De-Icing/Drying-Out Arrangements TRIZ Cases
- Reflector Antenna Deicing Structure With Integrated Heating Layer
An embedded heating layer and insulation keep the reflector free of snow and ice, preserving radio wave concentration and antenna durability.
- Phase-Change Cooling Panel for Multi-Source Heat Dissipation
Phase-change refrigerant and an absorber in a cooling panel improve heat removal from multiple electronic heat sources beyond medium conductivity limits.
- Refrigerant Panel Cooling With Absorber for Heat Dissipation Limits
Phase-change refrigerant in a thin thermal panel with an absorber moves heat beyond solid conductivity limits and improves manufacturable cooling.
- Phase-Change Cooling Panel Layout for Water Refrigerant Heat Dissipation
A stainless-steel phase-change cooling panel uses gravity-guided water flow paths to improve heat dissipation while limiting pressure buildup.
- Radar Antenna Motor Heating for Cold-Weather Anti-Icing Rotation
A resistor uses regenerative power to warm the radar motor and grease, preventing icing and unstable antenna rotation in cold winds.
- Wireless Module Board Layout for Heat Dissipation and Signal Quality
Localized through-holes and a heat dissipation sheet release IC chip heat while preserving band-pass filter coverage and simpler wiring.