Visual rehabilitation clinic system

A visual rehabilitation clinic system comprises a multimedia unit, at least one sensor, a computing unit and a monitor unit. The multimedia unit stores several kinds of rehabilitation modes, with each rehabilitation mode includes different rehabilitation motions. The sensor is used to sense the motion of the sensor itself and produce a sensing signal. The computing unit receives the sensing signal and proceeds a comparing procedure after exporting a posture motion, with the computing unit compares the posture motion with the rehabilitation motion and produces a comparing signal. The monitor unit receives the comparing signal and exporting a comparing result after estimating the similarity between the posture motion and the rehabilitation motion. Consequently, it can effectively enhance the rehabilitation of patients with the desire and the effect of rehabilitation.