Electromagnetic filed output system through shoe including electromagnetic field vibration device

An electromagnetic field output system through a shoe including an electromagnetic field vibration device which outputs an electromagnetic field onto a foot of a pedestrian through a shoe including an electromagnetic field vibration device, the electromagnetic field output system comprising:

• a pedestrian terminal used by a pedestrian wearing a shoe;
• and
• the shoe connected to the pedestrian terminal through a network,
• wherein the shoe includes:
• a shoe body;
• a sole provided below the shoe body;
• a battery module provided on the sole and configured to supply DC power;
• an electromagnetic field vibration device provided on the sole and connected to the battery module through a cable;
• a sensing module provided on the sole and connected to the battery module through a cable;
• and
• a switch module connected to the electromagnetic field vibration device through a cable and configured to control the electromagnetic field vibration device to be turned on or off,
• wherein, while the pedestrian wearing the shoe walks, the sensing module calculates a walking pattern of the pedestrian based on sensing data transmitted from the shoe,
• the electromagnetic field vibration device includes a plurality of coils and a control unit configured to control the plurality of coils, and the control unit drives the plurality of coils in different manners according to the calculated walking pattern,
• the control unit is connected to a pedestrian terminal used by the pedestrian through a network by using a provided communication module and transmits operation information indicating an operation state of the plurality of coils to the pedestrian terminal in real time,
• the electromagnetic field vibration device is disposed to overlap a narrowest portion of a middle portion of the sole,
• the electromagnetic field vibration device is divided into a front area, a rear area, an inner area, and an outer area in a plane view, each divided area includes a first sub-area which is an area close to a center and a second sub-area which is an area far from the center, and
• the coils are uniformly provided in the sub-areas of each area of the electromagnetic field vibration device.