Navigated surgical saw assembly and method of navigating the surgical saw assembly
A cutting system including a surgical saw and a blade assembly is described. The blade assembly may comprising a blade bar, a blade head, and a tag. The tag may comprise a memory containing data related to one or more characteristics of the blade assembly. The surgical saw may comprise a saw processor for receiving data from the tag of the blade assembly and be configured to regulate the operation of the saw based on the one or more characteristics of the blade assembly. The one or more characteristic of the blade assembly comprises may comprise a blade assembly length, a blade geometry, and a blade teeth geometry. A method of navigating a surgical saw is also described. The method may comprise attaching a blade to the saw, touching a pointer to reference points on the blade, and determining the position and orientation of a distal end of the blade.
1. A cutting system for executing a surgical procedure, said cutting system comprising:
a saw assembly comprising:
a housing;
a saw head coupled to said housing;
at least one coil;
a first transceiver in communication with said at least one coil; and
a saw processor for processing data received from said first transceiver;
a blade assembly removably coupled to said saw assembly, said blade assembly comprising:
a blade bar including a distal end and opposing proximal end;
a blade head disposed at said distal end of said blade bar;
a tag in communication with a blade coil;
wherein said tag comprises a memory containing data related to one or more characteristics of said blade assembly;
wherein said blade coil is configured to communicate data from said memory of said tag to said saw processor of said saw assembly via said at least one coil and said first transceiver.
2. The cutting system of claim 1 , wherein said saw processor is configured to regulate operation of said saw assembly based, at least in part, on data received from said tag relating to said one or more characteristics of said blade assembly.
3. The cutting system of claim 1 , wherein said saw head is rotatable independent of said housing, said saw head rotatable about a longitudinal axis of said saw head;
wherein said at least one coil of said saw assembly comprises a first coil disposed in said housing and a second coil disposed in said saw head;
wherein said first coil is positioned within said housing such that said second coil is in communication with said first coil independent of orientation of said saw head relative to housing.
4. The cutting system of claim 1 , wherein said one or more characteristic of said blade assembly comprises at least one characteristic chosen from a blade assembly length, a blade geometry, and a blade teeth geometry.
5. The cutting system of claim 4 , wherein said blade geometry comprises at least one blade feature chosen from a radius of curvature of a crown of said blade, an arc subtended by distal end of said crown of said blade, and a thickness of said crown of said blade.
6. The cutting system of claim 4 , wherein said blade teeth geometry comprises a profile of teeth.
7. The cutting system of claim 1 , wherein said memory contains data related to at least one blade assembly operating condition, said at least one blade assembly operating condition comprising at least one operating condition chosen from a default operating speed and a maximum operating speed of said blade assembly.
8. The cutting system of claim 1 , wherein said memory of said blade assembly is writable and configured to store data indicating a number of uses and time of use for the blade assembly.
9. The cutting system of claim 1 , wherein said saw assembly further comprises a first tracker coupled to said housing.
10. A cutting system for executing a surgical procedure, said cutting system comprising:
a saw assembly comprising:
a housing;
a saw head coupled to said housing;
a first transceiver; and
a saw processor for processing data received from said first transceiver;
a blade assembly removably coupled to said saw assembly, said blade assembly comprising:
a blade bar including a distal end and opposing proximal end;
a blade head disposed at said distal end of said blade bar;
a tag;
wherein said tag comprises a memory containing data related to one or more characteristics of said blade assembly;
wherein said transceiver is configured to receive data from said memory of said tag to said saw processor.
11. The cutting system of claim 10 , wherein said saw processor is configured to regulate operation of said saw assembly based, at least in part, on data received from said tag relating to said one or more characteristics of said blade assembly.
12. The cutting system of claim 10 , wherein said memory contains data related to at least one blade assembly operating condition, said at least one blade assembly operating condition comprising at least one operating condition chosen from a default operating speed and a maximum operating speed of said blade assembly.
13. The cutting system of claim 10 , wherein said saw head is rotatable independent of said housing, said saw head rotatable about a longitudinal axis of said saw head.
14. The cutting system of claim 10 , wherein said one or more characteristic of said blade assembly comprises at least one characteristic chosen from a blade assembly length, a blade geometry, and a blade teeth geometry.
15. The cutting system of claim 14 , wherein said blade geometry comprises at least one blade feature chosen from a radius of curvature of a crown of said blade, an arc subtended by distal end of said crown of said blade, and a thickness of said crown of said blade.
16. The cutting system of claim 14 , wherein said blade teeth geometry comprises a profile of teeth.
17. The cutting system of claim 10 , wherein said memory of said blade assembly is writable and configured to store data indicating a number of uses and time of use for the blade assembly.