Steven Armand Boire

Title: Exploring the Innovations of Steven Armand Boire

Introduction

Steven Armand Boire, an inventive mind based in Uxbridge, Canada, has made significant contributions to the field of conveyor belt technology. With a total of two patents to his name, Boire's work showcases his ability to innovate and solve practical engineering challenges in material handling systems.

Latest Patents

Among his latest contributions is the patent for an adjustable return roller bracket for tracking conveyor belts. This inventive assembly features a first end portion, a second end portion, and an adjustment mechanism connecting the two. The first end portion is designed for attachment to a system frame, while the second end portion rotatably engages a roller. Notably, the adjustment mechanism allows for selective movement of the second end portion relative to the first, overcoming frictional resistance to enable precise adjustments of the roller's rotational axis. This innovation is pivotal for enhancing the functionality and efficiency of belt conveyor systems.

Career Highlights

Throughout his career, Steven Boire has been associated with companies that underscore his expertise in engineering and innovation. Notable among these is Precision, Inc., a firm known for its advanced engineering solutions, where he likely honed his skills and contributed to various projects.

Collaborations

While specific collaborative efforts aren't detailed, Boire's involvement with manufacturing and engineering firms showcases the interconnected nature of innovation, where professionals often thrive on shared ideas and expertise. His patents are a testament to the synergy that exists in the engineering community.

Conclusion

Steven Armand Boire stands out as an inventor whose work contributes to the advancement of conveyor belt technology. With his innovative adjustable return roller bracket patent, he addresses significant challenges in conveyor systems, demonstrating his commitment to enhancing efficiency and functionality in industrial applications. As new technologies emerge, Boire's contributions will likely influence future engineering practices.