Mixing Methods TRIZ Cases

Generate fine bubbles in viscous liquids without vibrating the tank.

Slipstream injection introduces additives into polymer melts before solidification, preventing thermal degradation and polycondensation inhibition.

Vortex gas agitation replaces mechanical stirring while multi-loop cooling manages exothermic heat to prevent hazardous pressure spikes.

Replacing solid rods with thin-walled spiral corrugated tubes reduces material consumption while maintaining structural strength in large cooling tower fills.

pH adjusting device increases conductivity to suppress static electricity on the gas dissolving membrane.

A viscous damper controls the carbonating arm's upward speed, preventing the rocket effect and minimizing carbonated water loss.

Crosslinking a water-soluble polyurea prepolymer resolves the trade-off between tensile strength and biocompatibility in soft contact lenses.

An aerosol pressure control valve compensates for rapid pressure fluctuations in the container, ensuring uniform tool cooling despite varying discharge rates.

A porous internal liquid separating hood guides condensate away from vapor flow via surface tension to maintain a thin liquid film.

A corrugated upper edge on a conical volute directs liquid spray trajectories to enhance mixing and aeration performance.

A cleaning chemical supplying device uses multiple in-line mixers and shared control portions to manage fluid flow rates.

Rounded vapor paths eliminate sharp corners to reduce turbulence and pressure drop while nested troughs increase liquid-holding capacity.

Nesting a gas container inside a liquid vessel creates a compact unit with direct fluid connection and external valve control.

A transportable preparation centre meters and dissolves polymer powders for hydraulic fracturing operations.

A toner heat-treating apparatus recovers thermal energy from ejected hot air to supply the heating unit.

Flexible membrane film clamped to support body via engaging strips ensures reliable gas-tight and liquid-tight sealing.

Thin film fluid between rotating surfaces produces resin microparticles through controlled emulsification.

Chemical coating on proppants eliminates dust hazards and explosion risks during hydraulic fracturing operations.

A height-adjustable carbonation enclosure uses a one-way valve to repressurize opened bottles with CO2.

Valve covers with guide vanes redirect vapor flow to reduce entrainment, while separate deflectors collect liquid droplets for redistribution.

A fragrance cartridge uses a spring-biased shutter to seal inlet and outlet ports when not in use.

Automated drink preparation apparatus uses a conveyor system and multi-port solenoid valve to dispense precise liquid volumes.

Oxygen nanobubble water administration prevents woody breast disorder in broiler chickens while maintaining growth rates.

Pivoting bottle head actuates switch to open valve, releasing residual pressure safely without spilling or wasting CO2.

Adsorbing emulsion polymer particles coat titanium dioxide to form stable composite structures.

A gas liquid infusion system uses a controller and pump to maintain target equilibrium pressure in the vessel.

A magnetic field generator suspends fragrant particles to overcome uneven distribution and rapid reactivity while reducing material consumption.

A vibration-enabled extruder prevents particle settling and nozzle clogging during additive manufacturing.

Oil phase cationic prepolymer migration coats solid hydrophilic cores, resolving inconsistent wall thickness and water sensitivity damage.

A microfluidic device applies equal pressure to multiple fluid sources for consistent droplet generation.

Replacing mechanical transmissions with pneumatics eliminates jamming risks and ensures consistent carbonation levels in beverage dispensing systems.

Segmented sliding collar and release handle assembly resolve coupling complexity while maintaining controlled gas pressure via pressure lock valve.

Polymerizable organic gelators enable radiation curable inks to form a gel state at low temperatures, increasing viscosity for stable piezoelectric jetting.

A heat exchange-condensation panel assembly uses adjacent flow passages to condense moisture air and cool water via indirect contact.

Air oxidation precipitates iron, manganese, and arsenic while elevating pH to reduce water corrosivity.

Low-viscosity monofunctional urethane monomers prevent nozzle blocking while maintaining 300% elongation without cracking.

A spray-coated fluorine layer on EPDM diffusers enhances oxygen transfer efficiency through hydrophobic surface properties.

An embedded screen member in the gasket prevents accidental removal during servicing, ensuring continuous flame arrestation compliance.

Segmented components prevent ice contamination and allow easy cleaning, while localized air intake reduces turbulence noise during rapid decanting.

Rounded corners on the flexible bag maintain contact with tank walls while enabling efficient vortex formation for rapid mixing.

A reagent preparation device uses a heat exchanger to equalize diluent and concentrated reagent temperatures before mixing.

Liquid recirculation dissolves solids for accurate concentration, resolving the trade-off between automated speed and measurement precision.

A beverage carbonation system seals containers with fluid valves to maintain freshness.

Dynamic valve control prevents high-pressure damage while enabling accurate CO2 level detection through existing pressure differentials.

Replacing electronic sensors with a pressure switch detects gas cushion pressure changes to manage water level, reducing device complexity.

Co-curing maleimide resins with aromatic dienes improves fracture toughness while maintaining high glass transition temperatures.

Deflecting members redirect ascending vapor away from discharge regions, reducing entrainment and pressure drop in packed towers.

Converging air header accelerates airflow to break liquid streams into fine droplets, increasing throughput while minimizing collisions.

Automatic locking absorbs bursting forces during pressurization, resolving bottle breakage risks and simplifying domestic operation.

A pressurized cap pierces a seal to release stored carbon dioxide into an opened beverage container.