Electrostatic Separation Housing TRIZ Cases

See how air-permeable precipitation electrodes and integrated high-voltage transformers reduce

See how a segmented support assembly with base region, edge region, and frame upper cover impro

See how a motor-powered cleaning apparatus rotates periodically to clean ion terminals, maintai

See how a common-housing electrostatic filter unit with external contacts enables easy removal

See how a compact bipolar ionizer uses direct electrode connection and nested housing to reduce

See how a wearable air purifier combines metallic oligodynamic surfaces, electrostatic charging

See how merging charging and collecting electrodes with a semi-conductive structure and dielect

Distributed seat-integrated ionizers raise ion concentration near passengers, cut malodor, and allow personalized cabin air control.

See how a motor-driven rotating brush cleans ion terminals without disassembly, maintaining air

See how a motor-driven cleaning apparatus automatically removes deposits from ion terminals, en

See how modular electrostatic filters with standardized coupling structures adapt to varying in

See how curved surfaces connecting side walls to the bottom wall guide housing corners, prevent

See how integrating the high-voltage transformer inside a sealed filter housing eliminates exte

Adjustable resistor paths let one HV source work with different polarized cabin air filters while blocking ionizer use when no filter is installed.

Automatic terminal disconnection stops ionizer power when the cabin filter is removed, reducing ozone release and shock risk during maintenance.

A frustoconical base and internal fan create quiet 360-degree laminar airflow for fragrance diffusion and ion-based air purification.

A removable high-dielectric compartment isolates high- and low-voltage boards while enabling faster, lower-cost air ionizer customization.

A rechargeable nozzle-mounted bipolar ionizer creates a localized clean-air dome to remove gaseous pollutants in passenger cabins.

Remote ion emitters in transit HVAC remove particulates and pathogens without blocking airflow or relying on short-life bulbs.

A conductive liquid medium and internal discharge electrode improve airborne particle capture while simplifying post-processing and vessel reuse.

A wheel-well guide channel uses liquid spray, conveying, and filtration to capture brake, tire, and road dust with less cleaning effort.

Independent scraper drives move settled dust to the discharge opening while remaining outside the hot housing.

Dynamic dampers seal discharge areas to stop dust release while maintaining continuous material flow into blender units.

Segmenting the ion source from the flue gas chamber prevents electrode contamination while maintaining collection efficiency exceeding 90%.

Segmented filters with universal sliding handles resolve the trade-off between adaptability and cost while ensuring safe electrical contact.

Segmented frame portions with pre-formed retainers enable front-loading access, resolving the trade-off between structural complexity and ease of maintenance.

An integrated airflow inlet structure merges electrostatic filtration with electromagnetic radiation control within equipment enclosures.

Window dust collector adjusts power intensity based on wind speed and fine dust concentration to reduce energy consumption.

A magnetic filter element uses a spiral baffle to direct fluid flow and trap ferrous contaminants on a non-ferrous liner.

An air pipe guides charged dust into a collector that uses opposite polarity plates to capture non-exhaust emissions.

Asymmetric alignment features and sealing elements guide media filter insertion, preventing incorrect orientation that reduces filtration reliability.

An aircraft ionization device emits ions to purify cabin air.