Flow Mixers TRIZ Cases

A parallelized microfluidic chip with 128 mixing channels produces lipid nanoparticles at high throughput.

A motorized dispensing system uses precise volumetric metering to deliver microdoses of base products from interchangeable cartridges.

A propeller-fed extrusion apparatus melts plastic materials using controlled thermal heating and mechanical conveyance.

Swirling flow collision reduces gas sizes in mixed fluid streams, eliminating ultrasonic complexity for uniform ultrafine bubble production.

Negative pressure in a mixing chamber separates entrained air during rotor-stator mixing, reducing processing time and improving dispersion uniformity.

Peripheral holes and collision surfaces distribute reaction fluid uniformly while preventing unnecessary circulation in heat treatment reactors.

Replacing metal with a one-piece plastic mixing element eliminates heating systems while maintaining homogeneous application of viscous multicomponent plastics.

Hydrodynamic cavitation breaks down chemical and microbiological contaminants, preventing filter clogging and extending membrane lifespan.

An under-mirror jet mixer introduces paint components near the head to prevent agglomeration and gel formation during large-volume mixing.

Pre-wetting solid alkali reagents in a chamber eliminates fresh water storage weight while maintaining high contaminant removal efficiency.

A semi-continuous mixing assembly blends pre-manufactured modules into a base composition using injection tubes and an orifice.

Aligning cylinders perpendicularly eliminates twisting leakage while reducing component count.

Submerged aeration increases oxygen transfer to accelerate evaporation, eliminating wind-borne solid drift and reducing subsurface seismic risks.

An integrated composite overload injection system mixes and boosts oil-displacing agents on a single rack.

Multiple pipe feed structures deliver polymer solution and poor solvent into a shearing clearance to prevent flocculent aggregation.

A microfluidic system controls fluid flow through channels with varying cross-sectional dimensions and hydrophilicity to delay droplet formation.

A mixing chamber apparatus introduces clean air to mix with vapor output, enhancing concentration and flow rate through turbulent airflow.

Axial overlapping rotor rods prevent agglomerate formation by distributing powder and liquid uniformly through centrifugal force.

Helical flow path ensures uniform particle treatment and prevents ash sintering in expanded toroidal bed reactor.

A cosmetic mixing device uses detection means to identify component codes and control precise mixing of base and active ingredients.

A tubular generator uses counter-rotating helical parts to induce cavitation in flowing liquid without external gas.

Multiple independent valve mechanisms protect the water source from chemical backflow while maintaining simple user operation.

Replacing batch homogenizers, the continuous microreactor achieves precise particle size distribution while reducing energy consumption and process complexity.

Axially displaceable body adjusts air passage cross-section to regulate fuel-to-air mixing ratio in internal combustion engines.

Segmenting the liquid stream through grooves accelerates oxidation, eliminating time-consuming decanting.

An integrated end can assembly merges pipe support and sealing functions into a single structural unit.

A nested dual-conduit fluid distributor with specific orifice ratios ensures uniform mass-flow rates across deposition substrates.

A flow straightener conditions exhaust gas upstream of urea injection to ensure uniform dispersion within the duct.

Heating liquid in a narrow passage induces film boiling, resolving low generation efficiency for ultrafine bubbles.

S-shaped resilient retaining strips absorb thermal expansion in static mixers, preventing cracks from high exhaust gas temperatures.

Radially oriented passage and springless valves prevent solid accumulation in high pressure homogeniser heads processing shear sensitive products.

Vortex mixing in a conical tank separates air bubbles from cement slurry, enabling accurate solids fraction monitoring despite density variations.

Perforated regions in a venturi air-ammonia mixer enable uniform gas mixing, preventing explosive reactions and increasing oxide yield.

Removable port inserts with distinct orifice sizes adjust foam injection pressure, eliminating the need to replace entire foam blocks.

Static mixing assembly blends aqueous paste and oil to prevent fermentation in on-demand preparation.

A heat exchanger apparatus recirculates cooled medium to maintain organic working media temperature below decomposition limits.

Vacuum switch triggers dosing pump to achieve accurate dilution rates, resolving poor precision in hospital disinfectant applications.

Separating the rotary mixing chamber from the main reservoir reduces rotational resistance and power load while producing stable microbubbles.

A conical premixer enables radial gas distribution in a fixed bed reactor to ensure homogeneous feedstock mixing.

A component mixing jet uses a membrane holding element to guide an axially movable jet needle without mechanical bearing contact.

A conical flow straightener with circumferential vanes stabilizes fluid velocity profiles in pipelines.

Segmenting reaction flow passages enables pressure-based blockage detection and cleaning without substrate disassembly, resolving maintenance complexity.

Valve-controlled circulation mixer partitions flow path to capture samples, resolving low throughput in small volume point-of-care testing.

An integrated blender unit support frame elevates containers for gravity-fed transfer, eliminating mechanical conveyance and reducing dust generation.

Curved vanes create radial flow to resolve temperature maldistribution in hydroprocessing reactors while minimizing pressure drop across the interbed space.

A vapor reintroduction device uses a hydrostatic pressure column to mix vapors with volatile liquid in cargo tanks.

Electrostatic and inertial separation assemblies in this aerosol generator adjust voltage and impact distance to meet varying national particle size standards.

A compact mixing chamber directs multiple fluid streams to converge at a concentrated area, maximizing energy dissipation through cross impingement.

A micro-fluidic mixer combines sanitizer and pathogen fluids to measure inactivation kinetics.