Company Filing History:
Years Active: 2015
Title: **Kevin Michael Franks: Innovator in Sprinkler Technology**
Introduction
Kevin Michael Franks is an inventive mind residing in Perris, California. He holds a patent for a unique sprinkler device that enhances the efficiency and safety of lawn care. His innovative approach to sprinkler design demonstrates his commitment to improving gardening and irrigation technologies.
Latest Patents
Franks’ patent, titled "Sprinkler Device with Flow Shut Off Valve," features an ingenious mechanism to manage water flow in response to certain conditions. The device incorporates an inner flow conduit equipped with a nozzle at the outlet. A crucial element of this invention is the filter screen strategically positioned beneath the nozzle. This filter screen interacts with a push rod linked to a valve, allowing for controlled water flow. If the nozzle is detached or the inner conduit is compromised, the system ensures that the valve member closes due to water pressure, preventing any potential leaks. This design addresses vulnerabilities in traditional sprinklers by placing the valve upstream of delicate components.
Career Highlights
Kevin Michael Franks is associated with Signature Control Systems, Inc., where he has contributed his expertise to the development of advanced sprinkler technologies. His work emphasizes practical solutions for everyday problems in irrigation, showcasing his capability as an inventor.
Collaborations
Throughout his career, Franks has collaborated with talented professionals such as Donnie Russell Fisher and Brian John Smith. These partnerships have allowed for an exchange of ideas that enhance the innovation process, leading to the successful development of patentable inventions.
Conclusion
Kevin Michael Franks stands out as a notable inventor in the field of irrigation technology. His patented sprinkler device not only introduces an efficient water management solution but also reflects his dedication to innovative problem-solving. As he continues to work alongside skilled colleagues, the potential for further advancements in this area remains promising.