Input handles for a surgeon console of a robotic surgical system

1. A method of operating a user interface for a surgical robotic system, comprising:

providing a user interface configured to generate signals for use by a surgical robotic system to control motion of a surgical instrument, the user interface comprising a base, a handle including a handle body moveable relative to the base and at least one paddle member pivotable relative to the handle body, and a joystick on the handle body;

positioning a surgical instrument on a robotic manipulator, the surgical instrument having an elongate shaft with an articulating distal portion and a jaw member on the elongate shaft;

positioning the surgical instrument through an incision such that the articulating distal portion is disposed in a body cavity;

grasping the handle body with a hand of a user and moving the handle body relative to the base to cause the robotic manipulator to move the shaft relative to the incision; and

while grasping the handle body with the hand of the user, moving the joystick relative to the handle body to cause articulation of the articulating distal portion in at least one of pitch or yaw relative to the elongate shaft; and

pivoting the paddle member relative to the handle to move the jaw member between first and second positions.

2. The method of claim 1 , wherein:

the handle is provided to include a pair of paddle members pivotable relative to the handle body;

the surgical instrument includes a pair of jaw members on the elongate shaft; and

the method further includes pivoting the paddle members towards one another relative to the handle to move the jaw members to a closed position, and causing the paddle members to pivot away from one another to move the jaw members to an opened position.

3. The method of claim 1 , further including activating an input on the handle to initiate delivery of energy to tissue in the body cavity by the surgical instrument.

4. The method of claim 1 , wherein providing the user interface includes providing an interface assembly connected to the base and moveable relative to the base, and providing the handle includes providing a handle releasably mountable to the interface assembly, and wherein the method further comprises:

removing the handle from the interface assembly, and releasably attaching a second handle to the interface assembly.

5. The method of claim 4 , wherein the step of removing the handle from the interface assembly comprises releasing a quick release connector attaching the handle to the interface assembly.

6. The method of claim 5 , wherein the quick release assembly is a twist lock.

7. The method of claim 5 , wherein the quick release connector is a straight insertion lock.

8. The method of claim 5 , wherein the quick release connector is a latch lock.

9. The method of claim 5 , wherein the step of removing the handle from the interface assembly comprises releasing the quick release connector without use of a separate tool.

10. The method of claim 4 , wherein at least one of the handle and the second handle is customized to surgeon anthropometric data.

11. The method of claim 1 , wherein the at least one paddle member comprises a lever.

12. A method of operating a user interface for a surgical robotic system, comprising:

providing a user interface configured to generate signals for use by a surgical robotic system to control motion of a surgical instrument, the user interface comprising a base, a handle including a handle body moveable relative to the base, and a joystick on the handle body;

positioning a surgical instrument on a robotic manipulator, the surgical instrument having an elongate shaft with an articulating distal portion;

positioning the surgical instrument through an incision such that the articulating distal portion is disposed in a body cavity;

grasping the handle body with a hand of a user and moving the handle body relative to the base to cause the robotic manipulator to move the shaft relative to the incision; and

while grasping the handle body with the hand of the user, moving the joystick relative to the handle body to cause articulation of the articulating distal portion in at least one of pitch or yaw relative to the elongate shaft;

positioning a second surgical instrument having a second surgical instrument shaft on one of the robotic manipulator or a second robotic manipulator, and positioning the second surgical instrument through a second incision such that a distal end of the second surgical instrument is disposed in the body cavity;

moving the handle body relative to the base to cause the robotic manipulator to cause movement of a first one of the first surgical instrument and the second surgical instrument shaft relative to the corresponding incision; and

moving the joystick relative to the handle body to cause movement of a second one of the first surgical instrument and the second surgical instrument shaft relative to the corresponding incision.

13. A method of operating a user interface for a surgical robotic system, comprising:

providing a user interface configured to generate signals for use by a surgical robotic system to control motion of a surgical instrument, the user interface comprising a base, a handle including a handle body coupled to the base, and a joystick on the handle body;

positioning a first surgical instrument having a first instrument shaft through a first incision such that a distal part of the first surgical instrument is disposed in a body cavity;

positioning a second surgical instrument having a second instrument shaft through a second incision different from the first incision, such that a distal part of the second surgical instrument is disposed in the body cavity;

grasping the handle body with a hand of a user and moving the handle body relative to the base to generate signals that are used by a processor to generate first motion commands, said motion commands commanding robotic movement of the first instrument shaft relative to the first incision; and

moving the joystick relative to the handle body to generate signals that are used by a processor to generate second motion commands, said second motion commands commanding robotic movement of the second instrument shaft relative to the second incision.

14. The method of claim 13 , wherein the method includes positioning the first surgical instrument on a first robotic manipulator and positioning the second surgical instrument on a second robotic manipulator, and wherein:

moving the handle body relative to the base causes the first robotic manipulator to move the first instrument shaft relative to the first incision; and

moving the joystick relative to the handle body causes the second robotic manipulator to move second instrument shaft relative to the second incision.

15. The method of claim 13 , wherein:

moving the handle body includes grasping the handle body with a hand of a user and moving the handle body relative to the base; and

moving the joystick relative to the handle body includes moving the joystick relative to the handle body while grasping the handle body.

16. A method of operating a user interface for a surgical robotic system, comprising:

providing a user interface configured to generate signals for use by a surgical robotic system to control motion of a surgical instrument, the user interface comprising a base, a handle including a handle body moveable relative to the base and at least one lever pivotable relative to the handle body, and a joystick on the handle body;

positioning a surgical instrument on a robotic manipulator, the surgical instrument having an elongate shaft with an articulating distal portion, the surgical instrument further including a jaw member on the elongate shaft;

positioning the surgical instrument through an incision such that the articulating distal portion is disposed in a body cavity;

grasping the handle body with a hand of a user and moving the handle body relative to the base to cause the robotic manipulator to move the shaft relative to the incision; and

while grasping the handle body with the hand of the user, moving the joystick relative to the handle body to cause articulation of the articulating distal portion in at least one of pitch or yaw relative to the elongate shaft and;

pivoting the lever relative to the handle to move the jaw member between open and closed positions.