JP4199745B2 - Exercise guidance system - Google Patents

Description

This invention relates to motion of the user to exercise instruction system for remotely guidance by providing a user by using a communication network to the mobile communication terminal possessed motion scenarios from the management device.

  In recent years, as a system for supporting a user's exercise at home, a system for remotely instructing exercise using a communication network has been proposed. For example, a wireless sensor device is mounted on each part of the user's body, and measurement data of these wireless sensor devices are received by a wristwatch terminal mounted on the user's arm, and then the user's personal computer (user PC). Forward to. The user PC can connect to the server via the Internet, and downloads the secondary processing program from the server library. Then, according to the secondary processing program, secondary processing data such as exercise intensity, calorie consumption, burned fat amount, etc. is generated based on the measurement data of the wireless sensor device, and the generated data is displayed on the wristwatch terminal. (For example, see Patent Document 1).

JP 2003-175139 A (FIG. 1)

  However, in the above-described conventional exercise support system, a uniform exercise program is prepared regardless of the user's physical condition and demands, so it is necessary to perform an optimal exercise taking into account the user's exercise ability and physical condition. Was difficult. In addition, the user can grasp his / her own biological data and calorie consumption during exercise, but the user himself / herself must decide whether or not to change the content of the exercise based on these data. Don't be. For this reason, excessive or insufficient exercise is likely to occur, and in some cases there is a risk of causing a sudden change in physical condition or failure, which is extremely undesirable.

The present invention has been made paying attention to the above circumstances, and the purpose of the present invention is always optimal in accordance with the user's own profile, physical condition, purpose of exercise, etc. The purpose is to provide an exercise guidance system that can exercise according to an exercise scenario.

In order to achieve the above object, according to one aspect of the present invention, a user is provided with a sensor unit including an inclination sensor and a portable communication terminal for detecting biometric data including the inclination . On the other hand, the management device is provided with means for creating an exercise scenario, receives the personal data of the user, the biological data, and the data representing the purpose of the exercise from the mobile communication terminal via the communication network, stores them, and stores the stored use Personal data, biological data, and data representing the purpose of exercise are analyzed, and a first exercise scenario suitable for the user including information on the exercise posture is created based on the analysis result. Then, the first motion scenario created with distributed to the mobile communication terminal, and presents to the user. At the same time, the management device receives the biological data of the user who is exercising transmitted from the mobile communication terminal, detects the inclination data included in the received biological data, and the created first exercise scenario. The user's fall is detected based on the information regarding the exercise posture included in the pose so that the exercise performed by the user lying down is not determined to fall. When a fall of the user is detected, an inquiry message for confirming the safety of the user is transmitted to the portable communication terminal, and a response is received from the portable communication terminal within a predetermined time for the transmission of the inquiry message. If not received, position data representing the current position of the mobile communication terminal is acquired, and relief processing for the user is executed based on the acquired position data .

Therefore, according to the present invention, the management device analyzes the personal data of the user, the biological data, and the data representing the purpose of the exercise, and creates a first exercise scenario suitable for the user based on the analysis result, It is distributed to mobile communication terminals owned by users. The exercise scenario is constituted by data representing the content, sequence, and time of the exercise, for example. For this reason, the user can exercise at any place such as home, park, or road according to an optimal exercise scenario reflecting his / her own personal data, biometric data, and his / her purpose of exercise. That is, the user can perform an appropriate exercise as if he / she is receiving guidance from a trainer at a gym or fitness club without selecting a place.
In addition, when a user's fall is detected based on the inclination detection data included in the biological data of the user during exercise, the safety of the user is confirmed to the mobile communication terminal when the user's fall is detected. An inquiry message is sent to Then, when no response is received from the mobile communication terminal within a predetermined time for the transmission of the inquiry message, position data representing the current position of the mobile communication terminal is acquired, and the use is performed based on the acquired position data. Relief processing for the person is executed. Therefore, when a user falls during exercise, safety confirmation is automatically performed for the user. For this reason, it is possible to quickly confirm the user's state, and it is possible to take a prompt action when there is no response.
In addition, when detecting the user's fall, not only the user's inclination detection data but also information on the exercise posture included in the first exercise scenario created in advance is used. For this reason, when the exercise scenario performed by the user lying down, such as gymnastics such as yoga, is delivered, there is no problem that the posture at this time is erroneously determined as “falling”.

In addition, the present invention acquires the user's biometric data from the sensor unit during a period in which the user is exercising according to the first exercise scenario that has been distributed, and the acquired exercising user's Based on the biological data and the analysis result, the first exercise scenario is corrected to create a second exercise scenario. The second exercise scenario thus created is distributed from the management device to the mobile communication terminal, and the distributed second exercise scenario is presented to the user instead of the first exercise scenario. To do.
Therefore, if the user's biometric data changes during exercise, the exercise scenario is adaptively corrected according to this change. For this reason, even during exercise, the user can exercise according to an optimal exercise scenario corresponding to his / her physical condition change that constantly changes. For this reason, the user can exercise safely with no excess or deficiency in consideration of changes in physical condition during exercise.

Furthermore, when presenting an exercise scenario in a mobile communication terminal, the present invention converts character data representing instruction content included in the exercise scenario distributed from the management device into speech, and converts the converted speech to the mobile communication terminal. It is also characterized by a loudspeaking output from at least one of the built-in speaker or the external speaker.
Therefore, the user can confirm the instruction content of the exercise by the voice message without visually recognizing the character data displayed on the display of the mobile communication terminal.

Furthermore, the present invention stores a plurality of music data having different tones in the mobile communication terminal, determines the contents of the exercise scenario delivered from the management device when presenting the exercise scenario, and determines the determined contents. Music data having a corresponding tone is selected from the stored music data. Then, the sound based on the selected music data is also outputted from at least one of the built-in speaker or the external speaker of the mobile communication terminal.
Therefore, music of tone corresponding to the contents of the exercise scenario is output from the mobile communication terminal during exercise. For this reason, the user can perform exercise rhythmically and happily on music with a tempo that matches the content of the presented exercise scenario.

Further, according to the present invention, when presenting an exercise scenario on a mobile communication terminal, the tempo of the exercise is determined based on the content of the exercise scenario distributed from the management device, and the vibrator is synchronized with the determined tempo. It is also characterized by driving.
Therefore, during the exercise, the mobile communication terminal generates vibration according to the exercise tempo specified by the exercise scenario. For this reason, the user can exercise rhythmically at a tempo that matches the content of the presented exercise scenario even in places where it is restricted or prohibited to produce sound. In addition, since it does not rely on sound, a user who is deaf can exercise according to an exercise scenario like a healthy person.

Further, according to the present invention, in the management device, the position data representing the current position of the mobile communication terminal is acquired, and the environmental forecast data of the area including the current position of the mobile communication terminal is acquired based on the acquired position data. . And it is also characterized by correcting an exercise scenario based on the acquired environmental forecast data.
Therefore, the exercise scenario is corrected based on the environmental forecast data of the place where the user exercises. For example, the exercise scenario is corrected according to changes in the weather, temperature, air volume, and sunlight of the exercise location. For this reason, the user can always exercise according to the optimum scenario according to the environmental condition of each place, regardless of the place selected as the exercise place or when moving while moving.

Further, according to the present invention, in the management device, the biometric data of the user sent from the mobile communication terminal is compared with a threshold value set in advance based on the personal information of the user, and the biometric data as a result of this comparison When the threshold value exceeds the threshold value, an exercise scenario including an exercise stop instruction message is transmitted to the mobile communication terminal. Then, in the mobile communication terminal, when the exercise scenario including the exercise stop instruction message is received from the management device, the exercise stop instruction message included in the received exercise scenario is converted into a voice message. It is also characterized by outputting a voice message from a speaker.
Therefore, even when the user exercises without visually recognizing the display of the mobile communication terminal, the user can surely recognize the exercise stop instruction message by voice, and can thereby reliably stop the exercise. .

  In short, in the present invention, the user is equipped with a sensor unit for detecting the biometric data, has a portable communication terminal, and the management device is provided with means for creating an exercise scenario. Then, personal data of the user, biometric data, and data representing the purpose of exercise are transmitted from the portable communication terminal to the management device via the communication network, and the personal data, biometric data and data of the purpose of the exercise are represented by the management device Based on the analysis result, an exercise scenario suitable for the user is created. The created exercise scenario is distributed to the mobile communication terminal and presented to the user.

Therefore, according to the present invention, there is provided an exercise guidance system in which a user can always exercise according to his / her profile, physical condition, purpose of exercise, etc. according to his / her own profile, physical condition, exercise purpose, etc. without being restricted to the place. can do.

An embodiment of the present invention will be described below with reference to the drawings.
FIG. 1 is a schematic configuration diagram showing an embodiment of an exercise guidance system according to the present invention. The exercise guidance system of this embodiment connects mobile communication terminals MT1 to MTn possessed by a user to user terminals UT1 to UTn installed at the user's home or the like, and further from the user terminals UT1 to UTn. A management apparatus CS installed in a sports club, fitness club, or the like can be connected via a communication network NW. At the same time, the sensor units SU1 to SUn are attached to each user, and the biometric data detected by the sensor units SU1 to SUn is received by the mobile communication terminals MT1 to MTn and used from the mobile communication terminals MT1 to MTn. Transfer to the management device CS via the user terminals UT1 to UTn.

  The communication network NW includes an IP (Internet Protocol) network represented by the Internet and a plurality of access networks for accessing the IP network. As the access network, for example, a DSL (Digital Subscriber Line) or a wired subscriber network using an optical transmission line, a CATV (Cable Television) network, a wireless LAN (Local Area Network) network, a mobile communication network, or a dedicated line network is used. .

  The sensor units SU1 to SUn are formed in a belt shape that can be mounted on, for example, a user's arm or torso, and various sensors are attached to the belt portion. FIG. 2 is a block diagram showing an example of the configuration. That is, the sensor units SU <b> 1 to SUn are composed of the sensor group 10 and the communication circuit 20. The sensor group 10 includes a heart rate sensor 11, a blood pressure sensor 12, a body temperature sensor 13, a sweat sensor 14, a step sensor 15, an acceleration sensor 16, a UV sensor 22, and a weather sensor 23, and a time measuring circuit. 17, a gyro sensor 18 and a GPS (Global Positioning System) receiver 19 are provided.

  The heartbeat sensor 11 detects a user's heartbeat or pulse. The blood pressure sensor 12 detects the blood pressure of the user. The body temperature sensor 13 detects a user's body temperature. The perspiration sensor 14 detects the amount of perspiration of the user. The step count sensor 15 counts the number of steps of the user. The acceleration sensor 16 is used to detect the amount of user movement. The UV sensor 22 detects the intensity of ultraviolet rays. The weather sensor 23 detects data related to the weather such as the outside air temperature, the atmospheric pressure, and the humidity. The gyro sensor 18 detects the inclination of the user's body. The GPS receiver 19 is used to detect the current position of the user. The timer circuit 17 generates a timing signal for designating the detection operation timing for each sensor at a constant time interval.

  The communication circuit 20 collects the detection data obtained by the respective sensors of the sensor group 10 at a certain time interval into biometric data, modulates a radio signal with the biometric data, and transmits it from the antenna 21.

The mobile communication terminals MT1 to MTn are composed of mobile phones, for example, and are configured as follows. FIG. 3 is a block diagram showing the configuration.
That is, the mobile communication terminals MT1 to MTn include a mobile communication antenna 51 and a communication circuit 52. The antenna 51 and the communication circuit 52 are used for wireless communication with a mobile communication base station (not shown) and with the user terminals UT1 to UTn. For example, during a voice call, received voice data received and demodulated by the communication circuit 52 is decoded by the control unit 55 and then input to the voice input / output interface (voice input / output I / F) 56. Then, after being converted into an analog signal by the voice input / output I / F 56 and further amplified, the voice is output as a received voice from the built-in speaker 57. On the other hand, the transmitted voice input to the built-in microphone 58 is converted into a digital signal by the voice input / output I / F 56, then input to the control unit 55, and encoded by the control unit 55. It becomes data. In the communication circuit 52, the radio signal is modulated by the transmission voice data, and the modulated signal is amplified and transmitted from the antenna 51. When the headphone unit 59 is connected, an audio signal is input / output by the headphone unit 59 instead of the built-in speaker 57 and the built-in microphone 58.

  The mobile communication terminals MT1 to MTn include an antenna 53 and a communication circuit 54 for simple communication. The simple communication antenna 53 and the communication circuit 54 are used to receive biometric data transmitted from the sensor units SU1 to SUn. As the wireless communication method, for example, a short-range wireless data communication method such as BT (BlueTooth) (registered trademark) is used. In addition, as a communication interface for acquiring biometric data, an infrared communication method, a wireless LAN communication method, or the like can be used. The mobile communication terminals MT1 to MTn and the sensor units SU1 to SUn may be connected by a signal cable.

  The mobile communication terminals MT1 to MTn further include an input / output interface (input / output I / F) 60 and an external storage interface (external storage I / F) 63. An input unit 61 such as a dial keypad and a display unit 62 such as a liquid crystal display are connected to the input / output I / F 60.

A memory card MC is detachably inserted into the external storage I / F 63. The memory card MC is composed of an EEPROM, and has a program area 31 and a data area 32 as shown in FIG.
In the data area 32, a music data storage area 32a, a biometric data storage area 32b, and an exercise scenario storage area 32c are provided. The music data storage area 32a stores a plurality of music data having different tones, that is, tempo, rhythm, atmosphere, and the like. These music data are used as BGM for the user to take rhythm and tempo and relax their feelings during exercise.

  In the biometric data storage area 32b, user biometric data transmitted from the corresponding sensor units SU1 to SUn is stored with a time stamp. As described above, the biometric data includes the user's heart rate or pulse rate, blood pressure, body temperature, amount of sweat, ultraviolet intensity, weather data, amount of movement of the user, body inclination, user's inclination, The current position is included.

  The exercise scenario storage area 32c stores an exercise scenario currently being executed or executed next, which is transferred from the user terminals UT1 to UTn. The exercise scenario is composed of data representing the content, sequence, and time of the exercise, for example. The content of the exercise also includes a music identification code that is used to select music data.

  In the program area 31, an exercise scenario program 31a, a music selection program 31b, a speech recognition / synthesis program 31c, a biometric data management program 31d, and a mail activation program 31e are stored. These programs are stored by downloading from the management apparatus CS, for example.

  The exercise scenario program 31a receives the exercise scenario distributed from the management device CS via the communication I / F 52 and stores it in the exercise scenario storage area 34c. At the same time, the stored exercise scenario is read in accordance with the user's exercise start operation. At this time, if video data is included in the exercise scenario, the video data is displayed on the display unit 62 by the input / output I / F 60.

  The music selection program 31b selectively selects music data having a tempo or atmosphere suitable for the exercise content from the music data storage area 32a according to the music identification code included in the content of the exercise scenario read by the exercise scenario program 31a. Read to. Then, the read music data is supplied to the voice input / output I / F 56 and output from the built-in speaker 57 or the headphone unit 59 is executed.

  When the exercise scenario read out by the exercise scenario program 31a includes a character code representing instruction content or the like, the speech recognition / synthesis program 31c extracts the character code and synthesizes the corresponding voice message. To do. Then, the voice message is supplied to the voice input / output I / F 56, and a process of outputting from the built-in speaker 57 or the headphone unit 59 is executed. At the same time, the user's voice input to the built-in microphone 58 or the headphone unit 59 is taken in via the voice input / output I / F 56 and voice recognition processing is performed.

  The biometric data management program 31d causes the display unit 62 to display an appropriate value set by the management device CS, which will be described later, based on the age, sex, height, weight, etc. of the user included in the input personal data. Based on the biological data acquired from the sensor units SU1 to SUn, display data represented by numerical values, graphs, and the like is created, and a process of displaying the created display data on the display unit 62 is executed. Moreover, the process which displays the transition of the biometric data which changes every moment during exercise | movement on the display part 62 is also performed. Thereby, when the user is exercising in the vicinity of the user terminals UT1 to UTn, the user can check the instruction content of the exercise and the transition of the biological data while exercising. Furthermore, the process which reads the biometric data memorize | stored in the said biometric data storage area 32b according to a user's request | requirement, and displays it on the display part 62 is also performed.

  The mail activation program 31e executes a process of transmitting biometric data and a text message of the user's voice obtained by the voice recognition process to the management apparatus CS using the mail communication function included in the mobile communication terminals MT1 to MTn. . Normally, in a mobile communication terminal, an email is not transmitted unless a transmission operation is performed at the user's will. However, the mail activation program 31e automatically transmits and receives data that needs to be transmitted and received during the exercise.

The user terminals UT1 to UTn are made up of personal computers, for example, and have the following functions. FIG. 5 is a block diagram showing the configuration.
That is, the user terminals UT1 to UTn include a central processing unit (CPU) 71. The CPU 71 is connected to a program memory 73 and a data memory 74 via a bus 72, and further includes a communication interface (communication I / F) 75, a portable communication interface (portable communication I / F) 76, and an input / output interface (input / output). I / F) 77 is connected to each other.

  The communication I / F 75 performs bidirectional communication with the management apparatus CS according to a communication protocol defined by the communication network NW under the control of the CPU 71. For example, TCP / IP (Transmission Control Protocol / Internet Protocol) is used as the communication protocol.

  An input unit 78 including a keyboard and the like, a display unit 79 such as an LCD, and a speaker 80 are connected to the input / output I / F 77. The input / output I / F 77 performs processing for capturing data input at the input unit 78, displaying the display data on the display unit 79, and outputting audio data from the speaker 80.

The data memory 74 uses, for example, a hard disk, flash memory, RAM, or the like as a storage medium, and includes a biometric data storage area 74a and an exercise scenario storage area 74b.
In the biometric data storage area 74a, biometric data detected by the sensor units SU1 to SUn and sent from the mobile communication terminals MT1 to MTn is accumulated. As described above, the biometric data includes the user's heart rate or pulse rate, blood pressure value, body temperature, amount of sweat, amount of user movement, intensity of ultraviolet rays, weather data, body tilt, The current position is included.
The exercise scenario storage area 74b stores an exercise scenario that is currently being executed or executed next, and an exercise scenario that has been executed in a predetermined period such as the past week or one month, which is distributed from the management device CS described later. The

The program memory 73 stores a personal data setting transmission control program 73a, a data relay transfer control program 73b, and an exercise scenario / result presentation control program 73c as application programs according to the present invention.
The personal data setting transmission control program 73a accepts input of personal data and data indicating the purpose of exercise by the user, and transmits the input personal data and data indicating the purpose of exercise from the communication I / F 75 to the management apparatus CS. Execute the process. For example, a homepage disclosed on the Web is accessed by the management apparatus CS in response to a user's operation, and personal data entered by the user on the homepage input screen and data representing an exercise purpose are captured. In addition, prior membership registration is required to access the homepage, and the homepage can be accessed by inputting a user ID and password given from the management apparatus CS by this membership registration.

  The personal data includes a user membership number and attribute information. Attribute information includes address, name, age, gender, occupation, family structure, height, weight, exercise history, medical history, diagnosis contents (high blood pressure, diabetes, etc.), preferences, comments, etc. as necessary. included. Data representing the purpose of exercise includes fall prevention and lifestyle-related disease prevention or improvement for care prevention, diet (weight down, partial thinning (foot, arms, waist, etc.)), muscle strength, exercise deficit resolution (walking, jogging) Relieving stiff shoulders, lower back pain, whole body exercises, etc.), refreshing (relaxing whole body, relieving deskwork fatigue, etc.). In addition, scheduled exercise duration (3 months, 6 months, etc.), average scheduled exercise frequency and time (weekdays from 10:00 am to 10.30 pm and from 8 pm to 8:30 pm, on weekends 8:00 pm To 9 o'clock etc.) is also included. When the exercise purpose is dieting, in addition to the height and weight, the sizes of the chest circumference, waist circumference, waist circumference, thigh, inflatable shin, upper arm, etc. may be added to the personal data.

The data relay transfer control program 73b executes a process for relaying and transferring the biometric data, the exercise scenario, and the voice message of the user between the management device CS and the mobile communication terminals MT1 to MTn.
The exercise scenario / result presentation control program 73c reads out exercise scenarios used in the past from the exercise scenario storage area 74b and displays them on the display unit 79, changes in biometric data after exercise, etc. Then, a process for reading out the data representing the exercise result of the user from the biological data storage area 74a and displaying the data on the display unit 79 is executed.

On the other hand, the management device CS is constituted by a Web server and has the following functions. FIG. 6 is a block diagram showing the configuration.
That is, the management apparatus CS includes a CPU 41. A program memory 43 and a database 44 are connected to the CPU 41 via a bus 42, and a communication interface (communication I / F) 45 and an external storage interface (external storage I / F) 46 are connected to the CPU 41, respectively.

The communication I / F 45 communicates with the user terminals UT1 to UTn according to a communication protocol defined by the communication network NW under the control of the CPU 41. For example, TCP / IP (Transmission Control Protocol / Internet Protocol) is used as the communication protocol.
The external storage I / F 46 is used for taking in exercise content data separately edited and produced from an external storage medium DSK such as a CDROM, DVD, or memory card. The exercise content data is used as a material constituting an exercise scenario.

The database 34 uses, for example, a hard disk, flash memory, RAM, or the like as a storage medium, and includes a personal data storage area 44a, a basic data storage area 44b, an exercise data storage area 44c, and a past data storage area 44d. Yes.
In the personal data storage area 44a, personal data of the user sent from the user terminals UT1 to UTn and biometric data serving as a reference for the individual user are stored. The personal information includes data representing the user's purpose of exercise. In the basic data storage area 44b, biometric data serving as a basis is stored for each user based on age, gender, body shape, and the like. The past data storage area 44d stores past biometric data of each individual.

  The exercise data storage area 44c stores a plurality of pieces of exercise content data constituting an exercise scenario. The exercise content data is composed of video data obtained by editing the video of the instructor and text messages indicating the guidance content and guidance, and meta information is added to each data. Meta information includes its attributes (stretching exercise, aerobic exercise, strength training, ie, resistance exercise, coordination exercise, etc.), exercise intensity, degree of stretch effect, strength improvement and its part, shape-up degree and its part, refresh It includes various information such as the degree of relaxation, the degree of relaxation, the degree of fun, the degree of flexibility and its part, the part of the body to be moved (exercising load), what kind of purpose it is suitable for, and what kind of person it is not suitable for .

  The program memory 43 is composed of, for example, a ROM or a hard disk. In the program memory, a user information management program 43a, an analysis program 43b, an exercise scenario creation program 43c, a distribution control program 43d, and a weather forecast data acquisition control program 43e are stored.

The user information management program 43a receives the personal data and biometric data of the user by communicating with the user terminals UT1 to UTn through the communication I / F 45, and receives the received personal data and biometric data with the above personal Processing to be stored in the data storage area 44a is executed.
The weather forecast data acquisition control program 43d acquires, based on the position data of the user included in the biometric data, the weather forecast data of the area represented by the position data, for example, by accessing the site of the weather information provider Execute the process.

  The analysis program 43b includes the user's personal data stored in the personal data storage area 44a (the purpose and history of exercise, diseased parts of the body that cannot be loaded, etc.), normal biological data (blood pressure, heart rate, body temperature, Simple interview results, etc.), the user's wishes (whether you want to refresh, what is wrong, how long you can exercise, etc.), and the exercise scenario you have already performed is stored in the past data storage area 44d If so, data representing the change history and tendency of the biometric data at that time (insufficient strength training, heartbeat tends to rise if exercise intensity is somewhat strong, etc.) is analyzed.

  Then, based on the analysis result, items required for exercise are extracted and prioritized, and this data is stored in the basic data storage area 44b as exercise basic data. Items required for exercise are also items representing the characteristics of each exercise content, such as exercise intensity, stretch effect, muscle strength improvement degree and its part, shape up effect and its part, refresh effect, relaxation effect, degree of fun, flexibility effect and so on It consists of that part.

  The analysis program 43b analyzes physical condition data on the day of exercise obtained from the diseased part of the user's body and the result of the inquiry, and extracts prohibited items. For example, if a person has been injured due to a traffic accident three months ago and is still going to hospital, and his back hurts today, “exercise to move shoulder” and “exercise to move waist” are extracted as prohibited items. The extracted prohibited items are weighted and stored in order to give priority to other data.

  Furthermore, the analysis program 43b is a physical condition data (blood pressure, heart rate, body temperature, simple interview results, etc.) just before the exercise, personal preference (refreshing, feeling fine, sitting today in a chair because my knees hurt) The result of the analysis based on the exercise-executable time (such as 20 minutes) is compared with the basic exercise basic data. Then, the items to be changed and the items to be added are extracted, the priorities are assigned again to these items, and the results are stored as difference data in the basic data storage area 44b.

  Furthermore, the analysis program 43b analyzes a user's physical condition, physical condition, etc. based on the biometric data transmitted from the user terminals UT1 to UTn every moment. For example, a change in heart rate by the heart rate sensor 11, an increase in blood pressure by the blood pressure sensor 12, a change in body temperature by the body temperature sensor 13, a sweat amount by the sweat sensor 14, an ultraviolet ray amount by the UV sensor 22, an outside temperature or humidity by the weather sensor 23. Changes, the number of steps sensor 15 and the acceleration sensor 16 analyze the influence on the user's body and energy consumption. Then, for example, it is determined whether or not the heart rate, blood pressure, and the like are within a predetermined range of caution, and if so, difference data is generated. It is also determined whether or not the heart rate, blood pressure, etc. during exercise are within a preset danger range, and if so, an exercise stop request is generated.

  As the analysis method, it is conceivable to use multivariate analysis such as multiple regression analysis and quantification theory class I. For example, when the purpose of exercise is dieting, if the objective variable is weight, the influence of explanatory variables such as age, gender, current weight, physical condition, etc. must be obtained and consumed until reaching the target weight Estimate energy. It also predicts the period from the qualitative explanatory variables of exercise, such as how many minutes walking, how many minutes jogging, and how many days in a row, to the target weight.

  Furthermore, the analysis program 43b analyzes the content of the user's message sent by e-mail from the mobile communication terminals MT1 to MTn via the user terminals UT1 to UTn. For example, when the user utters “difficult”, the state of the user “ku / ru / shi / i” is detected by voice recognition. Then, the user's current biological data is acquired, and it is determined whether it is necessary to continue exercise or rest based on the heart rate, blood pressure value, sweating state, etc. included in the acquired biological data.

  Further, the analysis program 43b analyzes the weather forecast data at the current position of the user acquired by the weather forecast data acquisition program 43e. Then, based on the analysis result and the current biological data of the user, difference data for correcting the exercise scenario currently being used by the user is generated.

  The exercise scenario creation program 43c creates a basic exercise scenario for the entire scheduled exercise period based on the exercise basic data stored in the basic data storage area 44b, and uses this created scenario as exercise scenario basic data. It is stored in the data storage area 44c. For example, if the purpose of fall prevention is given priority as basic exercise data, and the elderly have been instructed to gradually increase exercise time and exercise intensity, the meta information of the exercise content is intended for fall prevention purposes. Select. Then, a basic fall prevention exercise scenario is created by combining stretch exercise, strength training of a body part that leads to fall prevention, and coordination exercise that improves balance. The overall length of the exercise content is determined to be, for example, 10 minutes for the first week, 20 minutes for the next week, and 30 minutes thereafter.

  The exercise scenario creation program 43c considers the difference data obtained by the analysis program 43b at the time of starting the exercise of the user, and further converts the exercise scenario basic data by referring to meta information added to the exercise content data. Create an exercise scenario that is actually distributed. For example, for the purpose of lifestyle-related disease prevention, for users who do not want to apply a load because their knees have been hurting since yesterday, the exercise that is performed in the basic exercise scenario is performed by sitting on a chair Switch to and recreate the exercise scenario.

  Furthermore, when new difference data is generated by the analysis program 43b during the exercise period of the user, the exercise scenario creation program 43c changes the exercise scenario of the corresponding user based on the difference data. For example, if the differential data is to reduce the load, the exercise is rested a little or the scenario is changed to a scenario with low exercise intensity. At that time, a text message such as “Let's do this today” is included in the scenario after the change. On the other hand, if the differential data increases the load, the exercise scenario is changed to a high-load exercise scenario. At that time, the post-change scenario includes a text message such as “Let's work harder”. In addition, when the analysis program 43b determines that the biological data such as heart rate and blood pressure has exceeded the dangerous range, the exercise stop instruction information for immediately stopping the exercise is generated.

  The exercise scenario creation program 43c considers the change and the user's own biometric data even when the weather forecast data at the user's current location changes based on the difference data given by the analysis program 43b. Change your exercise program. For example, when the temperature is likely to rise and the user has a lot of perspiration, the exercise scenario is changed so as to reduce the exercise load. When the amount of ultraviolet rays is larger than the threshold value, the exercise scenario is changed so that the outdoor exercise time is shortened. At that time, messages such as “Let's wear a hat” and “Let's exercise outside in less than an hour because the UV rays are strong today” are added to the changed exercise scenario. Furthermore, from the analysis result of the weather forecast data, when the rain is predicted after one hour or when the outside air temperature exceeds 32 ° C. and the discomfort index is high, the outdoor motion scenario is changed to the indoor motion.

Furthermore, the exercise scenario creation program 43c selects an exercise scenario peculiar to a diet purpose when the purpose of the exercise of the user is a diet for burning fat. For example, it is known that fat is most effectively burned when an exercise intensity of about 65% of the maximum heart rate is maintained.
The maximum heart rate is calculated based on the age depending on the presence or absence of basic physical strength. If there is basic physical strength: 205-(age x 0.5), if there is no basic physical strength: 210-(age x 0.8) It is done. For example, the maximum heart rate of a 40 year old person who does not exercise regularly can be estimated as 210− (40 × 0.8) = 178 beats / minute. Therefore, in order to burn fat efficiently, a scenario in which aerobic exercise is continued to be 115.7 nights / minute, which is 65%, is created. In the case of a monotonous scenario, it is difficult to continue, so the scenario is created with reference to the past exercise scenario and taking into account the degree of fun, such as using bright music.

  Furthermore, when the value of the heart rate sensor is lower than this, the scenario is changed to a menu with a slightly higher exercise intensity, and conversely, if it is too high, only carbohydrates are burned, so the scenario is changed to a menu with a lower exercise intensity. Although the heart rate is proportional to the exercise intensity, if the user feels that it is tight at 65% and issues a voice message such as “Slightly tight”, the management device CS, for example, sets the heart rate to 55% of the maximum heart rate. Create an exercise scenario so that the exercise intensity drops to the extent. At that time, the exercise scenario includes a message such as “I reduced exercise intensity”.

Next, the operation of the exercise guidance system configured as described above will be described. 7 and 8 are flowcharts showing control procedures and control contents of the sensor units SU1 to SUn, the mobile communication terminals MT1 to MTn, the user terminals UT1 to UTn, and the management device CS.
The management device CS publishes a homepage that guides the provision of the exercise guidance service on the Web in step S1. On this home page, membership recruitment guidelines, explanation of facilities, contents of available exercises, etc. are presented. For example, when a training recommendation group such as a sports club or a fitness club operates the management apparatus CS, a plurality of types of exercise scenarios are prepared in advance for various purposes expected by the user.

  Possible exercise scenarios include “diet exercises”, “lifestyle disease prevention exercises”, “fall prevention exercises”, “health maintenance exercises”, “exercise exercises to eliminate lack of exercise”, “yoga”, and the like. For example, taking the “diet gymnastics” scenario as an example, there are various types of “diet gymnastics” such as “foot-lifting gymnastics”, “bust-up gymnastics”, and “fat burning gymnastics”. The exercise content data necessary for constructing is stored in advance in the exercise data storage area 44c.

  In step S2, the management apparatus CS stores reference values such as heart rate, blood pressure, and body temperature based on the general person's age, sex, height, weight, occupation, and the like as basic data. This basic data is used to determine the basic state of the user's physical condition.

  On the other hand, when using the exercise instruction service, it is assumed that the user performs an operation for opening a corresponding homepage on the Web on his / her user terminal (for example, UT1). Then, the CPU 71 of the user terminal UT1 activates the browser function in step S3 to access the home page, downloads the display data of the member registration screen, and displays it on the display unit 79. In this state, if the user performs an input operation for member registration on the member registration screen, the CPU 71 determines personal data such as the user's name, address, age, and gender entered in step S4, and the exercise purpose. Each of the data to be represented is captured, and the data is transmitted from the communication I / F 75 to the management apparatus CS in step S5.

  On the other hand, when receiving the input data for member registration from the user terminal UT1 in step S6, the management device CS issues a user ID and a password to the user requesting registration in step S7. The issued user ID and password are transmitted to the user terminal UT1 in step S8. The received personal data and exercise purpose data are stored in the personal data storage area 44a in the database 44 in step S9. The user terminal UT1 receives and stores the user ID and password sent from the management device CS in step S11.

  In addition, the management device CS transmits a program necessary for the mobile communication terminal MT1 in step S10. Programs necessary for the mobile communication terminal MT1 include a basic exercise scenario program 31a, a music selection program 31b, a speech recognition / synthesis program 31c, a biometric data management program 31d, and a mail activation program 31e. The program transmitted from the management device CS is once received and stored by the user terminal UT1, and then transmitted from the user terminal UT1 to the mobile communication terminal MT1 (step S12).

  The user inserts the memory card MC after turning on the power of his mobile communication terminal MT1. When the portable communication terminal MT1 confirms the insertion of the memory card MC in step S13, the mobile communication terminal MT1 subsequently receives the program transmitted by the user terminal UT1 in step S14. Then, the received program is stored in the program area 31 in the memory card MC as shown in FIG.

  Now, when exercising, the user attaches the sensor unit SU1 to his / her body and activates each sensor of the sensor unit SU1. At this time, the user turns on the GPS receiver 19 when exercising outdoors. When the sensor unit SU1 detects that the GPS receiver 19 is switched on in step S16, the sensor unit SU1 activates the gyro sensor 18 and the GPS receiver 19 in step S17, and then, in step S18, the detection data of each sensor 11-23 is converted into biological data. Is transmitted from the communication circuit 20 to the portable communication terminal MT1 (step S19).

  In step S20, the portable communication terminal MT1 receives the biometric data immediately before the user's exercise transmitted from the sensor unit SU1 by the simple communication circuit 54, and then transmits it from the communication circuit 52 to the user terminal UT1. When the user terminal UT1 receives the biometric data transmitted from the mobile communication terminal MT1 through the mobile communication I / F 76, the user terminal UT1 stores the received biometric data in the biometric data storage area 74a and then manages it from the communication I / F 75. Transmit to device CS.

  In step S22, when the management apparatus CS receives the biological data transmitted from the user terminal UT1 through the communication I / F 45, the management apparatus CS stores the received biological data in the past data 44d of the database 44, and then in step S23. The analysis program 43b is executed. Then, the received biometric data immediately before the user's exercise and the personal request that the user entered at the user terminal UT1 at the same time (I want to refresh, I feel fine, I have a knee pain today, so I sit in a chair And the exerciseable time is 20 minutes, etc.), and the analysis result is compared with the basic exercise basic data. Then, the items to be changed and the items to be added are extracted, priorities are assigned to these items again, and the results are stored as difference data.

  Subsequently, the management device CS executes the exercise scenario creation program 43c in step S24, considers the difference data obtained by the analysis program 43b, and further creates in advance with reference to meta information added to the exercise content data. Create an exercise scenario that is actually distributed based on basic exercise scenario data. Then, the created exercise scenario is transmitted to the user terminal UT1 in step S25.

  In step S26, the user terminal UT1 receives the exercise scenario transmitted from the management device CS via the communication I / F 75, and stores the received exercise scenario in the exercise scenario storage area 74b. The stored exercise scenario is displayed on the display unit 79 in step S29. Therefore, the user can confirm the delivered exercise scenario by looking at the display unit 79 of the user terminal UT1.

  At the same time, the user terminal UT1 transmits the received exercise scenario to the mobile communication terminal MT1. When the mobile communication terminal MT1 receives the exercise scenario transmitted from the user terminal UT1 in step S27, the mobile communication terminal MT1 stores the exercise scenario in the exercise scenario storage area 32c. And the said exercise scenario is performed by step S28.

  For example, a character message prompting the start of exercise is included at the beginning of the exercise scenario, and this character message is converted into audio data by the voice recognition / synthesis program 31 c and output from the built-in speaker 57 or the headphone unit 59. For example, “Let's start the exercise” is used as a message for prompting the exercise start.

  Subsequently, voice data representing instruction content included in the content of the exercise scenario is decoded and output from the built-in speaker 57 or the headphone unit 59. When the exercise content data includes video data representing instruction content, the video data can be decoded and displayed on the display unit 62 of the mobile communication terminal MT1. When the exercise content data includes a text message, the text message is converted into voice data by the voice recognition / synthesis program 31c and output from the built-in speaker 57 or the headphone unit 59.

  At the same time, music data corresponding to the contents of the exercise scenario is selectively read out from the music data storage area 32a, and the read out music data is output from the built-in speaker 57 or the headphone unit 59. Therefore, the user can then exercise while listening to the guidance voice or message output from the built-in speaker 57 or the headphone unit 59 and riding on the tempo or rhythm of the music output at the same time.

  On the other hand, when the above motion is started, the sensor unit SU1 acquires the detection data of each sensor at a predetermined time, for example, every 1 minute, every 3 minutes, or every 5 minutes in step S30 as shown in FIG. These detection data are transmitted to the mobile communication terminal MT1 in step S31 as biometric data of the user during exercise.

  When the portable communication terminal MT1 receives the biological data transmitted from the sensor unit SU1 in step S32, the portable communication terminal MT1 transmits the received biological data to the user terminal UT1. The user terminal UT1 receives and stores the biometric data transmitted from the mobile communication terminal MT1 in step S33, and then transmits it to the management device CS. When the mobile communication terminal MT1 or the user terminal UT1 transmits the biometric data, it is determined whether the acquired biometric data has changed by a certain amount or more with respect to the previously acquired biometric data. Only when a change is detected, the biometric data or difference data after the change may be transmitted.

  On the other hand, when the management apparatus CS receives the biometric data transmitted from the user terminal UT1 in step S34, the management apparatus CS stores the received biometric data in the past data storage area 44d, and then proceeds to step S35. Analyzing biological data with That is, based on the received biological data during exercise and personal data stored in the personal data storage area 44a, changes in physical condition and physical strength of the user during exercise are analyzed. Then, the exercise scenario is corrected in step S36 based on the analysis result, and the changed scenario is transmitted to the user terminal UT1 in step S37.

  Upon receiving the changed exercise scenario in step S38, the user terminal UT1 stores it in the exercise scenario storage area 74b and then transfers it to the mobile communication terminal MT1. When the mobile communication terminal MT1 receives the exercise scenario transferred from the user terminal UT1 in step S39, the exercise scenario stored in the exercise scenario storage area 32c is converted to the received corrected exercise scenario in step S40. rewrite. Then, in accordance with the changed exercise scenario, guidance voice and message are output from the built-in speaker 57 or the headphone unit 59, and music data corresponding to the contents of the changed scenario is read out from the music data storage area 32a and output. .

Thus, the exercise scenario is automatically changed according to the user's biometric data that changes every moment during the exercise, and the user can perform the optimum exercise according to his / her own biodata according to this exercise scenario.
For example, if the change in the biometric data is within the normal range as a result of analyzing the physical condition of the user, the scenario is changed so that the tempo of the music is changed within the allowable range according to the change in the biometric data. Users can continue to exercise according to the changed scenario. On the other hand, as a result of the above analysis, for example, it is assumed that the heart rate, blood pressure, etc. of the user who is exercising are within a predetermined range of caution. In this case, the management apparatus CS transmits the user's exercise scenario after resting a little or changing it to a scenario with low exercise intensity. At that time, a text message such as “Stop exercise and take a break” is added to the scenario after the change. This text message is converted into a voice message by the voice recognition / synthesis program 31 c and output from the built-in speaker 57 or the headphone unit 59. Therefore, the user can confirm the instruction by the voice message and can rest for a while.

  Further, as a result of the above analysis, when the heart rate, blood pressure, etc. during exercise are within the preset danger range, the management device CS transmits an exercise stop instruction for immediately stopping the exercise. When receiving the exercise stop instruction, the user terminal UT1 stops the reproduction of the exercise content in step S25. At that time, if you add a message such as “Please stop exercising immediately and rest” or “please let me know if you feel bad” to the above instruction to stop the exercise, this message will be converted into a voice message. Are output from the built-in speaker 57 or the headphone unit 59. Therefore, the user can immediately finish the exercise.

  If the user feels uncomfortable at this time, the user may input the sound to the headphone unit 59. In this way, the input voice response message is converted into a text message by the voice recognition / synthesis program 31c, and then transmitted to the management device CS via the user terminal UT1 by mail. In the management apparatus CS, the voice reply message transmitted by the e-mail is transferred to, for example, a portable terminal possessed by the instructor, and a call notification is made to the instructor.

  Furthermore, the management device CS analyzes the outside air temperature, humidity, ultraviolet ray amount, etc. included in the biometric data, and when these meteorological data change, the exercise program is considered in consideration of the change and the user's own biometric data. change. Further, the management device CS analyzes the weather forecast data at the current position of the user by the weather forecast data acquisition program 43e, and based on the analysis result and the current biological data of the user, the management user CS is currently using the data. Change exercise scenario. Therefore, when the user is exercising outdoors, it is possible to perform an optimal exercise in consideration of changes in current weather data and weather forecast data.

  Furthermore, the management device CS analyzes the user's message notified by e-mail from the mobile communication terminal MT1 during the user's exercise. And, for example, when a user says “suffering”, it is judged that the user has made an oral declaration that the user is in an abnormal state, and the current biometric data of the user is acquired and acquired. It is determined whether it is necessary to continue exercise or rest based on the heart rate, blood pressure value, sweating state, etc. included in the biometric data. If it is determined that the exercise should be rested, the exercise scenario is changed to a scenario where the exercise scenario is rested or exercise intensity is low, and the changed scenario is notified to the mobile communication terminal MT1 via the user terminal UT1. Therefore, the mobile communication terminal MT1 stops the reproduction of the exercise scenario, and as a result, the user can take a break.

  Further, the management apparatus CS analyzes the detection data of the gyro sensor 18 included in the biological data sent from the mobile communication terminal MT1, and as a result, the detection data of the gyro sensor 18 suggests that the user has fallen. A text message such as “Is it all right” is generated immediately and transmitted to the mobile communication terminal MT1.

  In addition, when an exercise scenario performed by a user lying down like gymnastic exercises such as yoga is distributed, if the detection data of the gyro sensor 18 is used as it is, it is “falling” although it is not falling. This causes a problem of erroneous determination. Therefore, in this case, information on the exercise posture may be included in the meta information of the exercise data constituting the exercise scenario, and the presence or absence of the fall may be determined with reference to the information on the exercise posture.

  In the mobile communication terminal MT1, the character message is converted into a voice message and then output from the built-in speaker 57 or the headphone unit 59. Then, it is assumed that the response message is not returned from the user within a predetermined time in response to the inquiry by the voice message. Then, the management device CS specifies the current position of the user based on the position detection data of the GPS receiver 19 included in the biometric data, and requests dispatch to an instructor or an emergency crew based on the current position information. Or emergency measures such as notifying family members by telephone or email based on pre-registered contact information.

  If the execution of the exercise scenario ends during the exercise or the user inputs an end request midway, the mobile communication terminal MT1 moves from step S44 to step S45, where an exercise end message is sent to the built-in speaker 57. Or output from the headphone unit 59. At the same time, the motion end notification is sent to the sensor unit SU1. Upon receiving the exercise end notification, the sensor unit SU1 ends the biometric data detection operation.

  The biometric data detected by the sensor unit SU1 during the user's exercise is digitized or converted into a graph indicating the change at the user terminal UT1, and superimposed on the video data of the exercise content to be displayed on the display unit 39. Is displayed. For this reason, it becomes possible for the user to check the change of his / her physical condition while exercising, and thus the exercise can be saved independently.

  Further, when the user inputs an exercise result viewing request at the user terminal UT1 after the end of the exercise, the user terminal UT1 moves from step S42 to step S43, where the data representing the exercise result stored in the data memory 74 is displayed. Is read and displayed on the display unit 79. Therefore, the user can confirm the change of his / her own biological data during the exercise after the exercise is completed.

As described above, in this embodiment, the user is equipped with the sensor units SU1 to SUn that detect the biometric data and the portable communication terminals MT1 to MTn. Then, the management device CS analyzes the user's personal data, biometric data and data representing the purpose of exercise, creates an exercise scenario suitable for the user based on the analysis result, and distributes it to the mobile communication terminal It is presented to the user.
Therefore, the user can exercise at any place such as home, park, road, etc. according to an exercise scenario reflecting his / her own personal data, biological data, and his / her purpose of exercise. That is, the user can perform an appropriate exercise as if he / she is receiving guidance from a trainer at a gym or fitness club without selecting a place.

Also, the user's biometric data that changes every moment during the exercise is sent from the mobile communication terminals MT1 to MTn to the management device CS via the user terminals UT1 to UTn. The exercise scenario is corrected and distributed to the mobile communication terminals MT1 to MTn, and the exercise scenario presented to the user is updated.
Therefore, if the user's biometric data changes during exercise, the exercise scenario is adaptively corrected according to this change. For this reason, even during exercise, the user can exercise according to an optimal exercise scenario corresponding to his / her physical condition change that constantly changes. For this reason, the user can exercise safely with no excess or deficiency in consideration of changes in physical condition during exercise.

Furthermore, when presenting the exercise scenario in the mobile communication terminals MT1 to MTn, the character data included in the exercise scenario distributed from the management device CS is converted into voice data, and the converted voice data is converted into the mobile communication terminals MT1 to MT1. The output is made from the MTn built-in speaker 57 or the headphone unit 59.
Therefore, the user does not need to see the text message displayed on the display unit 62 of the mobile communication terminals MT1 to MTn while exercising or suspending the exercise, and confirms the instruction content of the exercise by the voice message while exercising. be able to.

Furthermore, when storing a plurality of music data having different tones in the mobile communication terminals MT1 to MTn and presenting the exercise scenario, the music data having the tone corresponding to the content of the exercise scenario distributed from the management device CS is stored in the above-described manner. Select from a plurality of stored music data. Then, the selected music data is output from the built-in speaker 57 or the headphone unit 59 of the mobile communication terminals MT1 to MTn.
Therefore, music with a tone corresponding to the content of the exercise scenario is output from the mobile communication terminals MT1 to MTn during exercise. For this reason, the user can perform exercise rhythmically and happily on music with a tempo that matches the content of the presented exercise scenario.

Further, the detection data of the gyro sensor 18 is analyzed to determine whether or not the user has fallen, and when it is determined that the user has fallen, a message for inquiring about the situation is transmitted to the portable communication terminal MT1, and the built-in speaker 57 or headphone unit 59 is sent. Output. If the user does not respond to this inquiry within a certain time, the current position of the user is grasped from the position data detected by the GPS receiver 19, and rescue personnel are dispatched to the site. .
Therefore, when a user who is jogging outdoors falls down, appropriate measures can be taken quickly and reliably.

  The present invention is not limited to the above embodiment. For example, in the above-described embodiment, for example, personal data such as age, gender, and occupation is used as fixed data to obtain a reference value, and data such as heart rate, blood pressure, and body temperature is used as variable data at each time. It was explained as an analysis of the user's condition. However, the data used for the analysis may be a mixture of fixed data and variable data, and selection of the data to be used is not particularly limited as long as an optimal analysis can be performed.

In addition, the analysis of biological data is not limited to the multivariate analysis described above, and the analysis may be performed with ambiguity in the biological data based on data mining, neuro theory, or chaos theory. The analysis method is not particularly limited as long as instructions can be given.
Furthermore, in the above-described embodiment, the case where the exercise is continuously performed according to the exercise scenario has been described. However, the exercise scenario is a daily unit, that is, “stretching exercise for 20 minutes” in the morning, and subsequently “walking for 30 minutes”. In the evening, “Aerobics is divided into 30 minutes” may be performed, and may be performed in units of one week or one month as long as the effect of the exercise scenario is obtained.

  Furthermore, in the above-described embodiment, the biometric data is transmitted from the user terminals UT1 to UTn to the management device CS only when the detected biometric data is changed. However, the biometric data is managed at a predetermined time interval. You may make it transmit to the apparatus CS, and the timing which transmits biometric data is not specifically limited.

  Further, in the embodiment, various data are transferred between the mobile communication terminals MT1 to MTn and the management device CS via the user terminals UT1 to UTn. However, the present invention is not limited to this, and the management device CS may have a user terminal function, and various data may be directly wirelessly transmitted between the management device CS and the mobile communication terminals MT1 to MTn. In this case, communication between the mobile communication terminals MT1 to MTn and the management apparatus CS is performed using a mobile communication network and using IP (Internet Protocol) as a protocol.

  Further, when video data is included in the exercise scenario, the video data is displayed on the display unit 62 of the mobile communication terminals MT1 to MTn, which is difficult for the user to visually recognize. Therefore, an external display device such as a head-mounted display is prepared, and video data is transferred to the head-mounted display from the simple communication circuit 54 provided in the mobile communication terminals MT1 to MTn and displayed. In this way, the user does not need to exercise while looking at the display unit 62 of the mobile communication terminals MT1 to MTn, and thus can always exercise with a natural posture without being restricted. In addition, as a data transfer means from the mobile communication terminals MT1 to MTn to the external display, a signal cable can be used as long as the movement does not become an obstacle other than using a simple wireless interface.

  Furthermore, in the embodiment, music data of tempo or rhythm corresponding to the contents of the exercise scenario is selected and output from the speaker. However, the present invention is not limited thereto, and a vibrator (vibrator) included in the mobile communication terminal may be driven in synchronization with the tempo or rhythm corresponding to the content of the exercise scenario. In this way, the user can exercise rhythmically at a tempo that matches the content of the presented exercise scenario, even where the user is restricted or prohibited from making sound. In addition, since it does not rely on sound, a user who is deaf can exercise according to an exercise scenario like a healthy person.

  The mobile communication terminal is not limited to a mobile phone, but a PDA (Personal Digital Assistant), a mobile computer, a wristwatch type information terminal, an audio player using a flash memory or a hard disk, a digital camera, a portable game machine, or the like is used. Can do. In addition, various types and configurations of exercise scenarios, correction timings of exercise scenarios, sensor units, mobile communication terminals, user terminals, management devices, and exercise guidance control procedures, and the like, are within the scope of the present invention. It can be implemented with deformation.

  In short, the present invention is not limited to the above-described embodiment as it is, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. Further, various inventions can be formed by appropriately combining a plurality of constituent elements disclosed in the embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, you may combine suitably the component covering different embodiment.

1 is a schematic configuration diagram showing an embodiment of an exercise guidance system according to the present invention. The block diagram which shows the structure of the sensor unit used with the system shown in FIG. The block diagram which shows the function structure of the portable communication terminal used with the system shown in FIG. The block diagram which shows the structure of the program and data which are memorize | stored in the memory card used with the portable communication terminal shown in FIG. The block diagram which shows the function structure of the user terminal used with the system shown in FIG. The block diagram which shows the function structure of the management apparatus used with the system shown in FIG. The flowchart which shows the exercise | movement guidance control procedure in the system shown in FIG. 1, and the first half part of the control content. The flowchart which shows the second half part of the exercise | movement guidance control procedure and control content in the system shown in FIG.

Explanation of symbols

  UT1 to UTn ... user terminal, CS ... management device, NW ... communication network, SU1-SUn ... sensor unit, MC ... memory card, DSK ... external storage medium, 10 ... sensor group, 11 ... heart rate sensor, 12 ... blood pressure sensor , 13 ... body temperature sensor, 14 ... sweat sensor, 15 ... step sensor, 16 ... acceleration sensor, 17 ... timing circuit, 18 ... gyro sensor, 19 ... GPS receiver, 20 ... communication circuit, 21 ... antenna of sensor unit, 22 ... UV sensor, 31 ... program area, 31a ... exercise scenario program, 31b ... music selection program, 31c ... speech recognition synthesis program, 31d ... biological data management program, 31e ... mail activation program, 32 ... data area, 32a ... music data Storage area, 32b ... Biological data storage area, 41 ... Management device CPU, 42 ... management device bus, 43 ... management device program memory, 43a ... user information management control program, 43b ... analysis program, 43c ... exercise scenario creation program, 43d ... distribution control program, 44 ... management device database 44a ... personal data storage area, 44b ... basic data storage area, 44c ... exercise data storage area, 44d ... past data storage area, 45 ... management device communication interface, 46 ... external storage interface, 51 ... portable communication antenna, 52 ... Communication circuit, 53 ... Simple communication antenna, 54 ... Simple communication circuit, 55 ... Control unit, 56 ... Voice input / output interface, 57 ... Built-in speaker, 58 ... Built-in microphone, 59 ... Headphone unit, 60 ... Portable communication terminal Input / output interface, 61 ... mobile communication Terminal input unit, 62 ... Display unit of portable communication terminal, 63 ... External storage interface, 71 ... CPU of user terminal, 72 ... Bus of user terminal, 73 ... Program memory of user terminal, 73a ... Personal data setting Control program, 73b ... Data relay transfer control program, 73c ... Exercise scenario / result presentation control program, 74 ... User terminal data memory, 74a ... Biological data storage area, 74b ... Exercise scenario storage area, 75 ... User terminal Communication interface, 76 ... mobile communication interface, 77 ... input / output interface of user terminal, 78 ... input part of user terminal, 79 ... display part of user terminal, 80 ... speaker.

Claims (7)

A sensor unit that is attached to a user and detects a tilt of the user's body, detects biometric data including the tilt of the user, a portable communication terminal possessed by the user, and the portable An exercise instruction system comprising a management device connectable to a communication terminal via a communication network,
The management device
Means for receiving and storing personal data of the user, biometric data and data representing the purpose of exercise from the portable communication terminal;
Means for analyzing the stored personal data of the user, biometric data, and data representing the purpose of exercise, and creating a first exercise scenario suitable for the user including information on an exercise posture based on the analysis result; ,
Means for distributing the created first exercise scenario to the mobile communication terminal;
Receiving biometric data of an exercising user transmitted from the mobile communication terminal, the detection data of the tilt included in the received biometric data, and the exercise posture included in the created first exercise scenario Based on the information, means for detecting the user's fall so as not to determine that the user is lying down and exercising,
Means for transmitting an inquiry message for confirming the safety of the user to the mobile communication terminal when the user's fall is detected;
Means for acquiring position data representing a current position of the mobile communication terminal when a response is not received from the mobile communication terminal within a predetermined time for transmission of the inquiry message;
Means for executing relief processing for the user based on the acquired position data ,
The mobile communication terminal is
Means for transmitting personal data of the user, biological data before exercise and data representing the purpose of exercise to the management device;
Means for receiving a first exercise scenario distributed from the management device and presenting the received first exercise scenario to a user;
According to the presented first exercise scenario, biological data including detection data of the inclination of the user during exercise is acquired from the sensor unit, and the acquired biological data of the user during exercise is transmitted to the management device. Means to
An exercise guidance system characterized by comprising: The management device
Means for receiving biological data of an exercising user transmitted from the mobile communication terminal and changing the first exercise scenario to a second exercise scenario based on the received biological data and the analysis result When,
Means for delivering the modified second exercise scenario to the mobile communication terminal;
The mobile communication terminal is
The system further comprises second presentation means for receiving the second exercise scenario distributed from the management device and presenting the received second exercise scenario to the user instead of the first exercise scenario. The exercise instruction system according to claim 1. When the mobile communication terminal includes at least one of an internal speaker and an external speaker,
The first or second presentation means is
Means for converting character data representing instruction content included in the received exercise scenario into speech;
3. The exercise instruction system according to claim 1, further comprising means for outputting the converted sound from at least one of the built-in speaker and the external speaker. When the mobile communication terminal includes at least one of an internal speaker and an external speaker,
The first or second presentation means is
Means for storing a plurality of music data having different tones;
Means for determining the content of the received exercise scenario;
Means for selecting music data having a tone corresponding to the determined content from the plurality of stored music data;
The exercise instruction system according to claim 1, further comprising means for outputting a sound based on the selected music data from at least one of the built-in speaker and an external speaker. When the mobile communication terminal includes a vibrating body,
The first or second presentation means is
Means for determining an exercise tempo based on the content of the received exercise scenario;
The exercise instruction system according to claim 1, further comprising means for driving the vibrating body in synchronization with the determined tempo. The management device
Means for obtaining position data representing a current position of the mobile communication terminal;
Based on the acquired position data, means for acquiring environmental forecast data of a region including the current position of the mobile communication terminal;
The exercise instruction system according to claim 1, further comprising means for correcting the first or second exercise scenario based on the acquired environmental forecast data. The management device
Means for comparing the received biometric data with a threshold value determined based on the analysis result;
Means for transmitting an exercise scenario including an exercise stop instruction message to a mobile communication terminal when the received biometric data exceeds a threshold value as a result of the comparison;
The mobile communication terminal is
A speaker that outputs sound;
Means for converting an exercise stop instruction message included in the received exercise scenario into a voice message when an exercise scenario including the exercise stop instruction message is received from the management device;
The exercise instruction system according to claim 1, further comprising means for outputting the converted voice message from the speaker.

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