Flow Mixers TRIZ Cases

See how a conical liquid guide with uneven surfaces forms segmented annular flow paths to gener

See how a porous-plate container generates fine bubbles without large pumps, reducing apparatus

See how automated valve positioning controls concentrate-to-liquid ratios in beverage systems,

See how a sealing strip forms a liquid channel to eliminate the milk pipe, enabling thorough cl

See how injection molding replaces CNC machining and EDM to produce aerator mixing rods with co

See how a one-piece spray pipe with integrated air holes and a bubbler uses negative pressure t

See how a dual-head pump with a single motor drives separate water and detergent bodies to simp

See how a Venturi dispensing assembly with separate gas and liquid inlets enhances washing agen

See how a mixing apparatus with swirling means and a secondary line circuit ensures thorough ad

See how supercritical microemulsion phase separation generates structural colors without chemic

See how upstream and downstream cavitation generators produce large amounts of minute bubbles w

See how a detachable mixer assembly with integral transmission members enables users to disasse

See how a detachable mixer assembly with integral transmission members enables user-friendly di

See how upstream and downstream bubble generators use cavitation and swirling flow to increase

See how a modular flow monitoring package with turbine sensor and LED display tracks additive f

See how Peltier-element thermal shock mixing replaces mechanical cavitation to generate nanobub

See how a segmented Venturi structure with two mixing chambers produces milk foam at different

See how a dual-chamber Venturi emulsifier uses segmented mixing chambers and selective steam ro

See how movable plates with baffles replace small-orifice restrictors to generate high-quality

See how stacked interlocking mesh elements refine rough foam into flowable fine foam, reducing

See how a dual-head pump driven by a single motor independently pumps clean water and detergent

See how a baffle in divided flow paths increases outer-region air velocity to enhance negative

See how a rotatable spout cartridge meters additives into flowing base fluid, keeping container

See how a vortex-generating circulation device with periodic pump control improves powder deter

See how a modular dispenser design extracts refrigeration into a removable unit to reduce size,

See how a sealing-strip liquid channel replaces traditional milk pipes to enable thorough clean

See how integrating the Venturi structure with the cup holder reduces parts, simplifies cleanin

See how a liquid-concentrate formula dispenser with spray-jet mixing eliminates powder sticking

See how movable plates with baffles segment flow into larger orifices, reducing clogging and ma

See how a segmented seal and flexible lip enable easy disassembly for cleaning while maintainin

See how an injector pump with drive nozzle and expansion chamber stabilizes pressure and mixing

See how ultrasonic vibration and high-speed blade shearing generate micro-nano bubbles to repla

See how a diffuser assembly directs base liquid along the receptacle wall to achieve laminar fl

See how hermetic sealing, thermally insulating closures, and exchangeable containers resolve hy

See how a removable aerator with deflector plates and raised decanter bottom creates a multi-st

See how an uneven-surface liquid guide with convex and concave portions creates turbulence to g

See how a vortex tube body uses tangential water flow to stir and transport washing powder, pre

See how a perforated filter separates gas and fluid chambers to create stable helium bubbles in

See how a rotatable cartridge meters additives into flowing base fluid, maintaining liquid puri

See how an internal pump and vertical conduit create recirculating wine curtains to reduce redu

See how multi-directional material inlets generate vortex flow for uniform blending without ele

See how a multi-stage injector pump in a drinking straw stabilizes pressure, converts laminar t

See how a tapered water inlet with spray hole and air injection generates microbubbles efficien

See how inline agitators replace mixing-chamber screens to maintain foam quality while reducing

See how a movable plate structure controls open area to adjust liquid intake and chemistry diss

See how rotating hoppers pre-weigh and coat falling noodles with additive, eliminating post-inp

See how a battery-powered foam brush integrates air compressor and soap reservoir to eliminate

Elastic resistor elements vary passage size under pump pressure to turn aerated liquid into fine-pore, stable foam with consistent quality.

Spaced multi-plane passages create finer, longer-lasting milk foam while silver-loaded porous material adds antibacterial protection.

A circumferential gear drives planetary and central mixing elements to generate high shear for fast, complete mixing of small viscous batches.

A planetary mixer with a central element and wiping mechanism maintains shear force for small-batch bone cement as viscosity rises.

A Venturi-based hydraulic circuit varies water-detergent dilution in real time, enabling concentrated pre-spray without extra equipment or waste.

An extended inner reducer keeps backflow-driven temperature fluctuations away from welds while improving hot-cold water mixing in piping.

High-pressure atomized water replaces steam and standing reservoirs, cutting energy use and bacterial growth while maintaining controlled humidity.

A geared central-planetary mixer boosts shear force to fully blend small bone cement batches as viscosity rises during polymerization.

Pressurized dissolved gas and turbulent jet flow create suspended microbubbles without small clogged orifices or high back pressure.

A shared-drive rotary vane pump mixes air and foamable liquid to simplify foam dispensing, cut cost, and reduce component wear.

A venturi outlet geometry mixes diluent and concentrate mechanically to control use-solution strength while minimizing foaming and overflow.

Fine water mist from a precision orifice raises humidity without standing reservoirs, steam corrosion, or large droplets.

Heated CO2 carrier capsules carbonate liquids without pressurized tanks, reducing handling complexity, taste interference, and cartridge storage limits.

Pressure-balanced dual vents mix purge hydrogen with diluter gas to keep exhaust hydrogen at 4% or lower across fuel cell operating conditions.

Facing inlets in a near-end mixing chamber speed low-temperature reactant mixing, reducing deposition and improving film uniformity.

Perpendicular inlets in a compact tubular mixing element improve fluid homogeneity and predictable delivery in tightly packed semiconductor flow modules.

A mixing plate and gas injection assembly blend bypass gases with remote plasma to limit radical recombination and metal contamination.

Combining pH injection, catalytic peroxide removal, and membrane degassing, this water line cuts dissolved oxygen and static risk in semiconductor cleaning.

A movable upper member opens under air pressure and closes when airflow stops, blocking puncture repair liquid backflow and spillage.

Recirculating inert gas inside the aircraft hydrogen casing cuts bottle weight and space while sensors control oxygen and hydrogen levels.

Pressurized gas, dry air, or decompression suppresses pH rise in high-nickel aqueous slurry, preserving coating stability during storage.

Condensed vapor is returned to the battery paste mixer to control heat, preserve paste consistency, and reduce airborne particulates.

Vertical non-contact inlet pipes and a partially immersed blending pump cut slurry cycle time to one day while improving consistency.

Recovered cathode product water is separated from cooled exhaust air to maintain humidification at low to medium fuel cell loads.

Downstream conductivity feedback stabilizes chemical injection into ultrapure water, improving dispersion while simplifying dilute solution production.

A gas-enriched chemical mix combines ozonated water and diluted HF in one wafer-cleaning step, cutting single-wafer processing time to 50 seconds.

A slotted exhaust tube and surrounding guide tube pre-dilute fuel cell hydrogen with outside air, lowering explosion risk without added filters or fans.

Cooling rods and dual flow passages keep slurry temperature uniform during high-speed stirring, preventing gelation and improving mixing.

A closed-loop conduit returns accelerated fluid with minimal momentum loss, cutting energy demand while sustaining power generation.

Pressurized gas blades mix battery electrode slurries faster while cutting blade cleaning time, waste, and equipment complexity.

Differently sized steam nozzles and valve feedback enable rapid, precise 0-100% RH control for process gas in fuel cell testing.

Air is introduced only inside the mixing tube, enabling continuous PU foam application with accurate ratios and more homogeneous material.

A moving mixer inside the tube keeps PU foam production continuous while improving ratio control, homogeneity, and clean application.

Opposed gas channel exits and a compact mixing chamber improve CVD gas mixing uniformity for more even wafer distribution.

A swirl nozzle and separation chamber deliver only fine droplets, enabling lighter fuel cell air humidification and evaporative cooling.

A booster pump and downstream gas-liquid separator raise gas-solution concentration while damping delivery-pressure fluctuations.

Recirculating casing gas with oxygen and hydrogen sensing maintains a nonflammable aircraft hydrogen enclosure while reducing onboard nitrogen storage.

A tapered spray-chamber-to-channel transition keeps liquid flow uniform at high rates, preventing residue buildup and poor vaporization.

A Venturi aerosol jet cleans autonomous driving sensor surfaces while timed air-only drying cuts water use and drying delay.

A swirl nozzle and separating chamber humidify cathode air with fine droplets while recirculating excess water for compact, efficient fuel cell cooling.

Radial anode gas injection inside the cathode exhaust stream improves mixing uniformity before afterburning, reducing thermal stress.

Modular shell inserts with internal ribs secure porous pads for multi-stage agitation, improving foam consistency without blocking cleaning-solution flow.

Opposed gas channels and controlled channel geometry improve gas composition uniformity and even wafer distribution in semiconductor fabrication.

Multiple cooling jackets and a sealed mixing bowl keep lead-acid paste below peak temperature while containing airborne particles.

A separate air supply check valve lets a standard wiper pump switch between washer fluid and foam while blocking reverse flow and debris ingress.

Pressurized air induces suction to atomize liquid into an aerosol jet, cleaning driving sensors effectively while reducing water use.

A tapered mixing chamber aerosolizes puncture repair liquid with compressed air, shortening tire sealing time and reducing liquid use.

Real-time viscosity monitoring and feedback control keep battery slurry within spec during mixing, improving coating consistency and reducing waste.

A slotted exhaust tube and outer guide tube vent hydrogen early and mix it with outside air, cutting exhaust concentration without added fans or filters.

Optimized venturi and ejector geometry widens fuel cell operating range while cutting pressure loss, blower load, and power consumption.

Separate inlet paths and a radial mixing outlet prevent upstream stagnation, preserve heat exchange efficiency, and simplify hose routing.

Angled slots and radial arms create turbulent, rotating flow to mix multiple pipeline fluids in less space and improve sampling accuracy.

Angled slots and concentric-ring arms create rotating turbulent flow in a compact pipeline mixer, improving fluid sampling accuracy.

A one-piece delivery duct cuts misalignment, resin buildup, and seal wear in high-pressure mixing heads while improving leakage control.

Controlled pulsation and parallel chip flow stabilize high-pressure microfluidic mixing for uniform lipid nanoparticle production.

Dual air openings feed both the container and mixing chamber to prevent repair fluid coagulation and maintain fast puncture sealing.

Replicates reservoir pore structure, pressure, and temperature to generate and measure EOR foam more accurately using unconsolidated porous media.

Agitators, recirculation, jet nozzles, and retardants keep viscous cement waste flowable and injectable before subterranean disposal.

A porous body with continuous pores generates fine bubbles through flow-induced pressure differences, avoiding pumps, noise, and high energy use.

A protected Venturi throat keeps liquid off the air suction port, improving suction stability and consistent microbubble generation.

Real-time measurement inside the mixing chamber helps verify concentration, temperature, and conductivity before fluid supply.

A compact pump and central injector add controlled oxygen during wine pouring, improving aeration while avoiding bulky, outlet-dependent equipment.