Transportation And Packaging TRIZ Cases

Tall oil fatty acid and ethyleneglycol monobutyl ether create stable foam to unload well fluids while maintaining compatibility with anti-corrosive agents.

A bone cement mixing cartridge uses a mobile closure means to seal fluid openings during plunger movement.

Computer-controlled feed rate adjusts based on spindle motor current draw to prevent hazardous liquid splash during core extraction.

Mixing coarse and fine silver particles creates a multi-modal distribution that fills interstices, lowering electrode resistance in solar cells.

CVD hard layer with controlled crystal orientation and layered structure resolves oxidation resistance versus hardness trade-off.

A composting vessel uses segmented containers to degrade footwear alongside organic waste.

Optimized Fe-based alloy composition with high amorphous ratio reduces coercivity while maintaining high permeability in dust cores.

An olfactory display adjusts fragrance concentration by alternating emission of scent and odorless air through a control module.

A container-based pyrolyzation system uses openable walls and internal storage racks to handle biomass materials.

A skid-mounted vacuum unit recovers dry bulk material from a blender inlet into a container using suction.

A powder mold assembly circulates lubricant through internal supply and drain ports to coat the die surface uniformly.

A stretched multilayer thermoplastic resin film incorporates elastic particles to enhance mechanical strength and adhesion.

Hydrazine oxidation releases only nitrogen and hydrogen gases, eliminating phosphorus or boron contaminants from electroless deposits.

A modular tool head joins separately produced granular preforms through joint compression and sintering to create an integrally bonded structure.

An integrated extruder combines single and twin screw sections to convey and mix materials within one machine.

A pivotable fan pivots between angles to maintain airflow alignment with a receding evaporation surface, controlling scent release intensity.

A functional material combines metal composite particles with distinct melting points to form void-free conductive structures.

Lateral magnetic force rotates the stirrer, eliminating friction and wear from bottom contact.

Integrated guiding recesses align the coupling pin during insertion, eliminating complex locking mechanisms while ensuring reliable torque transfer.

Centrifugal atomization creates spherical zinc alloy anode particles with indium, bismuth, and aluminum to reduce gassing and environmental impact.

Segmented radial arms replace continuous helical screws to reduce power consumption while maintaining homogeneous distribution of bulk agricultural products.

Low temperature sintering joins metal layers without warpage or voiding, maintaining high thermal conductivity in microelectronic packages.

A coolant distribution system mixes two premixed streams using pulse width modulation to achieve precise concentration control.

Heat-treating high iron magnetic alloy powder forms a stable silicon-rich oxide film on grain surfaces.

A vinyl alcohol-based dispersion stabilizer controls particle size and bulk density in suspension polymerization processes.

A drill with intersecting convex and concave cutting edges curls chips into shorter shapes to improve discharge efficiency.

A dark non-infrared-absorptive base paint mixed with specialized colorants eliminates heat buildup in dark shades while reducing inventory complexity.

An acute angle side surface on a cutting insert increases friction resistance, preventing displacement caused by cutting forces.

A roto peening orbital drilling tool integrates a torsion element and carbide tip to induce compressive residual stress during machining.

Modular control system reads component memory to configure kinematic parameters for detachable machine assemblies.

A core-shell structured non-ionic nanoemulsion system uses a novel Gemini surfactant to form stable droplets.

Composite semi-crystalline oligomer resins resolve brittleness and poor adhesion in solid ink by combining crystalline wax with amorphous resin components.

An adapter couples a hole saw via axially displaceable bushing, merging rotational coupling and axial securing to simplify mounting.

Optimized TiZrAlN coatings prevent decomposition into hexagonal AlN phases at high temperatures, ensuring stable cutting performance.

Inert atmosphere sintering reduces oxygen in Co-Fe-B targets, preventing oxide particles that degrade magnetic film yield.

A compact mixing system uses a movable nozzle to adjust the gap between the discharge port and sample collection point.

A dual-rotor stirrer uses a hollow shaft to inject additives between rotors, generating negative pressure and centrifugal force.

A controller adjusts lubricant volume and timing on die bores to optimize compression molding operations.

Electrostatic spray disperses metal salt droplets through a low dielectric liquid phase into an aqueous reducing agent solution.

Controlling sodium, potassium, and pH levels suppresses burning sensations from high carbon dioxide pressure while maintaining beverage fullness.

Solid phase reaction of a rapid solidified alloy sheet with acid solution yields high purity metal powder without liquid phase yield losses.

Asymmetric bent blades direct material toward the shaft center, preventing surface raising and wall adherence during chemical treatment.

Nonionic modification prevents additive reactivity while maintaining bentonite swelling reduction in saltwater environments.

A stormwater treatment apparatus uses a tilting structure to adjust contact surface inclination and control flocculating agent dissolution.

Segmented reaction chambers and product guides prevent backflow while maintaining reliable solution formation without complex in-line systems.

A copolymer dispersant stabilizes pigments in coating formulations.

An acute-angle nozzle directs high-pressure coolant to the cutting edge, reducing heat buildup and extending tool longevity.

Sensor-controlled retention detects downstream sheet separation to prevent extruder clogging from cluttered zig-zag strips.

Salt-forming graft copolymers prevent precipitation of fine metal particles, enabling high-concentration dispersions for sintered films.