Safe walking aid device for cardiothoracic surgery patient postoperative activities

Abstract

The invention discloses a safe walking aid device for cardiothoracic surgery patient postoperative activities. The device structurally comprises a device body, shoulder straps, a neck protection mechanism, an upper chest protection bag, a waistband, a toppling trigger mechanism, a standing assisting mechanism and an abdomen soft bag. The method has the beneficial effects that an air bag film layerof the upper chest protection bag can expand to a certain volume, so that an enough cavity structure is formed in the film layer to play a role in separating the chest of the patient from an object to be impacted or the ground; meanwhile, the chest position of the patient is in a hollow state through cooperation with the abdomen soft bag in the structure; at the moment of contact with an obstacle, the air bag film layer of the upper body abuts against the abdomen soft bag, vibration feedback force is reduced, the chest of the patient is prevented from making contact with the device and beinginjured again, and the hidden danger that the force directly acts on the chest of the patient standing unstably or being impacted is effectively avoided.

Description

technical field [0001] The invention relates to the field of surgical medical rehabilitation, in particular to a safe walking device for postoperative patients in cardiothoracic surgery. Background technique [0002] Cardiothoracic surgery is mostly concentrated in the chest with dense nerve distribution, so the postoperative pain is more severe. In order to reduce the postoperative pain of cardiothoracic surgery patients, it is necessary to improve the nursing measures of postoperative activities to minimize the recovery of patients. The time spent, especially for the patient’s surgical site, needs to be protected to avoid collisions and pulls. During postoperative activities, patients are prone to lack of skeletal muscle support due to the lack of bone and muscle tissue recovery. When falling down, once the front of the chest is in direct contact with the ground or the obstacles next to it, the impact force will directly act on the bones and skin tissue, causing the body t...

AI Technical Summary

Problems solved by technology

[0002] Cardiothoracic surgery is mostly concentrated in the chest with dense nerve distribution, so the postoperative pain is more severe. In order to reduce the postoperative pain of cardiothoracic surgery patients, it is necessary to improve the nursing measures of postoperative activities to minimize the recovery of patients. The time spent, especially for the patient’s surgical site, needs to be protected to avoid collisions and pulls. During postoperative activities, patients are prone to lack of skeletal muscle support due to the lack of bone and muscle tissue recovery. When falling down, once the front of the chest is in direct contact with the ground or the obstacles next to it, the impact force will directly act on the bones and skin tissue, causing the body to sag, and even a slight collision may cause the body to collapse. Tearing causes massive bleeding. Based on the above premise, this case developed a safe walking device for postoperative patients in cardiothoracic surgery to solve this problem.

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