Kerwin C Playfoot

Title: **Innovations by Kerwin C. Playfoot: A Visionary Inventor from Horseheads, NY**

Introduction

Kerwin C. Playfoot is an accomplished inventor based in Horseheads, NY, holding an impressive portfolio of 10 patents. His innovative contributions primarily focus on advanced temperature detection technologies, reflecting his expertise in engineering and design.

Latest Patents

Among his notable inventions, Playfoot's latest patents include the "Heater Facsimile Temperature Detector and Method of Assembling Same." This invention showcases an improved heater facsimile temperature detector (HFTD) designed to enhance dynamic responsiveness in measuring temperature changes. The HFTD reduces the mass surrounding the thermocouple tip, aiming to minimize time lag induced by heating or cooling effects on the material before temperature changes impact the thermocouple. This precise design leads to increased accuracy and efficiency in temperature monitoring. Additionally, he has developed an "In-Core Assembly Configuration Having a Dual-Wall Pressure Boundary." This detector assembly is instrumental for in-core nuclear reactor monitoring, combining robust wall thickness and compact mineral insulation to meet essential safety code requirements while maintaining compatibility with existing assembly guide tubes.

Career Highlights

Kerwin's career includes significant contributions at prominent organizations such as Westinghouse Electric Corporation and Imaging & Sensing Technology Corporation. His work at these companies reflects a commitment to technological advancement and safety in critical systems engineering.

Collaborations

Throughout his career, Playfoot has collaborated with notable individuals in his field, including William H. Todt and Norman P. Goldstein. Their collective expertise has likely influenced the innovative solutions that Playfoot has brought to life through his patents.

Conclusion

Kerwin C. Playfoot's patents and career achievements underscore his vital role in the field of engineering and technology. His innovative designs, particularly in temperature detection and nuclear monitoring, continue to impact industries and set standards for precision and safety in complex systems.