A walking assistinng device for postoperative rehabilitation of legs

Abstract

A walk assisting device for postoperative rehabilitation of legs, comprising a stent sleeved on the outside of the patient, the bracket comprises four upright posts and a fixing mechanism for connecting the four upright posts. The cross section of the bracket is square, and four upright posts are located at four corners of the square, and three fixing mechanisms are provided respectively on threesides of the bracket and connected with two adjacent upright posts. The device further comprises two movable plates used as inlet baffles, one side of the two movable plates is respectively rotatablyconnected with two upright posts adjacent to the fourth side of the square. Turn and open the movable plate. After the human body enters, the movable plate in turned in the opposite direction and closed. Compared with the prior art, the invention can facilitate the human body to enter and exit by providing a bracket, a movable plate and a rotary lock, and the movable plate can play a protective role to prevent the patient from colliding with a hard object and causing secondary injury to the leg when walking.

Description

technical field [0001] The invention relates to a rehabilitation device, in particular to a walking assisting device for postoperative rehabilitation of legs. Background technique [0002] Most patients with leg fractures are treated through surgery, and after a period of rest in bed after surgery, patients need to walk on the ground for rehabilitation in order to promote blood circulation in their legs, prevent muscle atrophy, and improve their health. The effect of recovery and enhance the effect of recovery. At present, most patients after leg surgery need to rely on the help of outsiders or crutches for rehabilitation and walking. Relying on outsiders to help is time-consuming and laborious, and the effect of rehabilitation is not good, and the effect of exercise cannot be achieved. The stability of crutches is poor and difficult. Keep your balance. If you accidentally collide with someone, you may fall down, which will not only easily cause secondary fractures of the p...

AI Technical Summary

Problems solved by technology

At present, most patients after leg surgery need to rely on the help of outsiders or crutches for rehabilitation and walking. Relying on outsiders to help is time-consuming and laborious, and the effect of rehabilitation is not good, and the effect of exercise cannot be achieved. The stability of crutches is poor and difficult. Keep your balance. If you accidentally collide with someone, you may fall down, which will not only easily cause secondary fractures of the patient, but even cause medical accidents or disputes in severe cases.

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