Dennis Royal Yoder

Title: Dennis Royal Yoder: Innovator in Steering Control Systems

Introduction

Dennis Royal Yoder is an accomplished inventor based in Grundy Center, IA (US). He has made significant contributions to the field of vehicle steering systems, particularly through his innovative patent that enhances the control and efficiency of tracked vehicles. His work is instrumental in improving vehicle maneuverability and performance.

Latest Patents

Yoder holds a patent for a "Steering responsive power boost." This invention involves a steering control system designed for tracked vehicles. The system features an engine-driven variable displacement steering pump that powers a hydraulic motor. It utilizes a control system that senses various inputs, including steering wheel position, vehicle speed, engine speed, and the direction of the vehicle. Based on these inputs, a control signal is generated to adjust the swashplate angle of the pump, which in turn drives the steering motor. The system also calculates the ratio of motor speed to vehicle speed, generating a power boost signal when this ratio exceeds a certain threshold. This signal prompts the engine controller to increase power output, thereby enhancing the vehicle's turning capabilities.

Career Highlights

Dennis Yoder is currently employed at Deere & Company, where he applies his expertise in engineering and innovation. His work at Deere has allowed him to focus on developing advanced technologies that improve the functionality of agricultural and construction equipment.

Collaborations

Yoder has collaborated with notable colleagues, including Raymond Yifei Hou and Sanjay Ishvarlal Mistry. These partnerships have fostered a creative environment that encourages the development of cutting-edge solutions in vehicle technology.

Conclusion

Dennis Royal Yoder's contributions to steering control systems exemplify the impact of innovation in enhancing vehicle performance. His patent reflects a commitment to advancing technology in the automotive field, making significant strides in the efficiency and control of tracked vehicles.