Balance rehabilitation training robot

Abstract

The invention discloses a balance rehabilitation training robot. The rehabilitation training robot comprises a control panel device, an overhung projector and a balance training device, wherein the balance training device comprises two balance training platform device for a left foot or a right foot to train independently or for the left foot and the right foot to train cooperatively; each training platform device comprises a retractable platform and a sliding mechanism arranged on the bottom of the retractable platform; each retractable platform comprises a knee protecting device, a pedal plate device, three retractable devices, a center pillar device and a bottom fixing plate; each center pillar device and the corresponding retractable devices are arranged on the corresponding bottom fixing plate; each pedal plate device is arranged above the corresponding center pillar device and the corresponding retractable devices; each knee protecting device is arranged above the corresponding pedal device; and a patient stands above the pedal devices, and rehabilitation training in various modes can be implemented automatically or by others. Independent movement or combined movement in pairs can be implemented, twenty to thirty different training modes can be achieved, and various training requirements are met. The balance rehabilitation training robot is simple to operate and high in practicality, scene interaction is carried out on projection of a projector, and thus, the balance rehabilitation training robot is quite interesting.

Description

Technical field [0001] The present invention relates to a balance rehabilitation training robot, which is suitable for central paralysis (such as brain injury or disease, spinal cord injury or disease) or other neurological diseases (such as peripheral nerve injury or disease) caused by sensory and motor function impairment Or balance dysfunction caused by vestibular organ disease; patients with lower limb fractures, soft tissue injuries, or balance dysfunction after surgery. Background technique [0002] Balance function is an important function of the human nerve and motor system. Many neurological diseases show varying degrees of balance dysfunction. For this kind of balance dysfunction, the current medical rehabilitation center adopts a rehabilitation model to allow patients to stand on an integrated rotatable platform to exercise the patient’s balance ability. However, the exercise mode of this platform is integral and the exercise mode is very single. There is no multi-fa...

AI Technical Summary

Problems solved by technology

For this kind of balance dysfunction, the current rehabilitation mode adopted by medical rehabilitation centers is to let the patient stand on an integrated rotatable platform to exercise the patient's balance ability, but the movement mode of this platform is integral and the movement mode is very single. There is no multi-faceted training for the balance ability, so the effect of rehabilitation is not very obvious

[0003] Moreover, the rehabilitation process or the process of strengthening balance is a slow and boring process. How to make patients have a better experience is a problem that needs to be solved in today's field

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