Company Filing History:
Years Active: 2018
Title: Inventor Robert T. Gettens: Innovating the Flexibility of Power Solutions
Introduction: Robert T. Gettens, based in Longmeadow, MA, is a notable inventor recognized for his innovative approach within the electrical power supply sector. With a patent to his name, he has introduced a revolutionary concept that enhances the convenience and functionality of power strips.
Latest Patents: Robert T. Gettens holds a patent for a Flexible Electrical Power Strip. This invention comprises a power strip that can be flexibly configured to accommodate various electrical needs. The device includes a power cord with a plug that connects to a wall socket and features a head block, which is electrically coupled on the opposite end. The head block boasts a first outlet socket, ready to receive an external power plug, as well as additional female electrical connectors positioned on different sides to enhance versatility. The design ensures that users can connect multiple power sources seamlessly, making it an essential addition to modern electrical appliances.
Career Highlights: Robert's career has centered around his contributions to Western New England University. His role within the academic institution has allowed him to engage in research and development of practical solutions that bridge innovation and user needs. His impactful work has garnered attention within the community, emphasizing the importance of flexibility in technological designs.
Collaborations: Throughout his career, Robert T. Gettens has collaborated with notable colleagues Asa G. DeBlois and Jeremy Christopher Downs. These collaborations have fostered an environment of creativity and innovation, allowing them to combine their expertise and contribute significantly to the field.
Conclusion: Robert T. Gettens exemplifies an innovator committed to enhancing user-friendly technologies. His patent for the Flexible Electrical Power Strip not only showcases his inventive prowess but also addresses the practical challenges faced by everyday users. As he continues his work at Western New England University, the future holds exciting possibilities for further innovations.