Company Filing History:
Years Active: 2013-2017
Title: Inventor Tracy G. Rogers: Innovating Insulating Glazing Technologies
Introduction
Tracy G. Rogers, based in Dover, Ohio, is an accomplished inventor with a remarkable contribution to the field of insulating glazing technologies. With two patents to her name, Tracy demonstrates a commitment to innovation and efficiency in the construction and glazing industries.
Latest Patents
Tracy's latest patents showcase her expertise in creating effective solutions for insulated glazing units. The first patent, titled "Spacer for Insulating Glazing Unit," introduces a flexible spacer body designed to engage the inner surfaces of glazing structures effectively. This spacer is constructed from desiccated polymeric foam materials such as silicone foam rubber or EPDM. The innovation includes an adhesive layer with specific properties: a thickness varying from 0.050 mm to 1.524 mm, ensuring low argon gas and moisture permeability. The adhesive is primarily composed of butyl rubber and/or polyisobutylene polymers, allowing for a pressure-sensitive and water-resistant bond with glass.
The second patent, "Glass Block with Low-e Center Lite," features a unique glass block assembly comprising two glass block halves, separated by a thermally isolating spacer. This innovative design includes a sealant that hermetically seals the internal chamber between the two halves. The spacer is ingeniously engineered with legs that extend outwardly, securing the assembly while supporting an interior lite within the spacer's chamber. Both patents reflect Tracy's dedication to enhancing energy efficiency and structural integrity in modern glazing solutions.
Career Highlights
Tracy G. Rogers currently works at Quanex IG Systems, Inc., a company recognized for its forward-thinking approach to insulating glass systems. Over her career, she has made significant strides in improving thermal performance and sealing capabilities, which are crucial in energy efficiency for buildings.
Collaborations
Throughout her career, Tracy has collaborated with esteemed colleagues such as Louis Anthony Ferri and Larry Johnson. These collaborations have fostered an environment of innovation, enabling the development of cutting-edge technologies in the glazing sector.
Conclusion
Tracy G. Rogers stands out as a prominent figure in the field of invention and innovation. Her contributions, particularly in insulating glazing technologies, have not only advanced the industry but also demonstrated the potential for improved energy efficiency in architectural design. As a trailblazer, Tracy continues to inspire future inventors and innovators in the field.