Mark J Potter

Title: The Innovations of Mark J. Potter

Introduction

Mark J. Potter, an inventive mind hailing from Davisburg, MI, is recognized for his significant contributions to the field of hybrid powertrain systems. With a total of two patents to his name, Potter's work is underscored by a commitment to advancing automotive technology.

Latest Patents

Among his latest achievements, Potter has developed a "Method and Apparatus for Controlling a Hybrid Powertrain System." This innovative vehicular powertrain system operates in an input-split hybrid configuration, integrating an engine, an electro-mechanical transmission, and an electric machine. His control system employs a sophisticated control module, which is signally connected to various input devices. It executes program code stored on a computer-readable medium to optimize powertrain management. The program code is designed to monitor operator inputs and discern intentions related to vehicle servicing, command the electric machine to produce a net torque output of zero, and regulate engine speed corresponding to accelerator pedal depression.

Furthermore, Potter's patent also outlines a control method for the hybrid powertrain, monitoring inputs from both the accelerator pedal and the transmission gear selector. It determines an operator torque request and adjusts the torque output from the electric machine based on this request. The method ensures engine output is controlled in relation to the requested torque and the monitored status of the vehicle's hood, particularly when it's open and the gear is in PARK or NEUTRAL.

Career Highlights

Throughout his career, Mark J. Potter has collaborated with prominent companies in the automotive industry, including GM Global Technology Operations LLC and Daimler AG. His extensive experience within these organizations has contributed to the development of innovative technologies that enhance vehicular performance and safety.

Collaborations

Potter's collaborations with distinguished colleagues, such as Marek L. Wilmanowicz and Matthew Leonard Kaufer, have fostered a collaborative environment for innovation, pushing the boundaries of automotive engineering and hybrid technology.

Conclusion

Mark J. Potter's contributions to hybrid powertrain systems reflect his dedication to innovation in the automotive sector. With his patented methods and continual partnership with industry leaders, Potter is positioned as a key figure in advancing automotive technologies that not only improve vehicle efficiency but also enhance overall user experience. His work continues to shape the future of the automotive industry, making him a notable inventor to watch.