Stroke leads to death and disability, traditional rehabilitation is limited by poor cardiopulmonary function. A comprehensive rehabilitation system combining brain-machine interfaces, real-time physiological monitoring, exoskeletons, and dynamic reduced-weight walking can enhance cardiopulmonary function, promote active participation, and accelerate recovery. Real-time monitoring ensures safety, improves brain function, enhances rehabilitation outcomes, and reduces family and social burdens.

Gait disorders in stroke patients arise from brain damage, reducing motor control and causing walking difficulties. Our "A User-Friendly Brain-Computer Interface Integrated Holistic Rehabilitation System" integrates innovative technologies, offering adjustable intensity training, dynamic weight support, autonomous movement, physiological monitoring, and brain-machine interface control. This system surpasses international benchmarks, enhancing training effectiveness and flexibility.

Advancements in medical technology and an aging population have increased the demand for rehabilitation equipment. Our "User-Friendly Brain-Computer Interface Integrated Holistic Rehabilitation System" offers passive and active training with real-time feedback to improve rehabilitation outcomes and reduce medical workload. Clinical trials show its benefits enhance rehabilitation effectiveness and advance domestic equipment development, promising revolutionary changes in the medical industry.