Company Filing History:
Years Active: 1989
Title: The Innovative Mind of Blane K McCoy
Introduction: Blane K McCoy, an inventor based in Madison, Alabama, is known for his contribution to automotive technology through his innovative fuel gauge damper circuit. With a focus on enhancing vehicle performance, McCoy's work has made significant strides in ensuring accurate fuel measurements under varying conditions.
Latest Patents: McCoy holds a patent for the "Fuel Gauge Damper Circuit," which is designed to address issues related to fluctuating fuel gauge readings. This circuit takes a variable resistance signal from a fuel tank sending unit and develops an input voltage that effectively averages the input. This innovation helps to dampen the undesirable spikes caused by fuel sloshing during vehicle operation. Notably, the circuit also includes a power-up initialization apparatus designed to prevent erroneous gauge indications during engine cranking, illustrating McCoy's attention to practical vehicle functionalities.
Career Highlights: Blane K McCoy is associated with Chrysler Motors Corporation, where he has contributed his expertise to the development of automotive technologies. His innovative approach and dedication to enhancing vehicle systems have solidified his role as a notable figure in the field of automotive engineering.
Collaborations: Throughout his career, McCoy has worked alongside his colleague James R Garrison, benefiting from a partnership that emphasizes innovation and teamwork. Their collaborative efforts are indicative of the dynamic environment at Chrysler Motors Corporation, where inventors strive to push the boundaries of automotive technology.
Conclusion: Blane K McCoy's patent for the fuel gauge damper circuit is a testament to his innovative mindset and dedication to improving vehicle performance. His work not only enhances the functionality of fuel gauge systems but also reflects the broader efforts of inventors within the automotive industry to create safer and more reliable vehicles. His contributions continue to have a lasting impact on automotive designs and engineering advancements.