In vitro bone setting machine

Abstract

The invention discloses an external bone-setting machine which comprises a seat platform, a drawing support and clamping parts, wherein the seat platform is provided with an adjusting mechanism, the drawing support is installed on the seat platform and is connected with the adjusting mechanism, at least one drawing support is provided with adjustable lifting rods, the clamping parts are fixed on the lifting rods, the clamping parts can be wrist ankle buckles and a non-abrasive protective layer is arranged in each clamping part. The external bone-setting machine has the advantages that the problems that reconstruction strength in traditional bone-setting techniques is small, poor in endurance and stationarity and bad in reconstruction effect are solved, and efficiency and quality of the reconstruction are effectively improved. Due to the facts that a mechanical drawing method is adopted to draw back the overlapping, angulation, rotation displacement and bone-setting of fractures, and a doctor has no need to inject narcotic drugs to a patient when carrying out a bone-setting operation, only one doctor is needed to reconstruct the fractures of human limbs in a simple, convenient and effective way through the external bone-setting machine, and therefore a secondary damage of a surgery on the patient is reduced.

Description

【Technical field】 [0001] The invention belongs to the field of medical devices, in particular to an in vitro bone-setting machine for orthopedic treatment. 【Background technique】 [0002] Fractures and dislocations of limbs are one of the most common injuries. There are two current treatment methods: traditional bone-setting manipulation and surgical treatment. Traditional bone-setting manipulative treatment is generally performed by orthopedic surgeons through manipulation, but orthopedic surgeons often have insufficient restoration strength, poor durability and stability, and require many participants, which affects the effect of restoration and reduces the risk of restoration. complex efficiency. However, the use of open surgery for restoration treatment is traumatic, and fracture complications are more likely to occur, which is not conducive to the recovery of patients; moreover, the high cost of open surgery also increases the financial burden of patients. Non-surgic...

AI Technical Summary

Problems solved by technology

Traditional bone-setting manipulative treatment is generally performed by orthopedic surgeons through manipulation, but orthopedic surgeons often have insufficient restoration strength, poor durability and stability, and require many participants, which affects the effect of restoration and reduces the risk of restoration. Complexity efficiency

However, surgery is a traumatic treatment for surgery, which is more prone to fracture complications, which is not conducive to the recovery of patients; moreover, the cost of surgery is high, which also increases the financial burden of patients.

Non-surgical extracorporeal restoration is a non-invasive treatment, has the advantages of quick recovery and low cost, but at present the medical field lacks truly effective specialized treatment equipment

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