Flow Mixers TRIZ Cases

A fluid nozzle miniaturizes gas bubbles using shear forces and centrifugal pressurization within a sealed dissolving tank.

A cylindrical fluid mixer uses a spiral flow path to swirl secondary fluid around an axial primary stream for uniform mixing.

A fluid recirculation and dispenser valve unit uses a membrane sealing gasket to isolate actuation components from the recirculation duct.

Conical diffuser nozzles stabilize steam jets to reduce high-frequency noise generated during direct contact heating.

A controller adjusts the solenoid valve based on water viscosity to optimize cleaning ratios and eliminate manual adjustments.

Radially overlapping holding areas prevent mixer detachment during operation while enabling safe replacement without damaging exhaust components.

A metering apparatus scatters powdery medium onto fluid surfaces to achieve fine particle distribution.

Curved radial vanes create three-dimensional impact surfaces to improve mixing efficiency while reducing pressure increases and condensate formation.

A mixing chamber combines carrier gas and liquid compounds to regulate flow rates and pressures, preventing premature evaporation and injector obstruction.

Segmented deflectors induce swirl flow to mix reactants uniformly, resolving uneven mixing inefficiencies in compact aftertreatment systems.

A mixing device conveys powdered additives via a dedicated suction-side unit to prevent dust formation and foam generation during homogenization.

A homogenizing agent mixes with an emulsion matrix to increase viscosity for blasthole retention.

A mixing unit uses stacked disc-shaped elements with interconnected through holes to disperse and combine fluid streams.

Optimized surfactant blends stabilize water-in-hydrocarbon nanoemulsions, reducing particle size variability to improve combustion efficiency.

A coaxial static mixer assembly dilutes concentrated acid within geothermal brine to achieve precise pH modification.

A hydrocyclonic flow cell generates a primary vortex to focus axially directed constituent flows for nanoparticle formation.

A fuel hose separates multiple fuel grades using coaxial lines to prevent contamination while maintaining high flow rates.

Plastic tanks replace steel vessels to eliminate hydrochloric acid corrosion and reduce maintenance costs in hydraulic fracturing operations.

Radial gas distribution into liquid jets achieves high holdup without excessive pressure drops or energy consumption.

A microfluidic mixing channel applies fluidic force to combine solutions held in loading channels.

A vortex generator apparatus creates rotational fluid flow through curved inlet channels to enhance mixing efficiency without mechanical impellers.

A static mixing device uses confronting surfaces with cavities to form narrow slits that drive fluid contraction and expansion.

A suppressing body between openings prevents suction-ejecting flow interference, maintaining throughput in viscous fluids.

Dynamic shape memory alloy vanes reduce through-flow resistance at high temperatures while maintaining droplet strike-through protection.

Integrated venturi tube aerator fitment draws air into wine during pouring, eliminating vacuum formation and external device costs.

Spiral nozzle disperses additives in compressed air to prevent clogging and reduce additive usage in shotcrete.

Tree-structure outlet conduits shear drilling fluid via controllable pumps, resolving rheology precision and conditioning time trade-offs.

Bidirectional centrifugal pump circulates clean water through automated mixer assembly to prevent corrosive chemical exposure while forming homogenized slurry.

A carbonation duct uses a turbilinating projection to create turbulence and enhance gas solubility.

A gas injector system uses a sintered diffusion insert to absorb CO2 into pool water streams.

Pivoted mechanical arms reposition transverse treatment equipment, resolving the trade-off between fixed installation efficiency and maintenance accessibility.

Nested compression-decompression stages produce sub-150nm bubbles, resolving scalability constraints in conventional cavitation systems.

A reverse sparger method recirculates liquid through a curved nozzle to create a thin film along container walls for precise dissolved oxygen management.

Fluororesin components and magnetic drive pumps prevent metal ion elution from conventional apparatuses, ensuring semiconductor wafer purity.

A radial cavitation chamber generates vapor bubbles that collapse to destroy chemical and biological contaminants in liquid.

Pressure-controlled microfluidic flow generates uniform alginate microbeads, reducing polydispersity and cell stress for accurate therapeutic dosing.

A fieldable apparatus automates environmental DNA quantification using integrated digital droplet PCR and pre-coated capture probes for immediate sample processing.

Pressure states in minute flow paths direct liquid feeding, eliminating rotary valves and reducing cartridge complexity.

A porous evaporation body wets with liquid odorant to enable quasi-continuous gas phase conversion within pipeline infrastructure.

Air bubbles disperse the admixture uniformly while a high-pressure blower removes excess gas to control slump and maintain strength.

An ejector mixes low-pressure carbon dioxide with high-pressure steam, eliminating costly compressors and pumps while maintaining effective curing pressures.

Segmented mixing and feedback controls resolve floor space constraints while ensuring accurate chemical concentrations.

Mechanical foaming device creates stable mineral foam pores using internal air channels and flow obstacles.

A multi-stage mixer converts exhaust flow into swirling and cross-flow patterns to ensure thorough urea disintegration.

Segmented mixing with a gravity blender scales production by combining pre-mixed particles without complex mechanical stirring.

A liquid stirrer system uses a reversible pump to move ink reciprocally between containers.

Curved axisymmetric members eliminate dead angles and solid deposition, improving mass transfer efficiency in multiphase reactors.

Tangential vanes and radial blades rotate exhaust gas flow to distribute urea uniformly for efficient SCR processing.

A segmented annular body static mixer uses coupling protrusions and receptacles to join part bodies with guide blades.