Jacob M Kongs

Title: Innovations by Jacob M Kongs: A Spotlight on His Contributions

Introduction

Jacob M Kongs, based in Marysville, Kansas, is an inventor known for his innovative contributions to hydraulic systems and mobile machinery. With a total of two patents to his name, Kongs has dedicated his career to improving operational effectiveness and safety in the engineering sector.

Latest Patents

Kongs’ latest patents showcase his expertise in hydraulic and stability systems. The first patent is focused on a "System and method for determining operational readiness of a backup hydraulic pump system." This invention highlights a technique for assessing the functionality of a hydraulic system through a pair of motors coupled with a pump, alongside a sensor that detects monitored conditions. With a controller that selectively activates the motors, this system generates a readiness signal indicative of the hydraulic system's functionality.

The second patent, titled "Loader stability system," involves a mobile work machine equipped with a propulsion subsystem and a steering subsystem. This innovative design includes a stability determination system that evaluates the stability factor based on the steering subsystem's characteristics. The accompanying control system ensures that the mobile work machine operates safely and effectively based on this stability factor.

Career Highlights

Jacob M Kongs is associated with Deere & Company, where he has played a vital role in developing cutting-edge technologies. His work is instrumental in advancing the company's mission of providing high-quality machinery and systems.

Collaborations

Throughout his career, Kongs has collaborated with other talented individuals, including Nathanael K Rehn and Christian Von Holst. These collaborations reflect a dynamic and innovative working environment, driving forward the development of remarkable engineering solutions.

Conclusion

In summary, Jacob M Kongs is a prominent inventor recognized for his innovative patents in hydraulic systems and mobile work machinery. His contributions not only enhance operational readiness and stability but also demonstrate his commitment to advancing technology within the engineering domain.