Company Filing History:
Years Active: 2014-2015
Title: The Innovative Mind of Daniel Hawkins
Introduction
Daniel Hawkins is an esteemed inventor based in Ormond Beach, Florida, recognized for his contributions to the field of engineering with a focus on subsea technology. With two patents to his name, Hawkins has pushed the boundaries of innovation in optical and electrical connectivity.
Latest Patents
Hawkins' latest patents reflect his commitment to developing robust solutions for challenging environments. His first patent, titled "Subsea Optical Connector Using Multiple Seals," addresses the need for optical connectors and optical feedthrough systems that can be effectively mated and unmated in harsh conditions, particularly underwater. This invention is instrumental in securing and sealing optical feedthroughs or connectors against surrounding turbid environments.
The second patent, "Solder-less Electrical Connection," introduces a solder-less wire connector sleeve made from conductive material. This innovative design includes a first bore portion for rotatable connection to a subsea connector and a second bore portion for wire reception. The connector features a crimp portion and a resilient snap-engaging member that ensures secure retention of the electrical rod while allowing for rotational movement.
Career Highlights
Daniel Hawkins is currently associated with Teledyne Instruments, Inc., where he continues to innovate in the engineering sector. His expertise in subsea technology has significantly contributed to the organization's advancements in connectivity solutions.
Collaborations
Hawkins has collaborated with fellow inventors such as Mark A Bazenas and Chester P Piechowiak. These partnerships showcase his dedication to teamwork and the collaborative spirit that fosters innovation.
Conclusion
In summary, Daniel Hawkins stands out as a notable inventor in the field of subsea technology, with impactful patents that address critical challenges in optical and electrical connectivity. His work not only exemplifies his ingenuity but also reflects the dynamic nature of modern engineering solutions in demanding environments.