Company Filing History:
Years Active: 2008
Title: The Innovative Antenna Design of James Lesley Smith
Introduction: James Lesley Smith, an inventive mind based in Garland, TX, has made significant contributions to the field of antenna technology. With a focus on developing efficient and low-profile designs, Smith has secured a patent for his unique innovation that has the potential to enhance communication systems.
Latest Patents: Smith's most notable patent is the "Low Profile Bicone Antenna." This innovative design features first and second radiating elements, each with a substantially conical radiating surface. These surfaces can be linearly or nonlinearly conical, and they are aligned coaxially. The configuration allows the radiating elements to be positioned on opposing sides of a signal launching region while extending in opposing directions. A pivotal aspect of this design is the signal feed that passes through the first radiating element, placing the signal launch point strategically between the two radiating elements, close to the vertices of their surfaces. Notably, each included angle of the radiating elements is no less than about 40 degrees, optimizing the antenna's performance.
Career Highlights: Smith is currently associated with InnerWireless, Inc., where he applies his expertise in antenna technology and contributes to the company's innovation initiatives. His patent demonstrates his commitment to advancing communication technologies and reflects his technical proficiency in the field.
Collaborations: In his professional journey, Smith has worked closely with coworker Nicholas Savino. Their collaboration has likely enhanced the creative processes within the company, allowing for the development of advanced technologies in wireless communication.
Conclusion: James Lesley Smith stands out as a prominent inventor in antenna technology. His patent for the Low Profile Bicone Antenna exemplifies innovative thinking and technical expertise. As he continues to work with InnerWireless, Inc., his contributions will undoubtedly influence the future of wireless communications, showcasing the transformative power of innovation in today's technological landscape.