John J Redding

Title: John J Redding: Innovator in Acoustic Technology

Introduction

John J Redding, based in West Warwick, Rhode Island, is an accomplished inventor with a focus on innovations in acoustic technology. With a total of two patents to his name, Redding has made significant contributions to the field, specifically in the development of advanced acoustic line array hoses.

Latest Patents

Redding's latest patents include the “Radially Compliant Acoustic Line Array Hose” and the “Method for Making Radially Compliant Line Array Hose.” The radially compliant acoustic line array hose offers improved toughness and wear resistance, making it suitable for use in towed acoustic line array sonars. The hose is constructed from a long extruded cylindrical tubing made of a soft flexible grade of geophysical, plasticized polyvinyl chloride, featuring longitudinal ribs made from a stiffer and harder grade of the same material. These ribs are strategically located at or near the tubing surface, spaced uniformly around its circumference, and are melt-bonded to the softer thermoplastic material during the extrusion process.

The method for making these hoses mirrors the structural innovations, emphasizing efficiency in the production of the rigid yet flexible components that define the product's unique qualities.

Career Highlights

John J Redding is currently associated with the United States of America, as represented by the Secretary of the Navy. His work exemplifies innovation within the defense and technology sectors, particularly focusing on improving equipment designed for underwater acoustics.

Collaborations

Throughout his career, Redding has collaborated with esteemed professionals, including coworker Robert O Hauptmann. These partnerships have fostered a creative environment that encourages the development of pioneering technology within the acoustic field.

Conclusion

John J Redding stands as a notable inventor whose contributions through his patents signify advancements in acoustic technology, proving critical for applications related to sonar. His ongoing work continues to influence the industry, making him an important figure in acoustic innovation.