Orthopedic fixing device

Abstract

The invention relates to an orthopedic fixing device. The orthopedic fixing device comprises two oppositely arranged circular hoops, an arc plate arranged between the two circular hoops and an outer protection layer connected with the arc plate, wherein the two ends of the arc plate are respectively and correspondingly connected with lower half part edges of the two circular hoops, a medicine slow-releasing slot is formed in the upper surface of the arc plate and is used for filling with medicines; each circular hoop comprises a semicircular first hoop body and an arc second hoop body, a shaft is arranged at one end of each first hoop body, and a gear is arranged at the other end of each first hoop body; one end of each second hoop body is fixed on the corresponding first hoop body through the corresponding shaft and can rotate around the corresponding shaft, and clamping teeth matching with the corresponding gear are arranged at the outer edge of each second hoop body. The orthopedic fixing device has the beneficial effects that the structure is compact; splints are not easy to fall off when medical staff fixes the splints to a patient, thereby releasing the pain of the patient and reducing the working difficulty of the medical staff; and the use performance is very good, and the discomfortableness of the patient can be relieved.

Description

technical field [0001] The invention relates to a fixing device, in particular to an orthopedic fixing device. 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 be used directly on the fractured part of the bone, only internal medicine can be used as an auxiliary treatment, so the treatment effect is slow and the treatment process is long, which brings some inconvenience to the patient. Contents of the invention [0003] The technical problem to be solved by the presen...

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 , can not be used directly on the fractured part of the bone, only internal medicine can be used as an auxiliary treatment, so the treatment effect is slow and the treatment process is long, which brings some inconvenience to the patient

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