Aeration Devices TRIZ Cases
- Breathable Plug Fixture for EV Oil Sealing and Vapor Venting
A resilient threaded plug with clips vents vapor from electric drive modules while blocking oil leakage under splashing, heat, and vibration.
- Tubular Tire Valve Pin Structure for Fast Inflation and Sealant Flow
A tubular valve pin with radial and axial flow paths speeds inflation, protects the pin, and lets tire sealant pass without complex valve-core assembly.
- Pneumatic Valve Venting Guide Support Against Tilt and Leaks
A support projection braces the venting guide against housing tilt, protecting connection elements and preventing leaks or water ingress.
- Dual-Orifice Air Valve Float Arm for Pipeline Surge Prevention
A single float arm controls small and large air-release orifices to vent pipelines efficiently and prevent surges, air pockets, and vacuum damage.
- Valved Drip Coupling With Floating Restrictor for Emitter Control
A floating restrictor and set screw let each drip emitter be adjusted independently while keeping feeder-line connections secure under pressure.
- Air Release Valve Float Geometry for Compact Low-Pressure Buoyancy
A two-part float with a larger buoyant body and narrow neck fits through the cage to cut valve height, resist debris blockage, and work at low pressure.
- Dual-Outlet Air Pump Valve Layout for Partial Inflation Control
Independent switching valves and a deflation valve let one pump partially inflate or deflate multiple objects with flexible air distribution.
- Reciprocating Switch Sleeve for Residual Gas Pressure Release
A sliding sleeve links and vents communication ports to release trapped gas, making high-pressure fluid devices easier to disassemble.
- Linear Actuator Condensation Reduction via Slider-Driven Venting
Slider-driven gas exchange through hydrophobic vents removes moisture, preventing seal failure and foreign material ingress in electromechanical actuators.
- Air Pipe Head Float Shielding for High Flow and Water Ingress Prevention
Shielding the downward-facing float surface reduces lift, allowing higher airflow rates without compromising capacity or increasing structural complexity.