Company Filing History:
Years Active: 2020
Title: Mark Polster: Innovating Cabin Safety in Electrified Vehicles
Introduction
Mark Polster is an accomplished inventor based in Dearborn, Michigan, known for his innovative contributions to the field of electrified vehicle technology. With a focus on enhancing safety and comfort within the passenger cabin, Polster holds one patent that addresses critical issues related to battery management in electric vehicles.
Latest Patents
Polster's notable patent is titled "Cabin Venting System and Method for an Electrified Vehicle". This invention presents a method that includes detecting a battery fault in the electrified vehicle's battery system, activating the HVAC system, and commanding it to a fresh air mode. The system is designed to communicate fresh air into the passenger cabin while effectively expelling any battery vent byproducts through designated air extractor vents, ensuring a safe environment for occupants during both key-on and key-off states.
Career Highlights
As an inventor working with Ford Global Technologies, LLC, Mark Polster has been at the forefront of innovative technology that enhances the safety features of electric vehicles. His work underscores the commitment of the automotive industry to improve the driving experience while prioritizing the well-being of its passengers.
Collaborations
Throughout his career, Polster has collaborated with notable colleagues, including Brandon Michael Dawson and James J. Gibbons. Together, they contribute to the collective knowledge and advancements at Ford, pushing the boundaries of automotive technology in electrification and safety.
Conclusion
Mark Polster's contributions to innovation in the electrified vehicle sector reflect a growing awareness and commitment to safety and comfort in automotive designs. With his patented cabin venting system, Polster demonstrates the importance of addressing potential hazards while integrating new technologies into modern vehicles. His work continues to inspire future advancements in the automotive industry.