Mixing Methods TRIZ Cases

See how a rotor-stator dynamic mixing unit achieves flexible milk frothing at pressures below 1

See how a dual-function emulsifier shaft closes the funnel outlet and mixes ingredients to achi

See how a metal-tipped carbonation tube with high thermal conductivity prevents ice formation a

See how a composite carbonation tube with an integrally formed metal tip prevents ice buildup a

See how segmented gas-source and beverage-medium cartridges enable rapid carbonation with contr

A pronged bottle clamp and normally open safety valve simplify soda bottle attachment and stop CO2 flow during power outages.

Curved fill and stripper plates create a venturi pressure drop that aligns meat fibers, improving cook shape, bind, and texture.

A pronged clamp, constricting ring, and safety valve secure soda bottles without twisting while managing pressure during carbonation.

An adjustable outlet valve stabilizes back-pressure and flow so coffee strength and concentration stay consistent despite variable grounds.

A water-permeable, acid-blocking membrane lets furnace condensate humidify air while cutting potable water use and keeping acidic contaminants out.

A drip-fed evaporator and sensor-controlled airflow keep refrigerator drawer humidity high enough to prevent produce dehydration without causing condensation.

A single outflow tube merges milk foam and espresso discharge, easing cup placement while espresso flow rinses away milk residue.

Dehumidified engine bleed air drives coolant evaporation to continuously cool heat-producing aircraft subsystems without heavy refrigeration.

A movable air-control element lets a steam frothing tube vary foam from minimal to maximum while preserving stable milk-air-steam emulsification.

Separate coffee and milk powder chambers enable parallel brewing and foaming, cutting delays from shared heating, cooling, and cleaning.

A porous membrane condenses water from furnace flue gas and evaporates it into room air, adding humidity without extra water or contamination.

Sealed multi-portion milk powder compartments cut capsule changes while preserving foamable powder use and stable milk foam quality.

A bypass air inlet and controlled valve route hot rinsing water through the milk suction line, simplifying cleaning and reducing scalding risk.

A refrigerant blend of R-1234ze(E), R-32, and R-134a keeps cooling capacity near current fluids while lowering GWP and flammability.

Hot steam and rotor motion clean and sterilize the milk frothing stirrer in seconds, reducing residue adhesion and manual cleaning.

Periodic ozone release sanitizes pitcher chamber surfaces to prevent bacterial growth and maintain filtered water quality over time.

Curved fill plate geometry creates a venturi effect that aligns food fibers at lower pressure, improving texture and cook shape control.

A pronged clamp and normally open safety valve simplify bottle attachment and vent excess pressure for safer home carbonation.

Continuous chilled circulation and low-pressure delivery preserve carbonation and reduce foaming in fountain soda dispensing.

A chimney-guided heater layout cuts condensation and power use while maintaining a stronger, more consistent vapor plume.

High-pressure aqueous nanobubbles hold immiscible gases beyond solubility limits, boosting supersaturation and carbonation kinetics.

A stopper, regulator, and piercing lance re-pressurize opened sparkling bottles, preserving carbonation while blocking air contamination.

A liquid nanobubble carrier stabilizes nitric oxide, prevents oxidation and leakage, and enables precise therapeutic dosing.

A surfactant-stabilized oil-water emulsion with C5/C6 carbohydrates lowers fuel handling difficulty while preserving shipping fuel usability and cost.

By tuning HLB, water-oil ratio, and salinity, this process produces stable reference emulsions for reliable physicochemical oil analysis.

A pressure regulating structure and shaped ejector knife stabilize emulsifier pressure and flow, improving product uniformity while reducing noise.

An elastically movable seal enables underpressure filling and CO2 enrichment in removable containers while reducing contamination risk and gas waste.

On-site natural gas turbine power replaces diesel-driven fracturing pumps, cutting fuel logistics, emissions, and site footprint.

A manual pinch valve and stirrer enable controlled CO2 absorption and gradual bottle depressurization to prevent sticking valves and excess froth.

A fixed mixing orifice replaces adjustable valves to deliver consistent gas-liquid ratios in a compact pump across multiple beverage containers.

A natural gas turbine powers mobile electric fracturing modules, reducing diesel logistics, site footprint, and carbon emissions.

Sealed additive containers and separate outlets reduce contamination and splatter while simplifying carbonated beverage preparation.

A dual-outlet tap and valve route pressurized gas into dispensed water, enabling fizzy water without separate electrical carbonators.

A humidity sensor and microcontroller pulse the atomizer only when needed, keeping cigars in range while conserving battery life.

Ordered cell streams and tuned oil and aqueous flow rates enable reliable droplet co-encapsulation for high-throughput cell-cell interaction assays.

A rupturable cartridge valve introduces pressurized gas into liquid for portable in-container carbonation without external machinery.

A removable cup doubles as a cap and rotates onto the pump inlet to dispense foam cleanly while enabling cartridge-based taste, scent, and color changes.

Ceiling or wall mounting with fan-driven airflow improves consistent substance distribution while reducing damage, theft, and battery upkeep.

Separate valve timing for air and water intake improves fine bubble consistency, control precision, and pump self-priming.

Degassed oil and water form a surfactant-free emulsion that spreads fatty acids in soil and aquifers, cutting remediation time and cost.

A manual pinch valve and stirrer let mixed drinks carbonate safely by controlling depressurization, frothing, and bottle removal.

An above-water hub with internal flow control and a perforated hose reduces submerged joints, leaks, and maintenance in aquaculture aeration.

A tank-mounted cavitating impeller enables batch fluid treatment with stronger cavitation, finer particle reduction, and more uniform distribution.

Guide rods, slide bearings, and gas springs replace flimsy sliding profiles to give carbonators compact, sturdy, one-handed movement.

Pressurized gas canisters carbonate and mix additives directly in bottles, avoiding shaking while keeping the system portable and reusable.

Photolithography and silane chemistry transfer micrometer-scale wettability patterns to polymer chips for scalable double emulsion generation.

A shrouded wick heater cuts condensation on dispenser surfaces while improving vapor plume output and reducing power demand.

Photodiode sensing tracks CO2 bubbles in the dispense duct, enabling closed-loop carbonation control despite pressure and bubble variation.

A sealed stopper with regulated gas delivery re-pressurizes opened bottles, limiting air ingress and preserving carbonation across multiple pours.