Company Filing History:
Years Active: 1983
Title: The Innovations of James P Huebert
Introduction: James P Huebert, an inventor based in Halstead, Kansas, has made a significant contribution to the field of hydraulic systems with his inventive approach. With a portfolio that includes one notable patent, Huebert's work demonstrates the intersection of practical application and technical expertise.
Latest Patents: Huebert's patent, titled "Series self-leveling valve," encompasses a self-leveling series type hydraulic system. This innovative design includes boom and bucket valves that separately control the boom and bucket cylinders. Additionally, it features a flow divider valve strategically positioned in the exhaust flow path from the rod end of the boom cylinder. This unique flow divider valve splits the flow, sending a portion to the cap end of the bucket cylinder, thereby maintaining the bucket's level during the raising of the boom. The design also allows the bucket valve to be actuated concurrently with the boom valve, providing the operator with the ability to control the system's functions effectively.
Career Highlights: James P Huebert is associated with the Cessna Aircraft Company, where his work focuses on developing advanced hydraulic systems to enhance aviation technology. His inventive spirit and technical skills contribute to the innovative projects at Cessna, a leader in the aviation industry.
Collaborations: Throughout his career, Huebert has collaborated with fellow engineer Robert M Diel. Their combined expertise and innovative ideas have fostered advancements in hydraulic systems, pushing the boundaries of engineering in their respective field.
Conclusion: James P Huebert stands out as a notable inventor in the domain of hydraulic systems. His patent for the "Series self-leveling valve" showcases his commitment to innovation and practical engineering solutions. As he continues his work with the Cessna Aircraft Company, the impact of his inventions is sure to resonate within the industry, opening doors to new possibilities in hydraulic technology.