Company Filing History:
Years Active: 2007-2020
Title: The Innovative Mind of John Donovan Bullough
Introduction: John Donovan Bullough, an accomplished inventor based in Troy, NY, is known for his significant contributions to the field of lighting technology. With a focus on efficiency and user experience, Bullough has been awarded two patents that demonstrate his innovative approach to solving complex problems in lighting design.
Latest Patents: One of Bullough's notable inventions is the patent for "Low Luminance Lighting." This novel lighting module and system employ multiple layers of efficient optics to distribute light from various sources over a larger luminous surface while minimizing glare. The design allows for uniform lighting without dark boundaries, significantly enhancing visibility and comfort. His second patent, “Retinal Flux Density Meter and Method of Use,” outlines a system that approximates light flux density on the human retina. The design features a housing with an opening for light to enter, equipped with detectors that replicate the spectral response of the human eye's foveal cones and rods. This innovative technology enables precise calculations of mesopic flux density, offering potential advancements in visual science.
Career Highlights: Bullough's career is notably marked by his association with the Rensselaer Polytechnic Institute, an esteemed institution dedicated to technological advancements and research. Through his work at RPI, he has pursued his passion for lighting research and has contributed to the understanding of human interaction with light.
Collaborations: Throughout his career, Bullough has collaborated with esteemed colleagues such as John Van Derlofske and Mark S. Rea. These partnerships have facilitated his research endeavors and helped advance the fields of lighting technology and visual science.
Conclusion: John Donovan Bullough’s inventive spirit and commitment to improving lighting solutions underscore his role as a significant contributor to innovation. His patents not only advance the technology of lighting but also enhance the understanding of human perception of light, promising a brighter future for various applications in this field.