Roy E Tozier

Title: Innovations by Roy E Tozier in Extendable Hull-Mounted Sonar Systems

Introduction

Roy E Tozier is an accomplished inventor based in Portsmouth, Rhode Island, who has made significant contributions to the field of sonar technology. With a focus on enhancing underwater vessel capabilities, Tozier holds a patent for an innovative extendable hull-mounted sonar system, aimed at improving the operational effectiveness of various marine vehicles.

Latest Patents

Tozier’s notable patent, titled "Extendable Hull-Mounted Sonar System," introduces a sophisticated mechanism that allows transducer arrays to be extended from the hull of a vessel while it is underway. This system is designed to increase array gain and volumetric aperture, which is essential for submarines, surface ships, and unmanned vehicles. The configuration features a series of arms that extend radially outward from the hull, accommodating passive and active elements of sonar arrays. These enhancements facilitate better performance by reducing hull-bound noise, thereby improving sonar signal fidelity.

Career Highlights

As part of the United States Navy, represented by the Secretary of the Navy, Roy E Tozier has played a pivotal role in advancing marine technology. His insights and innovations are aimed at enhancing national security capabilities through improved sonar systems. The unique design of his sonar system is a testament to his extensive knowledge and practical application in the field of underwater acoustics.

Collaborations

Throughout his career, Tozier has collaborated with esteemed professionals in the field, including Jonathan Finkle and Stephen G Greineder. These partnerships have fostered a collaborative environment that encourages innovative solutions to complex problems faced by the maritime industry.

Conclusion

Roy E Tozier’s contributions to the development of extendable hull-mounted sonar systems highlight his ingenuity and dedication to improving maritime technologies. His patented system stands as a vital advancement for the naval forces, showcasing how innovation can effectively enhance the capabilities of underwater vessels while ensuring optimal performance in various marine environments.