Flow Mixers TRIZ Cases

A dynamic filling profile mixes liquid compositions inside containers using ramped flow rates to ensure homogeneity and stability.

Continuous circulation within a sealed chamber eliminates batch pooling, ensuring rapid production of uniform therapeutic foam doses.

A venturi mixing valve assembly uses an annular channel and adjustable holes to draw natural gas into an air stream via pressure differentials.

Secondary nozzles deflect binder jets with compressed air to prevent hardening clogs, extending cleaning intervals in transport pipes.

Helical plate means create a spiral flow path that ensures uniform radial and tangential distribution of feed mixture into the burner.

Vertical stacking of interdigital micro-channels reduces processing time and workspace requirements while enabling high-throughput mixing of immiscible liquids.

Continuous flow metering replaces large hydration tanks, reducing equipment footprint while maintaining fluid viscosity.

Diagnostic sensors monitor water flow and compressor temperature to reduce firefighter cognitive load during emergency response.

Angled air directors in the mixing cylinder generate a vortex flow that cools exhaust gas without blocking the pipe or increasing device volume.

Catalyst-coated micropost arrays reduce diffusion resistance and channel clogging to boost biohydrogenated diesel yield.

A preshearing mechanism adjusts calcium phosphate cement viscosity and elasticity through controlled mechanical deformation.

A tubular mixing device homogenizes materials using pneumatic turbulence and pressure gradients.

A chemical dispenser assembly uses a bayonet-type connection mechanism to secure a removable flow chamber for quick unit replacement.

Grooved vaporization chamber with heat exchange fins increases contact area, enabling high-rate liquid material vaporization in semiconductor manufacturing.

Concentric gas guides create a vortex to mix powder and carrier streams, reducing overlap needs and coating time.

Triangular fin arrays induce swirl motion to vaporize reducing agent, preventing droplet accumulation on pipe walls and lowering back pressure.

Parallel filling and weighing across segmented containers eliminates sequential delays, boosting throughput without increasing device complexity.

A vacuum blender uses pneumatic suction to transport and recycle ingredients through a blending cylinder.

Segmenting release pathways into active spray and passive diffusion overcomes rapid intensity decay while maintaining sustained composition presence.

Twisted elongate mixing blades impart swirl to exhaust fluid, reducing urea deposits by promoting evaporation and uniform additive distribution.

Fragrance dispensing unit injects scents into aircraft environmental control airflow paths for cabin air enrichment.

A single mixing container continuously blends liquid components while preheating fresh inputs via heat exchange.

A stamped muffler flange mixer integrates into exhaust pipes to blend chemical species with gas flow.

Segmented mixing zones with upward jets prevent flame reactions by eliminating local oxygen gradients.

Perforated tapered metal sheets break water urea mixtures into fine droplets, preventing large drops that hinder SCR catalyst efficiency.

A mixing reactor ejects fluids at high speed to collide heterogeneous streams and enhance mixing uniformity.

A polyurethane foam production method uses a supercritical blowing agent discharged through a mixing head with increased flow resistance.

Integrated valve elements prevent fluid backflow in multi-port connectors, eliminating contamination risks during intravenous access.

A single selector valve assembly with a rotatable member and indexing system controls two eductors.

Central diesel exhaust fluid spray mixes with cross-flowing exhaust gas in a nested conduit mixer, reducing backpressure and packaging size.

A mixer arrangement adjusts its flow cross-section via a regulating body to vary exhaust gas ratios.

Conical dispersion members segment reagent jets to limit calcium carbonate deposition on injectors, reducing maintenance downtime in water treatment reactors.

Inline homogenization pump merges chemical injection and fluid mixing into one unit, eliminating heavy tanks that slow oilfield delivery.

Baffles partition the microchannel to increase wall area and shear stress, resolving low productivity from insufficient exfoliation regions.

A hyperbolic funnel generates a vortex regime that expands the gas-liquid interface area, resolving high energy consumption in wastewater treatment.

An articulated arm with a float positions a jet generator to direct flow downward, preventing foam formation during tank filling.

Serial cartridge configuration enables precise water treatment material delivery through existing valve controls.

An impingement body positioned downstream thermally decomposes solid deposits, preventing accumulation on turbine components.

A venturi mixing device circulates ultrapure water and raw materials to produce sterile hemodialysis solutions with precise dosing accuracy.

Optimized web geometry with tapered sections minimizes dead zones and pressure loss while ensuring uniform fluid distribution in laminar flow.