Fixing device for fractured arm

Abstract

The invention discloses a fixing device for a fractured arm. The fixing device comprises a fixing device body; the fixing device is characterized in that the body is arranged to be a vest, zippers arearranged at the front of the chest and the waist side part, corresponding to the fractured arm, on the body arranged to be the vest from top to bottom respectively, shoulder pads are arranged on theshoulders, corresponding to the fractured arm, on the body, a waist pad is arranged on the waist part, corresponding to the non-fractured arm side, on the body, and the shoulder pads and the waist padare integrally connected through a back pad; the fixing device further comprises a supporting pad, two belt penetrating holes are formed outside the supporting pad and run through hanging belts respectively, one end of each of the two hanging belts is fixedly connected to the corresponding shoulder pad respectively, and the other end of each of the two hanging belts is connected with the waist pad through a length adjusting mechanism. The whole device is convenient to wear and is stressed relying on the shoulder pads, the waist pads and the back waist, compared with a previous device throughwhich only the back is stressed, the fixing device is more comfortable and safer, the hanging and supporting height of the fractured arm can be conveniently adjusted, and requirements of different patients are met.

Description

technical field [0001] The invention relates to the field of orthopedic surgery treatment and rehabilitation, in particular to a fixation device for arm fractures. Background technique [0002] In the current medical field, fracture is a common condition. Fracture refers to a complete or partial break in the continuity of the bone structure. It is usually a fracture in one part, a few fractures are multiple fractures, and fractures in the upper or lower limbs are more common. During the treatment of upper limb fractures, plaster or resin splints are usually used to reduce and fix the fractured limbs, and then hang them on the neck with gauze or neck and wrist slings, so that the fractured upper limbs are suspended in an L shape. This kind of fracture treatment method has a big disadvantage in use, that is, after the fractured arm is suspended, plus the weight of plaster, the entire stress-bearing part is all on the neck, and the neck is difficult to bear such a weight for a ...

AI Technical Summary

Problems solved by technology

This kind of fracture treatment method has a big disadvantage in use, that is, after the fractured arm is suspended, plus the weight of plaster, the entire stress-bearing part is all on the neck, and the neck is difficult to bear such a weight for a long time. Over time, it will compress the cervical spine, cause neck pain, and cause unnecessary damage to the neck

Especially for children, after the plaster or resin splint is fixed, the weight of the arm will increase and the injury to the neck will be increased; It is in the functional position to prevent joint stiffness, so the angle of the elbow of the affected limb after fixation is between 90°-160°, not completely L-shaped at a 90° angle. Conventional neck and wrist slings cannot fully apply plaster or resin splints fixed patient

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