Company Filing History:
Years Active: 2015
Title: The Innovative Contributions of Anthony R. Johnson in Transmission Technology
Introduction
Anthony R. Johnson, an accomplished inventor based in Washington, IL, has made significant strides in the field of transmission technology. His ingenuity and engineering skills are showcased through a pivotal patent that enhances the functionality and efficiency of modern transmissions.
Latest Patents
Johnson's notable patent is for a "Planet Carrier and Clutch Housing," which addresses critical components in transmission systems. This invention includes a first and second deck, an annulus, and multiple planet carrier posts, significantly improving the design and operational efficiency. The first deck features an inner rim, outer rim, planet shaft bores, and control oil bores, while the second deck contains similar features along with a piston recess. The design innovations in this patent, including grooves to receive planet shaft seals, promise to facilitate smoother and more reliable transmission operations.
Career Highlights
Anthony R. Johnson is currently employed at Caterpillar Inc., a leader in construction and mining equipment. His work at Caterpillar reflects a commitment to advancing engineering solutions that meet industry demands. With one patent to his name, Johnson exemplifies the spirit of innovation that drives progress within the organization.
Collaborations
Throughout his career, Johnson has collaborated with talented colleagues, including Justin Floro and Thomas Koch. These partnerships have not only fostered a creative environment but also facilitated the development of practical applications for their combined insights and expertise in engineering.
Conclusion
In summary, Anthony R. Johnson stands out as an inventive force in the field of transmission technology. His patent for a planet carrier and clutch housing represents a significant contribution to the industry, showcasing his dedication to innovation and collaboration at Caterpillar Inc. As technology continues to evolve, Johnson's work is likely to inspire further advancements in transmission systems and beyond.