Limb stabilizer for medical orthopaedics auxiliary rehabilitation

Abstract

The invention discloses a limb stabilizer for medical orthopaedics auxiliary rehabilitation. The limb stabilizer comprises an upper arm ring and a lower arm ring, wherein grasping and fixing devices are arranged in the arm rings on the upper side and the lower side; each grasping and fixing device comprises an annular air bag which is fixedly arranged on the inner periphery end surface of the corresponding arm ring; a locking device is arranged between the arm rings on the upper side and the lower side, and comprises rotating shafts which are in front-and-rear symmetry and can be rotatably arranged on the front end surfaces and the rear end surfaces of the arm rings; and locking cylinders are rotatably arranged on the rotating shafts. According to the limb stabilizer disclosed by the invention, the arm rings and the annular air bags can be flexibly stabilized at two ends of a wound position of a limb through the locking device, so that the flexibility and the adaptability are high; during inflating of the annular air bags, when the pressure in the annular air bags achieves a certain value, connectors can be automatically ejected to stop inflating, so that the pressure generated bythe annular air bags clamped and fixed on the limb cannot influence normal blood flow of the limb, besides, the air permeability and the stability of the limb can be guaranteed, and the limb is convenient to gradually rehabilitate under a more comfortable environment.

Description

technical field [0001] The invention relates to the technical field of medical rehabilitation equipment, in particular to a limb stabilizer for medical orthopedic assisted rehabilitation. Background technique [0002] Rescuing and recovering injured limbs or limbs is an important field of medical research. In the process of daily work, life and sports, accidents such as fractures often occur due to various accidents. Currently, for fractured patients, During the rehabilitation stage, the injured part is often unable to move. In order to stabilize the limbs of the injured part, it is even necessary to use plaster or various brackets to stabilize the limbs, so as to prevent disturbance from affecting the recovery effect. The use of ordinary plaster for recovery is relatively bulky and breathable Poor, while the flexibility and adaptability of the bracket are poor, often can not be well adapted to different people. The present invention illustrates a device capable of solving ...

AI Technical Summary

Problems solved by technology

[0003] Technical problem: In order to stabilize the limbs in the injured area, it is necessary to use plaster or various brackets to stabilize the limbs. The general plaster is heavy and has poor air permeability when used for restoration, while the flexibility and adaptability of the brackets are poor, so it is often not possible to adapt well to different people

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