Intelligent ankle and foot correcting and training device for cerebral palsy child

Abstract

The invention discloses an intelligent ankle and foot correcting and training device for a cerebral palsy child, relates to the field of medical equipment, and provides the training device capable ofassisting the child in moving the foot and capable of monitoring parameters in the rehabilitation process. The device comprises a shank connection device, a correction shoe, an ankle joint assembly and a power supply control box assembly. The correction shoe can obtain the data of the pressure of the foot to the correction shoe. The ankle joint assembly is connected with the shank connection device and the correction shoe. The ankle joint assembly can drive the correction shoe to rotate and acquire rotation angle data of the correction shoe. The control box assembly is connected with the shankconnection device. The power supply control box assembly comprises a master controller, a data receiving and transmitting device and a power supply. The master controller can receive the pressure data and the rotation angle data and transmit the data to the data receiving and transmitting device to output the data. The data receiving and transmitting device can receive external data and transmitthe external data to the master controller. The master controller can control the ankle joint assembly to act according to the external data. The power supply provides electric energy for the intelligent ankle and foot correcting and training device for the cerebral palsy child.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an intelligent ankle-foot correction training device for children with cerebral palsy. Background technique [0002] Cerebral palsy is abnormal posture and motor dysfunction caused by non-progressive brain damage caused by various reasons before and after birth, often accompanied by obstacles in intelligence, language, vision and perception, and these obstacles often restrict the recovery of motor function Effect. Therefore, the rehabilitation of children with cerebral palsy should take a comprehensive and comprehensive approach, and education and rehabilitation should be carried out while gradually improving the children's motor dysfunction, so as to improve their intelligence level. A major cause of motor impairment in children is plantarflexion and dorsiflexion of the foot. [0003] When improving motor dysfunction in children, physical rehabilitation specialists are often r...

AI Technical Summary

Problems solved by technology

The disadvantages of the cerebral palsy corrective shoes are: 1. There is no power device, which can only limit the range of motion of the foot when the child is walking, but cannot help the foot of the child to move in a normal way, and the effect of auxiliary rehabilitation is limited.

2. Unable to know the data of the rehabilitation process, unable to view the rehabilitation process and effect evaluation, and unable to adjust and correct the mistakes in the rehabilitation process accordingly, which is not conducive to improving the rehabilitation effect

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