Company Filing History:
Years Active: 2021
Title: Innovator Patsy C. Wheeler: Enhancing Vehicle Safety with Smart Technology
Introduction
Patsy C. Wheeler is a prominent inventor based in Snowmass, Colorado, known for her unique contributions to automotive safety technology. With one patent to her name, she has made strides in creating innovative solutions that enhance vehicle functionality and safety.
Latest Patents
Wheeler's notable patent is the Emergency Center High Mounted Stop Lamp (CHMSL) controller. This invention significantly improves the functionality of the center high-mounted stop lamp by harvesting electrical power while providing additional features during brake applications. The device incorporates sophisticated electronic circuitry that can sense vehicle braking or emergency events, activating the light-emitting device at the appropriate times. It intelligently manages various sources of electrical power, including supercapacitors, rechargeable batteries, or primary batteries, ensuring that the stop lamp remains operational even if one power source becomes depleted.
Career Highlights
Patsy C. Wheeler is currently associated with Enterprise Electronics Corporation, where her expertise plays a crucial role in the development of advanced electronic safety systems for vehicles. Her innovative mindset continues to drive progress in the automotive industry, showcasing her dedication to improving safety features through technology.
Collaborations
Within her career, Wheeler has partnered with talented colleagues such as David J. Pearson and Jeff Vogel. Collaborating with fellow innovators has enabled her to exchange ideas and work towards common goals in the field of automotive safety.
Conclusion
Patsy C. Wheeler stands out as an inventive force in the automotive sector, with her Emergency Center High Mounted Stop Lamp controller making a significant impact on vehicle safety technology. As she continues her work with Enterprise Electronics Corporation, her contributions are likely to inspire further innovations that prioritize both safety and efficiency in automotive design.