Bernard J Strehlow

Title: **The Innovative Contributions of Bernard J. Strehlow**

Introduction

Bernard J. Strehlow is a notable inventor based in Otsego, MI, known for his contributions to hydraulic systems and power transfer technology. With a total of two patents to his name, Strehlow has made significant strides in improving the functionality and efficiency of hydraulic mechanisms.

Latest Patents

Strehlow’s latest innovations include two groundbreaking patents. The first is a **Power Transfer Unit with Breakout Friction Reduction and Leakage Reduction**. This invention features a power transfer unit that incorporates a first hydraulic circuit and a second hydraulic circuit fluidly connected to one another. Key components include a pump and motor assembly that manages fluid flow, alongside an isolation valve and an unloader valve designed to optimize pressure dynamics within the system.

The second patent is the **Hydrostatic Bearing Arrangement for Pump Swashplate Having Secondary Angle**. This hydraulic axial piston pump design employs a secondary swashplate angle to enhance both performance and longevity. By utilizing a hydrostatically balanced thrust bearing, Strehlow's design effectively counters the sideload generated by the unique swashplate angle, ensuring smoother operation and improved durability.

Career Highlights

Bernard J. Strehlow is associated with Parker-Hannifin Corporation, a company recognized for its advancements in motion and control technologies. His role at the company highlights his position as a valuable contributor to the field, allowing him to apply his inventive skills toward practical applications in hydraulic systems.

Collaborations

Throughout his career, Strehlow has worked alongside talented peers, including Matthew Herman Simon and Steven A. Krane. These collaborations reflect a strong network of professionals dedicated to pushing the boundaries of innovation within their industry.

Conclusion

Bernard J. Strehlow exemplifies the spirit of innovation through his patents and collaborative efforts. His contributions to power transfer units and hydraulic design continue to influence advancements in technology, ensuring better performance and efficiency in various applications.