Robotically guided catheter
A system is used for robotically controlling movement of a human-controllable catheter, wherein the catheter has at least one position sensor for generating or receiving signals used for determining six dimensions of location and orientation information. The system uses a robotic control mechanism and a computer for driving the robotic control mechanism to (i) translationally move the catheter distal end in a vicinity of a target, (ii) deflect the distal end of the catheter, and (iii) rotate the catheter. The computer determines roll of the catheter using six dimensions of location and orientation information based on signals generated or received from the at least one position sensor.
1. A system for robotically controlling movement of a human-controllable catheter, the system comprising:
a human-controllable catheter comprising a distal end and at least one position sensor for generating or receiving signals used for determining six dimensions of location and orientation information of the distal end of the catheter;
a robotic control mechanism for holding and manipulating the human-controllable catheter;
a computer operatively communicating with the robotic control mechanism for driving the robotic control mechanism to:
(i) translationally move a distal end of the human-controllable catheter in a vicinity of a target,
(ii) deflect a distal end of the human-controllable catheter, and
(iii) rotate the human-controllable catheter in a vicinity of a target,
the computer determining roll of the human-controllable catheter using six dimensions of location and orientation information based on signals generated or received from at least one position sensor on the human-controllable catheter.
2. The system according to claim 1 , further comprising a display.
3. The system according to claim 2 , further comprising a map on the display.
4. The system according to claim 1 , wherein the computer further comprises an expert system for evaluating lag in roll of the human-controllable catheter and determining mechanical stimulation to apply to the human-controllable catheter.