Far-end clavicle bone fracture plate
A technology of bone plate and distal end, which is applied in the field of medical devices and can solve problems such as inability to fix small bone fragments, easy displacement of bone plate, and inability to further adjust the fracture end.
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Embodiment 1
[0021] Such as Figure 1-Figure 3 A bone plate for the distal clavicle is shown, which includes a bone plate body 1. The bone plate body 1 is generally S-shaped, taking into account both sagittal and coronal S-shaped shapes and has a gradual change, conforming to the anatomical structure of the distal clavicle , the bone plate body 1 is divided into a distal acromioclavicular joint section 2, an intermediate section 3 and a proximal acromioclavicular joint section 4, the proximal acromioclavicular joint section 4 is a curved surface structure, and the distal acromioclavicular joint section 2 runs from left to The right side is provided with the far shoulder lock Kirschner wire hole 5, the far shoulder lock lock hole 6 and the sliding hole 7 successively. There are intermediate locking holes 8 and sliding holes I9 from left to right. There are multiple intermediate locking holes 8, and intermediate Kirschner wire holes 10 are opened between adjacent intermediate locking holes 8...
Embodiment 2
[0023] Such as Figure 1-Figure 3 A bone plate for the distal clavicle is shown, which includes a bone plate body 1. The bone plate body 1 is generally S-shaped, taking into account both sagittal and coronal S-shaped shapes and has a gradual change, conforming to the anatomical structure of the distal clavicle , the edge of the bone plate body 1 is a smooth arc surface structure, which can reduce tendon, ligament, soft tissue friction damage and foreign body sensation, the thickness of the bone plate body 1 is 2.0-3.1mm, the length is 5-20cm, and the width is 1mm. -1.8cm, the bone plate body 1 is divided into a distal acromioclavicular joint segment 2, an intermediate segment 3 and a proximal acromioclavicular joint segment 4, the proximal acromioclavicular joint segment 4 is a curved surface structure, and the design is relatively thin, which can reduce tendon, Frictional damage to ligaments and soft tissues, the average thickness of the middle section 3 and the distal acromi...
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