Abstract: The present solution is generally directed to a patient positioning system used to position body parts, such as a knee, during a medical or surgical procedure. Further, the present solution is generally directed to a system and method for establishing and tracking virtual boundaries, and controlling a patient positioning system to adjust those virtual boundaries to facilitate an automated surgery procedure. Further, the present solution is generally directed to the synergistic combination of an autonomous patient positioning sub-system with a robotic surgical manipulator sub-system.

Abstract: The present solution is generally directed to a patient positioning system used to position body parts, such as a knee, during a medical or surgical procedure. Further, the present solution is generally directed to a system and method for establishing and tracking virtual boundaries, and controlling a patient positioning system to adjust those virtual boundaries to facilitate an automated surgery procedure. Further, the present solution is generally directed to the synergistic combination of an autonomous patient positioning sub-system with a robotic surgical manipulator sub-system.

Abstract: The present solution is generally directed to a patient positioning system used to position body parts, such as a knee, during a medical or surgical procedure. Further, the present solution is generally directed to a system and method for establishing and tracking virtual boundaries, and controlling a patient positioning system to adjust those virtual boundaries to facilitate an automated surgery procedure. Further, the present solution is generally directed to the synergistic combination of an autonomous patient positioning sub-system with a robotic surgical manipulator sub-system.

Abstract: The present solution is generally directed to a patient positioning system used to position body parts, such as a knee, during a medical or surgical procedure. Further, the present solution is generally directed to a system and method for establishing and tracking virtual boundaries, and controlling a patient positioning system to adjust those virtual boundaries to facilitate an automated surgery procedure. Further, the present solution is generally directed to the synergistic combination of an autonomous patient positioning sub-system with a robotic surgical manipulator sub-system.

Abstract: Disclosed embodiments, as well as features and aspects thereof, are directed towards providing a knee crutch system. Embodiments of a knee crutch system provide support to a user's injured lower leg, safely positioning it such that it bears no weight other than its own, while enabling the user to remain mobile. Moreover, a user of a knee crutch system may enjoy mobility without obligating the use of his arms or hands to stabilize the ambulatory motion or otherwise support body weight.