Reversed Direction Vortex TRIZ Cases
- Hydronic Separator Layout With Axial Ports and Internal Deflectors
Internal deflectors create circular flow from vertically aligned ports, easing hydronic installation while separating magnetic and nonmagnetic particles.
- Swirl Air Separator Splitters for Compact Cyclone Filtration
Split airflow after the impeller so only the dirty outer stream enters downstream cyclones, cutting energy use and separator size.
- Cyclone Dust Collector Baffle Layout to Prevent Dust Buildup
A dust baffle blocks the hard-to-clean gap around the cyclone barrel, reducing dust buildup and improving cleaner assembly and service life.
- Cyclone Dust Collector Air Curtain for Cleaner Filtration
An air curtain in the cyclone dust collector blocks pure and dusty air mixing, improving separation efficiency and reducing filter clogging.
- Two-Stage Cyclone Assembly for Filter-Free Motor Protection
A taller multi-cyclone second stage captures residual dust, cuts backpressure, and helps protect the suction motor without a clogging pre-motor filter.
- Hydrocyclone Ceramic Liner Assembly for Smooth Wear Surfaces
Pre-assembling alumina liner blocks on a form creates a smooth, void-free hydrocyclone surface that cuts wear, labor, and downtime.
- Cyclone Dust Bin Detent Mechanism for Complete Emptying
A detent and ratchet mechanism keeps the cyclone unit from reinserting too early, helping bulky debris clear fully and protecting the motor.
- Cyclonic Separator Duct Layout for Compact Two-Stage Filtration
By routing inlet and outlet ducts through the dirt chamber, this two-stage cyclonic separator cuts tortuous airflow paths and external ducting.
- Nested Parallel Cyclone Assembly for Low-Pressure Vacuum Separation
Nested first and second cyclones improve small-particle separation while lowering pressure drop and using vacuum cleaner cross-section more effectively.
- Multistage Cyclone Layout for Fine Dust Separation Reliability
Three serial cyclone stages with more downstream cyclones improve fine dust separation, reduce blockage risk, and prevent debris re-entrainment.
- Multi-Stage Cyclone Layout for Fine Dust Separation
Three cyclone stages with increasing parallel units improve fine dust removal from airflow while reducing blockage risk in vacuum cleaners.
- Elliptical Outlet Oil Separator for Low-Loss Refrigerant Cleaning
A non-circular outlet creates swirling centrifugal flow to remove oil from refrigerant gas with low pressure loss and no filter media.
- Cyclone Module Layout for Low-Height Stable Vacuum Cleaners
A side-by-side cyclone and dirt chamber layout cuts vacuum height, improves stability, and keeps the exhaust grill removable for cleaning.
- Cyclone Separator Layout for Compact Vacuum Dust Separation
Angled, nested cyclone sets pack more parallel separators into a vacuum cleaner while preserving airflow and reducing blockage risk.
- Cyclonic Suction Cleaner With Liquid Injection for Wet-Dry Separation
Injecting liquid into the suction airflow helps capture fine dust, separate wet matter, and maintain suction across wet and dry cleaning modes.
- Sweeper Header and Centrifugal Separator for Low-Pressure Basin Cleaning
Drilled sweeper headers and an air-bleed centrifugal separator cut turbulence and pressure demand while keeping basin debris moving.