Abstract: The present invention provides a technology relating to a bio-signal measurement band which may prevent intrusion of foreign matter from the outside and reduce interference from external electromagnetic waves. Since intrusion of foreign matter from the outside is prevented, there is an advantage in that damage and deformation occurring within the bio-signal measurement band is prevented and thus the accuracy of measured bio-signals may be improved. In addition, since the bio-signal measurement band has a structure in which the bio-signal measurement band is shielded except the electrode thereof, there is an advantage in that the problem of a reduction of accuracy due to external electromagnetic waves is solved and thus bio-signals may be measured with improved accuracy.

Abstract: Disclosed is an exercise guidance system using an electromyography sensor, the system including: a control server receiving exercise information by working in conjunction with a monitoring module, in which an exercise guidance application is installed, over a wired/wireless communication network, the control server providing analysis information on user's exercise; and a signal processing module receiving detection signals from multiple electromyography sensors attached on a user body, calculating muscle activity by analyzing the detection signals, and providing a result of the calculation to the monitoring module. According to the embodiment, the cost burden of personal training is reduced, and the monotony of exercising along is reduced. Also, there is no limitation of place and time because exercise is possible anywhere.