Germantown Hills, IL, United States of America

Richard Scott Cushing


Average Co-Inventor Count = 7.0

ph-index = 1


Company Filing History:


Years Active: 2022

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1 patent (USPTO):Explore Patents

Title: Richard Scott Cushing: Innovator in Cavitation Detection Systems

Introduction

Richard Scott Cushing is an accomplished inventor based in Germantown Hills, IL (US). He has made significant contributions to the field of engineering, particularly in the development of systems that enhance the functionality and reliability of machinery. His innovative work focuses on detecting cavitation, a phenomenon that can lead to severe damage in pumps and other mechanical components.

Latest Patents

Cushing holds a patent for a "Cavitation Detection System." This invention addresses the critical issue of cavitation that occurs within pumps of machines, such as trucks and other work machines. The cavitation detection system is designed to monitor vibrations, speed data related to the mechanical movements of the pump, and overall operating data of the machine. When the system detects cavitation or cavitation damage, it triggers alerts for the machine operator, ensuring timely intervention to prevent further damage.

Career Highlights

Richard Scott Cushing is currently employed at Caterpillar Inc., a leading company in the manufacturing of construction and mining equipment. His role at Caterpillar allows him to apply his expertise in engineering and innovation to develop solutions that improve machine performance and longevity.

Collaborations

Cushing has collaborated with talented individuals such as Nathan Stephen Pauli and Pengfei Ma. These partnerships have fostered a creative environment that encourages the exchange of ideas and the development of cutting-edge technologies.

Conclusion

Richard Scott Cushing's contributions to the field of cavitation detection systems exemplify the importance of innovation in engineering. His work not only enhances the reliability of machinery but also protects valuable equipment from potential damage.

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