Flow Mixers TRIZ Cases

Liquid-phase mixing ensures uniform compositional ratios in Mo-Bi catalysts, preventing non-uniformity that reduces performance and complicates production.

A multi-stage mixing system with segmented elements breaks up reductant particles to ensure uniform distribution within exhaust gas flows.

Segmented modular gas blocks replace complex weldments to reduce fabrication time and toxic gas exposure risks during servicing.

A tapered flow passage varies inner volume to amplify liquid speed and pressure for efficient ultrafine bubble generation.

A static distributor uses baffles to divert particulate material evenly across distribution lines without moving parts.

Lower stretching temperatures preserve the microvoid structure, maintaining opacity while achieving dimensional stability during thermal fixation.

A slurry production apparatus uses a powder dry box and first dry booth to isolate mixing processes from ambient air.

Dynamic venturi throat constriction compensates for pump pressure drop variations, ensuring accurate additive metering across wide flow rate ranges.

A bypass mixer blends expanded and condensed working fluid in a bottoming cycle to reduce condenser heat load and maintain efficient operation.

A fluid manipulation system uses an immiscible intermediary to control discrete volume addition through pressure differentials.

Larger diameter pipes and elongated suction tubes increase suction force and velocity to prevent clogging from sludge accumulation.

Fluid dynamic ejector replaces mechanical stirring to reduce energy consumption while achieving stable emulsion quality.

Tapered mixing elements with alternating baffles distribute fluid pressure evenly within the conduit.

A jet pump pressure washer uses a variable flow spray gun to switch between high pressure and high flow modes.

Inclining stator slots between 20° and 80° reduces vibrations by 84%, extending bearing lifespan while maintaining high dissolution rates.

Uniform length-to-hole ratios in a multi-hole flow plug minimize permanent pressure loss while optimizing the coefficient of discharge for accurate metering.

A microfluidic device replaces syringe pumps with a shape memory polymer suction member, generating monodisperse emulsions through capillary action.

A variable impingement angle injector mixer resolves fixed-angle mixing inefficiencies by adjusting geometry to satisfy the Elverum-Morey equation.

Integrated flowmeters enable continuous accuracy verification of foam addition systems during normal operation, eliminating separate examination processes.

A mobile combination unit integrates vacuuming, mixing, and centrifugal separation to manage drilling fluids on-site.

A low pressure gas transfer device injects gas into a primary liquid stream and mixes it with a secondary liquid stream to enhance dispersion efficiency.

Segmented undulating fins divert exhaust gas flow to improve mixing uniformity while reducing dynamic pressure loss in curved pipes.

A Bubblizer-chamber introduces liquid agents into water streams via a push-button actuator.

A flexible bag liquid delivery system collapses under pressure to expel concentrate through unrestricted conduits.

Segmenting the modular tip injection device into removable components eliminates welding interference during maintenance of diverging and converging nozzles.

A composite vortex reactor merges Rankine cyclone and Taylor vortex mechanisms to diversify flow fields for better mixing.

Axially displaceable stator switches between shearing and pump modes in a rotor-stator homogenizer.

A mixing apparatus injects flows perpendicularly to generate counter-rotating vortices in a process liquid.

Spiral liquid flow in the processing vessel prevents blockages and ensures stable operation while maintaining high processing amounts.

Simultaneous coagulation of elastomer latices and filler slurry prevents early flocculation, achieving higher electrical resistivity than dry mix methods.

A closed gas circulation circuit generates a cyclone that entrains carbonaceous powder by gravity, eliminating arching and blockages in entrained flow reactors.

Synchronized timing staggers display activation and IR pulses, eliminating interference with control voltage that causes visible white spots.

An asymmetrical mixer design channels reactant through a non-symmetric discharge arrangement to generate turbulence within exhaust gas flows.

A monitoring system measures peracetic acid levels and adjusts dosing pumps to maintain target concentrations in food processing streams.

Annular gap channels exhaust fluid to heat the inner mixing duct, preventing urea crystallization deposits during cold start conditions.

Interfering magnetic flux fields reduce micro-bubbles to stable nano-bubbles, preventing rapid escape from liquid.

A lignin-based treatment system uses static mixers and nano-bubble generators to condition fluids.

A mixing chamber emulsifies plant-based paste and water to create stable beverages without refrigeration.

Rotating fluid flows in the flow device reduce thermal movement influence and dead zones, improving separation purity of enantiomers.

Segmented connections isolate the metering device from rigid supply tubes, eliminating leaks and cutting required during maintenance.

Submerged flow generating devices create rotational and upward fluid streams to resuspend settled solids in tall storage tanks.

A circulation pump drives medium through a tank cone mixing element to generate an upward jet that maintains yeast suspension without mechanical impellers.

A steam injection biscuit element with microtubes distributes fluid flow, reducing vibration and erosion in high-pressure heating systems.

A static mixer baffle plate with a central pin and star-like arms distributes inner material flow radially for effective mixing.

Dynamic light emitting droplets resolve fabrication complexity by allowing post-emulsification morphological control through field-induced interface changes.

Segmented baffle elements disrupt flow recirculation to ensure consistent chemical distribution and reduce pressure loss.

Automated agricultural sampling system prepares soil slurry for chemical analysis without drying or grinding.

A gaseous fuel-air mixer uses a fuel chamber rib to impede swirl and ensure superior mixture uniformity.