Dissolving Using Flow Mixing TRIZ Cases

See how a flow meter assembly and pressure sensor system integrated into a baby bottle base ena

See how an adjustable port manifold controls liquid flow characteristics to maintain uniform er

See how a colander-based dissolving chamber ensures uniform detergent liquid by exposing all ta

See how an adjustable manifold with multiple ports controls liquid flow to maintain uniform ero

See how an adjustable port manifold controls liquid turbulence and erosion rate to maintain con

Porous flow restriction and distributed outlets slow bath tablet dissolution, sustaining bicarbonate exposure and reducing replacement frequency.

A flow-restricting dissolution chamber extends carbonated tablet life while maintaining bicarbonate-rich CO2 micro-bubbles for shower use.

Fluid pressure dissolves solid chemistry in a removable cartridge, enabling safe dosing, easy solution changes, and portable dispensing.

Fluid pressure dissolves sealed solid cartridges to create cleaning or sanitizing solutions without multiple dispenser installations.

A buoyant hollow dispenser keeps part of the chemical above the waterline, extending tablet life while maintaining stable disinfection.

A sloped, side-flow hopper removes internal plumbing to improve brine concentration, salt use, loading, and cleanout.

A removable sieve plate and repositionable weir simplify chlorinator cleaning, reduce chemical exposure, and cut maintenance downtime.

A stacked reservoir and recirculation layout dissolves solid chemical efficiently while cutting floor space and limiting offgassing.

External liquid routing and an annular distribution channel keep salt and impurity deposits out of the dissolving funnel, easing blowdown cleaning.

A freestanding dispenser uses a reaction portion and fluid guide to dissolve solid products into solutions for consistent concentration.

Central overflow tube reverses brine flow direction to prevent fine salt paste from clogging the screen and maintain production rates.

A diffuser manifold with a fluid valve adjusts turbulence to mitigate non-uniform erosion and concentration variability in solid chemistry dispensing.

Segmented housing chambers with horizontal nozzles control dissolution rates to maintain consistent chemical concentrations.

A rotatable capsule aligns perforations to erode solid chemistry blocks via fluid flow.

A centrifugal element creates a vortex to keep cleaning tablets afloat in water streams.

Replacing mechanical breakers with fluid dynamics, the system dissolves lumps without clogging pumps or increasing maintenance.

A chemical release cartridge uses a flow restrictor plate to control fluid distribution within the system body.

Segmented mixing vessels prevent sludge accumulation and corrosion by isolating dissolution from storage, ensuring consistent salinity readings.

Rotating inner and outer conduits prevent clogging while ensuring safe discharge standards.

Segmented base and removable cartridge design simplifies maintenance while ensuring uniform reagent concentration through radial jet dissolution.

Rotation abrades calcium hypochlorite pellets for consistent dosing while preventing mesh clogging from residue buildup.

A fluid injection device uses a constricted flow pathway to mix feeder fluid with product.

A static dechlorinator unit uses a venturi aperture to draw hydrant water through neutralizing tablets.

A liquid crystal display integrates a retardation film and dual polarizers to align emitted light polarization with user eyewear.

Flow modification zones adjust water velocity to ensure rapid, consistent dissolution of solid disinfectants while preventing nozzle clogging.