程天科技研发的UGO悠行外骨骼机器人利用人体工程学、仿生学、机器人技术、多传感器信息融合技术,基于“中枢神经可塑性”理论,为脊髓损伤,脑卒中,下肢肌无力或其他神经系统疾病导致的下肢运动功能障碍的患者提供康复训练的医疗机器人。通过带动患者反复模拟正确步态,重新建立新的神经回路,提高平衡和协调能力,增强患侧的本体感觉和肌力。悠行外骨骼机器人还包括上下楼梯、起立坐下、重心转移等康复
As a medical robot, UGO exoskeleton robots are developed by Cheng Tian Technology utilized ergonomics and bionics, robotics, multi-sensor information fusion technology. Based on the "neuro plasticity" theory, UGO robots provide rehabilitation training for patients with lower limb motor function caused by spinal cord injury, stroke, myasthenia or other nervous system diseases. A new neuro network would be re-established , improving ability of balance and coordination would be improved, and the proprioception and muscle strength of the affected side would be enhanced thought the training based on UGO robot to drive the patients to do the correct gait repeatedly inspired by themselves. UGO robots includes many kinds of rehabilitation projects such as stair training, standing training, shift gravity center training and etc., these projects not only reduces the work strength of the therapists and improves the efficiency of rehabilitation training, but also promotes the remodeling of the c