QUICK DISCONNECT OF A DISTAL SURGICAL ROBOTIC ARM
A surgical robotic manipulator includes a proximal assembly and a distal assembly, each of which is operable to move in a plurality of degrees of freedom. The distal assembly is removably attachable to the proximal assembly and secured in place by a primary fastening mechanism and a secondary fastening mechanism in the form of a quick release.
1 . A surgical robotic manipulator comprising:
a proximal assembly comprising a first plurality of joints operable to move the robotic manipulator in a first plurality of degrees of freedom;
a distal assembly comprising a second plurality of joints operable to move the robotic manipulator in a second plurality of degrees of freedom;
a primary fastening mechanism engaging the distal assembly to the proximal assembly, where the secondary fastening mechanism is a quick release mechanism.
2 . The surgical robotic manipulator of claim 1 , wherein the secondary fastening mechanism comprises a hook and latch mechanism.
3 . The surgical robotic manipulator of claim 2 , wherein the secondary fastening mechanism comprises a member on a first one of the proximal assembly and the distal assembly, and the hook and latch mechanism of the other one of the proximal assembly and the distal assembly.
4 . The surgical robotic manipulator of claim 1 , wherein the secondary fastening mechanism comprises a spring plunger on a first one of the proximal assembly and the distal assembly, and a bore on a second one of the base assembly and the distal assembly, the bore configured to receive a portion of the spring plunger.
5 . The surgical robotic manipulator of claim 1 , wherein the primary fastening mechanism comprises a plurality of bolts engaging the distal assembly to the proximal assembly.
6 . The surgical robotic manipulator of claim 1 , further including:
a first circuit board in the distal assembly and a first connector on the first circuit board;
a second circuit board in the base assembly and a second connector on the second circuit board;
wherein the first and second connectors are releasably engaged.
7 . The surgical robotic manipulator of claim 1 , wherein the proximal assembly includes a vertical column and a horizontal boom, and wherein the primary and secondary fastening mechanisms removably couple the distal assembly to the horizontal boom.
8 . The surgical robotic manipulator of claim 1 , wherein the proximal assembly is moveable in three degrees of freedom, and the distal assembly is moveable in four degrees of freedom.
9 . The surgical robotic manipulator of claim 8 , wherein the proximal assembly is moveable in only three degrees of freedom.
10 . The surgical robotic manipulator of claim 9 , wherein the distal assembly is moveable in only four degrees of freedom.
11 . A method of servicing a surgical robotic manipulator, comprising the steps of:
providing a surgical robotic manipulator comprising:
a proximal assembly comprising a first plurality of joints operable to move the robotic manipulator in a first plurality of degrees of freedom,
a distal assembly comprising a second plurality of joints operable to move the robotic manipulator in a second plurality of degrees of freedom,
a primary fastening mechanism securing the distal assembly to the proximal assembly; and
a secondary fastening mechanism engaging the distal assembly to the proximal assembly, wherein the secondary fastening mechanism is a quick release mechanism;
disengaging the primary fastening mechanism;
after disengaging the primary fastening mechanism, disengaging the quick release mechanism;
separating the distal assembly from the proximal assembly;
positioning a replacement distal assembly distal to the proximal assembly and engaging the quick release mechanism to couple the replacement distal assembly to the proximal assembly;
after engaging the quick release mechanism, engaging the primary fastening mechanism.
12 . The method of claim 11 , further comprising, before disengaging the quick release mechanism, disengaging electrical connectors between the distal assembly and the proximal assembly.
13 . The method of claim 11 , wherein positioning a replacement distal assembly includes aligning alignment pins of a first one of the replacement distal assembly and the proximal assembly with corresponding bores of a second one of the replacement distal assembly and the proximal assembly, and then inserting said alignment pins into the corresponding bores while advancing at least one of the replacement distal assembly and the proximal assembly towards the other of the replacement distal assembly and the proximal assembly.
14 . The method of claim 13 , further including, after inserting said alignment pins into the corresponding bores, engaging electrical connectors between the distal assembly and the proximal assembly.