Robotic surgical system and method
A robotic surgical system is provided that includes a robot connected to a computer system to help effect control of the robot. A tool is removably mounted to a distal end of a robot arm. The tool is adapted to selectively grip, move and drive an effector and a coupled fastener. The fastener is used in orthopedic surgery, and the effector is uncoupled from the fastener after it is inserted in a patient.
1. A surgical robot system comprising:
a multi axis surgical robot;
a tool adapted to be operably mounted on the robot, said tool being configured to releasably hold one of a plurality of surgical effectors in an effector attachment device on a distal end of said tool;
a computer coupled to the robot and operable to control operation of the robot and the tool; and
a magazine positioned adjacent the robot and having at least one first cradle adapted to releasably hold the plurality of surgical effectors in position for releasable attachment to and detachment from said tool with said effector attachment device when said tool is mounted on the robot and is positioned adjacent the cradle, said attachment and detachment of the surgical effector and movement of the robot being performed automatically on command and being under control of said computer,
wherein one the plurality of surgical effectors is a driver configured to couple to a bone fastener allowing for installation of the bone fastener by the surgical robot, and
wherein the tool includes a coupling component configured to engage the robot and having a central axis, the coupling component including a plurality of outwardly and circumferentially arranged projecting arms projecting radially outwardly to the central axis, each sized and shaped to be received in a respective one of a plurality of notches in the at least one cradle.
2. The surgical robot system of claim 1 wherein said effector attachment device including a chuck.
3. The surgical robot system of claim 1 including a tool changer mounted to the robot and operable to releasably mount said tool to said robot.
4. The surgical system of claim 3 including a second cradle adapted to hold a plurality of said tools for releasable attachment to said tool changer.
5. The surgical system of claim 4 wherein said first cradle having a plurality of spaced apart open-end slots and said second cradle having a plurality of spaced apart open-end spaces.
6. The surgical system of claim 4 wherein said first and second cradles being mounted on a platform positioned adjacent said robot.
7. The surgical system of claim 4 wherein at least one said effector including a driver and an associated fastener with said driver being adapted to be releasably retained by said tool.
8. The surgical robot system of claim 1 , wherein the driver comprises an external thread and the bone fastener comprises an internal thread, the driver capable of threadingly engaging with the bone fastener.
9. The surgical robot system of claim 8 , wherein the handedness of the driver threads and the bone fastener threads are the same.
10. A method of conducting surgery robotically comprising:
activating a multi axis surgical robot;
mounting a tool on the robot, said tool being configured to releasably hold any one of a plurality of surgical effectors in an effector attachment device on a distal end of said tool;
activating a computer coupled to the robot, controlling operation of the robot with the computer;
providing a magazine adjacent the robot, said magazine having at least one first cradle adapted to releasably hold the plurality of surgical effectors in position for releasable attachment to and detachment from said tool with said effector attachment device when said tool is mounted on the robot and is positioned adjacent the cradle, and
automatically controlling on command said attachment and detachment of the surgical effector and movement of the robot with said computer,
wherein one the plurality of surgical effectors is a driver configured to couple to a bone fastener allowing for installation of the bone fastener by the surgical robot, and
wherein the tool includes a coupling component configured to engage the robot and having a central axis, the coupling component including a plurality of outwardly and circumferentially arranged projecting arms projecting radially outwardly to the central axis, each sized and shaped to be received in a respective one of a plurality of notches in the at least one cradle.
11. The surgical method of claim 10 wherein said effector attachment device including a chuck that attaches an effector to and releases an effector from said tool under control of the computer.
12. The surgical method of claim 10 including a tool changer mounted to the robot and controlling operation of the tool changer with said computer to releasably mount said tool to said robot.
13. The surgical method of claim 10 , wherein the driver comprises an external thread and the bone fastener comprises an internal thread, the driver capable of threadingly engaging with the bone fastener.
14. The surgical method of claim 13 , wherein the handedness of the driver threads and the bone fastener threads are the same.