An interactive sports management system that combines human physiological information and sports information, the interactive, sports management system comprising:
- a user module having a physiological information collector and a first microcontroller and a first wireless communicator, wherein the physiological information collector and the first wireless communicator are respectively coupled to the first microcontroller such that the first microcontroller respectively controls the physiological information collector and the first wireless communicator, wherein said user module is disposed in a wearable device adapted to be worn by a user, wherein the physiological information collector senses physiological information of the user and transmits the physiological information and a built-in user identifier to the first microcontroller, the first microcontroller transmits the user identifier and the physiological information to the first wireless communicator, wherein the first wireless communicator transmits the user identifier and the physiological information;
- an exercise module having a second microcontroller and a second wireless communicator and a sports information collector and a first display and a first operating unit and a second operating unit, wherein the second wireless communicator and the sports information collector and the first display and the first operating unit and the second operating unit are respectively coupled to the second microcontroller such that the second microcontroller respectively controls the second wireless communicator and the sports information collector and the first display, wherein the sports information collector collects sports information from a fitness equipment and transmits the sports information to the second microcontroller, the second microcontroller having an exercise identifier;
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- a management module having a third microcontroller and a third wireless communicator and a storage, wherein the third microcontroller is coupled to the third wireless communicator and the storage such that the third microcontroller controls the third wireless communicator, the third wireless communicator receives the user identifier and the physiological information and the sports information and the exercise identifier, wherein the second wireless communicator receives the user identifier and the physiological identifier information and management information transmitted by said management module, the second wireless communicator transmitting the user identifier and the physiological information and the sports information and the exercise identifier to the management module, wherein the first display displays a status of the item of fitness equipment, wherein the first operating unit has a control loop that transmits a control instruction to the second microcontroller so as to control said exercise module in order to receive the physiological information transmitted by said user module, wherein the second operating unit has another control loop that transmits a control instruction to the second microcontroller so as to control said exercise module in order to interrupt receipt of the physiological information transmitted by said user module, wherein the third wireless communicator receives the user identifier and the physiological information and the sports information and the exercise identifier and transmits the management information so as to allow the user to determine whether the item of fitness equipment or a strength should be adjusted, wherein the third microcontroller processes the user identifier and the physiological information and the sports information and the exercise identifier, wherein the user identifier and the physiological information and the sports information and the exercise identifier are stored in the storage.