Systems and methods for a control station for robotic interventional procedures using a plurality of elongated medical devices
A system includes a robotic drive comprising a plurality of cassettes, each cassette to move an elongated medical device (EMD) loaded therein, and an input module to issue instructions to the robotic drive. The input module includes a first two or more selection buttons to select a first two or more EMDs loaded in respective ones of the plurality of cassettes, a first control actuatable to cause issuance of an instruction to the robotic drive to simultaneously move each of the first two or more EMDs linearly, and a second control actuatable to cause issuance of an instruction to the robotic drive to simultaneously rotate each of the first two or more EMDs.
1. A system for instructing a robotic drive to control two or more elongated medical devices (EMDs), the system comprising:
a first two or more selection buttons actuatable to cause selection of a first two or more EMDs;
a first control actuatable to cause issuance of an instruction to the robotic drive to simultaneously move each of the selected first two or more EMDs linearly;
a second control actuatable to cause issuance of an instruction to the robotic drive to simultaneously rotate each of the selected first two or more EMDs;
a second one or more selection buttons actuatable to cause selection of a second one or more EMDs while the first two or more EMDs remain selected; and
a third control actuatable to cause issuance of an instruction to simultaneously move each of the selected second one or more EMDs linearly while the selected first two or more EMDs remain selected.
2. The system according to claim 1 , further comprising:
a fourth actuatable control; and
a fifth actuatable control,
wherein, while the fourth actuatable control is not actuated, actuation of the first control does not cause issuance of an instruction to simultaneously move each of the selected first two or more EMDs linearly, and actuation of the second control does not cause issuance of an instruction to simultaneously rotate each of the selected first two or more EMDs, and
wherein, while the fifth actuatable control is not actuated, actuation of the third control does not cause issuance of an instruction to simultaneously move each of the selected second one or more EMDs linearly while the selected first two or more EMDs remain selected.
3. The system according to claim 2 , wherein the fourth actuatable control is actuatable by a heel of a palm of a first hand of an operator while the second control is actuatable by a thumb of the first hand and while the first control is actuatable by a finger of the first hand, and
wherein the fifth actuatable control is actuatable by the heel of a palm of a second hand of the operator while the third control is actuatable by a finger of the second hand.
4. The system according to claim 1 , further comprising:
wherein, while the third actuatable control is not actuated, actuation of the first control does not cause issuance of an instruction to simultaneously move each of the selected first two or more EMDs linearly, and actuation of the second control does not cause issuance of an instruction to simultaneously rotate each of the selected first two or more EMDs.
5. The system according to claim 4 , wherein the third actuatable control is actuatable by a heel of a palm of a hand while the second control is actuatable by a thumb of the hand.
6. The system according to claim 5 , wherein the third actuatable control is actuatable by the heel of the palm of the hand while the first control is actuatable by a finger of the hand.
7. The system according to claim 1 , further comprising:
a user interface including a first user interface control selectable to prevent linear motion of one of the selected first two or more EMDs; and
a processing unit to receive the instruction to simultaneously move each of the selected first two or more EMDs linearly, to determine, in response to receipt of the instruction, that the first user interface control is selected to prevent linear motion of the one of the selected first two or more EMDs, and, in response to the determination, to not instruct the robotic drive to simultaneously move each of the selected first two or more EMDs linearly in response to the instruction.
8. The system according to claim 1 , further comprising:
a user interface including a first user interface control selectable to prevent rotational motion of one of the selected first two or more EMDs; and
a processing unit to receive the instruction to simultaneously rotate each of the selected first two or more EMDs, to determine, in response to receipt of the instruction, that the first user interface control is selected to prevent rotational motion of the one of the selected first two or more EMDs, and, in response to the determination, to not instruct the robotic drive to simultaneously rotate each of the selected first two or more EMDs in response to the instruction.
9. The system according to claim 8 ,
the user interface including a second user interface control selectable to prevent linear motion of one of the selected first two or more EMDs, and
the processing unit to receive the instruction to simultaneously move each of the selected first two or more EMDs linearly, to determine, in response to receipt of the instruction, that the second user interface control is selected to prevent linear motion of the one of the selected first two or more EMDs, and, in response to the determination, to not instruct the robotic drive to simultaneously move each of the selected first two or more EMDs linearly in response to the instruction.
10. A system comprising:
a robotic drive comprising a plurality of cassettes, each cassette to move an elongated medical device (EMD) loaded therein; and
an input module comprising:
a first two or more selection buttons actuatable to cause selection of a first two or more EMDs loaded in respective ones of the plurality of cassettes;
a second one or more selection buttons actuatable to cause selection of a second one or more EMDs loaded in respective ones of the plurality of cassettes while the selected first two or more EMDs remain selected;
a first control actuatable to cause issuance of an instruction to the robotic drive to simultaneously move each of the selected first two or more EMDs linearly;
a second control actuatable to cause issuance of an instruction to the robotic drive to simultaneously rotate each of the selected first two or more EMDs; and
a third control actuatable to cause issuance of an instruction to the robotic drive to simultaneously move each of the selected second one or more EMDs linearly while the first two or more EMDs remain selected.
11. The system according to claim 10 , the input module further comprising:
a fourth control actuatable to cause issuance of an instruction to the robotic drive to simultaneously rotate each of the selected second one or more EMDs while the first two or more EMDs remain selected.
12. The system according to claim 11 , the input module further comprising:
a fifth actuatable control; and
a sixth actuatable control,
wherein, while the fifth actuatable control is not actuated, actuation of the first control does not cause issuance of an instruction to simultaneously move each of the selected first two or more EMDs linearly, and actuation of the second control does not cause issuance of an instruction to simultaneously rotate each of the selected first two or more EMDs, and
wherein, while the sixth actuatable control is not actuated, actuation of the third control does not cause issuance of an instruction to simultaneously move each of the selected second one or more EMDs linearly while the selected first two or more EMDs remain selected, and actuation of the fourth control does not cause issuance of an instruction to simultaneously rotate each of the selected second one or more EMDs while the selected first two or more EMDs remain selected.
13. The system according to claim 12 , wherein the fifth actuatable control is actuatable by a heel of a palm of a first hand of an operator while the second control is actuatable by a thumb of the first hand and while the first control is actuatable by a finger of the first hand, and
wherein the sixth actuatable control is actuatable by the heel of a palm of a second hand of the operator while the fourth control is actuatable by a thumb of the second hand and while the third control is actuatable by a finger of the second hand.
14. The system according to claim 10 ,
wherein, while the third actuatable control is not actuated, actuation of the first control does not cause issuance of an instruction to simultaneously move each of the selected first two or more EMDs linearly, and actuation of the second control does not cause issuance of an instruction to simultaneously rotate each of the selected first two or more EMDs,
wherein the third actuatable control is actuatable by a heel of a palm of a hand while the second control is actuatable by a thumb of the hand, and
wherein the third actuatable control is actuatable by the heel of the palm of the hand while the first control is actuatable by a finger of the hand.
15. The system according to claim 10 , further comprising:
a user interface including a first user interface control selectable to prevent rotational motion of one of the selected first two or more EMDs; and
a processing unit to receive the instruction to simultaneously rotate each of the selected first two or more EMDs, to determine, in response to receipt of the instruction, that the first user interface control is selected to prevent rotational motion of the one of the selected first two or more EMDs, and, in response to the determination, to not instruct the robotic drive to simultaneously rotate each of the selected first two or more EMDs in response to the instruction.
16. The system according to claim 15 , further comprising:
the user interface including a second user interface control selectable to prevent linear motion of one of the selected first two or more EMDs; and
a processing unit to receive the instruction to simultaneously move each of the selected first two or more EMDs linearly, to determine, in response to receipt of the instruction, that the second user interface control is selected to prevent linear motion of the one of the selected first two or more EMDs, and, in response to the determination, to not instruct the robotic drive to simultaneously move each of the selected first two or more EMDs linearly in response to the instruction.
17. A method comprising:
detecting actuation of a first two or more selection buttons actuatable to cause selection of a first two or more elongated medical devices (EMDs);
detecting actuation of a second one or more selection buttons actuatable to cause selection of a second one or more EMDs;
detecting actuation of a first control;
in response to the actuation of the first control, issuing an instruction to simultaneously move each of the selected first two or more EMDs linearly;
detecting actuation of a second control;
in response to the actuation of the second control, issuing an instruction to simultaneously rotate each of the selected first two or more EMDs
detecting actuation of a third control; and
in response to the actuation of the third control, issuing an instruction to simultaneously move each of the selected second one or more EMDs linearly while the first two or more EMDs remain selected.
18. The method according to claim 17 , further comprising:
detecting actuation of a fourth control; and
in response to the actuation of the fourth control, issuing an instruction to simultaneously rotate each of the selected second one or more EMDs while the selected first two or more EMDs remain selected.
19. The method according to claim 18 , further comprising:
detecting actuation of a fifth actuatable control; and
detecting actuation of a sixth actuatable control,
wherein issuance of the instruction to simultaneously move each of the selected first two or more EMDs linearly is in response to the actuation of the first control and the actuation of the fifth actuatable control,
wherein issuance of the instruction to simultaneously rotate each of the selected first two or more EMDs is in response to the actuation of the second control and the actuation of the fifth actuatable control,
wherein issuance of the instruction to simultaneously move each of the selected second one or more EMDs linearly is in response to the actuation of the third control and the actuation of the sixth actuatable control, and
wherein issuance of the instruction to simultaneously rotate each of the selected second one or more EMDs is in response to the actuation of the fourth control and the actuation of the sixth actuatable control.