Company Filing History:
Years Active: 2021
Title: Brenton Keller: Innovating Robotic Manipulation and Surgical Assistance
Introduction
Brenton Keller is an innovative inventor based in Durham, NC, known for his contributions to the field of robotic manipulation and surgical assistance. With a focus on creating systems that enhance efficiency and precision, Keller's work stands out in the increasingly important realm of medical technology.
Latest Patents
Keller holds a patent for "Systems and methods for arbitrary viewpoint robotic manipulation and robotic surgical assistance." This patent details a system that includes one or more controllers designed to receive an image dataset of the actual environment where a robotic tool is located. The system generates a virtual environment based on this dataset, allowing users to manipulate a virtual tool displayed to them. Furthermore, the controllers enable the alteration of the perspective view, while maintaining the orientation of the virtual tool in relation to the user, thus facilitating an intuitive interaction with the robotic tool during surgery.
Career Highlights
Brenton Keller is affiliated with Duke University, an esteemed research institution known for its advancements in technology and medicine. His innovative work encapsulates not only technical skill but also a vision for enhancing robotic surgical assistance, significantly contributing to the advancement of healthcare technologies.
Collaborations
Keller collaborates with other notable experts in the field, including Mark Draelos and Kris Hauser. Their combined expertise fosters an environment of innovation, leading to breakthroughs that push the boundaries of existing technologies in robotic manipulation and surgery.
Conclusion
Brenton Keller exemplifies the spirit of innovation through his dedication and contributions to robotic technology. His patent and collaborations at Duke University underline the importance of interdisciplinary efforts in enhancing surgical techniques, ultimately improving patient outcomes and advancing medical science.