Company Filing History:
Years Active: 1976-1977
Title: Inventor Lee Webber Ramstrom: Innovations in Cordless Electric Tools
Introduction: Lee Webber Ramstrom, an accomplished inventor based in Kingsville, MD, holds two patents that reflect his significant contributions to the field of cordless electric tools. His innovative designs have streamlined the functionality and usability of power tools, making them safer and more efficient for consumers.
Latest Patents: One of Ramstrom's most notable patents focuses on a cordless electric tool that features a unique battery pack and latch mechanism. This invention presents a securing means particularly designed for slide-in type battery packs used in cordless electric power tools. The innovation includes an L-shaped latch pivoted on the tool, where its short leg interacts with a release mechanism placed at the remote end of the battery pack. This design incorporates a release member that is spring-loaded on the battery pack, which facilitates the disengagement process by urging the latch away from the pack. Moreover, the patent also highlights a thermostated subassembly of the cells within the battery pack, ensuring optimal performance and safety.
Career Highlights: Lee Webber Ramstrom is currently affiliated with the Black and Decker Manufacturing Company, a leading name in power tool manufacturing. His work in this well-respected company allows him to continue his innovative endeavors, contributing to advancements in tool technology.
Collaborations: Throughout his career, Ramstrom has collaborated with notable individuals such as Stanley Alan Markle and Alvydas Petras Karasa. These partnerships demonstrate the importance of teamwork in the development of innovative products, amplifying creativity and enhancing the quality of inventions.
Conclusion: Lee Webber Ramstrom's contributions to the world of cordless electric tools exemplify how dedicated inventors can influence industry standards. His patents highlight the intersection of functionality and innovation, and his ongoing work continues to inspire future advancements within the field.