Glenn S Huppi

Title: Innovations by Inventor Glenn S. Huppi

Introduction

Glenn S. Huppi is an esteemed inventor based in West Chester, Ohio, renowned for his contributions to the field of non-contact sensing systems. With two patents to his name, he has made significant advancements in measuring the characteristics of moving materials, particularly steel strips.

Latest Patents

Huppi's latest patents include a non-contact sensing system designed to determine the relative elongation in a moving steel strip. This innovative system employs several capacitive sensors located above the strip's surface to monitor the distance between each sensor and the strip. The system processes this information through geometrical relationships to calculate the percent relative elongation at different sensing positions. It is capable of instantaneous calculations as well as averaging several measurements over a defined length, accounting for variances caused by waviness in the strip.

Another notable patent is a non-contact sensor for determining the shape profile of a moving flat steel strip. This method and apparatus continuously measure changes in capacitance between the strip surface and a nearby fixed point. Utilizing a sensor design that includes an active plate and a guard plate, the system effectively eliminates stray capacitance influences. It accurately monitors the capacitance changes attributable to the active plate, allowing for a voltage measurement proportional to the distance between the active plate and the strip surface. This technology is especially useful for characterizing bottom buckles in steel strips after high-temperature annealing.

Career Highlights

Throughout his career, Glenn S. Huppi has worked with renowned companies, including Armco Inc., where he honed his skills in materials and sensing technologies. His rich experience has laid the groundwork for his innovative patent developments and has positioned him as a key figure in his domain.

Collaborations

Huppi has collaborated with notable professionals, including Wade S. Wright and John T. Voisine, who have contributed to his projects and innovations. These partnerships have facilitated the exchange of ideas and knowledge, enhancing the development of his patented technologies.

Conclusion

Glenn S. Huppi’s contributions to non-contact sensing systems reflect his commitment to innovation and advancement in the field. His patents not only showcase his technological ingenuity but also set the stage for further developments in the measurement and monitoring of moving materials. As he continues to push the boundaries of invention, his work remains influential in the industry.