Flow Mixers TRIZ Cases

Radially offset vanes create swirl flow to improve mixing efficiency while reducing device complexity and manufacturing costs.

Periodic switching stops the heater to cool liquid temperature, preventing air bubble interference and maintaining stable ultra fine bubble concentration.

Adjustable inlet and outlet pipes within a segmented housing resolve installation adaptability constraints while maintaining manufacturing simplicity.

Segmented upstream plate openings distribute exhaust flow to minimize deposit accumulation and lower backpressure in aftertreatment systems.

Segmented flow paths around the liquid medium housing ensure all exhaust gases contact the reducing agent, improving NOx reduction effectiveness.

Vertical nested feeds stabilize flow ratios, resolving scale-up instability in lipid nanoparticle manufacturing.

A continuous system blends silica and water in a high shear mixing chamber to produce stable encapsulated liquid droplets.

Segmented plates introduce gas through specific outlet openings to minimize ignitable volumes and enhance safety.

Segmented baffles create turbulence to improve foam uniformity without flooding.

Rotational guide means condition solid fuel flow to eliminate corner accumulation and improve combustion efficiency in flash smelting burners.

Shaped bodies on the inner wall create flow folding that harmonizes temperature and velocity gradients while preventing solid content buildup.

Supersonic shockwaves from pressurized blast tubes produce ultra-fine bubbles, resolving fine particle recovery bottlenecks and reducing frother usage.

Segmented throat sections with oblique air inlets prevent vortexing and dust accumulation while ensuring uniform oxygen distribution.

Separate reservoirs and a flexing actuator prevent solvent damage to microcapsules while enabling efficient atomization.

One-way check valves prevent reverse flow and fluid crossover, eliminating clogs from premature chemical reactions in dispensing systems.

Hollow rods with passage openings apply a local Venturi principle to reduce total pressure loss in lean gas engines.

Segmented grid diffuser ensures uniform ammonia distribution across SCR catalysts while reducing pressure drops in exhaust lines.

Overmolded manifold recesses secure beverage tubes without clamps, eliminating leakage points and reducing assembly downtime.

A double nozzle injects fluid at the center of a current flow to generate maximum suction pressure for efficient mixing.

A horizontal baffle pipe segment with a slit design prevents clogging and reduces vertical space requirements while enhancing dissolution efficiency.

A filter part with porous polytetrafluoroethylene membranes and a T-shaped mixing piece mixes continuous and dispersed phases.

A multi-stage hydrodynamic cavitation device processes complex fluids through sequential nozzle and vortex chambers to generate uniform treatment zones.

Segmented flow elements create turbulent motion for rapid micro-oxygenation, preventing mercaptan formation that masks aromatic characteristics.

A piezoelectric spool valve assembly precisely controls gaseous fuel delivery within an engine intake system.

A spray head uses a meandering mixing channel to homogenize viscous fluid components within a compact dispenser envelope.