Company Filing History:
Years Active: 2025
Title: Inventor Spotlight: Sharon Tomlinson
Introduction
Sharon Tomlinson, an innovative inventor based in Post Falls, Idaho, has made strides in the field of medical technology. With a keen eye for detail and safety, she has developed a unique patent aimed at enhancing intravenous (IV) line functionality.
Latest Patents
Sharon holds a patent for a "Guard for Adaptor in an Intravenous Line." This invention features a guard composed of a polymer sheet that is strategically designed with left, right, and middle portions. The polymer sheet includes tear lines on either side of the central extent of the middle portion, along with a pull strip for easy opening. The innovative design allows for the left and right portions of the sheet to be folded onto one another, creating a pocket. This pocket, secured by adhesive, can be opened conveniently by tearing along the designated lines, ensuring the adapter remains protected and operational during medical procedures.
Career Highlights
Sharon has dedicated her career to advancing medical safety solutions. Her inventive spirit is reflected in her patent, which underscores her commitment to enhancing patient care. Through her work, she continues to contribute to vital improvements in healthcare technology.
Collaborations
At Covalon Technologies Inc., Sharon collaborates with talented professionals like Mark Ford and Karl Frosh. Together, they strive to develop groundbreaking innovations that improve medical protocols and patient outcomes. The collaborative environment at Covalon allows her to share her insights and learn from her peers, fostering continual growth and development in her field.
Conclusion
Sharon Tomlinson is a remarkable inventor whose contributions to intravenous line safety represent a significant advancement in medical technology. With her inventive candidness and dedication to collaboration, she sets a prime example of how innovation can make a substantial impact on healthcare practices. Her patent serves as a testament to her role in shaping the future of medical devices and enhancing patient safety.