RPI ID: 2006-050-605

Innovation Summary:
This patented technology presents a lighting system that combines a solid-state light emitter (such as an LED) with phosphor materials to produce high-quality white light. The design strategically positions the phosphor in relation to the emitter to optimize light conversion efficiency and color rendering. The system enables precise control over the spectral output, making it suitable for applications requiring consistent and tunable lighting. The innovation also addresses thermal management and longevity, enhancing the performance of solid-state lighting systems.

Challenges / Opportunities:
Traditional lighting systems often struggle with balancing energy efficiency, color quality, and thermal stability. This invention addresses these challenges by integrating phosphor materials in a configuration that maximizes light output and color fidelity while minimizing heat buildup. It opens opportunities for advanced lighting in architectural, automotive, and display applications. The technology also supports the transition to energy-efficient lighting solutions with improved user experience.

Key Benefits / Advantages:
✔ High luminous efficacy with excellent color rendering
✔ Enhanced thermal management for longer lifespan
✔ Tunable spectral output for customized lighting environments
✔ Compact and scalable design for diverse applications
✔ Reduced energy consumption compared to traditional lighting

Applications:
• Architectural and commercial lighting
• Automotive headlamps and interior lighting
• Display backlighting
• Medical and task lighting
• Consumer electronics

Keywords:
#Solid-state lighting #LED #phosphor-converted light #white light source #energy-efficient lighting #color rendering

Intellectual Property:
US Issued Patent 11,028,979