Location History:
- Chemlsford, GB (1998)
- Brentwood, GB (1999 - 2015)
- Essex, GB (2013 - 2016)
- Buckinghamshire, GB (2018)
- Chelmsford, GB (1996 - 2019)
Company Filing History:
7 out of 4,171 
5 out of 40,951 
4 out of 2,276 
Years Active: 1996-2019
Title: The Innovations of Dean Kitchener: A Pioneer in Antenna Technology
Introduction
Dean Kitchener is a notable inventor based in Brentwood, GB, known for his substantial contributions to telecommunications through innovative antenna designs. With an impressive portfolio of 21 patents, Kitchener stands out for his unique approaches that integrate novel materials and structural designs in antenna technology.
Latest Patents
Among Kitchener's latest innovations are two significant patents: the Fabric Antenna and the Wide Band Antenna. The Fabric Antenna presents a groundbreaking solution consisting of a host yarn that is largely non-conductive and an antenna yarn that is conductive. By knitting these together, Kitchener has created a host fabric featuring an antenna grid with intersecting tracks, which are electrically linked at their intersections. This design offers a lightweight and flexible alternative for telecommunications.
The Wide Band Antenna patent encompasses a method for producing an antenna characterized by upper and lower loops. The upper loop features a first conductive loop with a flair design near its distal end, while the lower loop offers a complementary structure. The configuration includes notches and conductive vanes, allowing for complex signal amplification and broad bandwidth capabilities.
Career Highlights
Throughout his career, Dean Kitchener has worked with prominent technology companies such as Nortel Networks Corporation and Apple Inc. His experience in these industry-leading firms has undoubtedly influenced his inventive output, fostering a rich environment for innovation. Kitchener's background in highly competitive technology sectors has equipped him with insights that are reflected in his patented inventions.
Collaborations
Kitchener has collaborated with various colleagues in the field, including Martin Stevens Smith and Andrew Urquhart. Together, these innovators contribute to a vibrant collaborative culture, further enhancing the development and refinement of Kitchener's inventions.
Conclusion
Dean Kitchener represents the essence of innovation in the realm of telecommunications. With 21 patents to his name and an impressive track record of collaboration and work with renowned companies, Kitchener is paving the way for the future of antenna technology. His ongoing contributions promise to influence how connectivity evolves in our increasingly digital world.