Company Filing History:
Years Active: 2003
**Title: Celebrating the Innovations of Inventor Anthony L Reilly**
Introduction
Anthony L Reilly, a talented inventor based in Ostrander, OH, has made notable contributions to the field of hydraulic technology. With a unique approach to engineering, he has developed innovations that improve the efficiency and reliability of hydraulic systems.
Latest Patents
Anthony L Reilly holds one patent, which showcases his innovative capabilities. His patent is for a "Variable-displacement axial piston pump," a design that integrates multiple sensor assemblies to enhance performance. This axial piston-type hydraulic fluid pump features a pump housing designed to incorporate sensors for pump rotational speed, thrust plate position, and working pressure. What sets this invention apart is its design that allows for the partial enclosure of these sensors within the pump housing, as well as a separate position sensor housing that is removably secured and sealed against high-pressure fluid leakage using static resilient fluid pressure seals.
Career Highlights
Throughout his career, Anthony has demonstrated a strong commitment to advancing hydraulic technology. His innovative mindset has led to the creation of products that optimize performance and efficiency within hydraulic systems. His sole patent reflects his extensive knowledge and experience within this specialized area of engineering.
Collaborations
In his professional journey, Anthony has collaborated with other skilled engineers, including Terry L Cumbo and Robert C Hodges. These partnerships have surely contributed to the refinement and success of his ideas, promoting a collaborative environment that fosters innovation.
Conclusion
Anthony L Reilly stands out as a remarkable inventor in the field of hydraulic technology. His innovative patent for the variable-displacement axial piston pump exemplifies his dedication to advancing engineering solutions. Through his work and collaborations, he continues to inspire future inventors and contribute to the evolution of hydraulic systems.