Company Filing History:
Years Active: 2021
Title: **The Innovative Contributions of Matthew A. Ward**
Introduction
Matthew A. Ward is a distinguished inventor residing in Airdrie, Canada. With a keen focus on innovative solutions, he holds a notable patent that demonstrates his prowess in engineering and design. His contributions in the field significantly enhance the functionality of systems reliant on valve mechanisms.
Latest Patents
Matthew's primary patent is titled "Three Position 270 Degree Actuator." This innovative device controls the operation of a valve member to achieve desired flow or no-flow states through various inlet ports. The actuator responds to different types of input signals from one or more sources, enabling versatile control. In some embodiments, it drives the valve member along distinct segments of a travel path, allowing for precise regulation of flow through separate inlet ports. Additionally, it can also facilitate full travel path regulation based on an analog input signal from a single source, showcasing flexibility in its application.
Career Highlights
Currently, Matthew A. Ward works at Johnson Controls Technology Company, where he applies his engineering talents to develop cutting-edge solutions. His work emphasizes innovation and practical applications, aimed at enhancing the efficiency and reliability of control systems. Matthew's single patent reflects his dedication to advancing technology within his field.
Collaborations
Throughout his career, Matthew has had the opportunity to collaborate with esteemed colleagues, including Russell T. Jenks and Gary A. Romanowich. These collaborations foster an environment of creativity and technological advancement, contributing to the innovative spirit of the projects undertaken at Johnson Controls Technology Company.
Conclusion
In summary, Matthew A. Ward stands out as an innovative inventor with a current patent that enhances control mechanisms through his Three Position 270 Degree Actuator. His work at Johnson Controls Technology Company, along with collaborative efforts with talented coworkers, showcases his commitment to advancing technology in his field. As he continues to innovate, the impact of his contributions will likely resonate within various industries reliant on efficient valve control systems.