Mixing Methods TRIZ Cases

Coaxial dispersion chamber shears gas into fine bubbles using high mixing power, eliminating complex sparging mechanisms and blockages.

A mixing device combines puncture repair liquid and compressed air in a chamber to create an aerosol mixture for tire sealing.

Inline cooling arrangement injects water mist into flue gas pipelines for rapid temperature reduction.

A curable sheet composition cures upon heating and light exposure to form a transparent molded product.

A coaxial nozzle directs fluid jets into a mechanical fragmentation device to produce monodisperse macroscopic elements.

Replacing petrochemical monomers with natural species in emulsion polymerization eliminates ecological damage while maintaining scalable production.

A segmented mixture distribution device divides air/fuel flow into fractions to proportionally supply engine cylinders via nested branch guiding structures.

Segmented dosing mixes solid and liquid paint components in small containers, reducing energy consumption and processing time compared to large batch methods.

Segmenting the control motor from the pump via a flexible rotary shaft eliminates complex sealed integrations, reducing product seepage risks.

A hollow expansion chamber uses a rounded body and frustoconical transitions to contain bubbles during wine aeration.

Submerged air blasting humidifies supply gas through a liquid medium to inject stable moisture into storage enclosures.

A mobile application identifies predetermined scents via scanner signals to generate multiple-choice displays for user response.

Segmented fluid paths route high viscosity sweetening liquids through dedicated lines to prevent surface residue buildup.

Segmented snap-lock connectors join packing elements by hand, reducing nesting height and shipping costs.

A beverage carbonator detects liquid volume via pressure changes to regulate CO2 injection.

A fluid transporter singulator arranges emulsion droplets into single file with uniform spacing for optical detection.

A liquid dispersion device uses centrifugal force to move fluids through inclined ejection ports for efficient mixing.

A blue low-e coated glass article uses adjusted dielectric layer thicknesses to produce strong blue side reflective color.

Capillary channels transport liquid to localized heaters, enabling precise aerosol composition control while reducing power consumption.

Portable containers feed dry chemical additives directly into a mixer via gravity and mechanical conveyance.

Mechanical impellers and ultrasonic cavitation disperse nanoparticles in molten metal, enabling industrial-scale batch production without scaling probe size.

Compartmentalized walls isolate liquid flow paths to maintain homogeneous distribution levels despite offshore wave motion.

A segmented burst disk backup vents excess gas when sticky residues block primary valves, preventing explosions.

A continuous mixing unit coupled to a holding tank normalizes therapeutic agent concentration through adjustable dispensing rates.

Segmenting the supply process into high peroxide removal and high acid recovery phases maintains sulfuric acid concentration in reused mixtures.

A piezoelectric actuator controls liquid flow to form fine droplets for efficient vaporization.

Rotating stirring element uses magnetic reluctance forces to mix fluids without mechanical penetration.

Parallel microfluidic arrays resolve the trade-off between production scale and droplet size precision using capillary instability.

Self-emulsifying polyester granules form latex emulsions upon water contact, eliminating solvent consumption and energy-intensive distillation steps.

A PEEK protective layer on a stirring tool resists abrasive wear and prevents radioactive waste accumulation.

Rotating the water dispenser aligns concentric needle-like and bubbling channels, eliminating complex sealing structures that cause jamming.

A mixing receptacle with an adjustable shaft length and dual-bearing system enables precise magnetic rotation of the drive motor.

Integrated unit surfaces eliminate hoses to reduce cleaning time and simplify maintenance.

A surface-modified zeolite reactor separates organic materials from produced water using adsorption.

A boronic acid and polyvinyl alcohol composition stabilizes aqueous droplets for polymerization.

Azido-functionalized photosensitive resins achieve low static contact angles while maintaining film strength and bioadaptability.

An iris device secures bottles in carbonation machines through a pivoting mechanism that reduces the opening size.

Adjusting the CO2 to N2 ratio during bottling resolves harsh carbonation issues while generating a desirable cascading pour effect.

A tubular gelation device uses longitudinal stirring elements to provide radial mixing of dispersed and continuous fluid phases.

Fluidly linked pressure indication device switches state at a threshold and warns of low CO2 before unexpected cartridge depletion.

A handheld device separates a pressurized gas cartridge from the beverage bottle using a charging unit and sealing valve.

Alternating emulsification and evaporation steps prevent particle collapse, reducing filter residue in beta-carotene powders.

A protective collar radially surrounds the rotor mounting part to shield against abrasive waste material.

Automated robotic system monitors moisture, pH, and ammonia levels in livestock enclosures to dispense precise treatment agents for optimal litter conditions.

A portable fluid dispensing device integrates a gas capsule holder and piercing unit to enable pressurized beverage discharge.

Integrating pumps, valves, and actuators into a single swappable module reduces maintenance complexity while ensuring reliable fluid dispensing.

Submerged heat exchanger coils cool 212°F humidifier water to 140°F using recirculating chilled water, conserving potable supply.

A liquid container integrates a gas canister within its base to inject carbon dioxide directly into the beverage.

A platinum-group metal catalyst adsorbs hydrogen to degrade organic matter, reducing energy consumption compared to reverse osmosis.