Thomas Watkins Lloyd, Jr

Title: **The Innovative Mind of Thomas Watkins Lloyd, Jr.**

Introduction

Thomas Watkins Lloyd, Jr. is a notable inventor based in Indianapolis, Indiana. With a focus on precision and accuracy in measurement techniques, he has made significant contributions to the field of non-contact measurement systems.

Latest Patents

Lloyd holds a patent for a groundbreaking invention titled "Non-contact measurement method and apparatus." This innovative imaging apparatus is designed for examining objects with complex surfaces or deformations without physical contact. The apparatus utilizes at least one imaging device to acquire a scanned image of the object's exterior surface. A predetermined reference image of an ideal model for the object is stored in memory. The image register connects the imaging device with the memory, allowing a comparison between the scanned image and the reference image. A transformation estimator assesses this comparison to produce a transformation that maps the scanned image onto the reference, yielding a set of registered object data points. The invention includes one or more filter modules that process this data, enhancing accuracy by reducing noise. Furthermore, a gauge estimator uses the processed data to determine deformation parameters, which are displayed as gauging information for operators.

Career Highlights

Thomas Watkins Lloyd, Jr. has built a career at General Electric Company, a leading name in technology and innovation. His work has significantly advanced the field of non-contact measurements, providing solutions for industries that require precise data from complex objects.

Collaborations

Throughout his career, Lloyd has collaborated with notable colleagues such as Joseph Benjamin Ross and Glen William Brooksby. Their combined efforts in research and development have fostered advancements in measurement technologies, pushing the boundaries of what is possible in this field.

Conclusion

Thomas Watkins Lloyd, Jr. exemplifies the spirit of innovation that drives the technological advancements we see today. His contributions to non-contact measurement methods not only reflect his ingenuity as an inventor but also underline the importance of precision in engineering and manufacturing processes. His work continues to influence various industries, showcasing the impact one inventor can have on technology.