Company Filing History:
Years Active: 2021-2023
Title: Eric Payton: Innovator in Brake Disc Assembly Technology
Introduction
Eric Payton is a notable inventor based in Edwardsburg, MI (US), recognized for his contributions to brake disc assembly technology. With a total of 2 patents, Payton has made significant strides in enhancing the performance and reliability of braking systems.
Latest Patents
One of Eric Payton's latest patents is a brake disc assembly that features a structural core, one or more friction pads, and a plurality of elongated fasteners. The structural core consists of two core surfaces and a series of pockets that extend between these surfaces. Each friction pad is designed with a pad surface and a friction surface opposite to it. The pad surface includes a planar design that is configured to contact the core surface, along with a number of bosses that extend from the first planar pad surface and contain a bore. Notably, each planar pad surface covers at least about 50% of the surface area of the respective first and second pad surfaces. The bosses engage with the pockets to accurately position the friction pads relative to the structural core. The elongated fasteners are then utilized to secure the friction pads to the structural core by passing through the bores of the corresponding bosses.
Career Highlights
Eric Payton is currently employed at Honeywell International Inc., where he continues to innovate and develop advanced technologies in the field of braking systems. His work has contributed to the improvement of safety and efficiency in various applications.
Collaborations
Throughout his career, Eric has collaborated with talented individuals such as Ryan Bourlier and William E Pajak, enhancing the innovation process through teamwork and shared expertise.
Conclusion
Eric Payton stands out as a significant figure in the realm of brake disc assembly technology, with his innovative patents paving the way for advancements in the industry. His contributions reflect a commitment to improving safety and performance in braking systems.