KR100664183B1 - System and method for managing schedule of work-out using mobile communication terminal - Google Patents

Abstract

The present invention relates to an exercise schedule management system and method using a mobile communication terminal. Conventionally, a pedometer and a pedometer embedded in a mobile communication terminal measure an exercise amount by predicting a user's movement using a shock sensor, thereby measuring reliability in an exercise amount. Since the fall and can not calculate the calorie consumption proportional to the actual amount of exercise, the user has a problem that fails to manage the amount of exercise according to food intake. In view of the above problems, the present invention provides a running sport terminal that measures and displays the physical condition and movement of the user to manage the exercise amount data, and synchronizes with a computer to provide the exercise amount data; It consists of a computer that syncs data with running sports terminals to receive and store exercise data, and displays exercise data as a graph to display the amount of exercise performed by a predetermined time, to measure the user's physical condition, calculate distance, speed, and movement according to movement. There is an effect of managing the exercise amount data and providing an exercise schedule based on the measured exercise amount data.

Description

Exercise schedule management system and method using mobile communication terminal {SYSTEM AND METHOD FOR MANAGING SCHEDULE OF WORK-OUT USING MOBILE COMMUNICATION TERMINAL}

1 is an exemplary view showing the configuration of an exercise schedule management system using a mobile communication terminal according to an embodiment of the present invention.

2 is a block diagram showing a detailed configuration of the exercise schedule management system of FIG.

3 is a flowchart illustrating an operation of setting an exercise target value in an exercise schedule management method according to an exemplary embodiment of the present invention.

4 is a flowchart illustrating an operation of inputting exercise amount data in an exercise schedule management method according to an exemplary embodiment of the present invention.

FIG. 5 is a flowchart illustrating an operation of outputting measurement data to a screen at the start of a running in the exercise schedule management method according to an exemplary embodiment of the present invention. FIG.

FIG. 6 is an exemplary view showing a measurement data output screen of FIG. 5 and a moving copper map display screen; FIG.

7 is a flowchart illustrating an operation of playing music at the start of a running in the exercise schedule management method according to an exemplary embodiment of the present invention.

8 is a flowchart illustrating an operation of displaying an exercise amount on a screen in an exercise schedule management method according to an exemplary embodiment of the present invention.

9 is an exemplary view showing the exercise amount display screen of FIG.

10 is a flowchart illustrating an operation of accessing a running sports terminal from a computer, downloading an exercise amount data, and displaying the exercise amount data on a screen in a method of managing an exercise schedule according to an exemplary embodiment of the present invention.

** Description of the symbols for the main parts of the drawings **

10: headset 20: running sports terminal

30: Exercise Music Service Center 40: Computer

The present invention relates to an exercise schedule management system and method using a mobile communication terminal, and more particularly, to an exercise schedule management system and method using a mobile communication terminal that enables a user to measure and display an exercise amount performed during a running time and to manage an exercise schedule. It is about.

The pedometer counts and displays the number of impacts applied when a person walks or runs after being attached to a person's body, and the user checks the amount of exercise by looking at the count number. The pedometer is equipped with a shock sensor to measure the degree of impact applied to the pedometer and to count the number of impacts compared to the impact threshold generated when walking or running.

Conventional mobile communication terminals have a built-in pedometer to count and display the number of impacts caused by the movement when the user moves, calculate the amount of exercise proportional to the number of counts and display the calories consumed. The user determines the next exercise amount by adjusting the exercise schedule with reference to the exercise amount and calorie consumption.

However, in the prior art as described above, the pedometer, the pedometer embedded in the mobile communication terminal measures the amount of exercise by predicting the user's movement using a shock sensor, so the amount of exercise is less reliable and calorie consumption proportional to the actual amount of exercise Since it does not calculate the user has a problem that fails to manage the amount of exercise according to food intake.

In addition, the pedometer embedded in the pedometer and mobile communication terminal counts the number of shocks applied by the movement and calculates the amount of exercise by counting the number of shocks without considering the different physical conditions for each user. There is a problem that does not provide a proper exercise schedule.

Accordingly, the present invention has been made in view of the above problems, and measures the physical condition of the user, calculates distance, speed, and movement according to movement, manages exercise amount data, and provides an exercise schedule based on the measured exercise amount data. It is an object of the present invention to provide an exercise schedule management system and method using a mobile communication terminal to enable a user to achieve a target exercise amount.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described.
It should be noted that in the following description, only parts necessary for understanding the operation and operation according to the present invention will be described, and descriptions of other parts will be omitted so as not to distract from the gist of the present invention.
In the following description, specific details of an exercise schedule management system and method using the mobile communication terminal of the present invention are shown to provide a more general understanding of the present invention. It will be apparent to one of ordinary skill in the art that the present invention may be readily practiced without these specific details and also by their modifications.
In the following description, the running sports terminal and the computer communicate with each other by wire / wireless communication. In the following, it should be recognized that the data sink is wired / wireless communication.
According to an aspect of the present invention, there is provided a running sport terminal configured to measure and display a user's physical condition and movement to manage exercise data, and synchronize data with a computer to provide exercise data; And a computer that syncs data with the running sports terminal to receive and store the exercise data and display the exercise data as a graph to display the exercise amount for each predetermined time.

The method may further include setting an exercise target value in consideration of a user's physical condition and an exercise pattern in a running sport terminal; Determining movement of the user and inputting exercise amount data for a running time; Determining that the user starts running and outputting measurement data of the user's physical state and movement on the screen when the user starts running; Determining a music setting mode when the user starts running and playing the music according to the mode; Displaying the exercise amount stored for each predetermined time on the screen when the user selects the exercise amount display; Accessing the running sports terminal from a computer is characterized in that it comprises a step of downloading the exercise data to display on the screen.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary view showing the configuration of an exercise schedule management system using a mobile communication terminal according to an embodiment of the present invention.

The headset 10 is connected to the running sports terminal 20 by a Bluetooth communication and a wired cable, and receives and outputs audio of an MP3 and a radio reproduced by the running sports terminal 20.

The running sports terminal 20 is designed to be lightweight and compact and attached to the user's arm and is strong in activity, and measures the user's physical condition and movement, and includes an audio playback function in a communication function.

The running sports terminal 20 is connected to the computer 40 by USB and transmits the exercise data to the computer 40 by data synchronization, and downloads a music file to be played when the user starts running from the exercise music service center 30. Provide streaming services.

FIG. 2 is a block diagram illustrating a detailed configuration of the exercise schedule management system of FIG. 1. As shown in FIG. 1, the exercise data is measured and displayed by measuring a user's physical condition and movement, and music is selected for exercise intensity during a running time. A running sports terminal 20 for reproducing and synchronizing with the computer 40 to provide exercise data; A headset 10 connected to the running sports terminal by a Bluetooth communication and a wired cable and receiving and outputting audio of an MP3 and a radio played by the running sports terminal 20; When the streaming service request from the running sports terminal 20, the sports music service center 30 that determines the music streaming target in consideration of the user's exercise pattern / music taste, the weather and transmits the selected audio file to the running sports terminal 20 and ; The computer 40 is configured to synchronize with the running sports terminal 20 to receive and store exercise data, and to display the distance, speed, time, etc. of the exercise data in a graph to display the amount of exercise performed daily, weekly or monthly.

The running sports terminal 20 manages and displays exercise amount data by measuring a user's physical condition and movement, selects and plays music about exercise intensity during a running time, and synchronizes data with the computer 40 to provide exercise amount data. .

The running sports terminal 20 includes a heart rate measuring device 22a for measuring a heart rate of a user; A motion measuring device 21 for measuring distance, speed, and moving lines by measuring acceleration and position according to a user's movement; A measurement start indicating unit 22 which determines a running time point with reference to the user's physical state and movement to indicate storage of exercise amount data; A body fat analyzer (23a) for measuring a body fat index of the user; An exercise amount data storage unit 23 for storing exercise amount data including a change in the physical state of the user, a distance, a speed, and a moving line with respect to the user; A data display unit 24 for displaying an exercise amount for each time and displaying a moving line on a map; A music selection unit 25 for selecting music according to the exercise intensity with reference to the exercise amount data; An audio player 25a for playing the selected music; An audio file storage unit 25b which provides an audio file requested by the music selection unit 25 and downloads and stores the audio file from the sports music service center 30; And a data sink 23b that syncs data with the computer 40 to provide momentum data.

The heart rate monitor 22a calculates a pulse by measuring the heart rate of the user, and the acceleration sensor 21a is in close contact with the user's body to measure the acceleration corresponding to the local movement according to the user's movement, and the position measurer 21b ) Receives the GPS signal and measures the user position.

The motion detector 21 calculates a distance, a speed, and a moving line using the measured acceleration and the user position. Distance is calculated from the user's location, speed is calculated from the measurement time and acceleration, and copper wire is calculated from the measurement time and user's location.

The measurement start instruction unit 22 determines the running time point with reference to the user's physical state and movement to instruct the storage of the exercise amount data. The user's physical state refers to the measured user's pulse, and the user's movement refers to the acceleration and velocity. The measurement start instructor 22 compares the user's body state, the body state of the user when running with the movement, and the threshold value of the movement to determine a running time point and instructs the storage of the exercise amount data.

The body fat analyzer 23a measures the body fat index of the user and provides the user's body state information.

The exercise amount data storage unit 23 stores the exercise amount data including a measurement time and including a change in the physical state of the user, a distance, a speed, and a moving line of the user. The exercise amount data storage unit 23 calculates and stores calories burned according to the movement in consideration of the user's physical state using the measured exercise amount data.

The data display unit 24 displays the amount of exercise for each day, week, and month, and displays a moving line on the map. The data display unit 24 displays the distance, speed, and amount of motion measured in real time from the time of running and compares and displays the amount of exercise performed against the target amount of exercise with the gauge bar.

The music selection unit 25 determines the exercise intensity with reference to the exercise amount data and selects music. The music selection unit 25 selects the music to be played according to the exercise intensity, the weather season, and the setting of the streaming service with reference to the music selection settings.

The audio file storage unit 25b provides the audio file requested by the music selection unit 25 and downloads and stores the audio file from the sports music service center 30 when the streaming service request is made.

The audio player 25a plays back the selected music, and the data sink 23b synchronizes with the computer 40 to provide momentum data.

The exercise music service center 30 determines a music streaming target in consideration of a user's exercise pattern / music taste and weather when the streaming service request from the running sports terminal 20 and transmits the selected audio file to the running sports terminal 20. . At this time, the athletic music service center 30 receives the location information of the user and provides the weather information and traffic / environment information of the moving route along with the streaming service.

The computer 40 syncs the data with the running sports terminal 20 to receive and store the exercise data, and displays the distance, speed, time, etc. of the exercise data in graphs to display the amount of exercise performed daily, weekly, and monthly.

The computer 40 synchronizes with the running sports terminal 20 to receive and store the exercise amount data, inputs the obesity degree and the body state of the user, sets the target body state, determines the exercise schedule, sets the target exercise amount, and executes the running sport terminal. An exercise amount data management unit 40 provided to the; And a data display unit 42 which displays the exercise amount data in a graph and compares and displays the target exercise amount relative to the exercise amount.

The exercise amount data management unit 40 receives the exercise amount data from the running sport terminal 20, sets a target body state in consideration of the obesity degree and the body state input by the user, and determines an exercise schedule to determine the daily target exercise amount of the running sport terminal ( 20).

The data display unit 42 displays the amount of exercise data in terms of daily, weekly, and monthly time / distance, speed, and time, and compares and displays the target amount of exercise.

3 is a flowchart illustrating an operation of setting an exercise target value in an exercise schedule management method according to an exemplary embodiment of the present invention. As shown in FIG. 3, an obesity degree of a user is calculated using body fat information measured by a body fat analyzer in a running sports terminal. Receiving and storing physical state information such as weight, height, age, and gender from a user; Measuring the user's fitness by combining exercise amount data and input body state information measured during a user's running time, and receiving a target body state from the user; Outputting an exercise schedule for reaching a target physical condition and calculating and setting a daily target exercise amount according to the exercise schedule selected by the user.

Suppose a user measures a body fat using a body fat analyzer of a running sports terminal and inputs a body state to set an exercise target value.

The running sports terminal calculates the obesity degree of the user with the body fat information measured by the body fat analyzer and stores body state information such as weight, height, age, and gender from the user.

The running sports terminal measures the user's fitness by combining the exercise amount data and the input body state information measured during the running time of the user, and receives a target body state from the user.

The running sports terminal outputs an exercise schedule for reaching the target body state and calculates a daily target exercise amount according to the exercise schedule selected by the user. The running sports terminal adjusts and sets a target exercise amount in consideration of exercise intensity.

FIG. 4 is a flowchart illustrating an operation of inputting exercise data in an exercise schedule management method according to an exemplary embodiment of the present invention. As shown in FIG. 4, a user's pulse is measured in a running sports terminal and the user's movement is measured using acceleration / speed information. Determining the running time and determining the storage of the exercise amount data by comparing the user's physical condition, the user's physical condition and the threshold of the motion when running with the measured value; Calculating a pulse by measuring a user's heartbeat, measuring a user's location by receiving a GPS signal, and calculating a distance and a speed by measuring an acceleration corresponding to a local movement according to a user's movement by an acceleration sensor; Determining and storing a moving line on the map with reference to the measurement time and the user location; It stores the momentum data including measurement time, user's physical condition change, distance to movement, speed, and movement line, and calculates calories burned according to the user's physical condition using the measured exercise data. It consists of steps.

The running sports terminal measures the user's pulse and measures the user's movement with acceleration / speed information to determine the running time by comparing the user's physical condition, the user's physical condition when running and the threshold, and the threshold of the exercise data. Decide on storage.

The running sports terminal calculates the pulse by measuring the user's heart rate, receives the GPS signal, measures the user's location, and calculates the distance and speed by measuring the acceleration corresponding to the local movement according to the user's movement by the acceleration sensor. do.

The running sports terminal determines and stores the moving line on the map with reference to the measurement time and the user location.

The running sports terminal stores exercise data including measurement time and changes in the user's physical condition, distance, speed, and movement of the user, and burns calories according to the movement in consideration of the user's physical condition using the measured exercise data. Calculate and save.

FIG. 5 is a flowchart illustrating an operation of outputting measurement data on a screen at the start of running in a method of managing exercise schedules according to an embodiment of the present invention. As shown in FIG. Switching to the start screen to display an elapsed running time, a moving distance, and a speed, and to compare and display the amount of exercise performed against the target exercise amount with a gauge bar; When the user selects the moving copper map display, the step of displaying the moving copper wire measured by the user in real time from the time of running is displayed on the map.

The running sports terminal determines the running time of the user, and if true, switches to the running start screen to display the elapsed running time, the moving distance and the speed, and to compare and display the amount of exercise performed against the target exercise amount with the gauge bar.

When the running sports terminal selects the moving copper map display of the user, the running sports terminal displays the moving copper line measured by the user in real time from the running point on the map.

FIG. 6 is an exemplary view illustrating a measurement data output screen and a moving copper map display screen of FIG. 5.

The measurement data output screen displays the elapsed running time, distance traveled, speed and heart rate, compares the amount of exercise performed against the target exercise with the gauge bar, displays the number of calories burned in proportion to the amount of exercise performed, and displays the moving map display. The moving line measured by the user measured in real time from the running point is displayed on the map.

FIG. 7 is a flowchart illustrating an operation of playing music at the start of running in the exercise schedule management method according to an exemplary embodiment of the present invention. As shown in FIG. Selecting music to be played according to exercise intensity, weather season, and setting of a streaming service; Determining the exercise intensity and selecting music by referring to the exercise amount data if the music selection function is the exercise intensity; Receiving weather seasonal information from a sports music service center and selecting music from weather seasonal music stored by the user if the weather is seasonal; Requesting a streaming service from an athletic music service center to download and select an audio file if the streaming service is a streaming service; Playback of the selected music is output to the headset.

The running sports terminal selects music to be played according to the exercise intensity, the weather season, and the setting of the streaming service with reference to the music selection selection when the user starts running.

If the music selection setting is the exercise intensity, the running sports terminal determines the exercise intensity and selects the music by referring to the exercise data, and if the weather is seasonal, receives the weather season information from the sports music service center and the music from the weather seasonal music stored by the user. If the streaming service, and if the streaming service to the sports music service center to request a streaming service to download and select the audio file. The running sports terminal plays the selected music and outputs it to the headset.

Running sports terminal provides user's exercise pattern / music taste and location information to exercise music service center when providing streaming service, along with streaming service considering the information provided from exercise music service center, along with weather information and transportation / environment of travel route. Provide information.

FIG. 8 is a flowchart illustrating an operation of displaying an exercise amount on a screen in an exercise schedule management method according to an embodiment of the present invention. As shown in FIG. Displaying a trend of the amount of exercise over time by comparing and displaying a target amount of exercise with respect to the amount of exercise, and displaying a distance, speed, and time as a graph; The method may include displaying calorie consumption in proportion to a physical condition change and an exercise amount, and displaying a change in the user's physical fitness by comparing past and present exercise amount data.

The running sports terminal compares the target exercise amount to the exercise amount for each day, week, and month when selecting the display of the exercise amount screen, and displays the change in the exercise amount over time by displaying a distance, a speed, and a graph as a graph.

The running sports terminal displays the calorie consumption in proportion to the change in the physical condition and the amount of exercise, and displays the change in the user's fitness by comparing the current amount of exercise data.

9 is an exemplary view illustrating the exercise amount display screen of FIG. 8.

The exercise amount display screen displays the moon to select a predetermined date and to display the distance run over time in the exercise amount data recorded on the date selected by the user.

FIG. 10 is a flowchart illustrating an operation of accessing a running sport terminal from a computer, downloading an exercise data, and displaying the exercise data on a screen in the method of managing an exercise schedule according to an embodiment of the present invention. Synchronizing data to receive momentum data; The amount of exercise data is displayed in a graph of daily, weekly, and monthly time / distance, speed, and time, and the target exercise amount is compared and displayed.

The computer syncs the data with the running sports terminal to receive the exercise data, and displays the exercise data as a graph of daily, weekly and monthly time / distance, speed, and time to compare the target exercise amount with the exercise amount.

In addition, the computer sets the target body state in consideration of the obesity degree and the body state input by the user, determines the exercise schedule, and sets the daily target exercise amount in the running sports terminal. The running sports terminal displays the target exercise amount at the user's running time and compares and displays the exercise amount compared to the target exercise amount.

As described above in detail, the present invention measures the physical condition of the user, calculates the distance, speed, and movement according to the movement, manages the exercise amount data, and provides the exercise schedule based on the measured exercise amount data. In order to check the target exercise amount and reach the target exercise amount, it is effective to set a daily exercise plan and distribute the time.

In addition, by determining the running time of the user and displaying the amount of exercise data such as the user's physical condition, distance traveled, speed, movement, calories burned, etc., the user checks the amount of exercise data to adjust exercise intensity and take into account physical fatigue. It is effective to adjust the exercise time.

In addition, by providing a music service considering the exercise intensity, environmental information, and flying information, the user can listen to music according to his / her taste during the running time and adjust the exercise plan by modifying the travel time / path according to the weather change. .

Claims (18)

A running sports terminal configured to measure and display exercise amount data by measuring a user's physical state and movement, display movement lines on a map, and synchronize the data with a computer by wire or wirelessly to provide exercise amount data; And a computer configured to receive and store the exercise data by data syncing with the running sports terminal in a wired or wireless manner, and to display the exercise data in a graph to display the exercise amount for each predetermined period. Workout Schedule Management System. According to claim 1, Running sport terminal for selecting and playing music for the exercise intensity during the running time; A mobile communication service comprising a sports music service center configured to determine a music streaming target in consideration of a user's exercise pattern / music taste and weather when the streaming service is requested from a running sports terminal and to transmit the selected audio file to the running sports terminal. Exercise schedule management system using a terminal. The mobile terminal of claim 2, wherein the running sports terminal comprises a headset connected to the running sports terminal by a Bluetooth communication and a wired cable and receiving and outputting audio of an MP3 and a radio played in the running sports terminal. Exercise schedule management system using a communication terminal. According to claim 1, wherein the running sports terminal A body state measuring unit measuring body state and movement of the user; A measurement start indicating unit which determines a running time point with reference to a user's physical state and movement to indicate storage of exercise amount data; An exercise amount data storage unit for storing exercise amount data including a change in the physical state of the user, a distance, a speed, and a moving line with respect to the user; An exercise schedule management system using a mobile communication terminal, characterized by comprising a data display unit for displaying the amount of exercise on a daily, weekly, monthly basis and displaying the moving line on a map. The method of claim 4, wherein the physical state measuring unit A heart rate meter for measuring a heart rate of the user; A body fat analyzer for measuring a body fat index of a user; Exercise schedule management system using a mobile communication terminal, characterized in that consisting of a motion measuring device for calculating the distance, speed, movement line by measuring the acceleration, the position according to the movement of the user. The terminal of claim 4, wherein the running sports terminal A music selection unit for selecting music according to the exercise intensity with reference to the exercise amount data; Exercise schedule management system using a mobile communication terminal, characterized in that it comprises an audio player for playing the selected music. The method of claim 6, wherein the running sports terminal And an audio file storage unit for providing the audio file requested by the music selection unit and downloading and storing the audio file from the exercise music service center. The terminal of claim 4, wherein the running sports terminal Exercise schedule management system using a mobile communication terminal, characterized in that it comprises a data sink to provide a momentum data by data synchronization with a computer wired or wireless. The computer system of claim 1, wherein the computer synchronizes data with the running sports terminal in a wired or wireless manner to receive and store exercise data, input an obesity degree and a physical state of a user, set a target physical state, and determine an exercise schedule to determine a target exercise amount. An exercise amount data management unit which is set and provided to a running sports terminal; An exercise schedule management system using a mobile communication terminal, characterized in that the data display unit for displaying the exercise data in comparison with the exercise amount compared to the target exercise amount. Setting an exercise target value in consideration of a user's physical condition and an exercise pattern in a running sport terminal; Determining movement of the user and inputting exercise amount data for a running time; Determining that the user starts running and outputting measurement data of the user's physical state and movement on the screen when the user starts running; Determining a music setting mode when the user starts running and playing the music according to the mode; Displaying the exercise amount stored for each predetermined time on the screen when the user selects the exercise amount display; A method of managing an exercise schedule using a mobile communication terminal, comprising: accessing a running sport terminal from a computer, downloading exercise amount data, and displaying the exercise amount data on a screen; The method of claim 10, wherein the setting of the exercise target value of the running sports terminal Calculating an obesity degree of the user with body fat information measured by the body fat analyzer, and receiving and storing body state information such as weight, height, age, and gender from the user; Measuring the user's fitness by combining exercise amount data and input body state information measured during a user's running time, and receiving a target body state from the user; And outputting an exercise schedule for reaching a target physical condition and calculating and setting a daily target exercise amount according to the exercise schedule selected by the user. The method of claim 11, wherein the daily target exercise amount is set by adjusting a target exercise amount in consideration of an exercise intensity input by a user. The method of claim 10, wherein the inputting the exercise amount data of the running sports terminal It measures the user's pulse and measures the user's movement with acceleration / velocity information, and compares the user's physical condition, the user's physical condition when running with the motion, and the threshold of the motion to determine the timing of running and to store the amount of exercise data. Steps; The pulse rate is calculated by measuring the heart rate of the user, the GPS signal is received to measure the user's position through the position measuring device, and the acceleration sensor measures the acceleration corresponding to the local movement according to the user's movement to calculate the distance and speed. Making a step; Determining and storing a moving line on the map with reference to the measurement time and the user location; It stores the momentum data including measurement time, user's physical condition change, distance to movement, speed, and movement line, and calculates calories burned according to the user's physical condition using the measured exercise data. Exercise schedule management method using a mobile communication terminal, characterized in that consisting of. The method of claim 10, wherein the outputting the measurement data of the running sports terminal to the screen Determining the running time of the user and, if true, switching to a running start screen to display an elapsed running time, a moving distance, and a speed, and to compare and display the amount of exercise performed against the target exercise amount with a gauge bar; And displaying a moving line measured by the user on a map measured in real time from the time of running when the user displays the moving line map display. The method of claim 10, wherein the music playing step of the running sports terminal is Selecting the music to be played according to the exercise intensity, the weather season, and the setting of the streaming service by referring to the music selection music setting when the user starts running; Determining the exercise intensity and selecting music by referring to the exercise amount data if the music selection function is the exercise intensity; Receiving weather seasonal information from a sports music service center and selecting music from weather seasonal music stored by the user if the weather is seasonal; Requesting a streaming service from an athletic music service center to download and select an audio file if the streaming service is a streaming service; A method of managing an exercise schedule using a mobile communication terminal, characterized by comprising the steps of playing the selected music to output to the headset. The method of claim 10, wherein the displaying of the exercise amount screen of the running sports terminal Displaying a movement amount change over time by comparing the target exercise amount to the exercise amount for each day, week, and month time when selecting the display of the exercise amount screen, and displaying distance, speed, and time as a graph; And displaying a calorie consumption proportional to a physical condition change and an exercise amount, and displaying a change in physical fitness of the user by comparing past and present exercise amount data. The method of claim 10, wherein displaying the exercise data screen of the computer Receiving the exercise amount data by synchronizing data with the running sports terminal by wire or wirelessly; The exercise schedule management method using the mobile communication terminal, characterized in that the step of comparing the target exercise amount to the exercise amount by graphing the exercise amount data by day, week, month hourly / distance, speed, time. 18. The method of claim 17, wherein the setting of the target exercise amount of the computer Setting a target body state in consideration of an obesity degree input by a user and a body state; Determining a workout schedule corresponding to the set target physical condition and setting a daily target workout amount to the running sports terminal.

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