Gregory C Gilmore

Title: The Innovations of Gregory C. Gilmore: A Closer Look at His Patented Invention

Introduction

Gregory C. Gilmore, an accomplished inventor based in Wilmington, North Carolina, has made significant contributions to the field of measurement technology through his innovative work. With one patent to his name, Gilmore has demonstrated his expertise and creativity in developing practical solutions for industry challenges.

Latest Patents

Gilmore's notable invention is the "Pilger Mill Mandrel Measuring Device." This innovative apparatus is designed for measuring tapered cylindrical objects, such as mandrels. The invention features a sophisticated linear positioning table assembly that incorporates a slide mounting for a laser micrometer. It employs an axial position stepper motor to facilitate stepwise movement of the laser micrometer along the axial length of the mandrel, while an angular position stepper motor allows for stepwise rotation of the object.

The laser micrometer plays a crucial role by measuring the cross-sectional diameter of the mandrel at various angular positions and for each specified axial position. The result is a comprehensive set of measurements, where the circumference profiles at different axial positions provide a detailed contour profile of the mandrel. The acquired data from these measurements are then compared to desired mandrel contour profile data, optimizing the manufacturing and quality control processes.

Career Highlights

Gilmore is currently affiliated with General Electric Company, where he continues to push the boundaries of innovation in engineering and manufacturing. His work at General Electric has enabled him to collaborate with top professionals in the industry, leveraging the company's vast resources and expertise to enhance his inventions.

Collaborations

During his career, Gregory C. Gilmore has worked closely with his coworker Paul B. Tuck, fostering an environment of collaboration and creativity. Together, they have tackled complex engineering challenges, contributing to the progression of measurement technologies.

Conclusion

Gregory C. Gilmore's innovative spirit and commitment to excellence in measurement technology have led to the creation of impactful patents, such as the Pilger Mill Mandrel Measuring Device. His contributions not only enhance operational efficiencies but also reflect the importance of innovation in engineering disciplines. As he continues his work at General Electric Company, the potential for future advancements remains promising, showcasing the role of dedicated inventors in shaping the future of technology.