Company Filing History:
Years Active: 2022
Title: Innovator Spotlight: Laurie Diana Dunning
Introduction: Laurie Diana Dunning, an accomplished inventor based in Salvisa, Kentucky, has made significant contributions to the field of glass manufacturing. With a keen eye for innovation, she holds a patent that showcases her expertise in managing the complexities of glass ribbon cooling.
Latest Patents: Dunning’s notable patent, titled "Method and Apparatus for Managing Glass Ribbon Cooling," presents a sophisticated approach to manufacturing glass articles. This invention details a method that involves flowing a glass ribbon through a transition region. It encompasses heating the glass ribbon with a specialized heating mechanism located within the transition region, followed by a cooling process facilitated by a cooling mechanism that is strategically positioned to optimize the cooling effect. Furthermore, the design incorporates a shielding mechanism designed to protect the glass ribbon, ensuring quality and efficiency in production.
Career Highlights: Dunning is currently associated with Corning Incorporated, a leader in glass technology innovation. Her role in this reputable company allows her to leverage her skills and contribute to advancing glass manufacturing techniques. Her patent represents a breakthrough that enhances the production quality of glass articles, making her an important figure in her industry.
Collaborations: Within her professional environment, Dunning collaborates with talented individuals, including her coworkers Rebecca Elaine Christopher and Shawn Rachelle Markham. Together, they contribute to the innovative culture at Corning Incorporated, driving forward-thinking solutions in glass technology.
Conclusion: Laurie Diana Dunning exemplifies the spirit of innovation in the manufacturing sector, particularly in glass technology. Her groundbreaking patent and collaborative efforts within Corning Incorporated underscore her commitment to advancing the industry's capabilities. As she continues to inspire through her work, Dunning's contributions will undoubtedly leave a lasting impact on the field of glass manufacturing.