Company Filing History:
Years Active: 2000-2001
Title: The Innovations of Eric A. Morr: Pioneering Wheel Assembly Technology
Introduction
Eric A. Morr is an accomplished inventor based in Decatur, Illinois, whose inventive contributions to the field of machinery have garnered attention with two patents to his name. Morr’s focus on enhancing wheel assembly technology has had a significant impact, particularly in the context of machinery like mining dump trucks.
Latest Patents
Morr's two latest patents revolve around innovative methods of assembling wheel assemblies for ground-driven work machines. The first patent describes a method for assembling a wheel assembly that includes a rotatable wheel with both inboard and outboard rims. The unique design features a segmented rim-mounting flange, which is attached to the inboard side of the wheel's flange. Notably, this configuration allows for the utilization of a larger final drive ring gear than traditional assemblies, while also streamlining maintenance by permitting servicing without the need to remove the outboard rim. His second patent further elaborates on this technology with a similar concept, emphasizing the efficiency and effectiveness of the segmented mounting flange.
Career Highlights
Throughout his career, Eric A. Morr has been associated with Caterpillar Inc., a leading company in the manufacturing of heavy machinery. His work has significantly contributed to the advancement of machinery technology, especially in the design of wheel assemblies that enhance operational efficiency in challenging environments, such as mining operations.
Collaborations
Morr has collaborated with notable colleagues, including David Randal Hinton and Thomas J. Suelflow. These collaborations have enriched his work and contributed to the innovative processes resulting in his patents.
Conclusion
Eric A. Morr exemplifies the spirit of innovation in the field of machinery design. His patents address critical challenges in wheel assembly technology, demonstrating his commitment to enhancing operational efficiencies in demanding work environments. As advancements in machinery continue to evolve, Morr’s contributions serve as a pivotal part of that progress.