Reference array mounting bracket for use with a computer assisted orthopaedic surgery system

1. A reference array assembly for use with a computer assisted surgery system, the reference array assembly comprising:

a reference array having a mounting end;

a mounting bracket configured to be coupled to a bone of a patient, the mounting bracket including a base and an arcuate support frame pivotably coupled to the base, the arcuate support frame having a plurality of mounts, each of the plurality of mounts being configured to be coupled to the mounting end of the reference array such that the mounting end of the reference array is coupled to a single mount of any of the plurality of mounts; and

an angle sensor configured to generate angle data and provide the computer assisted surgery system with angle data indicative of an angle defined between the base and the arcuate support frame.

2. The reference array assembly of claim 1 , wherein the arcuate support frame includes an outer curved surface, an inner curved surface, and a rib support defined on the inner curved surface.

3. The reference array assembly of claim 1 , wherein the arcuate support frame includes an outer curved surface, an inner curved surface, and a rib support defined on the outer curved surface.

4. The reference array assembly of claim 1 , wherein the arcuate support frame comprises a rail defined on a top surface, wherein the rail extends in an upwardly direction from the top surface of the arcuate support frame.

5. The reference array assembly of claim 1 , wherein each of the mounts comprises a first recess defined in a first lateral side of the mount and a second recess defined in a second lateral side of the mount, the first recess having a geometric shape different from the second recess.

6. The reference array assembly of claim 1 , wherein the arcuate support frame subtends an angle of 90 degrees to 180 degrees.

7. The reference array assembly of claim 1 , wherein the arcuate support frame is movable with respect to the base about an arc defined by the arcuate support frame.

8. The reference array assembly of claim 7 , further comprising a distance sensor configured to generate data indicative of the distance of the arcuate support frame along the arc with respect to a predetermined position of the arcuate support frame.

9. The reference array assembly of claim 1 , further comprising a second reference array coupled to a base of the mounting bracket.

10. The reference array assembly of claim 1 , wherein the mounting bracket is sterile.

11. A computer assisted orthopaedic surgery system comprising:

a first reference array having a mounting end;

a mounting bracket configured to be coupled to a bone of a patient, the mounting bracket including a base, an arcuate support frame coupled to the base, and an angle sensor configured to generate angle data indicative of an angle defined between the base and the arcuate support frame, the arcuate support frame having a plurality of mounts, each of the plurality of mounts being configured to be coupled to the mounting end of the first reference array such that the mounting end of the first reference array is coupled to a single mount of any of the plurality of mounts; and

a computer configured to determine the position of the bone of the patient based on a position of the first reference array and the angle data.

12. The computer assisted orthopaedic surgery system of claim 11 , wherein:

the mounting bracket comprises a distance sensor configured to generate distance data indicative of the distance of the arcuate support frame along an arcuate path defined by the arcuate support frame with respect to a predetermined position of the arcuate support frame, and

the computer is configured to determine the position of the bone of the patient based on the distance data.

13. The computer assisted orthopaedic surgery system of claim 11 , further comprising a second reference array, wherein:

the mounting bracket includes a base configured to be coupled to the bone of the patient and to the second reference array, and

the computer is configured to determine the position of the bone of the patient based on the position of the first reference array relative to second reference array.

14. A reference array assembly for use with a computer assisted surgery system, the reference array assembly comprising:

a reference array having a mounting end; and

a mounting bracket configured to be coupled to a bone of a patient, the mounting bracket including an arcuate support frame and a distance sensor configured to generate distance data indicative of the distance of the arcuate support frame along an arcuate path defined by the arcuate support frame with respect to a predetermined position of the arcuate support frame and to provide the distance data to the computer assisted surgery system, the arcuate support frame comprising (i) an outer curved surface, (ii) an inner curved surface, (iii) a plurality of mounts, and (iv) a plurality of rib supports;

wherein each of the plurality of mounts is configured to be coupled to the mounting end of the reference array such that the mounting end of the reference array is coupled to a single mount of the plurality of mounts, and wherein each of the plurality of rib supports is defined between a different pair of mounts of the plurality of mounts.

15. The reference array assembly of claim 14 , wherein each of the plurality of rib supports is defined on the inner curved surface of the arcuate support frame.

16. The reference array assembly of claim 14 , wherein each of the plurality of rib supports is defined on the outer curved surface of the arcuate support frame.

17. The reference array assembly of claim 14 , wherein the mounting bracket further comprises a base and a hinge, wherein the base is pivotably coupled to a first end of the arcuate support frame with the hinge, and a second end of the arcuate support frame is detached from the base.

18. The reference array assembly of claim 14 , wherein each mount of the plurality of mounts comprises a first aperture defined in a first lateral side of the mount and a second aperture defined in a second lateral side of the mount, the first aperture having a diameter different from the second aperture.