Flow Mixers TRIZ Cases

See how a nozzle section with converging-diverging geometry and dispersed flow passages counter

See how a pre-mixing chamber and outlet-proximate mixing chamber resolve stale foam and soap-ty

See how multiple air inlet lines with different cross-sections and solenoid valves enable preci

See how coaxial cylindrical circuits with radial passageways enable steam heating without fluid

See how a spray nozzle with air guide and bubble formation evaporates water before heat-exchang

See how a cap assembly with concentrate vessels, Venturi mixer, and mixing valves enables flavo

See how colliding liquid jets produce water hammering to generate micro-nano bubbles in pure wa

See how a rotatable diverter assembly enables optional aeration and sulfite filtration to tailo

See how heating sodium bicarbonate capsules releases CO₂ for drink carbonation, eliminating pre

Water-jet collision creates water hammering for high-volume micro-nano bubbles in pure water without nucleating agents.

See how inner and outer pipe portions with recesses create turbulent flow to achieve 60% carbon

See how a variable cross-section chamber and non-planar diverter promote turbulent mixing to pr

See how switching from powder to liquid concentrate with pump-driven spray jets eliminates stic

See how rotation-preventing pieces angled to the tube wall create fluid circulation space, elim

See how angled fluid passages and segmented grid openings prevent clogging in micro bubble gene

See how separating gas dissolution from bubble generation prevents clogging in micro bubble bat

See how a pressure-based saturation chamber and relief valve generate micro bubbles without sma

A defined flow path separates phase-changing heat storage fluid from heat transfer fluid, preventing external exchanger clogging.

See how a venturi mixing device infuses nitrogen into beverages without porous membranes, produ

See how a liquid concentrate dispenser with spray-jet mixing eliminates powder residue, reduces

See how a compressible cavity with swivel platform and vacuum backflow prevents liquid separati

See how asymmetric surface roughness prevents incorrect filter orientation in milk frothers, en

See how a porous sparger with dynamic pressure regulation injects gas into flowing liquid to ma

See how UV-activated photocatalytic oxidation generates cleaning oxidants in wash water, elimin

See how a Tesla valvular conduit integrates foam generation into the pump housing, reducing par

See how concentric pipes enable rapid thermal disinfection in a flow-type carbonator using hot

See how a battery-powered air compressor and soap reservoir integrate into a foam brush handle

See how segmented nozzle chambers and peristaltic pumps mix semi-solid condiments with minimal

See how a modular flow monitoring package integrates flow sensors, actuator position detection,

See how an inline photocatalytic device generates oxidizing agents to replace detergents, reduc

See how an air mixer system atomizes wash water by introducing air through a vane-driven mixer

See how a baffle-based foam generator creates turbulence through elongated spaces, reducing scr

See how a slightly divergent mixing section reduces ejector sensitivity to flow rate variations

See how CO₂ injection into concrete mix forms calcium carbonate, reducing cement content while

See how an integrated steam lance with milk inflow uses Venturi principle and microcontroller c

See how splitting a single air stream into multiple smaller streams surrounded by a thinner ann

See how an asymmetric filter plate with smooth and rough sides ensures correct orientation, pre

See how a non-planar flow diverter and varying cross-sectional chambers generate turbulent mixi

See how modular gas-source and beverage-medium cartridges enable safe, compact carbonation with

See how a porous sparger with pressure regulation injects gas into flowing liquids, maintaining

See how merging air-liquid mixing into a single chamber enables one-handed foam discharge by di

See how variable outflow sections resolve the temperature-flow contradiction in Venturi milk em

See how a slightly divergent mixer section with 0.1-2.0° half angle reduces ejector sensitivity

Buffer zones, variable-speed pumps, and eductor mixing let semiconductor wastewater treatment handle variable flows in a smaller footprint.

An axially adjustable sleeve-cone gap stabilizes emulsification under varying flow while reducing pressure peaks, cracking risk, and cleaning complexity.

Automated sensor feedback regulates water and additive dosing to deliver precise cutting fluid concentration, higher flow, and safer drum handling.

Spillback loops and control valves regulate flow and pressure to keep hydrocarbon in-line blending within 1% of target while reducing mixing cost.

Helix vanes and a centralizer tube create cyclonic pipeline flow that cuts erosion, head loss, and energy use while raising flow rate.

A linear-insert canister socket with lateral-port sealing avoids overtightening, prevents gas leaks, and simplifies carbonation refills.

A lateral-port valve adapter enables thread-free gas canister refilling and replacement while reducing seal damage and release thrust.

Nested inner and outer conduits with flange seals contain corrosive chemical leaks and simplify repair at tank-to-process-line injection points.

Using Venturi suction and modular conical spacers, this case generates micro and nano bubbles without external energy while limiting back pressure.

Radiation or heat lowers closure adhesive strength for gentle sample-container unsealing with less contamination, damage, and residue.

Continuous reactant injection and turbulent mixing improve nanoparticle uniformity, reproducibility, and leak-safe scale-up.

A riser-mounted turbine recovers kinetic energy from two-phase flow in a confined plunging jet reactor while preserving strong gas absorption.

A lateral-port valve and filling adapter enable linear, threadless canister insertion while reducing seal damage and maintaining secure gas flow.

One-way check valves isolate reactive fluid lines so mixing stays in the nozzle, preventing crossover clogs and reducing dispensing downtime.

A nozzle-driven ejector lowers main-pipe pressure to draw branch-pipe fluid into a mixing chamber, avoiding venting and environmental exposure.

A snap-in canister holder replaces threaded insertion with linear valve engagement, cutting replacement time while preventing seal damage and gas leaks.

Flow sensing and valve control keep chemical-water ratios consistent while automatically filling containers without overflow.

Real-time metrology and flow control keep in-line chemical blends stable as demand changes, reducing startup waste and surge tank use.

Replaceable inlet and outlet orifices in a compact valve deliver precise low-flow mixing ratios while reducing leaks, calibration, and assembly errors.

Flow meters and automatic dosing keep cutting fluid concentration stable despite water supply variation, while pumps speed filling and improve safety.

Radial slits, tapered columns, and downstream recesses create more vacuum zones in flowing water to boost microbubble generation without pumps.

Fixed-time injection with continuous base-flow calculation keeps paint dosing ratios accurate even when base product flow varies.

A swept passage and concave inducer create vortex flow that improves ozone dissolution while reducing turbulence and excess ozone.

Recirculation loops regulate flow and pressure to keep hydrocarbon blends near target ratios without dedicated blending tanks or stratification.

Angled-slot static mixer elements and a flow conditioner improve pipeline mixing, simplify installation, and enable representative fluid sampling.

A circuitous capillary gas path stabilizes flow despite pressure fluctuations, delivering consistent gas infusion in beverages.

A packed bed with many small flow passages lowers polymer solution pressure while avoiding the shear damage caused by choke valves.

A hollow fiber membrane re-dissolves separated ozone gas into fresh liquid, raising solution concentration while limiting bubbles.

A Venturi-based mixer with a fluid limiting channel cuts deionized water use while holding stable low-concentration chemical dilution.

A circuitous capillary path stabilizes gas flow despite pressure fluctuations, improving gas-infused liquid consistency.

Flow vanes and downstream injection boost additive mass transfer in full-pipe water treatment while cutting diversion flow, energy use, and treatment time.

Mixing jumpers blend hydrocarbon liquids from multiple tanks in one pipeline, improving ratio precision while reducing tanks, piping, and power use.

Mixing jumpers and flow control devices blend hydrocarbon liquids in-line with near-setpoint accuracy while reducing stratification, energy use, and tank farm infrastructure.

Nested inner and outer conduits contain corrosive chemical leaks and return leakage to the tank during online process injection.

Bottom-up axial closure and single-actuator motion improve seal compression, prevent dye drop detachment, and keep dispensing dyes fluid.

Spiral eddy passages and distributed air inlets raise gas content while keeping bubbles fine and dense for washing, sterilization, and purification.

Conductivity-guided premixing enables stable ppb-level wash water supply from ultrapure water without complex reagent management.

Intersecting extruder passages redirect and intertwine filled composite flow to randomize fiber orientation and improve isotropic properties.

A socket seal with lateral openings and valve retention enables quick canister swaps without threading, reducing leaks and seal damage.

A push-in canister socket with lateral ports and a sealed holder avoids threading, reducing overtightening risk while keeping gas connections secure.

A helix vane and centralizer tube create cyclonic flow that cuts pipe wear, head loss, and energy use in abrasive material transport.

A shared pressure-vacuum manifold lets modular pipette channels aspirate and dispense samples independently, boosting lab throughput with less manual work.

Linear valve insertion and lateral gas ports simplify canister replacement while avoiding overtightening and seal damage.

A helix-vane clamshell amplifier turns laminar pipeline flow into cyclonic flow to cut wall drag, erosion, and pumping energy.

Real-time metrology and mass-balance control keep in-line chemical blends accurate as output flow changes, reducing waste and restart instability.

Integrated duct sealing and spacer-chamber lubrication reduce resin buildup, leakage, and seal wear in high-pressure mixing heads.

Spillback loops and valve control keep hydrocarbon blends within 1% of target in one pipeline, avoiding tank stratification and parallel pump complexity.

A nested PTFE-lined inner pipe with an extended nozzle prevents sulfuric acid trapping and corrosion in phosphoric acid mixing tees.