Shoreview, MN, United States of America

Kalin Kounev



Average Co-Inventor Count = 4.0

ph-index = 2

Forward Citations = 25(Granted Patents)


Company Filing History:


Years Active: 2010-2013

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2 patents (USPTO):Explore Patents

Title: Kalin Kounev: Innovator in Capacitive Transducer Technology

Introduction

Kalin Kounev is a notable inventor based in Shoreview, MN (US). He has made significant contributions to the field of capacitive transducer technology, holding a total of 2 patents. His work focuses on advancing the capabilities of quantitative nanoindentation combined with transmission electron microscopy.

Latest Patents

Kounev's latest patents include an actuatable capacitive transducer designed for quantitative nanoindentation. This innovative device features a transducer body, a first capacitor with a displaceable electrode functioning as an electrostatic actuator, and a second capacitor that serves as a capacitive displacement sensor. The second capacitor is designed as a multi-plate capacitor, enhancing its functionality. The transducer also incorporates a coupling shaft that mechanically links the displaceable electrodes of both capacitors, creating a unit that can move relative to the transducer body. Additionally, an electrically-conductive indenter is coupled to the coupling shaft, allowing it to move in unison with the displaceable electrode unit.

Career Highlights

Kounev is currently employed at Hysitron Incorporated, where he continues to develop cutting-edge technologies in the field of nanoindentation. His work has positioned him as a key player in the advancement of materials testing and characterization.

Collaborations

Throughout his career, Kounev has collaborated with esteemed colleagues, including Oden Lee Warren and Edward Cyrankowski. These partnerships have contributed to the innovative projects and patents that Kounev has developed.

Conclusion

Kalin Kounev's contributions to capacitive transducer technology exemplify his commitment to innovation in the field. His patents reflect a deep understanding of electrostatic actuation and displacement sensing, paving the way for future advancements in nanoindentation technology.

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