The present invention relates to a gait rehabilitation aid that can be used to improve the gait of patients with movement disorders in the lower limbs due to brain injury. The present invention forms a calcaneal groove in which the calcaneus of the patient is placed and a mounting groove in which the ridges of the toes are placed on the upper rear and front sides of the scaffold cut to fit the shape of the sole of the patient, and the inner side of the scaffold (the arch of the sole is An arch support having a curved inner surface to fit the foot arch of the patient on the side of the patient's foot) And forming a third pressure plate to cover the shin on both sides of the front opening of the support plate which extends from the rear of the foot plate to the upper part, and forms a cover plate to cover the ankle joint at the boundary point of the foot plate and the support plate. will be. The present invention can be securely attached to the foot to ensure a smooth movement of the ankle joint, the entire sole of the foot is securely placed on the upper surface of the footboard to prevent the varus (calcaneus) can be prevented, muscle tension is suppressed, In addition, the foot is accommodated in the rehabilitation aid by the front contact and hydrostatic method, and the rehabilitation aid presses the soft tissue of the foot to stabilize the bone structure, thereby preventing the forefoot adduction and stabilizing MTJ to improve the efficiency of rehabilitation training for walking. It can improve such an effect.
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