Jimmy W Bolinger

Title: The Innovative Contributions of Inventor Jimmy W. Bolinger

Introduction

Jimmy W. Bolinger, located in Ames, IA, has made significant contributions to the field of hydraulic systems through his inventive spirit and engineering expertise. With three patents to his name, Bolinger has developed innovative technologies that enhance the performance and efficiency of hydraulic transmissions and circuits.

Latest Patents

Among his latest inventions, Bolinger introduced the "Flow Sharing Priority Circuit for Open Circuit Systems with Several Actuators per Pump." This invention features a sophisticated priority circuit in communication with an open circuit pump. It includes a first valve that modulates to maintain a predetermined pressure differential, ensuring optimal performance of both priority and auxiliary systems. Additionally, Bolinger created an "Input Torque Control for a Variable Displacement Hydraulic Transmission," utilizing a torque sensor to manage output torque in driving and braking modes effectively. This invention improves control and synchronization between hydraulic components, showcasing his ability to tackle complex engineering challenges.

Career Highlights

Bolinger’s career includes notable positions at companies such as Sundstrand Corporation and Sauer-Danfoss Inc. His work at these organizations allowed him to expand his knowledge and skills in hydraulic systems and to create practical solutions used in various applications.

Collaborations

Throughout his career, Bolinger has collaborated with talented professionals, including Frederic W. Pollman and David N. Polaski. These partnerships have facilitated the exchange of ideas and innovations, contributing to the successful development of Bolinger's patented technologies.

Conclusion

Jimmy W. Bolinger exemplifies the impact of dedicated inventors in the engineering field. His contributions with patents in hydraulic systems showcase innovation and a persistent quest for solutions to complex problems. As technology continues to evolve, Bolinger's work will likely influence the future developments in hydraulic engineering and beyond.