The present invention relates to a rehabilitation runaway state analysis method using EMG measurement system, and this, the bio-signal measurement using a suite equipped with sensors such as the patients vital signs EMG, ECG, as well as bio-signal analysis for health status, patients upper limb, not the operation of each subject, attach the EMG sensors and three anthem speed / gyro sensor in the arm the analysis of the state after the transfer to the secondary system, and muscle, this aims to to determine a degree of rehabilitation and rehabilitation state according to a result of analysis to obtain a motion path data and speed data of the rehabilitation side arm. An object of the present invention is an AD converter that converts each receives and latches a digital signal for each physiological signal obtained from the bio-signals, each EMG sensor mounted on a measurement suite, ECG sensors, heart rate sensors, skin temperature sensors for each channel On the subject, not on each arm to detect the EMG signal, no EMG measurement unit Phase, to each radio receiving section for receiving a wireless signal is detected on the EMG EMG measurement section Collecting each channel bio-signal input, and determining whether biological signal of a channel, and the interface conversion unit for conversion and output to the external interface matching And an interface and reduce the noise of biological signals input from the conversion section, by analyzing the first bio-signal of each microcontroller to calculate the parameters for the operation and state of health awareness and sensitivity of the subject is determined including characterized by consisting of .본 발명은 무구속 근전도 측정시스템 및 이를 이용한 재활상태 분석방법에 관한 것으로, 생체신호측정슈트를 이용하여 피검자의 근전도, 심전도 등의 생체신호센서를 장착하여 건강상태 분석을 위한 생체신호뿐만 아니라, 피검자의 상지, 하지 팔에 각각 근전도센서 및 3축가속도/자이로센서를 부착하여 피검자의 동작상태를 분석한 후 근력보조시스템에 전송하고, 재활측 팔의 운동 경로데이터 및 속도데이터를 획득하여 분석한 결과에 따라 재활정도 및 재활상태를 판단하도록 하는데 그 목적이 있다.본 발명의 목적은 생체신호측정슈트에 장착된 각 근전도센서, 심전도센서, 심음센서, 피부온도센서로부터 획
