It uses a pressure sensor, angle sensor, and other sensors sensitive to capturing the static and dynamic state of the patient's balance, accurately assessing the patient's ability to maintain balance. The use of visual and auditory feedback, integration of vestibular information allows patients to fully mobilize their enthusiasm during interaction and situation modeling. Gradual improvement of brain balance, muscle strength, and coordination during precise gameplay leads to an overall enhancement of function and quality of life for patients.
The software system can manage patient data, which is convenient for clinical research and monitoring treatment effects. The stored data is rich, including detailed balance assessment parameters, comparison of assessment data before and after training, and comparison of stored data, etc.