Company Filing History:
Years Active: 2016
Title: **Innovative Contributions of Laura Haines in Reflective Nanofiber Lighting Devices**
Introduction
Laura Haines, an inventive mind based in Durham, North Carolina, holds a significant patent in the field of lighting technology. Her work primarily focuses on the development of reflective nanofiber lighting devices, showcasing her commitment to innovation and advancement in lighting solutions.
Latest Patents
Haines' patent, titled "Reflective Nanofiber Lighting Devices," encompasses both fiber-based and housed lighting devices. The innovative fiber-based lighting device incorporates a source that generates primary light along with a substrate composed of a nanocomposite mat made of reflective fibers, each with a diameter less than 1,000 nm. This design enables the device to diffusively reflect light when illuminated, thanks to a reflectance-enhancing coating that improves the substrate's reflectance in the visible spectrum. The housed version of the device features a housing that directs primary light into the enclosed space while also housing the reflective mat and allowing the reflected light to emanate through a designated exit.
Career Highlights
Laura Haines has made noteworthy strides in her career, particularly through her association with the Research Triangle Institute, where she contributes her expertise in lighting technology. Her innovative approach and dedication have garnered attention in her field, enhancing the effectiveness and efficiency of lighting solutions available today.
Collaborations
Throughout her career, Haines has worked alongside talented colleagues, including James Lynn Davis and Kimberly A Guzan. These collaborations reflect a strong network of professionals committed to pushing the boundaries of technological innovation in lighting and related fields.
Conclusion
Laura Haines represents the spirit of innovation in the realm of lighting technology. Her patented work on reflective nanofiber lighting devices not only exemplifies her creativity and technical prowess but also contributes significantly to advancing how we utilize light in various applications. As technology continues to evolve, Haines' contributions will undoubtedly play a crucial role in shaping the future of lighting solutions.