David Cohen-Tanugi

Title: David Cohen-Tanugi: Innovator in Thermal Manipulation Technologies

Introduction

David Cohen-Tanugi is a notable inventor based in Somerville, Massachusetts, with a prolific portfolio of 11 patents. His groundbreaking work primarily focuses on methods and devices that enhance thermal sensations, providing new dimensions to user experiences.

Latest Patents

Cohen-Tanugi's latest inventions, centered around temperature manipulation, include methods and apparatuses for adjusting surface temperatures. These devices utilize thermal adjustment systems, such as controllers in electrical communication with thermoelectric materials, placed adjacent to the skin. The technology generates a series of thermal pulses, enabling enhanced thermal sensations for users. The pulses are characterized by temperature reversibility, featuring a rapid temperature adjustment followed by a return adjustment within a short timeframe—often less than 120 seconds. The average rate of temperature change ranges from 0.1° C./sec to 10.0° C./sec, with particular emphasis on the initial adjustment having a greater magnitude than the return adjustment. Additionally, his devices are capable of producing varying thermal profiles, offering a continuation of thermal input that may significantly improve user experience.

Career Highlights

Throughout his career, Cohen-Tanugi has made significant contributions to thermal manipulation technologies. He has been affiliated with companies such as Embr Labs Inc. and Embr Labs IP LLC, where his innovative designs have played a pivotal role in advancing thermal adjustment apparatuses.

Collaborations

David Cohen-Tanugi has collaborated with skilled professionals in the field, including notable coworkers Samuel Shames and Matthew J Smith. Together, they have contributed to advancements in temperature manipulation, enhancing the capabilities and applications of thermal technologies.

Conclusion

With his impressive array of patents and innovative spirit, David Cohen-Tanugi stands as a significant figure in the realm of temperature manipulation. His work continues to shape how thermal sensations are experienced by users, making him a key contributor to ongoing innovations in this field.