Transportation And Packaging TRIZ Cases

Eccentric triangular impellers rotate to scrape adhered resin, preventing solidified material wedging between components.

A joined body uses a joining film with spatially varying metal nanoparticle density to bond substrates.

Metal nanoplates connected by conductive polymers enable high conductivity at low firing temperatures, solving substrate compatibility issues.

Liquid wetting displaces trapped gas from surface crevices, reducing microbubble formation and improving semiconductor wafer process reliability.

Controlled iron powder parameters reduce hysteresis loss in dust cores by promoting coarse crystal grain growth during strain relief annealing.

A method recycles Ni-based superalloy parts by melting and desulfurizing the material to restore high-temperature strength.

Grain boundary diffusion treatment distributes rare-earth elements through sintered NdFeB magnets.

A mixing chamber dilutes post-harvest samples using a sample application duct and purge funnel.

Unoxidized tributylphosphine ligands form uniform copper nanocubes, resolving synthesis reproducibility issues for carbon dioxide reduction.

A continuous make-down system dissolves dry polymers using an agitator and filter.

Segmentation and extraction principles enable a sterile mixing environment by replacing complex seals with a pre-sterilized, single-use vessel.

Friction and spiral pipes preheat rubber powder, reducing thermal loss during high-temperature desulfurization.

The UNIRAC process reduces coating temperature and cost by replacing vacuum systems with solution-based chemical reactions.

Curved tool blades with integrated nozzles resolve poor homogeneity by creating velocity differences that enhance laminar and turbulent flow patterns.

Electromagnetic induction heating replaces thermal conduction to accelerate melting speed while reducing energy consumption and improving ingot quality.

Computer-controlled dispensing and robotic handling replace manual weighing to eliminate human error in formulation precision and color matching.

Concentric opening arrays break up jet streams and promote turbulence, preventing solid blockage while maintaining high gas velocities.

Fine silver particle dispersion maintains resistivity stability over time through optimized resin and solvent parameters.

Lead-free copper alloy bearing incorporates hard particles and solid lubricants to enhance wear resistance without complex heat treatments.

Mixing chamber nozzles inject polyol and blowing agents at different heights to achieve homogeneous impingement mixing.

Replacing ceramic matrices with epoxy resin simplifies manufacturing while maintaining electrical conduction in gold-based composites.

An upstream sealing lip prevents viscous components from entering the intermediate space, eliminating dead zones that cause uncontrolled reactions and clogging.

Dicyclopentadiene epoxy resin reduces thermal expansion in rare earth bonded magnets, minimizing demagnetization at high temperatures.

A 3D printing device combines spray deposition with electron beam fusing to join materials.

Distinct feed paths shorten the hardener route to prevent air inclusions, ensuring homogeneous filler curing.

Segmented guide pads with concavo-convex shapes reduce burnishing force and prevent spiral marks on hole surfaces during long-term drilling.

Asymmetric cutting edge angles eliminate periodic vibrations and high contact forces during machining, ensuring uniform surface quality.

Magnetic coupling torque sensors measure real-time power delivery to resolve precision trade-offs in sterile bioreactor mixing.

A multi-nozzle ink jet head prevents clogging by treatment liquid mist through local quality and parameter changes.

Crystalline Fe-group powder incorporates trace transition metals to enhance magnetic permeability while reducing core loss in high-frequency applications.

A composite material combining amyloid fibrils, polymer, and single crystal gold platelets to achieve tunable density and stiffness.

An automated solution dispenser integrates sensors and a controller to manage liquid mixing and dispensing with defined chemical characteristics.

Segmented radial screw vanes increase anodic mass throughput by 50% without raising mechanical stress.

A functional acrylic copolymer disperses pigments in coating compositions through specific anchor and stabilizer monomer units.

Dual heating zones in the reactor minimize temperature gradients, ensuring uniform particle size distribution for battery precursors.

Semi-solid magnesium slurry mixes with alumina and silica particles to ensure uniform dispersion and prevent aggregation during casting.

Rotating mixing element blends colored powders in a mold cavity to eliminate visible layer boundaries and achieve smooth color gradients.

Eliminates corrosive halide anions from polymeric imidazolium production by substituting halogenic acids with sulfonic or carboxylic acids during synthesis.

An additive injection apparatus merges flow manifolds and tubes to deliver proppants directly into fluid streams.

Sulfate ion molar ratio control in thin film fluid mixing adjusts crystallite diameter relative to particle size, resolving manufacturing precision trade-offs.

Downcomers extend between column walls to provide structural support, eliminating separate beams that reduce mass transfer area.

Heteroaromatic dispersion-stabilizing compounds lower sintering temperatures to 100-250°C, enabling conductive patterns on PET substrates.

Axially positioned inlet and outlet ports guide fluid through a helical path, preventing port wear from abrasive fluids.

Actuator-driven axial movement adjusts the rotor-to-lid gap, preventing lumps and enabling continuous production of varying thicknesses.

Segmented twin screw extruder reduces complexity by applying single and twin screw configurations to specific conveying, kneading, and metering sections.

Simultaneous deposition of silver and ruthenium onto carrier particles simplifies manufacturing complexity while ensuring scalable antimicrobial production.

Electro spark deposition coats shadowed turbine vane surfaces, ensuring uniform thickness and reducing maintenance costs.