Transportation And Packaging TRIZ Cases

Composite iron-based powder with inorganic insulator and epoxy resin achieves 10^5 Ω·cm volume resistivity to prevent electric shorts.

Helical blades rotate in opposite directions to eliminate internal gears, resolving complex housing structures and ensuring uniform chemical mixing.

A compact magnetic core features an iron-based oxide film formed by heat-treating coated soft-magnetic particles in a controlled oxygen atmosphere.

A parallelogram cutting insert uses a variable radial rake angle to balance cutting efficiency and edge strength.

Heat treatment of composite particles with interstitial phases reduces high-frequency losses while maintaining thermal stability.

Reversing mixing implement rotation reduces feed pressure and prevents screw overfilling, resolving molecular chain damage from excessive thermal stress.

A dispersant composition combining oligomeric acid and polyamine stabilizes pigment suspensions in coatings.

A rotating base actuates an internal agitator to mix separated peanut butter phases, eliminating messy external stirring.

Electromagnets manipulate beads along closed paths to automate extraction, reducing device complexity and energy consumption.

Segmenting the impeller into reusable magnet and interchangeable blade subassemblies reduces inventory complexity for biopharmaceutical applications.

Textured cooling rolls suppress chill crystals in rare earth magnets, ensuring uniform phase dispersion.

Uniaxial pressing produces dense green compacts enabling direct machining, eliminating calcination steps that increase hardness and reduce productivity.

A solid product dispenser uses pressurized fluid to erode a chemical concentrate block through turbulent flow across a porous platform.

Stirrer with specific board thickness minimizes fine powder generation during water-absorbing resin surface crosslinking.

Segmented rake surfaces stabilize chip curling to prevent surface damage from uncurled chips.

A stirrer shaft with a flow passage equalizes pressure in the sealed cavity, preventing seal compromise during cabin turbulence.

Sinter pre-alloyed steel powder to achieve 100% density, reducing energy consumption compared to conventional forging.

Thermal circulation prevents organic fuel solidification in storage tanks, reducing maintenance needs.

Ultrasonic cavitation liberates gold nanoparticles from bulk metal, bypassing toxic chemical reduction steps and harsh acids.

Partial cylindrical sector arrangement eliminates vertical flow hindrance, improving mixing efficiency across wide viscosity ranges.

Segmented sorting modules separate materials before pyrolysis, reducing device complexity while recovering water and producing biochar.

A telescopic tool holder adjusts the distance between housing and mixing rod free end, resolving ergonomic discomfort for operators of varying heights.

A food garbage disposer uses a condenser to separate vapor into water and air for automated filtration.

Segmented clamping mechanism prevents oxygen introduction during vacuum operation while enabling easy maintenance of the anaerobic digester mixer.

A compact mobile mixing plant integrates weighing bins, conveyors, and a reversible twin-shaft mixer on a single transportable frame.

Adapter groove and displacement mechanism eject drill cores without heavy tools.

Non-covalent coupling of functional groups in the binder provides green strength while enabling clean removal without char residue or metal oxides.

A flaky powder composition with specific carbon and chromium ranges achieves high saturation magnetization exceeding 1.0 T.

Segmented container prevents chemical dilution errors and contamination risks by isolating liquids until point-of-use saturation.

A process suspending vegetable proteins in water with potassium hydroxide at controlled pH and temperature to yield alkaline hydrolysates.

Segmented adjustable paddles dynamically reposition to scrape adhered construction materials from all inner surfaces.

Through-the-shaft cleaning design eliminates confined-space entry risks by flushing the annular space and inner seal with automated C.I.P. fluid.

Twisted surface cutting insert resolves radial rake trade-offs to improve corner squareness and wall flatness.

A patterned oxide layer modifies surface hydrophobicity to confine wet process ink, resolving wet process limitations that blur light shielding edges.

Uniformly dispersed manganese sulfide particles in the Fe base alloy matrix and hard phase resolve the trade-off between wear resistance and machinability.

A cartridge system uses pressurized gas to mix liquids within isolated storage chambers.

A dryness raiser heats wet saturated steam using high-temperature combustion gas to boost thermal energy.

Two films enclose circuit members to create a thin structure, resolving the trade-off between reduced device thickness and reliable airtight sealing.

Dispersing copper among Fe-based alloy powders reduces core loss while maintaining high saturation magnetic flux density in power supply components.

Metallic amine salt film on aluminum particles prevents aggregation and hydrogen generation in water-based paints.

An automated core veneer stitcher aligns and joins green veneer pieces into continuous sheets using tape dispensers.

Flow straightening vanes in aerator volute tubes eliminate rotational torque on mooring components while enhancing aeration performance.

An Fe-based alloy with boron, phosphorus, and copper forms an amorphous phase via rapid cooling.

Rare-earth permanent magnetic powder uses a composite microstructure combining TbCu7 and Th2Zn17 phases to enhance coercivity.

Detachable U-shaped handle elements reduce the longitudinal extent of a manually operated construction mixer, enabling compact storage in large containers.

Optimized polymeric dispersants prevent uncontrollable viscosity spikes during production, ensuring stable rheological behavior for industrial flocculation.

A metal powder slurry forms a green body blank for milling dental components using standard CAD/CAM equipment.

Double interface layers in a CO2 foam fracturing fluid stabilize the gas and liquid phases, reducing water consumption and reservoir damage.

Segmented static mixing elements split fluid streams to maintain residence time distribution while increasing production capacity.