Ralph C Ferguson

Title: Ralph C. Ferguson: Innovator Behind the Electronic Parking Meter System

Introduction

Ralph C. Ferguson, a notable inventor from North Hollywood, California, holds a significant patent that addresses a common urban challenge: parking management. His innovative approach has the potential to revolutionize how parking meters function in modern cities.

Latest Patents

Ferguson's sole patent covers an Electronic Parking Meter System, which leverages technology to improve parking space efficiency and monitoring. The invention employs electronically operated parking meters connected to sensors that unobtrusively detect the presence or absence of a vehicle in designated parking spots. An induction coil is strategically placed below the surface of the parking area to relay accurate information to the parking meter and a central processing unit (CPU) whenever a vehicle enters or exits a parking space. This system is powered by a battery, with operational efficiency heightened through duty cycle management, ensuring an extended battery life by using only a fraction of the detecting cycle for status updates.

Career Highlights

Ferguson has made significant contributions to the field of parking technology through his work at Innovapark Company LLC. His role in the company demonstrates a commitment to advancing urban infrastructure with practical and innovative solutions geared toward enhancing parking systems.

Collaborations

During his career, Ferguson has collaborated with notable peers, including Thomas R. Potter, Sr., furthering the development of his groundbreaking ideas and adding depth to his work. These collaborations have enriched his perspective and contributed significantly to the advancement of electronic parking solutions.

Conclusion

Ralph C. Ferguson's invention of the Electronic Parking Meter System stands as a testament to his ingenuity and dedication to solving urban issues. As cities continue to grow and evolve, innovations like Ferguson's are crucial in creating smarter and more efficient urban environments. His work not only benefits individual drivers but also represents a forward-thinking approach to urban mobility.