Michael Stangler

Title: The Innovative Contributions of Michael Stangler in Tire Technology

Introduction

Michael Stangler, an inventive mind located in Durham, NC, has made strides in the field of tire technology with his innovative approach to measuring tire tread depth. With one patent to his name, Stangler represents the ingenuity that bridges engineering and practical application in everyday life.

Latest Patents

Stangler’s notable patent, titled "Magnetic drive over system (DOS) providing tire tread thickness/depth measurement," outlines a sophisticated system designed to accurately measure tire tread thickness. This innovative system consists of a nonmagnetic layer to create a drive-over surface, a strategically placed magnet, and a magnetic sensor. The design ensures that when a tire operates over the system, the magnetic sensor detects the magnetic field changes resulting from the tire's interaction with the magnet. This groundbreaking technology enhances the understanding of tire wear and safety.

Career Highlights

Currently, Michael Stangler is associated with Bridgestone Americas, Inc., a leading company in tire manufacturing and innovation. His contributions at Bridgestone reflect the company's commitment to advancing tire technology and improving safety for consumers. Stangler's work exemplifies how innovative solutions can come from a deep understanding of both engineering principles and practical needs.

Collaborations

Michael collaborates closely with talented individuals such as Daniel Stevenson and Steven Noyce. This teamwork has undoubtedly enriched his innovative process, fostering an environment where ideas can evolve into substantial contributions to tire technology.

Conclusion

In summary, Michael Stangler’s inventive approach to tire tread measurement exemplifies the impact of innovation in enhancing safety and performance in the automotive industry. Through his patent and collaborative efforts with colleagues, he continues to make significant contributions towards advancing tire technology, underpinning the importance of innovation in everyday applications.