Karl Conlon

Title: Innovator Spotlight: Karl Conlon, Pioneer of Turbo-Machine Technology

Introduction: Karl Conlon, based in Huddersfield, GB, is an influential inventor known for his contributions to turbo-machine technology. With a total of four patents to his name, Conlon has showcased his ingenuity through innovative designs that enhance the efficiency of turbine systems.

Latest Patents: Among Karl Conlon's most recent patents are two significant advancements in turbo-machine design. The first patent, titled "Pin Member for Turbo-Machine," introduces a novel pin member designed to limit the rotation of a shroud within a turbine housing. This one-piece element features a cylindrical body with a limit surface that effectively opposes motion, ensuring optimal performance of the turbo-machine.

The second patent, "Vanes and Shrouds for a Turbo-Machine," presents a sophisticated turbine design. This invention involves vanes that extend from a nozzle ring through slots in a shroud, allowing relative rotation between the nozzle ring and the shroud. This rotation minimizes gas leakage between the vanes and the slot surface, and accounts for differential thermal expansion, ensuring seamless functionality and improved efficiency within the system.

Career Highlights: Karl Conlon is currently employed at Cummins Inc., where he leverages his expertise in turbo-machinery to drive innovative solutions. His work at Cummins has positioned him as a key figure within the company, contributing to advancements in the automotive and energy sectors.

Collaborations: Conlon collaborates with notable coworkers including Matthew William Edwards and Simon David Moore. Together, they form a talented team that fosters a culture of innovation at Cummins Inc., exploring groundbreaking ideas that push the boundaries of turbo-machine technology.

Conclusion: Karl Conlon's contributions to the field of turbo-machinery exemplify the spirit of innovation. Through his patents, he not only enhances the performance of turbine systems but also showcases the importance of collaborative efforts in engineering. His journey serves as an inspiration for aspiring inventors and highlights the critical role of innovation in shaping the future of technology.