Jennifer D Burns

Title: Celebrating the Innovation of Jennifer D. Burns in Fiber Optics

Introduction

Jennifer D. Burns, an esteemed inventor based in Ft. Worth, Texas, has contributed significantly to the field of fiber optics with her innovative solutions. With a total of two patents to her name, she is recognized for enhancing the functionality and accessibility of fiber optic distribution systems.

Latest Patents

Her latest patents include a "High Density Fiber Optic Distribution Frame" and a "Graduated Routing Partition." The High Density Fiber Optic Distribution Frame is designed to include a frame assembly with both left-hand and right-hand connector module housings. This innovative design incorporates an Interbay Storage Unit (IBU) that ensures efficient fiber optic connections while maintaining the minimum bend radius of optical fibers. The connector modules can move between stowed and deployed positions, providing enhanced accessibility and functionality.

The Graduated Routing Partition improves the management of fiber optic communications cables within high-density cross-connect cabinets. This partition allows for better access to communications cables and connections, allowing multiple cables entering at a common location to be strain-relieved at varying levels. With its cleverly designed routing panels and strain relief mounting points, the partition simplifies the layout and organization of fiber optic cabling.

Career Highlights

Jennifer D. Burns is affiliated with Corning Cable Systems, a leading company in the development of fiber optic technology. Her work at the company highlights her commitment to advancing telecommunication systems through innovative inventions that streamline operations and facilitate connectivity.

Collaborations

Throughout her career, Jennifer has collaborated with talented individuals such as Mark Robert Dagley and Lee Wayne Nored. These partnerships further illustrate her dedication to teamwork and innovation in the field of fiber optics.

Conclusion

Jennifer D. Burns stands as a prominent figure in fiber optic technology, with her inventive contributions making a significant impact. Her patents reflect a commitment to enhancing the efficiency of communication systems, solidifying her legacy as a leading innovator in her industry.