Lighting Heating/Cooling Arrangements TRIZ Cases
- Phosphor Wheel Heat Sink Structure for Better Cooling
Cut-and-raised fins and a central projecting plate improve phosphor wheel heat dissipation by boosting airflow and heat conduction.
- Ventilated Phosphor Wheel Cooling Structure for Heat Dissipation
Cut-and-raised fins and ventilated contact projections improve phosphor wheel airflow and heat conduction, limiting thermal damage.
- Pulse Oximetry Sensor LED Covering for Skin Heat Reduction
A thermally resistant layer over a pulse oximetry LED cuts heat transfer and pressure on skin while preserving light transmission.
- Dual-Diffusion Light Source Structure for Soft Even Illumination
A dual-diffusion cover and integrated heat sink combine main and backlight assemblies to deliver soft, even lighting with simpler assembly.
- Projector Light Source Cooling with Heat Pipes for Lower Fan Noise
Embedded heat pipes spread heat from the light source and phosphor so projector cooling fans can run at matched lower speeds with less noise.
- Light Fixture Heat Sink with Passive Airflow Cavity Cooling
Passive airflow channels feed a low-pressure cavity to cool LED light modules, cutting heat sink size and avoiding fan complexity.
- Photography Lamp Lens Barrel Cooling With Self-Powered Venting
Forced-air cooling and thermoelectric power remove heat from the lens barrel and mounting cavity to prevent burns and thermal deformation.