Company Filing History:
Years Active: 2020-2024
Title: **The Innovations of Andrew Phillis: Pioneering the Future of Audio Technology**
Introduction
Andrew Phillis, an accomplished inventor based in Campbell, CA, is known for his significant contributions to audio technology. With a remarkable portfolio of 4 patents, Andrew continues to push the boundaries of innovation within the audio industry.
Latest Patents
Andrew's recent patents showcase his expertise in actuator modules and loudspeaker devices. One of his latest innovations is titled "Actuator modules with reduced stiffness connections to panels and mobile devices including the same." This invention features a panel audio loudspeaker that includes an actuator module with a unique design. This actuator module incorporates an intermediate layer and a magnet assembly, where magnets are strategically placed with an air gap in between, allowing for enhanced sound quality.
Another notable patent is "Modal frequency shifting for loudspeaker devices." This system consists of a chassis with a panel that vibrates to generate sound waves. The innovative design ensures that the panel remains connected while allowing specific movements that optimize sound resonance and displacement.
Career Highlights
Andrew currently works at Google Inc., where he leverages his skills and expertise to develop cutting-edge technologies. His impressive career is marked by his commitment to innovation and his passion for enhancing audio experiences.
Collaborations
Throughout his career, Andrew has collaborated with talented individuals such as Mark William Starnes and Chad Georges Seguin. These partnerships have fostered a creative environment that has led to groundbreaking advancements in audio technology.
Conclusion
Andrew Phillis stands out as a groundbreaking inventor in the audio technology field. His latest patents reflect his innovative spirit and dedication to improving sound quality in various devices. As he continues to work at Google Inc., the industry eagerly anticipates his future contributions that will shape the way we experience audio.