Company Filing History:
Years Active: 1999
Title: The Innovations of Dave DeTroye: Pioneering Acoustic Technologies
Introduction: Dave DeTroye, an innovative inventor based in Monrovia, Maryland, has made significant contributions to the field of electro-acoustic technologies. With a focus on high-output acoustic impulse sources, his work pushes the boundaries of traditional sound generation methods.
Latest Patents: DeTroye holds a patent for the "Multiple Plasma Channel High Output Variable Electro-Acoustic Pulse." This invention presents a unique solution to simulate the high acoustic output of detonation-driven acoustic sources, which can produce substantial acoustic signals exceeding 160 dB. However, traditional methods face limitations due to harmful combustion byproducts. His invention adeptly reproduces the characteristics of detonation source acoustic signals (170 dB) at short range, using non-toxic thermal impulses generated from electrical arc discharge in air.
Career Highlights: DeTroye's patent reflects not only his technical expertise but also a commitment to advancing safe acoustic technologies. Currently working under the US Government as represented by the Secretary of the Army, he plays a pivotal role in developing innovative solutions that enhance military and research applications.
Collaborations: Throughout his career, DeTroye has collaborated with notable colleagues, including Bruce T. Benwell and Harold E. Boesch. These partnerships have contributed to the advancement of acoustic research and the development of effective technologies, further solidifying the importance of teamwork in the field of innovation.
Conclusion: Dave DeTroye exemplifies the spirit of innovation through his work on electro-acoustic technologies. His patented invention not only provides a viable alternative to conventional methods but also highlights the ongoing need for safe and efficient solutions in sound generation. As technologies continue to evolve, inventors like DeTroye remain at the forefront, shaping the future of acoustic research and applications.