Adam M Finney

Title: **Innovator Spotlight: Adam M. Finney**

Introduction

Adam M. Finney is a renowned inventor based in Rockford, Illinois, with a remarkable portfolio comprising eight patents. His contributions to the field of engineering and technology reflect a commitment to enhancing system efficiencies and advancing aviation technologies. His latest inventions exemplify innovative solutions that address complex challenges in aircraft systems.

Latest Patents

One of Adam M. Finney's latest patents is the **Flight Control System Regenerative Braking**, which presents a method for braking a motor in a high lift system of an aircraft. This system includes a central power drive unit designed to move high lift surfaces at wing level by providing rotational power via a transmission shaft to multiple drive stations. The method utilizes a comprehensive approach to determine braking requirements for the electric motor, ensuring optimal control through measured commands and speeds, all while facilitating a smooth deceleration process.

Another significant innovation is the **Integrated Torque Limiter/No-Back Device**, intended for use in actuators with an input shaft, output, and gear reduction. The device employs a combination of ramps and balls strategically arranged to act as a torque limiter, engaging a brake system when torque thresholds are exceeded. This invention enhances the safety and reliability of actuator systems in various applications.

Career Highlights

Adam has made a substantial impact in the aerospace sector through his roles in well-known companies, including Hamilton Sundstrand Corporation. His work has been foundational in refining mechanical systems, particularly in flight technology, underscoring the importance of reliable control mechanisms in aviation.

Collaborations

Throughout his career, Adam has collaborated with notable colleagues such as Young Kyu Park and Scott F. Kaslusky. These partnerships have fostered innovative ideas and led to significant advancements in their respective projects, exemplifying the collaborative nature of technological development in the industry.

Conclusion

Adam M. Finney's contributions as an inventor continue to influence modern engineering practices, particularly in the aerospace domain. His patents serve as testament to his dedication to innovation and improvement within the industry, inspiring future generations of engineers and inventors to push the boundaries of technology.