Reversed Direction Vortex TRIZ Cases

See how sub-zero chilling and pressure-equalizing vessels prevent cavitation in supercritical C

See how a housing partition with dual cyclones and integrated flow paths maintains air pressure

See how deflector tubes with convergence intervals form multiple cyclones to improve dust separ

See how a nested two-stage cyclone configuration reduces hand vacuum size and weight while main

See how a momentum separator with side screen inlet and angled cyclones enables robotic vacuums

See how staggered cyclone positioning with rearward dirt outlets prevents obstruction in parall

A momentum separator and angled cyclone array let a robotic cleaner dock empty dirt automatically while avoiding cyclone blockage.

See how a helical airflow directing formation in a cyclonic separator directs dirt-laden air in

A pivoted operation unit and linking members lift the barrel lid together, cutting removal time while preserving airtight dust collector sealing.

See how a nested two-stage cyclone design reduces hand vacuum size while maintaining air flow e

See how retaining walls create sequential impact zones in a cyclonic filter to capture fine dus

See how airflow straightening vanes in cyclone separators transform turbulent flow into laminar

See how sideways dirt outlets and overlapping chamber placement reduce cyclonic cleaning stage

See how peripheral intake and exhaust ports enable horizontal centrifugal separation, reducing

See how nested cyclone drums swirl compressed air twice to separate water, oil, and fine partic

See how a radial-inlet tubular filter nested within the cyclone chamber eliminates the need for

See how pre-assembled sintered alumina blocks on a form create a continuous, void-free cyclone

See how a rotating blade assembly inside the collection vessel generates the vortex and suction

See how flow diverting elements and nested magnetic attraction merge cyclone and magnetic separ

See how a non-closed annular dust cup with an opened mounting space enables easy disassembly of

See how a grid-sealed flexible bag prevents air leakage in negative-pressure dust collectors wh

Hydrocyclone separation and six driven rollers keep suction stable, reduce filter clogging, and help pool cleaners pass obstacles.

See how relocating the power supply from handle bottom to top balances the gravity center, redu

See how a monolithic dust separator integrates cyclone chamber and receptacle into one piece to

A removable dedusting unit lets handheld vacuum dust cups be cleaned thoroughly, reducing residual dust, odor, and secondary pollution.

See how ultra-miniature cyclone arrays use centrifugal forces to separate particles as small as

See how a two-dimensional separator plate design achieves 99% dust removal efficiency in a comp

See how a positioning device within the cyclone chamber secures collection elements to improve

A multi-cyclone brake dust separator removes heavy particles and water before filtration, limiting clogging and pressure loss at high brake temperatures.

See how dual downward air inlets and a one-hand dump valve enable density-based particle separa

See how charged droplets in vortical flow attract vapor molecules electrostatically, reducing h

See how an adapter frame with conical receptacle and universal coupling stabilizes tapered part

See how spacing the dirt collection chamber at least 0.5 inches exterior to the cyclone casing

See how a pivoting coupling device and intersecting chamber axis enable one-handed detachment a

See how integrated axial cyclone design merges outer walls and guide vanes into one component,

See how a box-shaped housing with releasable couplings enables cyclone pre-separators to stack

A perforated rotating disc separates dirt at low fluid speeds, reducing pressure drop and preserving suction in compact vacuum cleaners.

See how a box-shaped cyclone housing with vertical tensile coupling enables stacking like syste

See how parallel cyclonic separators with flow control prevent choking in high-flow mode while

See how tangential exhaust ports enable horizontal centrifugal gas separation, reducing settlin

See how dual-circuit refrigeration subcools CO2 to eliminate pump cavitation, achieving repeata

See how a detent mechanism enforces sequential emptying of dual cyclonic dirt collectors to pre

A quadric-surface flow chamber combines vortex separation and filtration media to remove oil and water droplets before purge-air discharge.

See how a non-closed annular dust cup design relocates the negative pressure device to an open

See how a user-actuated mechanical device coupled to the closing device ensures reliable suctio

Nonparallel cyclone axes let a portable two-stage separator maintain dust separation across horizontal and changing orientations, limiting outlet-filter blockage.

A double-entry cyclone combines silica soot separation with chlorine-assisted heat treatment to remove OH and water while preserving particle geometry.

A rotating inner cyclone body prevents wet cuttings buildup, preserves sample integrity, and supports autonomous drilling sampling.

Electrodes in the conical section measure conductivity to identify roping early, helping operators adjust flow and maintain cluster capacity.

Opposing inlet flumes generate downward vortex flows that improve sediment settling and debris retention during high-flow stormwater treatment.

Upstream and lateral air injection cushions live insects, limits clumping and damage, and supports controlled batch discharge.

Angled ribs and annular flow paths create centrifugal separation to reduce liquid droplet entrainment in the gas outlet.

Fixed guide geometry limits cyclone separators to specific streams; variable cross-sections balance pressure loss and separation efficiency.

High-consistency reject slurry can plug hydrocyclone outlets; a flow director creates controlled dilution flow to limit contaminant return.

A cement exhaust reactor uses basic alkali solution to capture CO2, form carbonates, and support hydrogen production with lower energy use.

A high-shear processor and cyclone stages separate aluminum from polyolefins while limiting chemicals, foaming, and energy use.

Cyclone separation and bypass switching reduce bag-change downtime during continuous grinding.

Room-specific ultrasonic atomizers use separated mist to control liquid delivery and prevent condensation and vibrator failure.

A constricted acceleration channel creates supersonic flow for rapid dehydration and disinfection while preserving material quality.

A volute overflow chamber redirects hydrocyclone flow to reduce air-core collapse, roping, and fine-particle bypass.

This treatment sequence concentrates PFAS, separates salt, and applies SCWO to reduce contamination while limiting treatment volume.

This aerated hydrocyclone uses a porous barrier and pressurized gas to sustain separation and reduce hydrodynamic losses.

Primary and secondary cyclones segment the separation process to remove fine dust, preventing explosive concentrations in sawmill environments.

A hydrocyclone separator features a dedicated emptying port in the head portion for efficient coarse fraction removal.

A sorting device uses an inclined airflow adjusting body to stabilize velocity and optimize drag forces for precise object separation.

Rotational flow disturbs laminar patterns in the reactor, preventing solid particle deposition on the catalyst while enabling continuous NO decomposition.

An accelerating cyclone with a rotating turbine separates sticky particles by preventing adhesion and reducing moisture content without additional heat.

Airflow classifier segments coarse and fine particle classification stages to reduce energy consumption while maintaining sharp particle diameter distribution.

A metal-lined cyclone separator resists erosion from catalyst particulates using durable alloys and surface treatments.

A hydrocyclone distribution head sprays fluid jets in opposite directions to create internal pressure gradients and pulsating action within the separation chamber.

Internal vortex generators in the dip tube intensify rotational flow to separate fine particles below 50 µm without additional equipment.

Multi-stage cyclone separator uses overlapping blocking means to constrain inward particle movement, preventing axial conveyance and reducing filter clogging.

Conical slot-shaped openings in the rotating grate shear off accumulated ash and slag, preventing clogging that reduces fixed-bed gasifier efficiency.

A side-stream particle precipitator uses electrostatic fields and mechanical vortex systems to remove suspended solids from water cooling loops.

Spiral blades on the discharge pipe maintain centrifugal flow, preventing mesh clogging and sustaining high fluid throughput.

A filter uses an internal air guide member with slits to tilt compressed air flow circumferentially, preventing droplet detachment during high flow rates.

Rotating the lower cyclone channel via a bearing assembly distributes wear evenly, preventing localized underflow damage and reducing maintenance frequency.

Variable diameter rotors generate vertical and horizontal vortices that prevent pore blockage, enabling scalable filtration with reduced power consumption.

Radial particle transport via a side passage increases fluid flow capacity and reduces pressure drop compared to tangential-only separation.

A sludge separator uses a cyclone flow pattern to guide liquid through a dedicated particle separation chamber for efficient filtration.

A swirl generator reverses working medium flow to separate dirt particles from turbine systems.

A radially outward droplet detachment zone on guide vanes prevents re-entrainment of separated condensate by compressed air flow.

Nested counterrotating vanes segment fluid paths to suppress vertical recirculation, allowing sand to settle effectively at high flow rates.

A cushion chamber maintains a protective solids/fluid mixture layer to shield separation walls from high-velocity impact.

A cyclone with a classifier inlet and bypass duct diverts small particles to the discharge.

Retaining walls deflect centrifugal airflow in a trunk channel, enabling multi-stage filtration that resolves low efficiency in industrial applications.

Segmenting the classifying chamber into parallel units with controlled gas flow equalizes radial velocity, enabling high-capacity sub-micron powder separation.

Multiple elevation inlets segment flow to reduce vibrations and internal pressures during emergency reactor shutdowns.

A cyclonic filter array uses dynamic sealing covers to concentrate airflow through active sections.

A cyclonic enclosure uses blower-generated airflow to separate and collect machining debris in microgravity environments.

A hydroclone inlet flow shield redirects high-velocity feed streams away from the membrane to prevent accelerated wear and fouling during cyclonic separation.

A sludge separator uses a bypass channel to reduce pressure loss while maintaining cyclone-like separation efficiency.

Pressure sensors detect blockages in narrow apertures, triggering automated reverse flow cleaning to maintain separation efficiency.

Guide blades deflect air vortexes into vertical streams, reducing energy consumption and enabling rapid color changes without carryover.

Concentric disengagement chambers separate catalyst from product gas using centrifugal force in a single reactor vessel.

Segmented collection paths and an intermediary screen mesh prevent vacuum filter clogging while processing over 12000 lbs of material.