Robert J Hilding

Title: Innovations of Robert J Hilding

Introduction

Robert J Hilding is an accomplished inventor based in West Bloomfield, MI (US). He is known for his innovative contributions to the field of electronic brake systems. With a focus on enhancing the durability and functionality of brake stroke indicators, Hilding has made significant strides in automotive technology.

Latest Patents

Hilding holds a patent for a "Heavy Duty Electronic Brake Stroke Indicator." This invention features electronic stroke indicators with sensor structures integrated into a stone shield for a brake actuator. The design protects the sensor and its associated wires and contacts from damage caused by other components in the brake actuator. Notably, the spring is maintained out of contact with the electric portions of the electronic stroke indicator, which prolongs its lifespan. Additionally, the invention includes a magnetic sensor that monitors the position of magnetic portions on a piston rod. Alternatively, a pair of electric contact switches can be activated by a structure on the piston rod as the brake moves further out of stroke. These electric contacts provide different signals to an operator in a vehicle cab, indicating the level of out-of-stroke conditions. Furthermore, a load cell can monitor the compression in a spring within the brake housing to signal an out-of-stroke condition.

Career Highlights

Hilding is currently associated with Mgm Brakes, where he continues to innovate in the field of brake technology. His work has contributed to advancements in safety and efficiency in automotive braking systems.

Collaborations

Hilding has collaborated with notable colleagues, including Robert J Hicks and Timothy F Martens. Their combined expertise has fostered a productive environment for innovation within their field.

Conclusion

Robert J Hilding's contributions to electronic brake systems exemplify the importance of innovation in automotive safety. His patented inventions reflect a commitment to enhancing the functionality and durability of brake technologies.