Ralph R Main

Title: Ralph R. Main: Innovator in Carbon Brake Disc Technology

Introduction

Ralph R. Main is a notable inventor based in Canal Fulton, Ohio, recognized for his contributions to the field of brake disc technology. He holds a patent for innovative carbon brake disc structures that enhance the efficiency and sustainability of brake systems. His work is particularly significant in the automotive and aerospace industries, where performance and safety are paramount.

Latest Patents

Ralph R. Main's patent, titled "Carbon brake disc structures and method of making same," focuses on brake disc assemblies and methods that allow for increased carbon utilization. This invention introduces a method where worn or spent discs from a carbon brake disc assembly can be repurposed to fabricate new brake discs. In one embodiment, these worn discs are secured together with like wear material and subjected to chemical vapor infiltration, resulting in a disc suitable for reuse. Additionally, the invention explores the use of previously used discs or new carbon material to create wear pads or wear discs, which are then affixed to a carrier plate for use in brake disc assemblies. The innovative use of carbon screws or threaded rods, made from worn carbon discs or new carbon, further enhances the structural integrity of the brake discs.

Career Highlights

Ralph R. Main is associated with Aircraft Braking Systems Corporation, where he applies his expertise in brake technology. His work has contributed to advancements in the efficiency and sustainability of braking systems, making a significant impact in the industry.

Collaborations

Ralph has collaborated with notable colleagues, including Julian Norley and Jeremiah W. Mills, who have contributed to the development and refinement of his innovative technologies.

Conclusion

Ralph R. Main's contributions to carbon brake disc technology exemplify the importance of innovation in enhancing the performance and sustainability of braking systems. His patented methods not only improve efficiency but also promote the recycling of materials, showcasing a commitment to environmental responsibility.