Animal femoral surgery positioning and fixing frame
A fixed frame, femur technology, applied in the direction of animal restraint equipment, medical science, veterinary surgery, etc., to achieve the effect of improving operability
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Embodiment 1
[0087] like Figure 1-2 The animal femur surgery positioning fixture 100 shown includes a femoral positioning fixation arm 200 connected to an external fixator, and the lifting operating table 130 is used in conjunction with the animal femur surgery positioning fixture 100 . The external fixing frame is a three-dimensional adjustable fixing frame. The three-dimensional three-dimensional adjustable fixing frame is composed of a horizontal axis, a vertical axis and a three-dimensional three-dimensional controller 110 connecting the horizontal axis and the vertical axis. Femoral shaft positioning and fixing unit, popliteal fossa positioning unit, knee fixing unit and ankle fixing unit are provided on the femoral positioning and fixing arm 200. The femoral surgery positioning and fixing arm is used to limit and fix the standard position of the animal femur in femoral surgery. A small operating environment operation platform for three-dimensional standard image of femur surgery is...
Embodiment 2
[0125] like Figure 32 Shown, is the use of rigid external fixator (the so-called rigid external fixator is relative to Figure 33 -Schematic diagram of mouse femur fracture surgery for the flexible external fixator of Example 3). Six needles penetrate the mouse femur and anchor the root in place; three needles at each end of the femur have outer segments bent parallel to each other toward the center to form shoulder bridges; fractures of the femur are generated with a bone breaker; coated with light-curable flowable composite The bridge is filled; the composite is cured with LED lights; the cured portion of the external fixator is removed after a few weeks by cutting the pins; all remaining pins are then spun out.
Embodiment 3
[0127] like Figure 33 Shown is a schematic diagram of mouse femur fracture surgery using a flexible external fixator. Six needles penetrated the mouse femur and anchored in place at the root; three distal femoral needles and three proximal femoral needles were each bent toward each other with three needles at each end in parallel to form two end cluster bridges; Each of them is coated with a light-curable flowable composite material and cured with an LED light; two elastic pins are placed and the two clusters at the two ends are connected step by step, that is, each left end and each right end of the two ends are connected and cured step by step through a light-curable flowable composite material. point; the right elastic pin is used to connect the right end faces of the two clusters, but only the proximal end is cured temporarily; the left elastic pin is used to connect the left end faces of the two clusters, but only the distal end is cured temporarily; the two elastic pins...
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