Transportation And Packaging TRIZ Cases

See how a friction-fit collar and flexible seal member accommodate various bowl sizes, prevent

See how a friction-fit aeration insert merges with the glass interior to aerate wine through ap

See how a temperature sensor extending through the heating plate measures jar-bottom temperatur

See how ultrasonic welding joins TPE mat layers without adhesives, eliminating toxic gas and ch

See how jet milling with soluble coffee as comminuting agent prevents oil release and clumping

Rotary grooving enlarges and abrades stripped drywall holes before a threaded plug creates a stronger screw anchor.

See how a frusto-conical capsule with optimized height-to-width ratio holds 9-13g coffee for do

See how two counter-rotating blades on a shared shaft use gear-driven direction reversal to cru

Pre-made outlet cuts let air escape before pressure opens the capsule wall, improving coffee extraction without complex brewing hardware.

See how a volumetric chamber with multi-level electrodes and solenoid valves enables precise al

See how a translatable blade-base interlock prevents unintended blade rotation and manages pres

See how a rotatable mixing blade adapts between lifting and scraping positions to cook diverse

See how a movable plunger decouples jar engagement from switch actuation, enabling stable later

A milling rib extends from the hub to the cutter, activating the central blade area for solid-food comminution with less force.

See how curved blade assemblies on dual shafts intermesh through a common volume to reduce cent

Pre-formed weakened zones rupture under pressure to create consistent beverage flow passageways, improving oxygen tightness without package perforation.

See how a reconfigurable liquid flow control system switches between flow-through and parallel

See how a flexible membrane mixing chamber with variable volume compresses and expands to mix t

See how a bellows-like capsule base enables controlled deformation to compress coffee powder, e

See how tub-surface water film condensation expands cooling area and self-cleaning lint filters

See how a vacuum system removes air before blending to prevent nutrient oxidation and clumping

See how a forged blade with thin leading edge and thick body maintains sharpness on ice and fro

See how continuous pressure ramping during prewetting reduces flow blocking and preparation tim

See how a groove-and-seal design secures the agitator base into the nut as a pre-assembled unit

See how a lever-driven link mechanism opens and seals a coffee capsule housing to prevent leaka

See how a frusto-conical capsule with 9-13 g coffee and optimized height-to-width ratio enables

See how a float valve and air chamber in a reusable cup adaptor remove air locks and control di

See how controlled anionic surfactants prevent metal elution from silicate deodorants, maintain

See how dual annular protrusions on an injector valve form a sealed chamber that isolates liqui

See how a guard member circumscribes blender blades to prevent access when the container is rem

See how a whisk with integrated magnetic sensing detects manual rotation to program agitation p

See how a foldable container integrates a stirring handle and filter cavity to eliminate separa

See how a dual-switch safety lock and pressure sensor enable single-handed speed control while

See how a spring-loaded locking element prevents motor activation unless the power cable is cor

See how a segmented cartridge holder maintains separate high-pressure gas and ambient-pressure

See how flow-wrapping porous insulation with CO2 or argon gas reduces thermal conductivity whil

See how an automated smoothie system integrates ingredient storage, dispensing, blending, and s

See how a circular motion guide and flexible jar seal dampen high-speed blade impact forces to

See how a twisted volute blade executes planetary motion to replicate manual folding, preservin

See how a convertible brew chamber with floating insert and securing mechanism accommodates esp

See how a collinear vacuum intake, mixing chamber, and exhaust port use tool exhaust to power s

See how a stand mixer head unit moves along orthogonal linear tracks to shift tools dynamically

See how attachment means and inclined extraction plates solve capsule sticking and jamming in b

See how a spring-loaded locking element prevents mixing vessel insertion without the agitator,

See how a wavy elastic functional area generates turbulence to reduce stirring time, improve sc

See how a high-torque magnetic drive couples motor to impeller through the tank wall, eliminati

See how a reusable cleaning device uses water pressure to dissolve cleaning material in the bre

See how a gear-driven blade assembly enables a handheld manual blender to reach 3200 RPM withou

See how a blender lid with curved air channels and vertical routing prevents foodstuff expulsio

Alternative dielectric gases in radiotherapy waveguides cut electrical breakdown risk while avoiding the high global warming impact of SF6.

Amine-coated silver particles and an acrylic dispersant improve polar-solvent dispersion, limiting aggregation and enabling low-temperature conductive films.

Reduction-diffusion heat treatment forms single-phase SmFe12 magnetic powder with 10 µm or smaller particles while limiting secondary phases.

A mixed crystalline and amorphous magnetic powder dust core cuts core loss while preserving DC superposition characteristics in inductors.

Fe-Co and Fe particle packing suppresses coarsening to keep saturation magnetization high while reducing magnetic losses at high frequency.

A phosphate ester additive helps copper bonding paste suppress oxidation and maintain bonding-layer strength in non-reducing atmospheres.

A copper paste with polyol reducer and phosphorus or sulfur coordination aid enables pressureless bonding in low-hydrogen atmospheres.

Mechanical vibration keeps lithium salt powder flowing in a closed dissolution system, preventing crosslinking and enabling safer hopper replacement.

Specific Pr-Co-Ga-B-V-Ti alloy casting and controlled processing raise NdFeB coercivity without dysprosium or terbium, cutting cost.

Soft magnetic powder in a silicone binder creates bendable, lightweight magnets that keep strong static fields for comfortable long-term wear.

Oriented flaky magnetic particles and plate reinforcements raise permeability while cutting eddy current and hysteresis losses in rotating machines.

A modulated Fe-Cr-Co alloy powder in a polymer matrix boosts high-frequency absorption, enabling thinner electromagnetic absorbers.

High-pressure steam removes lithium and electrode residue from used firing crucibles while cutting acid use, dust, waste, and energy demand.

Applying a magnetic field during HDDR boosts Nd-Fe-B powder anisotropy and energy product, improving bonded magnet performance.

A sinterable copper powder film with a solid reducing agent joins copper foil to metalized chips with high strength, lower cost, and less stress.

A sensor-guided tank adjusts nitrogen and oxygen in chemical liquid to stabilize etching rates, cut defects, and limit tungsten loss.

Fine iron powder with a silicon oxide coating improves high-frequency permeability, insulation, and compact density in molded inductors.

A Ca-Ba fatty acid metal salt improves internal lubrication, helping dust cores keep high crushing strength in complex thin-walled shapes.

Sensor-guided grinding, heating, and airflow dry organic waste into a lighter shelf-stable product while detecting soft and hard motor stalls.

A compressible metal-powder bonding layer reduces voids and thickness variation while delivering strong, reliable conductor joints.

Dispersed Re-Fe-N phases in a FeSiAl matrix cut eddy current loss while preserving magnetic performance for MHz inductive components.

Compression molding with thermosetting resin and additives increases bonded rare earth magnet density, magnetization, and powder utilization.

An organocopper additive prevents grain boundary copper depletion in Sm2Co17 magnets, raising coercivity and squareness without lowering remanence.

Chlorinating high-temperature battery smelting shifts lithium from slag to recoverable dust while separating nickel, cobalt, and copper without wastewater.

Curved lower and upper bubbler surfaces improve pressure resistance and gas-driven chemical evaporation in semiconductor processing.

A sol-gel insulating coating on magnetic particles raises resistivity and permeability, helping dust cores suppress high-frequency eddy current loss.

A Ti-Zr-Ni-Cr-Mn C14 high-entropy alloy improves hydrogen absorption and desorption while lowering rare-earth battery material cost.

Opposing screw blade rollers and substrate heating detach soldered PCB components with less damage and higher recovery efficiency.

Capped copper particles resist oxidation and enable lower-temperature sintering for cost-effective die attach without silver ion migration.

Dispersed Re-Fe-N phases raise resistivity in FeSiAl powder, cutting eddy current loss while preserving strong MHz magnetic properties.

Resin-coated media in a nitrogen atmosphere disperse SmFeN magnetic powder while limiting oxidation and preserving residual magnetization.

An inert gas sealed crushing and separation line captures cathode dust, cuts material loss, and reduces fire and explosion risk.

Controlled Fe-Si-Cr powder composition balances fine crystal grains, particle deformability, and oxidation resistance for high permeability and low iron loss.

Controlled atmosphere exposure and low-pressure compaction let coated soft magnetic powder hold shape while reducing hysteresis and iron loss.

A porous sintered support layer keeps bipolar plates spaced, prevents coolant blockage, and improves heat transfer across the fuel cell stack.

Controlled pressure and sub-crystallization heating densify amorphous powder while preserving insulation and avoiding secondary phase formation.

Returned excess wash solution and concentration feedback keep wafer cleaning chemistry stable while reducing ultrapure water discharge.

A spaced Cu bonding layer structure limits Cu diffusion into SiC semiconductor elements, reducing cracking while keeping heat resistance and lower cost.

Staged mixing of inorganic oxide filler, solvent, and binder reduces slurry lumps while maintaining productivity for battery protective layers.

Fluoroalkyl grafting on lacunary polyoxometalate clusters improves chemical stability, hydrophobicity, and proton exchange membrane performance.

Evaporation and cooling separate sodium sulfate from Li-ion battery waste, enabling lithium carbonate recovery with over 75% efficiency.

Resin-coated grinding media limits oxidation of SmFeN powder, preserving particle orientation and improving residual magnetization and coercive force.

A Ni-Sn intermetallic layer uses bimodal nickel particles to form stable high-melting joints for chip packages and PCB mounting.

A rotating furnace with heat-resistant balls forms anisotropic Sm2Fe17N3 powder without fine grinding, preserving coercivity and squareness.

Microwave-transmitting end insulators even out resin heating in magnet holders, enabling demagnetization with fewer cracks and less oxidation.

Controlled magnesium reduction, vacuum separation, and molten halide sintering raise tantalum powder capacitance and breakdown voltage for capacitors.

Gas-injected bubbles reshape bath flow resistance and dispersion, reducing center-fast etching and improving etch rate uniformity across substrates.