Company Filing History:
Years Active: 2004-2009
Title: Gary Lester Sabick: Innovator in Sound Reproduction Technology
Introduction
Gary Lester Sabick is a notable inventor based in Schaumburg, IL, with a significant contribution to audio technology. With a total of five patents credited to his name, Sabick has focused primarily on enhancing sound reproduction through innovative earphone designs.
Latest Patents
One of Gary's latest inventions includes a unique earphone designed for optimal sound reproduction. This earphone features a sealed design with a nozzle tailored to fit snugly in the user's ear, directing sound towards the ear canal. Inside, the earphone houses a driver that incorporates a sound port acoustically sealed to the nozzle, enhancing the listening experience. Additionally, the driver includes an acoustic port that channels sound into an enclosure, optimizing the frequency response. The design also includes a removable fastener for the nozzle, allowing users to clean or replace it easily, a practical feature for maintaining audio quality.
Career Highlights
Throughout his career, Gary has had the opportunity to work with prominent audio companies. Notably, he has spent time at Shure Incorporated and Shure Acquisition Holdings, Inc., where he has contributed significantly to the development of innovative audio products. His commitment to improving sound technology has positioned him as a valuable member of the audio engineering community.
Collaborations
Gary's work has also involved collaboration with esteemed colleagues such as Thomas Raiff and Scott A Snyder. Together, they have explored various aspects of audio technology, pushing the boundaries of what is possible in sound reproduction.
Conclusion
Gary Lester Sabick's contributions to audio innovation underscore his role as a leading inventor in the field of sound reproduction. With his notable patents and collaborative efforts, he continues to influence the way we experience audio, enhancing the quality and accessibility of sound technology for users everywhere.