This inventor holds 2 USPTO granted patents and 3 published patent applications. Top assignee: General Electric Company. Active years: 2019-2026.
Company Filing History:
Years Active: 2019-2026
Title: Innovations by Jay Matthew Lang in Turbine Technology
Introduction
Jay Matthew Lang is an inventive mind based in Martins Ferry, OH, who has contributed to the field of turbine technology with a unique patent. His work in the industry highlights the importance of innovative solutions that enhance performance and efficiency in engineering applications.
Latest Patents
Jay Matthew Lang holds a patent for a "Turbine component with rail coolant directing chamber." This innovative turbine component includes a rail coolant directing chamber that is radially outward from an airfoil chamber and radially inward from a tip plate. The design encompasses an inlet that is fluidly coupled to the airfoil chamber, allowing it to receive coolant flow. The cleverly structured chamber features multiple outlets that strategically direct the coolant flow to at least one rail cooling passage within the rail. Additionally, the patent incorporates directing walls within the rail coolant directing chamber to enhance coolant flow toward the outlets, ensuring efficient cooling along pressure side walls and the aft region of the suction side wall.
Career Highlights
Lang is a talented inventor at General Electric Company, a renowned organization known for its pioneering advancements in technology and engineering. His contributions have proven invaluable in the development of turbine efficiency, which is essential in various applications, including power generation and aviation.
Collaborations
Throughout his career, Jay has collaborated with talented coworkers, including Nicholas William Rathay and Thomas Earl Dyson. Their combined expertise contributes to innovative projects that aim to push the boundaries of turbine technology and enhance cooling mechanisms within engineering designs.
Conclusion
Jay Matthew Lang's innovative patent and contributions at General Electric Company reflect the essential role of inventors in advancing technology. His work demonstrates how targeted innovations can significantly improve components in high-performance environments, ensuring the continual evolution of engineering standards.