Use of micro- and miniature position sensing devices for use in TKA and THA
A system for assisting in a surgical process, comprising: (a) a surgical device taken from a group consisting of a surgical tool and a surgical implant; (b) a positional sensor carried by the surgical device, the positional sensor including a wireless transmitter and associated circuitry for transmitting sensor data from the transmitter; and (c) a computer system including a wireless receiver and signal conditioning circuitry and hardware for converting sensor data received by the wireless receiver into at least one of (i) audio feedback of positional information for the surgical device and (ii) visual feedback of positional information for the surgical device.
1. A surgical telemetry system comprising: a sensor mounted to a surgical device, the sensor taken from the group consisting of an accelerometer, a magnetometer, a gyroscope, or an inclinometer; a digital processing device operatively coupled to the sensor to receive data derived from data output from the sensor, the digital processing device generating a display output; and a display operatively coupled to the digital processing device and adapted to receive the display output, where the display output displays the change in at least one of position and orientation of the sensor with respect to a point of reference.
2. The surgical telemetry system of claim 1 , wherein the surgical device includes at least one of a cup inserter, a cup alignment instrument, a femoral component broach, a guide-rod of an intramedullary femoral and tibial cutting jig, an extramedullary femoral and tibial cutting jig, a screw cap dome, a prosthetic knee tibial tray, a prosthetic knee trial stem, a prosthetic knee trial tibial tray, a prosthetic knee femoral component, a prosthetic knee trial femoral component, a prosthetic hip femoral component, and a prosthetic hip trial femoral component.
3. The surgical telemetry system of claim 2 , wherein: the sensor is operatively coupled to a remote transmitter adapted to transmit signals indicative of sensor output as at least one of orientation and position of the sensor changes; and the digital processing device is operatively coupled to a receiver adapted to receive transmission signals from the remote transmitter; wherein the digital processing device generates display instructions for displaying at least one of the orientation and position of the sensor.
4. The surgical telemetry system of claim 3 , wherein the processing device is programmed to output display instructions including the relative dimensions of the surgical device, where the output display correlates the position of the sensor with respect to at least one of the orientation and position of the surgical device.
5. The surgical telemetry system of claim 3 , wherein the display is adapted to display the relative dimensions of the surgical device, where the display correlates the position of the sensor with respect to at least one of the orientation and position of the surgical device.
6. The surgical telemetry system of claim 1 , wherein the system is adapted for use with total knee arthroplasty.
7. The surgical telemetry system of claim 1 , wherein the system is adapted for use with total hip arthroplasty.
8. The surgical telemetry system of claim 1 , wherein the surgical device includes at least one of a surgical saw, a surgical drill, a surgical hammer, a surgical reamer, and a surgical screwdriver.
9. The surgical telemetry system of claim 8 , wherein the surgical device includes a plurality of sensors mounted thereto.
10. The surgical telemetry system of claim 9 , wherein the surgical device includes a plurality of sensors mounted thereto, where the plurality of sensors are taken from the group consisting of an accelerometer, a magnetometer, a gyroscope, or an inclinometer.
11. A surgical telemetry system comprising: a computer system having signal conditioning hardware and software; a first surgical instrument having a first instrument positional sensor carried thereon, the first instrument positional sensor being operatively coupled to the signal conditioning hardware and software of the computer system to transmit first instrument positional data thereto; and a second surgical instrument having a second instrument positional sensor carried thereon, the second instrument positional sensor being operatively coupled to the signal conditioning hardware and software of the computer system to transmit second instrument positional data thereto, the instrument positional sensors taken from the group consisting of at least one of an accelerometer, a magnetometer, a gyroscope, and an inclinometer.
12. The surgical telemetry system of claim 11 , wherein the computer system is configured to process the first instrument positional data and the second instrument positional data to generate relative position data indicative of the relative position of the first surgical instrument with respect to the second surgical instrument.
13. The surgical telemetry system of claim 12 , wherein the computer system is further configured to generate at least one of audio and visual feedback of the relative position data.
14. The surgical telemetry system of claim 13 , wherein: the first surgical instrument is taken from a group consisting of an insertion device, an extraction device, an impacting device, a positioning device, a surgical reamer, a surgical saw, a cutting jig, a surgical drill, a hole-starter, a surgical screw, a surgical bolt, a surgical screw-driver, a surgical bolt-driver and a material applicator; and the second surgical instrument is taken from a group consisting of a reference component; an insertion device, an extraction device, an impacting device, a positioning device, a surgical reamer, a surgical saw, a cutting jig, a surgical drill, a hole-starter, a surgical screw, a surgical bolt, a surgical screw-driver, a surgical bolt-driver and a material applicator.
15. The surgical telemetry system of claim 11 , wherein: the first surgical instrument is taken from a group consisting of an insertion device, an extraction device, an impacting device, a positioning device, a surgical reamer, a surgical saw, a cutting jig, a surgical drill, a hole-starter, a surgical screw, a surgical bolt, a surgical screw-driver, a surgical bolt-driver and a material applicator; and the second surgical instrument is taken from a group consisting of a reference component; an insertion device, an extraction device, an impacting device, a positioning device, a surgical reamer, a surgical saw, a cutting jig, a surgical drill, a hole-starter, a surgical screw, a surgical bolt, a surgical screw-driver, a surgical bolt-driver and a material applicator.
16. A surgical telemetry system comprising: a computer system having signal conditioning hardware and software; a field generating device including at least one magnet generating a detectable field approximate a reference object; and at least one of a surgical instrument and a prosthetic component having a magnetometer carried thereon for sensing the detectable field, the magnetometer being operatively coupled to the signal conditioning hardware and software of the computer system to transmit positional data thereto relative to the detectable field.
17. The surgical telemetry system of claim 16 , wherein the field generating device has a plurality of magnets adapted to be positioned about a circumference of a patient's acetabulum.
18. The surgical telemetry system of claim 16 , wherein the field generating device is adapted to be mounted within a patient's anatomy.
19. The surgical telemetry system of claim 16 , wherein the computer system is further configured to generate at least one of audio and visual feedback of the positional data.