Orthopedics-department joint replacement operation system
A joint replacement and surgery system technology, applied in the field of medical equipment, can solve the problems of the main machine's heavy weight, limited monitoring range, lack of Chinese interface, etc., and achieve the effect of easy operation and optimized effect
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Embodiment 1
[0062] An orthopedic joint replacement surgery system, including a robotic arm assembly, a scanner, a pressure sensor, a first position reflective array, a second position reflective array, an optical navigation device, and a console;
[0063] Such as figure 1 As shown, the mechanical arm assembly includes a mechanical arm;
[0064] The scanner is used for 3-dimensional scanning of the real bone local geometric surface of the joint to be operated and sending the local graphic of the joint to be operated to the console;
[0065] The first position reflection array is used to fix at the bone joint;
[0066] The second position reflection array is used to position the mechanical arm;
[0067] The optical navigation device is used to emit detection light, determine the position of the bone joint according to the reflection signal of the first position reflection array, and determine the position of the power tool fixed at the front end of the mechanical arm according to the refl...
Embodiment 2
[0075] Based on the first embodiment, the orthopedic joint replacement surgery system also includes a probe;
[0076] The probe is provided with a probe position reflection device;
[0077] the optical navigation device, and capturing the reflected probe position signal of the probe position reflecting device;
[0078] The console, after displaying the corresponding position of the real bone part of the joint to be operated on the three-dimensional graphic of the joint to be operated in the operation plan, and according to the position signal of the probe, distinguishes and displays the probe on the three-dimensional graphic of the joint to be operated on in the operation plan. The overall orientation vector of the needle and the position of its tip.
[0079] In the orthopedic joint replacement surgery system of Embodiment 2, the operator decides to scan the bone according to whether the position of the probe needle shown in the three-dimensional graphics of the joint to be o...
Embodiment 3
[0081] Based on the orthopedic joint replacement surgery system of Embodiment 1, the first position reflection array and the second position reflection array are respectively provided with at least four reflection devices;
[0082] The at least four reflective devices are not on the same plane.
[0083] In the orthopedic joint replacement surgery system of Embodiment 3, the reflective array at the first position and the reflective array at the second position are arranged in a three-dimensional manner, which can increase the transmission and acceptance range of the detection light, which can reach about 240°, and avoid poor tracking.
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