Orthopedic four-limb surgical fixing device

Abstract

The invention discloses an orthopedic four-limb surgical fixing device. The orthopedic four-limb surgical fixing device comprises a hoop, a supporting plate and an arc-shaped air bag moving block, wherein the hoop is divided into a left hoop and a right hoop; the left hoop is connected with the right hoop through the two supporting plates; the two supporting plates are positioned on the same plane; and the air bag moving blocks are movably mounted between the two supporting plates. The orthopedic four-limb surgical fixing device can be applied to surgery and postoperation of an orthopedic department, during surgery, doctors can conveniently fix a fracture portion of a patient purposively for a fracture position and a surgical portion remains, and inconvenience caused by stretching of a fracture position or shaking of a surgical portion of the patient is avoided; and meanwhile, a postoperative fixing device does not need to be disassembled, and can be directly used, trouble caused by secondary fixation is avoided, and the doctors can conveniently examine the recovery condition of a wound and change medicines well.

Description

technical field [0001] The invention belongs to the field of medical appliances, in particular to a fixation device for orthopedic limb surgery. Background technique [0002] At present, in the treatment process of human bone fractures, the treatment method for fractures is generally to use orthopedic splints to perforate holes, fix them with bone screws, and then drill holes in the bones at the fracture site. Finally, multiple pieces of splints are used to clamp the bones, and then the splints are fixed with screws. After the bones at the fracture site heal, the splints and screws are taken out. Moreover, during the healing process of the fractured bones, since the splints are only metal , can not carry out direct medicine to the fracture site of bone, can only use medicine to assist treatment, and like this treatment effect is slow, and treatment process is longer, and temperature is difficult to control, has brought certain inconvenience to the patient. So be badly in ne...

AI Technical Summary

Problems solved by technology

[0002] At present, in the treatment process of human bone fractures, the treatment method for fractures is generally to use orthopedic splints to perforate holes, fix them with bone screws, and then drill holes in the bones at the fracture site. Finally, multiple pieces of splints are used to clamp the bones, and then the splints are fixed with screws. After the bones at the fracture site heal, the splints and screws are taken out. Moreover, during the healing process of the fractured bones, since the splints are only metal , the fracture site of the bone cannot be directly treated with medicine, and medicine can only be used as an auxiliary treatment, so the treatment effect is slow, the treatment process is long, and the temperature is difficult to control, which brings some inconvenience to the patient.

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