Company Filing History:
Years Active: 2021-2025
Title: Sucheta Tamragouri: Innovating Electronic Device Anchoring in Nashua, NH
Introduction
Sucheta Tamragouri is an accomplished inventor based in Nashua, New Hampshire. With a keen focus on developing innovative solutions for electronic device anchoring, she has successfully secured two patents, showcasing her expertise and creativity in the field.
Latest Patents
Tamragouri's latest invention is a "System, method and apparatus for anchoring an electronic device and measuring a joint angle." This inventive system and method allow for the efficient installation of devices on a user. It features an indicator set that includes a marker for placing markings on the user, along with adhesive pads for securing them. A knee pivot anchor is attached to the user, supporting a template that can be pivotally mounted. The template enables flexible positioning of a distal portion at various locations on the user while also incorporating an aperture for interchangeably located pods. This design allows for the pods to remain in place, facilitating support for a goniometer, even when the template and knee pivot anchor are removed.
Career Highlights
Currently, Sucheta Tamragouri is making significant contributions at Rom Technologies, Inc. Her work not only highlights her innovative spirit but also reinforces the importance of technology in the realm of personal health and fitness.
Collaborations
Throughout her career, Tamragouri has collaborated with esteemed colleagues such as S Adam Hacking and Jeff Cote. These partnerships have further enhanced her capabilities and broadened the scope of her projects, allowing for greater advancement in her field.
Conclusion
Sucheta Tamragouri stands out as a forward-thinking inventor whose patents reflect her commitment to improving user experience with electronic devices. Her contributions at Rom Technologies, Inc. and her collaborations with fellow innovators underscore her role in driving technological advancements in electronic device anchoring. As she continues to innovate, her work promises to impact the field positively.