Fixing device for X-ray shooting of hand operation of orthopedics department

Abstract

The invention belongs to the field of medical clinical orthopedics department surgery auxiliary equipment, and discloses a fixing device for X-ray shooting in orthopedics department hand surgery. Fourfixed sliding blocks are placed in a base regulation toothed socket and are independently internally provided with a vertical carbon rod; each vertical carbon rod is provided with a locking nut; eachlocking nut is independently connected with a horizontal carbon rod capable of sliding; and the side part of each vertical carbon rod is fixed through a spring baffle plate. The fixing device is simple in installation and convenient to operate, and can be widely clinically practically utilized, the operation of a surgeon in the surgery is simplified, and surgery time is shortened. The fixing device used for the X-ray shooting in the orthopedics department hand surgery adopts a base with the toothed socket and a scale, sliding blocks, the vertical carbon rods and the horizontal carbon rods, wherein the vertical carbon rods and the horizontal carbon rods are connected through the locking nuts, the diameters of the vertical carbon rods and the horizontal carbon rods are 10 mm, and the side part of each vertical carbon rod adopts spring baffle plate design. The fixing device used for the X-ray shooting in the orthopedics department hand surgery can conveniently and effectively place the position of the hand, regulates an angle, avoids that a hand X-ray shooting position is nonstandard, is convenient for a surgery operation, avoids multiple times of X-ray shooting, shortens surgery time, improves surgery efficiency, lightens the burden of the surgeon, improves the success rate of the surgery, lowers the surgery cost of a patient and increases a social benefit.

Description

technical field [0001] The invention belongs to auxiliary equipment for fracture clinical operation, and is a film-shooting and fixing device for medical orthopedic hand surgery. Background technique [0002] At present, the existing technologies commonly used in the industry are as follows: [0003] Hand fracture is a common injury in clinical trauma orthopedics, and it is one of the most common extremity traumas in emergency department. Due to its anatomical shape and biomechanical characteristics, it has become a type of injury with a high incidence of extremity trauma. Due to the complex anatomical structure of the hand, there are many bones, blood vessels and nerves, multiple injuries require a long time for debridement, soft tissue repair, and internal fixation of fractures, and it is difficult to take radiographs for internal fixation of fractures during the operation, which brings inconvenience to clinicians , leading to longer operation time, prone to infection, ...

AI Technical Summary

Problems solved by technology

[0005] In the prior art, in the operation of multiple trauma to the hand and the filming operation in internal fixation of fractures, the patient’s hand is still placed irregularly on the operating table, and it is difficult to position the hand for filming, and the position of filming and projection is not accurate. It is very difficult for doctors to take films during the operation. Repeated films will lead to longer operation time, increase the chance of infection, affect the treatment effect of patients, and cause more radiation damage to patients and doctors

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