Company Filing History:
Years Active: 1984-1994
Title: Innovations and Impact of Clair E. Mitchell in Automotive Technology
Introduction
Clair E. Mitchell, located in Detroit, MI, is a notable inventor with a robust portfolio of four patents. With significant contributions to automotive electrical systems, Mitchell's work exemplifies the fusion of innovation and practicality within the industry.
Latest Patents
Among her recent patents, two stand out for their ingenuity and application:
1. **Audible and Visual Feedback for User Stimulated Self-Test Diagnostics** - This patent introduces a system where various sensors, such as door handles and ignition switches, interact with a master microcontroller. The method provides audible and visual feedback to confirm that the sensors are functioning correctly, enhancing user experience and safety in vehicles.
2. **Method and Apparatus for Detecting Stall Current in an Energized Motor** - This invention offers a method to accurately determine stall current levels by analyzing peak currents immediately after a motor's activation. By adjusting for ambient temperature variations, this innovation ensures motors operate efficiently under different conditions.
Career Highlights
Clair E. Mitchell has dedicated her career to advancing technology at Ford Motor Company. Her role as an inventor highlights her commitment to improving automotive systems, contributing to safer and smarter vehicles for consumers.
Collaborations
In her professional journey, Mitchell has collaborated with talented coworkers such as Paul Chester Dara and David John Rutkowski. These partnerships reflect a strong environment of innovation at Ford, where shared ideas lead to groundbreaking inventions.
Conclusion
Clair E. Mitchell's contribution to automotive technology through her patents is significant. Her innovations not only improve functionality but also enhance safety and efficiency within the automotive industry. As she continues to develop new ideas at Ford Motor Company, the impact of her work will undoubtedly influence future advancements in automotive engineering.