rates.

Continuous multi-screw extrusion maintains steady-state conditions to eliminate batch variability and ensure consistent toner particle size.

A coaxial fluid distribution device uses a nested metal tube to regulate flow, resolving poor size reproducibility in industrial production.

A universal colourant composition uses a dispersing vehicle of urea, glycerol, and polyethylene glycol to wet pigment particles effectively.

Fatty polyamide stabilizer eliminates hazardous hydrocarbon solvents while maintaining thermal stability and pourability in subterranean treatments.

Pulverizing metal oxides into nano powder reduces heat energy consumption and suppresses oxide generation on furnace walls during alloying.

Segmented metal particles in the ink suppress joint strength decrease under thermal shock.

Arcuate plow elements on a helical shaft minimize temperature, shear, and compositional gradients to prevent defects in honeycomb structures.

Recessed adjustment plates expand the cartridge position range and reduce manufacturing costs while preventing plate dislodgement during machining.

Axial discharge openings guide coolant through shank channels to cutting edges, maintaining reliable supply despite centrifugal forces.

A magnetic core uses a grain boundary oxide region to enhance specific resistance and mechanical strength.

A floatable horizontal aerator uses pressurized air to propel water through vertical risers for oxygenation.

A core forming device adjusts raw material supply based on piston position detection to stabilize injection volume.

Segmented powder and liquid assemblies prevent oxygen degradation, maintaining active ingredient concentration until application.

A dispersant combination uses uncharged copolymers that form charge carriers in alkaline environments to enable controlled dispersion.

A hydrogen storage alloy powder features a magnesium-rich surface and nickel-rich core to accelerate gas diffusion.

Lead and tin coatings on zinc particles reduce hydrogen gassing by 60-80% while maintaining the conductive matrix during cycling.

A spherical mixing drier uses an inclined stirrer axis to position elements below the separation plane for easier access.

Integrating the lead-out port within the heating flow path eliminates liquid accumulation in connecting sections, enabling stable high-flow vaporization.

Nano inorganic polymer additives create hydrophobic soil matrices that resist osmotic water flow and prevent leachate migration.

A composite dispersant molecule stabilizes particulate solids in organic media through adsorption and steric hindrance mechanisms.

A composite lubricating combination enhances green strength and apparent density in atomized iron-based powders.

Controlled ignition neutralizes air bag inflators before water-based shredding separates metal from chemical residues, preventing explosions during recycling.

A pivotable concentrate flap seals the connection connector, forming a rinsing chamber that cleans the interface inside and out.

Segmenting the liquid path and extracting bubbles maintains high concentration while preventing recirculation losses.

Lateral coolant transfer positions outlets near the machining site, reducing leakage and improving thermal management at the contact point.

Segmenting nucleation and growth steps suppresses size variation, achieving high reproducibility for large-scale silver nanoparticle production.

Packaging contaminated metallic residues in combustible big bags enables direct melting, eliminating fine dust generation from mechanical decontamination.

Linear and concave cutting edge segments stabilize forces to reduce wear and maintain dimensional accuracy.

Composite dispersant maintains consistent fluidity in hydraulic compositions through synergistic polymer interactions.

An integrated cartridge uses a mixing ball to ensure uniform cement blending, reducing infection risks from manual handling.

A manual drive mechanism rotates a volatile material refill to enhance passive evaporation through a permeable membrane.

An annular groove reduces the outer diameter to minimize wall friction while overlapping grooves increase stiffness for high-strength drilling.

Associative polymer creates solvation cages for oil molecules, resolving formulation instability and phase separation issues.

Aerosol deposition of hybrid graphene and nanowire films reduces contact resistance while maintaining optical transparency.

Asymmetric inlet aligns material flow tangentially with mixing tools, reducing impact forces that damage mechanically sensitive silica aerogels.

Automated control unit adjusts gas and suspension flows to maintain consistent foaming results in construction material production.

A stirring paddle with a tapered protrusion moves through fermentation material to mix contents effectively.

Spherical metal particles feature attached ceramic nanoparticles to enable uniform dispersion in additive fabrication.

Automated production module for solid medicaments links process sensors to batches for real-time tracking and quality assurance.

A zwitterionic and crosslinkable polymer controls rheology in high total dissolved solid fluids.

Inclined cylindrical fastening surface resolves fixation reliability versus mounting ease contradiction while maintaining rigidity during regrinding.

Water extraction removes soluble pore formers from green metal compacts to create controlled porosity without thermal decomposition.

Adjusting pH above 8 triggers rapid thickener swelling, eliminating lumps and reducing energy consumption during emulsion paint production.

Mixed zone bonding prevents delamination in submicron fiber air filters, enabling back-flush cleaning and extended service life.

Motorized roller forces elastomeric material into the extrusion screw inlet, maintaining consistent flow rate and preventing adhesion.

Replacing APFO with a defined fluorinated emulsifier structure eliminates bioaccumulation while maintaining wettability and mechanical stability.