James D Harper

Title: The Innovative Contributions of James D. Harper in Actuation Technology

Introduction

James D. Harper, based in Hoover, Alabama, is a notable inventor recognized for his advancements in actuator technology. With a passion for innovation, Harper has been instrumental in developing mechanisms that enhance the efficiency of various systems. His expertise and creativity are evident in his patented work, which showcases his technical prowess and dedication to the field.

Latest Patents

Harper's most significant patent is for an actuator assembly. This innovative design comprises at least one prime mover, a shaft with a defined structure allowing for reciprocal movement, and a frame within which the shaft is operated. The actuator assembly includes a linkage that is responsive to the shaft's movements, allowing it to transition between defined positions. Additionally, a stroke-limiting assembly is included to control the movement effectively, showcasing the ingenuity behind Harper's work.

Career Highlights

James D. Harper is an employee at Tyco Flow Control, Inc., where he contributes his expertise in actuation systems. His role within the company allows him to engage with other industry professionals, furthering his understanding and development of innovative technologies. His single patent reflects a successful career filled with technical achievements and a commitment to improving engineering solutions.

Collaborations

Throughout his career, Harper has likely collaborated with various engineers and technical experts within Tyco Flow Control, Inc. These collaborations have enabled him to refine his inventions and ensure they meet industry standards. By working alongside like-minded individuals, he continues to push the boundaries of actuator technology.

Conclusion

James D. Harper exemplifies the spirit of innovation through his patented actuator assembly and contributions to the field of engineering. His work at Tyco Flow Control, Inc. highlights his dedication to creating efficient and effective mechanisms that improve various applications. As technology continues to evolve, Harper's contributions will remain an essential part of the conversation surrounding advancements in actuation systems.