Company Filing History:
Years Active: 2016
Title: Innovator Spotlight: Christopher Montano and His Brake Disc Stack Wear Measurement Patent
Introduction: Christopher Montano is an accomplished inventor based in Rio Rancho, New Mexico. With a focus on enhancing vehicle safety, he has made significant strides in the field of brake wear measurement technology. His insights and innovations contribute to the automotive industry's commitment to safety and performance.
Latest Patents: Christopher Montano holds one notable patent titled "Brake Disc Stack Wear Measurement." This patent describes a sophisticated brake wear measurement system that incorporates an emitter to emit a signal and a passive powered sensor system that includes a controller and a sensor. The sensor is designed to detect the emitted signal, allowing for real-time monitoring of brake stack wear. As the brake disc stack experiences wear, the relationship between the emitter and sensor changes, which is utilized to determine the precise extent of that wear through a processor that analyzes the sensor's output.
Career Highlights: Christopher is employed at Honeywell International Inc., a prominent player in the technology and manufacturing sectors. His role at Honeywell allows him to work on innovative solutions that address critical safety features in vehicles, reflecting his commitment to advancing automotive technology.
Collaborations: Throughout his career, Christopher has collaborated with talented individuals like Andrew Fannon Lamkin and PerriLynne Silva. These partnerships bring diverse expertise together, allowing for the development of cutting-edge inventions that enhance the effectiveness of the projects they work on.
Conclusion: Christopher Montano exemplifies the spirit of innovation through his dedication to improving vehicle safety with his brake wear measurement technology. His patent serves as a testament to his expertise and commitment to the automotive industry. As he continues to innovate, the potential for future advancements in this field remains bright.