Company Filing History:
Years Active: 2006-2019
Title: Inventor Spotlight: Stephen Shenefield
Introduction
Stephen Shenefield is an innovative inventor based in Arlington, Massachusetts. With a strong background in developing sound masking technologies, he has garnered attention for his contributions to the industry. He holds a total of five patents, demonstrating his commitment to advancing auditory solutions in various environments.
Latest Patents
Among his latest inventions, Shenefield has introduced significant advancements in sound masking systems. One of his notable patents is the "Indicator Light Panel for a Sound Masking System." This invention features a refined system and method aimed at creating specific sound masking zones. These zones are particularly beneficial in places such as conference rooms, medical offices, and houses of worship. The system utilizes a carefully arranged array of loudspeakers surrounding the defined area to generate effective sound masking. Additionally, an indicator light is strategically placed outside the defined area to signal when the sound masking system is active or in the process of ramping up.
Career Highlights
Throughout his career, Stephen Shenefield has worked with prominent companies in the acoustic industry, including Boston Acoustics, Inc. and Cambridge Sound Management, Inc. His extensive experience at these organizations has allowed him to hone his skills and contribute substantially to the field of sound technology.
Collaborations
Shenefield has collaborated with distinguished professionals such as Gerd Schmieta and Michael Chamness, further enriching his projects and bringing diverse perspectives to his inventions. These collaborations have played a crucial role in the successful development of his innovative sound masking systems.
Conclusion
Stephen Shenefield continues to be a valuable asset to the world of sound technology through his inventive spirit and teamwork. With a total of five patents in his portfolio, he remains focused on enhancing acoustic environments across various settings, ultimately improving the effectiveness of sound masking systems. His ongoing contributions are set to influence how we experience sound in our everyday lives.