KR100752076B1 - Portable biofeedback excercise prescription apparatus and biofeedback excercise prescription method using the same - Google Patents

Abstract

A portable bio-feedback exercise prescription device and an exercise prescription method using the same are provided to offer an optimal exercise prescription to a recognized user and continuously monitor physical information of the user by automatically recognizing the user and an exercise tool, and automatically controlling the exercise tool according to an exercise level of the user. A mobile phone unit(170) performs voice/data communication by connecting to the mobile network. An object recognizer(110) recognizes at least one of the user and the exercise tool(190). An exercise prescription provider(120) provides the exercise prescription corresponding to a health state of the recognized user. A wireless interface(130) receives the physical information of the user from a physical information measuring module(180). A bio-feedback signal generator(150) generates a bio-feedback signal for controlling the recognized exercise tool based on the physical information and the exercise prescription of the recognized user. A display part(160) audiovisually displays at least one of the physical information, the exercise prescription, and state information of the exercise tool.

Description

Portable biofeedback excercise prescription apparatus and biofeedback excercise prescription method using the same

1 is a block diagram conceptually illustrating an embodiment of a portable biofeedback exercise prescription device according to an aspect of the present invention.

Figure 2 is a block diagram conceptually showing another embodiment of a portable biofeedback exercise prescription device according to an aspect of the present invention.

3 is a flowchart illustrating a biofeedback exercise prescription method according to another aspect of the present invention.

4 is a flowchart illustrating an exercise prescription providing step of the biofeedback exercise prescription method illustrated in FIG. 3.

The present invention relates to a biofeedback exercise prescription device for improving a user's health, and in particular, a biofeedback exercise prescription for wirelessly receiving body information on a user's physical condition and controlling an exercise device based on the received body information. An apparatus and method are provided.

The quality of life of modern man has been improved by the development of technology and economic development. In particular, modern man's interest has been shifted from living basic ritualism to living a healthier life. With the development of convenient various devices and the appearance of automatic devices, people are only pursuing more convenient things, and are able to live without actually moving their bodies. In particular, due to the development of computer technology, modern people often live in front of a computer, and the amount of exercise is absolutely insufficient except for simple repetitive movements such as mouse manipulation or keyboard manipulation. In addition, with the rapid spread of the Internet, the time spent in front of modern computers is increasing. Therefore, various adult diseases caused by lack of exercise are threatening the health of modern people, raising awareness about this.

However, it is known that not all movements are equally beneficial to all. For example, it has been widely recognized that muscle exercise, which is considered beneficial for healthy 20s men, can be fatal for postmenopausal women with osteoporosis-like symptoms. Therefore, it is understood that different exercise methods are provided according to the physical condition of the person exercising, and that the user should be aware of his or her physical condition and exercise. Excessive exercise that doesn't take into account your physical condition can lead to serious damage, such as muscle damage or bone fractures.

Therefore, a service that provides a specialized health program based on specific information on the health of the user is in the spotlight. This set of services is called an exercise prescription. The exercise prescription refers to a service that analyzes physical information such as an individual's health and fitness level, and determines and provides a type, intensity, time, and frequency of exercise suitable for an individual based on the analysis result. In addition, it means a scientific and systematic health promotion service that properly controls the quality and quantity of exercise according to the progression of the exercise. Such exercise prescriptions are organized systematically on the athletic scientific basis with medical expertise.

The body information of the user includes basic body information such as the user's weight, body fat, BMI (Body Mass Index) value, blood pressure and the like, and exercise body information such as pulse, electrocardiogram, and blood pressure during exercise. Basic body information and athletic body information are provided by way of example and are not necessarily semi-specific, but of course interrelated.

However, although exercise prescriptions can be used to provide a specialized exercise program to an individual, exercise prescriptions are provided using expensive equipment, so general users have to approach a health center in order to receive exercise prescriptions. Uneasy. In addition, when a user exercises using a variety of exercise equipment, it is very inconvenient to load the user's body information and the corresponding exercise prescription for different exercise equipment each time.

In addition, when the user is provided with the exercise prescription from the device providing the exercise prescription service to the user only in one direction, whether or not the user exercises according to the exercise prescription is entirely left to the user, so the effect of the exercise prescription is halved.

In addition, since the health state of the user is not always constant, when a sudden situation occurs such as a deterioration of the health state of the user during exercise, it is not possible to actively cope with such a situation.

Therefore, there is an urgent need for an exercise prescription device that can provide an optimized exercise prescription to the user based on the user's physical information and continuously monitor the user's exercise condition to efficiently cope with any crisis that may occur. .

In addition, there is an urgent need for an exercise prescription device that can be commonly used for various types of exercise equipments and has improved accessibility so that a user can easily carry it.

SUMMARY OF THE INVENTION An object of the present invention is to provide a portable exercise prescription device capable of automatically recognizing a user and an exercise device, providing an optimal exercise prescription to the recognized user, and continuously monitoring the user's body information.

Another object of the present invention is to provide a portable exercise prescription device capable of identifying a corresponding exercise device and automatically controlling the identified exercise device according to a recognized user's exercise degree by performing wireless communication with various types of exercise devices. To provide.

Still another object of the present invention is to provide an exercise prescription device and method capable of systematically managing user-specific health information by storing changes in exercise history and physical information of a user.

One aspect of the present invention for achieving the above object relates to a portable exercise prescription device, a mobile telephone unit for connecting to a predetermined mobile communication network to perform voice and data communication; An exercise prescription provider for providing an exercise prescription corresponding to a user's health condition; A wireless interface for user's body information generated by the body information measuring module; And a biofeedback signal generator configured to generate a biofeedback signal for controlling the exercise device used by the user based on the body information and the exercise prescription. The wireless interface is characterized by providing a biofeedback signal to the exercise device. In particular, the exercise prescription device further includes a display unit for displaying at least one of physical information, exercise prescription, and information on the state of the exercise device as an audiovisual signal, wherein the display unit includes the exercise device used by the user. At least one of the method of using and the exercise motion suitable for the user is characterized in that it further displays as a voice visual signal. In addition, the exercise prescription device is characterized in that it comprises an object recognition unit including an RFID reader for reading one or more of information about the user's identity and information for identifying the exercise equipment. The exercise prescription provider included in the portable exercise prescription device according to the present invention accesses a health care server that stores a plurality of exercise prescriptions through a predetermined network, reads an exercise prescription corresponding to a user's health condition, After the termination, the information on the exercise history is stored in the health care server.

Another aspect of the present invention for achieving the above object relates to an exercise prescription method using a portable exercise prescription device, body information receiving step of receiving the user's body information from the body information measurement module; An exercise prescription providing step of providing an exercise prescription corresponding to a user's health condition; And a biofeedback step of controlling an exercise device used by the user based on the physical information and the exercise prescription, wherein the portable exercise prescription device is a mobile phone that performs voice and data communication by connecting to a predetermined mobile communication network. It is done. The exercise prescription method further includes a display step for displaying at least one of physical information, exercise prescription, and information regarding the state of the exercise equipment as an audiovisual signal, the display step being used by a user. And displaying at least one of an exercise method suitable for a user and an exercise motion suitable for a user as the voice visual signal. The exercise prescription method may further include an object recognition step of recognizing the user and the exercise device by using an RFID reader that reads one or more of information about the user's identity and information for identifying the exercise device. It features. The body information transmitted and received includes at least one of a user's weight, body fat, blood pressure, pulse rate, and electrocardiogram, and the biofeedback step includes controlling at least one of load and speed of at least the exercise device.

By performing wireless communication between the portable exercise prescription device and the exercise device according to the present invention, it is possible to easily provide the optimum exercise prescription for each user, and to easily control various exercise devices by using the body information during the exercise of the user.

In order to fully understand the present invention, the operational advantages of the present invention, and the objects achieved by the practice of the present invention, reference should be made to the accompanying drawings which illustrate preferred embodiments of the present invention and the contents described in the accompanying drawings.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. For each figure, like reference numerals denote like elements.

1 is a block diagram conceptually illustrating an embodiment of a portable biofeedback exercise prescription device according to an aspect of the present invention.

The portable biofeedback exercise prescribing apparatus 100 shown in FIG. 1 includes the object recognition unit 110, the exercise prescription providing unit 120, the biofeedback signal generation unit 150, the display unit 160, and the mobile telephone unit 170. And a wireless interface 130.

While the user exercises using the exercise device 190, the body information measuring module 180 measures the user's body information. The body information of the user includes at least one of the user's weight, body fat, blood pressure, pulse rate, respiratory rate, and electrocardiogram. The body information measuring module 180 may be attached to and operate on the user's body, and all measurement devices according to the related art may be used to generate body information. For example, the user's body information may be directly collected by various measurement sensors (not shown) included in the walking exercise device 190. In addition, a weight sensor may be attached to the exercise device 190, and the handle may include a pulse meter and a blood pressure monitor at a predetermined position that the user can catch. During exercise, the user merely grabs the handle, and the user's pulse and blood pressure can be measured. Alternatively, body information may be measured by using a chest band that is worn around a user's chest to accurately measure heart rate.

The object recognition unit 110 may directly receive a user ID or name. When the user is recognized, the exercise prescription provider 120 provides an exercise prescription corresponding to the recognized health state of the user. Then, the user exercises according to the exercise prescription provided by the exercise prescription provider 120. The display unit 160 displays the body information received from the body information measuring module 180 and the exercise prescription provided by the exercise prescription providing unit 120.

The biofeedback signal generator 150 analyzes the body information received by the wireless interface 130 while the user is exercising. As a result of analyzing the user's body information, if it is determined that the exercise amount needs to be increased, the biofeedback signal generator 150 generates a biofeedback signal for adjusting the load or speed of the exercise device 190 to generate the exercise device ( 190). For example, when it is determined that the blood pressure of the user is sufficiently low, the biofeedback signal generator 150 may generate a biofeedback signal for increasing the exercise amount. For example, when the exercise device 190 is a walking exercise device, the pedal drive included in the walking exercise device may include a cam implemented to move like a person walking. In this case, by controlling the load connected to the cam or changing the frictional force applied to the cam, the user can adjust the force required to drive the pedal. As the load applied to the pedal increases, the user can perform the same exercise.

In addition, the biofeedback signal generation unit 150 may analyze the exercise body information of the user, to prevent the accident in advance by alerting the user when the blood pressure or pulse rate exceeds the degree of danger.

In the present specification, biofeedback refers to a technology that enables the human body to adjust its own exercise amount in a desired direction by providing a change in real time to the physiological activity state of the human body based on various body information collected from the human body. For example, in the biofeedback technology, the user may measure and provide a heart rate of the user so that the user may recognize his / her current heart rate, and then compensate the exercise device to perform a continuous exercise while maintaining a certain target heart rate. In particular, such a biofeedback technology is very useful in maintaining aerobic exercise, such as walking, jogging, treadmill, cycling, swimming, aerobics, etc., allowing the user to continuously exercise while adjusting the intensity of exercise to reach a target heart rate. While the user is exercising, the user checks his heart rate in real time while exercising to exceed the minimum heart rate. It is also very important to exercise so as not to exceed your maximum heart rate.

The exercise prescription device 100 shown in FIG. 1 receives body information using the wireless interface 130. Therefore, the body information can be easily measured regardless of the type of the exercise device 190. In addition, the exercise prescription device 100 may be implemented as a portable device including a mobile phone unit 170. Then, using a mobile phone that the user always carries, the user can exercise systematically and scientifically according to the optimal exercise prescription. In addition, the exercise prescription device 100 is not only easy to carry, but also can be mounted on the exercise device 190 during exercise so that the user does not interfere while exercising.

The exercise prescription device 100 may recognize the biofeedback signal to the user by using the display and the speaker basically implemented in the mobile phone. For example, the optimal exercise regimen provided to the user and the current heart rate information are shown on the display so that the user can easily check the exercise achievement to date. In case that it is difficult to check the display while exercising, it is also possible to voice the current heart rate, current exercise intensity, and future exercise plan through the speaker. In particular, when the user's heart rate is close to the maximum heart rate, the user may be alerted by using the speaker and the display so as not to stress the body by lowering the exercise intensity.

When a user finishes exercising on one exercise machine and moves to another exercise machine, the user only needs to carry and move his exercise prescription device 100. When the exercise prescription provider 120 approaches a new exercise device, the exercise prescription provider 120 provides a workout prescription corresponding to the exercise device. For example, when the user who finished the exercise in the walking exercise device moves to the cycle, the exercise prescription provider 120 provides the exercise prescription for the load and speed of the cycle. Alternatively, the exercise prescription provider 120 may provide various games designed as a part of the exercise prescription, which are designed to determine the fitness to induce interest of the user. For example, hiking trails are displayed. The lead car or leader's bicycle may be on the screen, and the user's virtual object follows the lead car. Hiking paths can be implemented in various situations such as flat roads, hills, places requiring quick stops, and curves. In addition, these various situations appear randomly to maintain tension on the user and make it difficult for the user to artificially manipulate his fitness rating. In addition, the biofeedback signal generator 150 controls the exercise device to increase the brake load of the cycle when the terrain output on the display is uphill or when it is necessary to increase the load of the exercise. The brake load can be reduced.

The biofeedback signal generation unit 150 measures the user's health information by measuring a change in heart rate, a change in blood pressure, an amount of exercise performed when a specific load is applied, and a change in heart rate in this case after the exercise is finished. Create There are a variety of algorithms for generating health information, which are not included in the technical idea of the present invention, and any algorithm that can derive the health information based on the user's exercise information is possible. In addition, such an algorithm may be wirelessly received by the mobile telephone unit 170 through the mobile telephone network.

While the user is exercising, the wireless interface 130 wirelessly receives the body information measured by the body information measuring module 180 connected to the cycle, and provides the body information to the biofeedback signal generator 150. Therefore, the user can continue the exercise continuously without the need to connect the exercise prescription device 100 by wire or manually set the new exercise equipment. The wireless interface 130 transmits and receives signals between the exercise prescription device 100 and the body information measuring module 180 according to wireless communication methods such as infrared communication, Bluetooth, and Zigbee. It is preferable to use the Bluetooth method as the air interface method, but this is not a limitation of the present invention, and it is apparent that all conventional wireless communication methods may be used.

The mobile telephone unit 170 is responsible for general telephone calls and data communication using a mobile communication network. Therefore, the portable biofeedback exercise prescription device 100 normally operates as a mobile phone, but operates as a exercise prescription device while the user is exercising.

The body information measuring module 180 shown in FIG. 1 may be provided separately from the exercise device 190 or may be integrated into the exercise device 190 for the convenience of measurement. For example, the scale may be provided in the saddle of the cycle. Then, the user can know his or her weight simply by sitting in the cycle, and the weight of the user thus measured is transmitted to the wireless interface 230. The body fat module for measuring the body fat of the user may be mounted on the handle portion of the cycle. By mounting the body fat module in this way, the user does not need to measure body fat separately, there is an advantage that can be known during the exercise process.

Figure 2 is a block diagram conceptually showing another embodiment of a portable biofeedback exercise prescription device according to an aspect of the present invention. The exercise prescription device 200 illustrated in FIG. 2 includes the object recognition unit 210, the exercise prescription provider 220, the wireless interface 230, the biofeedback signal generator 250, the display unit 280, and the movement. The phone unit 270 is included. Since the components shown in FIG. 2 are similar in operation to those of the same name shown in FIG. 1, repeated descriptions thereof will be omitted.

The object recognition unit 210 included in the exercise prescription device 200 illustrated in FIG. 2 includes an RFID reader 215. The RFID reader 215 reads user information from an RFID tag (not shown) attached to the RFID card 217 possessed by the user. Therefore, the user does not need to directly input information about his / her identity into the exercise prescription device 200, but only needs to bring the RFID card 217 of the user close to the exercise prescription device 200. In addition, the RFID reader 215 may also read information for identifying the sports equipment from the RFID tag attached to the sports equipment. Therefore, using only the exercise prescription device 200 shown in FIG. 2, the user can use various exercise equipments continuously. When the user moves toward the new exercise device, the RFID reader 215 included in the object recognition unit 210 automatically identifies the new exercise device.

In the present invention, radio frequency identification (RFID) technology refers to a contactless recognition system that attaches a small chip to various articles and transmits and processes information of objects and surrounding environment information at a radio frequency. Such radio frequency identification (RFID) systems are called dedicated short range communication (DSRC) or radio identification systems.

A radio frequency identification (RFID) system consists of a reader having a read function, a radio frequency identification (RFID) tag incorporating unique information, operating software, and a network. Radio Frequency Identification (RFID) systems process information by identifying tags in the form of thin planes attached to objects. Radio Frequency Identification (RFID) tags consist of a semiconductor-made transponder chip and an antenna, which are passive and active. While passives operate by receiving energy from a radio signal from a reader without an internal power source, active batteries have a built-in battery to operate on their own. Radio frequency identification (RFID) technology eliminates the need for direct contact like bar codes or scanning in the visible band to read information. Low frequency radio frequency identification systems (30 kHz to 500 kHz) are used at short distances of less than 1.8 m, while high frequency systems (850 MHz to 950 MHz or 2.4 GHz to 2.5 GHz) are capable of transmission over long distances of more than 27 m.

For example, suppose a user enters a large fitness center. When entering the fitness center, one of the exercise prescription device 200 may be paid by the employee. Then, the user can automatically identify himself or herself by bringing the member card 217 with his identity information recorded close to the exercise prescription device 200. If the user is recognized, the exercise prescription provider 220 provides an exercise prescription corresponding to the recognized user. The exercise prescription provider 220 may access the health care server 260 through the network 240 to obtain more professional health information. This process will be described later in detail with reference to FIG. 4.

Then, the user selects the exercise device to be used by the user. The user decides to use the walking exercise equipment first. When the user approaches the walking exercise device, the RFID reader 215 reads out information for identifying the walking exercise device from the RFID tag attached to the walking exercise device. Then, the exercise prescription provider 220 preferentially provides the exercise prescription to the user using the walking exercise device. While the user is exercising, the biofeedback signal generator 250 receives the body information through the wireless interface 230 and provides it to the user through a display or a speaker. In addition, the biofeedback signal generator 250 may determine the body state of the user to adjust the load or speed of the exercise device.

The biofeedback signal generator 250 may estimate the maximum oxygen intake VO ₂ . That is, the user may exercise by holding a body information measuring module (eg, a mouthpiece, not shown) capable of measuring the VO ₂ of the user. Alternatively, heart rate may be extracted by processing an electrocardiogram or blood oxygen saturation concentration (SPO ₂ ) signal, and VO _{2, max} may be estimated using the extracted heart rate. In addition, the biofeedback signal generator 250 may generate other body information by processing the body information received through the air interface 230. For example, in response to a command shown on the display, the user can measure the agility of the user using the time it takes to press the button, and in response to the command shown on the display, how fast the user can press the pedal to a predetermined speed. By measuring whether it can drive, the quick power of a user can also be measured.

In addition, the exercise prescription provider 220 may not only provide an exercise prescription based on the user's current physical information, but also store a history of the user's exercise progress, thereby providing a more systematic exercise prescription.

When the user finishes the exercise, the user moves to another exercise device. If the user decides to do muscle exercise using a barbell, the RFID reader 215 may receive information for identifying the barbell from the RFID tag attached to the barbell when the user approaches the barbell. Therefore, the user can easily maximize the exercise effect without having to apply a separate operation each time the exercise equipment is switched.

When the exercise prescription device 200 is a mobile phone used by a user, the RFID reader 215 may not need to read information for identifying the user from the RFID card 217. In this case, the RFID reader 215 only needs to read information necessary for identification of the sports equipment from the RFID tag attached to the sports equipment.

The display unit 280 displays and provides at least one of a user's body information, exercise prescription, and information on the state of the exercise device as an audiovisual signal, and further, a method of using the exercise device used by the user. And providing a user with an exercise motion and the like suitable for the user. The exercise prescription device 200 may boost the user's power by using a voice signal while the user is exercising, and by providing a voice or an image of how long the user has exercised and how much calories consumed, It can play a user's training role. In particular, by displaying a suit, stretching method, etc. suitable for exercising on the display unit 280, the user can maximize the exercise effect, and may provide music or DMB broadcasting so that the user does not get bored. In particular, the DMB broadcast may be received and provided by the mobile telephone unit 270.

3 is a flowchart illustrating a biofeedback exercise prescription method according to another aspect of the present invention.

First, the user is recognized by using the RFID reader or directly receiving the user's identity information (S310). Then, a suitable exercise prescription according to the recognized health state of the user is provided (S320). The exercise regimen may be provided after measuring the health status of the user, or may be provided based on previously stored history information.

When the user starts the exercise, the user's body information is received by the wireless communication technique (S330). By using a wireless communication technique, it is possible to prevent the user from being disturbed in exercising. When the body information is received, a biofeedback signal is generated based on the exercise prescription and the body information (S340). As described above, the biofeedback signal is a user's body information itself, a processed body information received, or a signal for controlling an exercise device. The user may adjust the exercise amount by referring to the body information displayed on the display. Alternatively, the exercise device is automatically controlled according to the exercise prescription, and the user may continue the exercise accordingly (S350).

By analyzing the body information received during the user exercise to determine whether the user's exercise is excessive (S360). As described above, whether the exercise of the user is excessive can be determined using physical information such as a maximum heart rate. If it is determined that the user exercise is excessive, it may warn the user (S370), or even forcefully terminate the exercise. Through this process, the deterioration of health caused by excessive exercise can be prevented.

The above operation is repeated until the end of the exercise (S380).

4 is a flowchart illustrating an exercise prescription providing step of the biofeedback exercise prescription method illustrated in FIG. 3.

When the user is identified, the exercise prescription provider accesses the health care server through a predetermined network (S410). The predetermined network may be a broadband communication network such as the Internet or a mobile communication network, or may be a wired or wireless local area network.

The health care server stores information on a workout history or various exercise prescriptions of various users. These exercise prescriptions can be updated in a batch quickly, and when using a health care server has the advantage of providing a more professional health prescription. If the user reads the optimized exercise prescription (S420), the user exercises using the provided exercise prescription.

When the exercise ends, the exercise history information is again stored in the health care server (S430). The health care server may be an external computer, a personal computer, or a health information server provided in a specialized institution such as a hospital.

When the health care server is a health information server provided in a specialized institution such as a hospital, new and specialized knowledge such as improved healing methods for various diseases may be continuously updated. Therefore, the best medical service can be provided to the user based on the novel treatment or theory. In addition, the information on the exercise history of the user can be immediately referred to by an expert such as a doctor. Therefore, unlike the user exercising by himself, the user has the advantage of being able to consult the expert's advice on the user's exercise history.

The health care server may further include a database (not shown). The database provided in the server stores the user's exercise information, health information, the change of the user's health state during exercise and the user's personal information, and can be used as useful information for the user's exercise prescription. The database may be used to measure a user's fitness, diagnose a disease early, identify changes in the user's physical condition, and detect early changes in the user's physical condition. For example, the user's heart rate after a certain distance can be measured to early diagnose whether a participant is suffering from a doctor's heart disease. This early diagnosis process uses the user's personal information recorded in the database. In addition, an abnormal increase in the heart rate, an increase in the pulse rate, and the like can be easily detected using information recorded in a database, compared to past exercise. When such abnormal physical state changes are detected, the user may be warned to prevent the occurrence of an unexpected situation.

The exercise prescription method according to another aspect of the present invention can also be embodied as computer readable codes on a computer readable recording medium. Computer-readable recording media include all kinds of recording devices that store data that can be read by a computer system. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disks, optical data storage devices, and the like, which may also be implemented in the form of carrier waves (for example, transmission over the Internet). Include. The computer readable recording medium can also be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion. And functional programs, codes and code segments for implementing the present invention can be easily inferred by programmers in the art to which the present invention belongs.

Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible.

Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

According to the present invention, it is possible to automatically recognize the user and the exercise equipment, provide the optimal exercise prescription to the recognized user, and continuously monitor the user's body information and provide the user to the user.

In addition, according to the present invention it is possible to automatically recognize the various types of exercise equipment, and to maximize the exercise effect by automatically controlling the recognized exercise equipment.

In addition, there is provided an exercise prescription device and method for systematically managing user-specific health information by storing changes in exercise history and physical information of a user.

Claims (10)

In a portable exercise prescription device, A mobile telephone unit connected to a predetermined mobile communication network to perform voice and data communication; An object recognition unit recognizing at least one of a user and an exercise device; An exercise prescription provider for providing an exercise prescription corresponding to the recognized health state of the user; A wireless interface for receiving body information of the user generated by a body information measuring module; And And a biofeedback signal generator configured to generate a biofeedback signal for controlling the recognized exercise device based on the body information and the exercise prescription corresponding to the recognized user. And said wireless interface controls said exercise device by providing said biofeedback signal to said exercise device. According to claim 1, The exercise prescription device, A display unit for displaying at least one of the body information, the exercise prescription, and the information on the state of the exercise equipment as a visual visual signal (audiovisual signal), the display unit, And at least one of a method of using the exercise device used by the user and an exercise motion suitable for the user as the voice visual signal. delete The method of claim 1, wherein the object recognition unit, And a RFID reader for reading at least one of information about the user's identity and information for identifying the exercise device. The method of claim 1, The body information measuring module generates body information about at least one of a user's weight, body fat, blood pressure, pulse rate, and electrocardiogram, The biofeedback signal generation unit, at least one of the load and the speed of the exercise device portable biofeedback exercise prescription device. The exercise prescription providing unit of claim 1, Access a health care server that stores a plurality of exercise prescriptions through a predetermined network, read an exercise prescription corresponding to the health state of the user, and store information on the exercise history in the health care server after the exercise is finished. Portable biofeedback exercise prescription device, characterized in that. In the exercise prescription method using a mobile phone to connect to a predetermined mobile communication network to perform voice and data communication, Body information receiving step of receiving body information of a user from a body information measuring module; An object recognition step of recognizing at least one of a user and an exercise device; An exercise prescription providing step of providing an exercise prescription corresponding to a state of health based on the recognized body information of the user; And A biofeedback signal control step of generating a biofeedback signal for controlling the recognized exercise device based on the body information and the exercise prescription corresponding to the recognized user, and providing the biofeedback signal to the exercise device; The body information and the biofeedback signal is a biofeedback exercise prescription method, characterized in that the transmission and reception by one of the Bluetooth technology. According to claim 7, The exercise prescription method, And displaying at least one of the body information, the exercise prescription, and information regarding the state of the exercise device as an audiovisual signal, wherein the displaying step includes: And displaying at least one of a method of using an exercise device used by the user and an exercise motion suitable for the user as the voice visual signal. The method of claim 7, wherein the object recognition step, And recognizing the user and the exercise device using an RFID reader that reads one or more of information on the user's identity and information for identifying the exercise device. The method of claim 7, wherein the providing exercise prescription, Accessing a health care server that stores a plurality of exercise prescriptions through a predetermined network; Reading an exercise prescription corresponding to the health condition of the user; And And storing information on an exercise history in the health care server after the exercise is finished.

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