Device for recovery of paralyzed limbs

Abstract

The invention discloses a paralyzed limb rehabilitation device, comprising a motion data measurement device which is attached on a healthy limb and a synchronous coordinative motion device which is arranged on a paralyzed limb at the other side, wherein, the motion data measurement device and the synchronous coordinative motion device carry out connection by an information exchange channel, the motion data measurement device measures the motion data of the healthy limb and sends an action command of coordination to the synchronous coordinative motion device on the paralyzed limb. The paralyzed limb rehabilitation device provided by the invention comprises the motion data measurement device which is attached on the healthy limb and the synchronous coordinative motion device which is arranged on the paralyzed limb at the other side, the actions of the paralyzed limb are coordinated and completed according to the motion data of the healthy limb, the healthy limb and the paralyzed limb can carry out the coordinative actions as the healthy state, thus the actions of the paralyzed limb can be more coordinative and more in line with the actions under the healthy state; furthermore, the efficacy can be greatly improved, thus being conductive to the rehabilitation of the paralyzed limb.

Description

technical field [0001] The invention relates to a paralyzed limb rehabilitation device for medical use. Background technique [0002] The paralyzed limb rehabilitation devices currently on the market generally include brackets and bracket driving devices installed on the limbs. The driving devices are connected to the central processing unit, and the central processing unit is pre-programmed. The driving bracket forces the limbs to move, thereby achieving the effect of exercising the paralyzed limbs. However, the paralyzed limbs and healthy limbs installed with this paralyzed limb rehabilitation device move separately without coordination, while the upper limbs and lower limbs of the human body exist in pairs, and there is coordination between the movements of the two. Therefore, when exercising the paralyzed limbs If there is no coordination between the paralyzed limbs and the healthy limbs, the therapeutic effect will be greatly reduced. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

However, the paralyzed limbs and healthy limbs installed with this paralyzed limb rehabilitation device move separately without coordination, while the upper limbs and lower limbs of the human body exist in pairs, and there is coordination between the movements of the two. Therefore, when exercising the paralyzed limbs If there is no coordination between the paralyzed limb and the healthy limb, the therapeutic effect will be greatly reduced

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