David N Wells

Title: The Innovations of David N. Wells: A Pioneer in Tracking Technology

Introduction

David N. Wells, an inventive mind based in Alexandria, Virginia, has made significant contributions to the field of tracking technology. With one patented invention under his name, Wells has applied his expertise to create sophisticated systems that enhance the tracking of moving objects using laser technology.

Latest Patents

Wells is credited with a patent for a "Tracking Laser Interferometer." This innovative system utilizes a laser beam to track randomly moving objects. It employs first and second beam steering assemblies that pivot around intersecting X and Y axes. This unique design directs the laser beam along a perpendicular R axis, which is essential for accurate tracking. The laser beam, once intercepted by a retroreflector attached to the moving object, is returned to a quadrant detector, generating an error signal to facilitate precise positioning. The system's incorporation of an interferometer aids in determining the distance of the object from a reference point, further enhancing its effectiveness.

Career Highlights

Wells is associated with Chesapeake Laser Systems, Inc., where he has likely collaborated with fellow engineers and researchers to refine and implement his innovative ideas. His career underscores his dedication to advancing laser technology and its applications in tracking systems.

Collaborations

Throughout his career, Wells has worked alongside talented professionals such as Lawrence B. Brown and J. Bradford Merry. This collaboration with such esteemed colleagues has undoubtedly influenced his work and contributed to the successful development of his patented technologies.

Conclusion

David N. Wells stands out as an inventor whose work in tracking systems exemplifies ingenuity and technical expertise. His patented tracking laser interferometer not only reflects his innovative spirit but also marks a substantial advancement in the field, demonstrating the potential for further developments in laser technology applications.