Athlete management apparatus for managing state of athlete in conjunction with protector worn by athlete, athlete management system, and athlete management method using same

A method for managing a player with a wearable guard including a sensor sensing vital information of the player to allow an apparatus for managing a player to calculate an injury risk of the player to thereby manage a condition of the player, the method comprising:

• receiving the vital information from the wearable guard;
• receiving environment information including at least one of humidity, temperature, a wind volume, a wind direction, altitude, and geological features of a stadium, a grass state of the stadium, and a position and a motion of a ball from an external terminal;
• calculating the injury risk using pre-stored vital recovering ability data and the vital information;
• and
• transmitting the injury risk to the wearable guard,
• wherein in the calculating of the injury risk,
• the injury risk of the player is calculated by integrating the vital information, the pre-stored vital recovering ability data of the player, and the environment information.

A system for managing a condition of a player, the system comprising:

• a wearable guard configured to be worn by the player;
• and
• an apparatus configured to calculate an injury risk of the player,
• wherein the wearable guard comprises:
• a sensor configured to be attached to a body of the player to sense vital information of the player, wherein the apparatus comprises:
• a vital recovering ability data storage unit storing vital recovering ability data of the player;
• a vital information acquisition unit configured to receive the vital information of the player from the wearable guard;
• an environment information acquisition unit configured to receive environment information from at least one external terminal, the environment information including at least one of humidity, temperature, a wind volume, a wind direction, altitude, latitude, geological features, a ground, and grass of a stadium, an inclined ball rebound, a vertical ball rebound, a ball rolling distance and speed, a size of grass, a moisture state of grass, a position, rotation, strength, an elastic force, a pressure, and a gravitational acceleration of a ball, spinning of the ball, a speed of the player and the ball, a bound, a straight, and a ground from an external terminal;
• and
• an injury risk extraction unit configured to use the vital information, the environment information, and the vital recovering ability data to extract the injury risk of the player.