Company Filing History:
Years Active: 1977-1978
Title: **Inventor Spotlight: Marion Douglas Meyers**
Introduction: Marion Douglas Meyers, based in Stamford, CT, is a noteworthy inventor recognized for her contributions to the field of electro-optical devices. With a total of three patents to her name, her innovative work focuses predominantly on technologies that enhance visible and infrared absorption, significantly impacting architectural design and energy efficiency.
Latest Patents: Marion’s latest innovations include the following patents:
1. **Electrochromic Variable Optical Transmission Device with a Liquid** - This electro-optical device is designed to control visible and infrared absorption by windows in various settings, such as homes and commercial buildings. It typically features a sandwiched arrangement comprising a pair of electrodes, a film of a transition metal compound, and a liquid electrolyte positioned between the electrodes. This device effectively exhibits coloration and bleaching across large areas through the manipulation of the polarity of an applied electric field.
2. **Process for Preparation of an Electrode Structure Containing WO.sub.3** - This patent details a counter electrode structure made from a transition metal electrochromic compound, intended for use in an electro-optical device that manages visible and infrared absorption in windows and data display devices. The structure consists of a pair of electrodes with a layer of transition metal electrochromic compounds and a semi-solid, highly conductive sulfuric acid gel electrolyte between them. This innovative gel demonstrates excellent conductivity, stability, and compatibility with electrochromic layers, ensuring a more efficient and longer-lasting counter electrode.
Career Highlights: Marion Douglas Meyers has had a distinguished career at the American Cyanamid Company, where she has applied her expertise in electro-optical technologies. Her innovations not only highlight her skills as an inventor but also demonstrate her commitment to advancing sustainable building practices through technology.
Collaborations: Throughout her career, Marion has collaborated with fellow inventor Henry Patrick Landi. Together, their combined expertise has further propelled advancements in electrochromic technologies.
Conclusion: Marion Douglas Meyers stands out as a pioneering inventor with significant contributions to the field of electro-optical devices. Her work, characterized by innovation and practicality, showcases the potential of technology to improve energy efficiency in architectural applications. As she continues to develop new solutions, her patents remain a testament to her ingenuity and the impact of her work in the industry.