Flow Mixers TRIZ Cases

Mesh screens in docked syringes retain powder and reduce mixing force while preventing clumping.

A mixing kneader enables continuous polymerization, resolving viscosity and heat removal bottlenecks in bulk processes.

Hydrophilic packed bed beads produce uniform droplets while preventing membrane fouling and phase inversion.

Swirl-generating and retarding mechanisms in a vaporisation chamber maximize urea exposure, preventing line blockages from unvaporized deposits.

Dynamic magnetic fields drive fluid circulation in a circulation zone, preventing solid accumulation and blockages in microreactors.

Segmented air pathways resolve valve reliability trade-offs while horizontal springs reduce height for easier installation.

A multichannel microsphere producing unit arranges supply lines in a spiral configuration to maximize substrate space utilization.

Continuous flow system achieves inter-batch reproducibility and scale-up capability for photosensitizer drug production.

Disposable container mixes viscous fluids through a thin-walled sleeve with apertures, reducing waste from thick plastic walls.

Modular caps and non-corrosive rods enable quick media replacement without disassembling the housing, resolving maintenance complexity.

Rotatable switching member directs liquid through varied spray holes, enabling conical and linear patterns for efficient cleaning of ingrained dirt.

A fluid dispenser synchronizes continuous agent flow with pulsed carrier supply to create a striped mixing pattern in the mixing area.

A fractal mixer reactor uses independent flows scaled through smaller conduits to transport mixing components.

Repeated pressure drop cycles lyse bacteria to boost methane yield without thermal pretreatment.

A radial exhaust mixer rearranges flow segments to increase surface area interactions and enhance heat transfer across the gas stream.

Flow guides induce swirling motion to mix injected reactant with exhaust gas, reducing deposit formation and clogging risks in diesel aftertreatment systems.

A two-dimensional flow channel structure uses alternating baffles to direct molecular diffusion for lipid particle formation.

Axial spray protector shields urea injection from recirculating exhaust flow to prevent deposit formation and maintain ammonia distribution.

Oblique inlet openings generate swirl in a jet pump mixing section to achieve full mixing within four diameters for constrained aircraft engines.

A portable liquid filtration device uses an ozone chamber and ultraviolet lamp to sanitize water.

Heating adaptors delay drool onset and extend dispensing time for castable polyurethanes in golf ball molds.

Segmented concentric cartridges decouple temperature and volume controls, eliminating sequential readjustment and preventing water hammer damage.

Vacuum nitriding austeno-ferritic steel resolves corrosion strength trade-offs, enabling finer polymer grinding in high-salt environments.

A movable mixing disc creates a high-velocity liquid jet to stir solutions within the syringe barrel.

Reciprocating pistons transfer cosmetic components through a shared orifice, reducing occlusion risks by minimizing the number of cleaning points.

Segmented flow separation elements divide exhaust gas into sub-conduits, distributing reductant spray to prevent deposit formation on surfaces.

A cross flow inversion baffle redirects fluid between center and perimeter to divide and recombine streams in a static mixer.

A fluid mixing system uses a load cell sensor to measure tank weight and adjust pump timing for precise dilution ratios.

Segmented flow guides in this eductor adjust vacuum profiles for retrofitting, avoiding complete venturi redesign costs.

An atomizer injection valve breaks down high-density hydrocarbon liquid into fine droplets for reactor introduction.

Hydrodynamic cavitation breaks down impurities and prevents membrane clogging, extending filter lifespan in water purification systems.

A pressurization chamber uses a hydrophobic coating to dissolve ozone gas into water efficiently.

Guide vanes direct flow toward opposite walls while angled plates generate vortices, equalizing inlet conditions across the SCR reactor.

Segmented chambers with vertical partitions resolve linear array distribution failures by routing fluids through complex three-dimensional routes.

A valve assembly directs fluid flow between bone graft sources and liquid reservoirs using a vacuum-driven mechanism.

A submersible actuator drives a high shear mixer inside the reaction chamber for liquid polymer blending.

An opening directs viscous additives into a high-speed liquid jet, preventing nozzle clogging and ensuring uniform distribution.

A monolithic gas manifold distributes source gases through integrated ducts and mixing conduits to generate multiple gas mixtures.

Blocking ledges on three-sided impeller vanes redirect counterflow to prevent slurry leakage into the impeller eye, reducing energy consumption and wear.

Non-circular obstacles in intermediate channels intensify mixing while maintaining process flexibility for continuous flow reactors.

A direct drive motor system uses integrated load cells to monitor impeller forces and adjust torque in real time.

A dual-chamber syringe dispenses bone cement through synchronized hydraulic plungers, resolving complexity and precision trade-offs.

Electric power and pneumatic conveying reduce exhaust emissions and dust pollution while handling various powder packaging forms.

Intersecting web planes reduce pressure drop by up to two-thirds while maintaining mixing efficiency for polymer melts.

A nozzle featuring a diverging section adjusts fluid velocity and pressure drop to improve particle dispersion across varying flow rates.

A dispensing system manages off-gassing liquid products using displacement chambers and floating balls to maintain correct solution concentration.

A pivotable air intake tube adjusts to multiple positions on a pneumatic cleaning gun, eliminating hose interference during assembly and use.

Multi-row helical through holes create targeted turbulence that prevents isocyanic acid polymerization and maintains low pressure loss.