KR20050013905A - method and system for biodevelopment and biofeedback of an information and intelligence type using a portable apparatus - Google Patents

Abstract

PURPOSE: An information intelligence type bio-development and bio-feedback system and a method thereof are provided to effectively maximize development of living matter by using a portable device, and measure and analyze bio-signals through the simple configuration of the system. CONSTITUTION: An information intelligence type bio-development and bio-feedback system comprises a measurement module(10) and a bio-feedback unit(30). The measurement module includes a measurement unit(15) for measuring bio-information and generating an electrical bio-signal; an amplifying unit(12) for collecting and amplifying the bio-signal; and an A/D converter unit for converting the bio-signal applied through the amplifying unit into a digital signal, if necessary. The bio-feedback unit includes at least one of a built-in vibration unit, a speaker, a display unit, a visual stimulating unit(41), an audio stimulating unit(42), a tactile stimulating unit(43), an olfactory sense stimulating unit(44), and a load generating unit(45), which are driven by a bio-feedback signal generated on the basis of the information transmitted from a health management server(50).

Description

Method and system for biodevelopment and biofeedback of an information and intelligence type using a portable apparatus}

The present invention relates to an information-intelligent biodevelopment biofeedback system and a method using a mobile device, and more particularly, the development of a living body such as brain / body / spirit can be effectively realized using a mobile device, and is inexpensive. In addition, the information intelligent biodevelopment biofeedback system can be configured to be simple and portable, and the measurement and analysis of biosignals and biofeedback processing can be performed with only a simple configuration, and an audio jack of a mobile device such as a mobile phone or a PDA can be used. And information-intelligent biodevelopment using a portable device that can biofeedback according to various biological signals by utilizing some components such as audio A / D converters, D / A converters, central processing units and / or digital interfaces. A biofeedback system and method are provided.

Like conventional MC ² devices, it removes psychological anxiety, improves stability, and intensifies or relaxes tensions to strengthen endurance / concentration, enhances learning ability / efficiency through mental unification, or rest / sleep Not only improves the effectiveness of the human body, but also improves the ability to develop the brain by improving memory and creativity, as well as maximizing physical strength, improving self-will and self-control, health of body and brain Inventions and devises have been proposed to promote enhancement. This is referred to as an information intelligent biodevelopment biofeedback system.

The inventions or devises related to the information-intelligent bio-development biofeedback system for the development of the conventional brain / body / mentality collect various biosignals, process and analyze the signals, and generate biofeedback signals to generate various biofeedbacks. The system is configured to drive devices, which is disadvantageous because its components are complicated and implemented separately, and are not only expensive but also large in size.

Accordingly, the present invention has been made to solve such a problem, and it is possible to effectively realize the development of a living body such as brain, body, mind, etc. by using a portable device, and the information-intelligent biodevelopment biotechnologies to enable a low cost and simple and portable. The feedback system can be configured, and the simple configuration allows the measurement and analysis of bio signals and biofeedback processing. The audio jacks of mobile devices such as mobile phones and PDAs, their audio A / D converters and D / A converters In order to provide information intelligent biodevelopment biofeedback system and method using a portable device that can biofeedback according to various biosignals by utilizing some components such as and a central processing unit and / or a digital interface. There is this.

1a to 1d is a block diagram of an information intelligent biodevelopment biofeedback system using a portable device according to an embodiment of the present invention,

2a to 2c is a block diagram showing in detail the configuration of an information intelligent biodevelopment biofeedback system using a portable device according to an embodiment of the present invention,

3 is a flowchart illustrating an example of an algorithm for recognizing a biological state;

4 is a flow chart showing the configuration of a biocapacity conversion and development algorithm as an example of a biofeedback signal generation program.

<Description of the symbols for the main parts of the drawings>

10,60: measuring module 11: signal conversion and multiplexing unit

12: amplification section 15: measuring section

16, 18: wireless communication module 17, 19: wireless communication module jack

20: mobile device 21: key input unit

22: central processing unit 23: storage unit

24: display unit 25: speaker

26: A / D conversion section 27: microphone connection section

28: D / A conversion unit 29: earphone connection

30, 70: biofeedback device 31: signal processing and drive control unit

41: visual stimulation means 42: auditory stimulation means

43: tactile means 50: health care server

51: PC 52: Server for Wireless Network

In order to achieve the above object, an information intelligent bio-development biofeedback system using a portable device, the biofeedback system of an information intelligent living body using a portable device including a central processing unit and a storage unit, at least one living body A measuring unit for measuring the information and generating an electrical biosignal, an amplifying unit for collecting and amplifying the biosignal, and an A / D converter for converting the biosignal applied through the amplifying unit into a digital signal if necessary A biometric signal input from the measurement module by a biofeedback signal generation program of a storage unit in a measurement module, and / or a central processing unit of a mobile device, or generated from information transmitted from a health care server or other computer. Built-in frequency driven by biofeedback signal generated based on And a speaker, a display, means for visual stimuli, auditory means, tactile stimulation means, characterized in that comprises a biofeedback device including at least one of the olfactory stimulation means, means for generating a load.

In addition, the present invention is an information intelligent biodevelopment biofeedback method using a portable device including a central processing unit and a storage unit, the desired bio-mode information, the current biometric information, exercise prescription information or exercise in the storage unit of the portable device Save the prescription algorithm and the biofeedback signal generation program, and execute the biofeedback signal generation program in the central processing unit based on at least one of the stored desired bio mode information, current biometric information, exercise prescription information or exercise prescription algorithm. Generating a feedback signal; Current biometric information, exercise prescription information, and processing results thereof are displayed at least on the display and / or speaker as image information and / or audio information, or visual stimulation by light, auditory stimulation by sound, Speaker, display unit, visual stimulation means, auditory stimulation means, tactile stimulation means, olfactory stimulation means by the biofeedback signal to achieve biofeedback by tactile stimulation by electric stimulation or vibration stimulation, olfactory stimulation by scent, exercise, etc. And driving at least one of a biofeedback device including a load generating means, a connection means to a web site, and the like, and the information intelligent biodevelopment biofeedback method using a portable device.

In addition, it is preferable that the biometric information and / or biofeedback training result is transmitted from the portable device to the health care server through the wired / wireless network and managed by the health care server.

Collects and amplifies various biological signals such as electroencephalogram (EEG), electrocardiogram (ECG), electromyogram (EMG), and bioimpedance, and multiplexes them to input audio jacks to mobile devices, and A / D converter for voice processing in mobile devices To digitally convert to a signal, then use the built-in central processing unit or digital signal processor to process and analyze it, and then use sound or screen information and two-dimensional diagrams, three-dimensional charts, and animations through earphones. In addition, the biofeedback of the user may be induced or induced. Furthermore, the earphone signal or the biofeedback signal may be generated to generate an earphone signal or a biofeedback signal, such as visual stimulus by light, auditory stimulus by sound, electric stimulation or vibration stimulation. Maximize the biofeedback effect by controlling devices that have audiovisual effects such as tactile stimulation and olfactory stimulation. May. Various outputs for processing bio signals and biofeedback are made by a separate program embedded in a mobile phone, etc., and multiplexing of signals through voice bands can be used through various existing methods.

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

1A to 1D are schematic views of an information intelligent biodevelopment biofeedback system using a portable device according to embodiments of the present invention, and FIGS. 2A to 2C are detailed configurations of the system of FIGS. 1A to 1D. This block diagram is shown.

First, the portable device 20 includes a central processing unit 22, a display unit 24, a storage unit 23, a microphone connection unit 27, an earphone connection unit 29, and an audio A / D conversion unit 26. And a D / A converter 28 and a digital interface 20a, a mobile phone or a PDA can be employed.

In FIG. 1A, the measurement module 10 in the form of a headset includes a signal conversion and multiplexing unit 11, an amplifier 12, and a measurement unit 15, and a microphone jack connected to the microphone connection unit 27. It is provided.

The measuring unit 15 is for generating an electrical biosignal by measuring various biometric information, and includes an electrode, a measuring sensor, and the like. The biological signal collected from the measuring unit 15 is amplified by the amplifier 12 and input to the signal converter and multiplexer 11, and in the signal converter and multiplexer 11, each biosignal is adjusted to an audio range. Multiplexed and input to the microphone connection portion 27 of the mobile device 20 through the microphone jack. Although the converted signal is input from the measurement module 10 in the form of a headset directly through the microphone connection unit 27, it is shown in FIGS. 1A and 2B, but in FIG. 11) includes a wireless communication module 16, and adds a wireless communication module jack 17 connected to the A / D conversion unit 26 of the portable device 20, such as infrared, simple RF, analog wireless Signals multiplexed by communication may be transmitted and processed.

In addition, as shown in FIGS. 1C and 2C, the measurement module 60 may be configured separately from the main body of the portable device 20 as the measurement module 60 which is directly connected to the digital interface 20a. As in 1d, the signal is transmitted by a digital wireless communication method such as a wireless LAN, a blue pitcher method, or the like, separated from the mobile device 20, or by an analog wireless communication method such as an infrared ray, a simple RF method, or the like. And a wireless communication module 18 for transmitting a signal, and according to the digital wireless communication method, the portable device 20 receives at least a signal from the wireless communication module 18 of the measurement module 60. To the central processing unit 22, or in the case of the analog wireless communication method, after receiving the signal from the wireless communication module 18, converts it into a digital signal and transmits it to the central processing unit 22. Digital with D / D converter It is configured to include an interface (20a) a wireless communication module 19 is detachably connected to. In the present invention, the signal conversion and multiplexing unit 11 may be a signal conversion unit when the measurement unit 15 measures one biometric information and generates an electrical biosignal, and may be excluded when conversion is not necessary. It may be.

The biosignal input as described above is converted into a digital signal using the audio A / D converter 26 or the digital interface 20a. The digital biosignal is converted into a digital signal by the central processing unit 22 of the mobile device 20. Will be entered.

Meanwhile, as shown in FIG. 2A, the amplifier 12 and the signal conversion and multiplexing unit 11 constituting the measurement module are built in the portable device 20, and the measuring unit 15 is not separated. ) May be configured to be exposed or drawn out of the mobile device 20.

The biofeedback signal generation program is prepared and stored in advance in the storage unit 23. The biofeedback signal generation program may include a biosignal processing analysis algorithm for processing any biosignal, and thus In addition to the occurrence, it may also include a program for outputting the result value of the processing, past history, future prediction or prescription, etc. in video or audio. Therefore, in the present invention, the biofeedback signal is used as a concept including an image or an audio signal. In addition, depending on the structure of the program, various databases can be constructed and used to increase the biofeedback effect. For example, the biofeedback signal generation program may include a biometric recognition algorithm or a biosignal processing analysis algorithm for analyzing the biosignal in the measurement unit 15 and knowing the biometric state. It can also be configured to query the database for analysis. In addition, a biocapability development algorithm for generating a biofeedback signal and / or a biocapacity development algorithm of a current biostatus from a current biostatus to a desired biomode may be configured. It may be configured to query the to generate a biofeedback signal. In addition, the biological state is represented by a variety of biological signals or measurements, and the bio mode (competence) is a biometric characteristic of each part of the brain / spirit / body, a representative person famous for a specific field, and an educational / social competence. It is desirable to database the range of states. In addition, through a number of experiments and / or reflecting one's own self-stimulation load pattern by reflecting the type of biological stimulation / exercise means / stimulation load pattern / level (stimulation load program) for the biometric state or its changes (Biofeedback signal) It is also desirable to establish a DB.

The program or database for the various algorithms described above is determined by being manually input through the key input unit 21, or the wireless network of the mobile device 20 from the health care server 50 as shown in FIGS. 1A to 1D. It may be downloaded through or received from the health care server 50 or the PC 51 through a connection to the digital interface 20a and stored in the storage unit 23, the health care server 50 when necessary in consideration of the storage capacity Or PC 51 may be queried.

The bio-signals input as described above are processed by a biofeedback signal generation program executed in the central processing unit 22, and as a result of the processing, the biofeedback signals are output. Accordingly, at least the speaker 25 or The biofeedback signal is output as an audio signal or an image signal through the display unit 24, or the biofeedback signal is output to the biofeedback devices 30 and 70 as described below.

The biofeedback signal generation program may be performed by selection or input of a separate menu or by having a button on the key input unit 21, or by recognizing the shape of the bio signal in the central processing unit 22. May be

In addition, the biofeedback device (30, 70) in the system of the present invention, as shown in Figure 2a is part of the portable device 20, the stimulation means are configured to be exposed to apply a stimulus or load generating means 45 As shown in FIGS. 1A to 1D and 2B to 2C, the biofeedback device in the form of a headset is connected to the mobile device 20 through an audio jack or a digital interface. 30,70).

The biofeedback device (30, 70) is generated by processing the bio-signal input from the measurement module by the biofeedback signal generation program of the storage unit in the central processing unit 22 of the portable device 20, or the health care server Built-in vibration means driven by biofeedback signals generated based on information transmitted from 50 to other computers, speaker 25, display unit 24, visual stimulating means 41, auditory stimulating means 42 ), The tactile stimulating means 43, the olfactory stimulating means 44, the load generating means 45, and a connection means to the web site, as shown in Figs. 2a to 2c, as necessary Vibration means, speaker 25, display unit 24, visual stimulating means 41, auditory stimulating means 42, tactile stimulating means 43, and olfactory stimulating means 44 constituting the biofeedback device. And / or to be suitable for driving / control of the load generating means 45. EO processing the feedback signal and further includes a signal processing and a driving controller 31 for generating a drive control signal.

In addition, the biofeedback signal output according to the present invention may be output to the biofeedback devices 30 and 70 as well as the audio signal and / or the video signal to the speaker 25 and / or the display unit 24. , May be output separately from the speaker 25 and / or the display unit 24.

1A, 1B and 2B, the biofeedback device 30 is configured to be separated from the portable device 20 in the form of a headset, and has a earphone connection part 29 and an audio D / A conversion part 28. (20) can be used as it is. The biofeedback device 30 may be configured such that the biofeedback signal output through the audio D / A converter 28 and the earphone connection unit 29 is input through the earphone jack as shown in FIG. 1A. 1b includes a wireless communication module 18 so as to receive a biofeedback signal by an analog wireless communication method such as an infrared ray, a simple RF method, and the like, separated from the portable device 20 as in the measurement module 10 above. And a wireless communication module jack 19 detachably connected to the earphone connection unit 29 so as to transmit a signal to the wireless communication module 18 of the biofeedback device 30.

In addition, the biofeedback device 70 in FIGS. 1C, 1D and 2C is configured to use the existing portable device 20 having at least the digital interface 20a as it is. In FIG. 1C, the biofeedback device 70 is directly connected to the digital interface 20a and is separated from the main body of the portable device 20. In FIG. 1D, the biofeedback device 70 is separated from the mobile device 20 and receives a signal by a digital wireless communication method such as a wireless LAN or a blue pitch method, or an infrared ray, a simple RF method, or the like. A wireless communication module 18 for receiving a signal by an analog wireless communication method of the present invention, and in the case of the digital wireless communication method, transmitting a signal to at least the wireless communication module 18 of the biofeedback device 70. Or, in the case of the analog wireless communication method, after receiving the signal from the wireless communication module 18, the digital signal is converted into a digital signal and transmitted to the central processing unit 22 and the digital interface ( And a wireless communication module 19 detachably connected to 20a).

The visual stimulating means 41 may be an optical output means such as an LED installed through glasses or the like in FIG. 1A, the auditory stimulating means 42 may be a sound output means such as a general audio earphone, The tactile stimulating means 43 includes an electrode means for applying an electric pulse or a vibration means of an external or portable device 20 for applying vibration. In the case of the vibration means of the portable device 20, it is preferable to distinguish it from other vibration modes. In addition, the olfactory stimulating means 44 is an apparatus which produces | generates various fragrances.

In addition, the load generating means 45, at least one of a variety of health promotion aerobic and anaerobic fitness equipment, such as health bike, treadmill, stepper, barbell controlled by the mobile device 20, If included, the signal processing and drive control unit 31 includes a load control module of the load generating means 45. In addition, an exercise load control program or exercise load control pattern DB for controlling the exercise load of the load generating means 45 according to the exercise prescription information or the exercise prescription information by the exercise prescription algorithm includes a storage unit of the portable device 20 ( 23), the load of the fitness equipment is controlled through a standard interface or a specific company-specific interface or a wireless module of the mobile device 20, and the exercise load control program and / or the exercise load control pattern DB are stored in the fitness equipment. When the storage unit and the central processing unit are provided, when the exercise prescription information is transmitted as a biofeedback signal from the portable device 20 according to a protocol determined by the fitness device, the load is performed by executing the exercise load control program of the storage unit of the fitness device. Controlled.

The configuration of the fitness device as a biofeedback device using the portable device 20 includes a load generating means 45, a signal processing and load control module 31 as a load control module, and an interface to the portable device 20, A TV receiving device including a set-top box and a display device such as an LCD, an interface of the portable device 20, a central processing unit for controlling fitness equipment, a biosensor connected to the portable device 20, and the like.

Also, a video signal and / or an audio signal for connecting the mobile device 20 to a specific web site through a web site connecting means of the mobile device 20 and displaying an exercise map, a motion guide, etc. from the web site server. Received may be configured to display through the display unit 24 and / or speaker 25 or the external display unit and / or speaker. In this case, exercise or stimulation may be induced without an external fitness device or stimulation means.

Above, the microphone jack and the earphone jack are correspondingly integrated when the microphone connection 27 and the earphone connection 29 are integrally formed in the portable device 20 as the electrical connection means to the microphone connection 27 and the earphone connection 29. It is preferable to form. The audio jacks are used in combination with respective jacks or integrated jacks for connecting audio signals, and a headset type refers to a configuration using such an audio jack, a digital interface, or a wireless transceiver.

In the present invention, the central processing unit of the portable device may be a digital signal processor (DSP) or, if provided with both, the biofeedback signal generation program may be performed by the cooperation of both. In addition, the audio A / D converter 26 may include a voice vocoder.

The operation of the system of the present invention configured as described above will be described below with reference to the method of the present invention.

In FIGS. 2A and 2B, various biometric information is measured by the measuring unit 15 of the measuring module 10 and generated as an electrical biosignal. The biosignal is connected to the microphone connection unit of the mobile device 20 through at least an audio jack. 27), the audio A / D converter 26 in the mobile device 20 is converted into a digital signal, and is input to the central processing unit 22 of the mobile device 20. In FIG. 2C, the biosignal is input to the central processing unit 22 through the digital interface 20a via the A / D converter 61 as necessary. If necessary, the biosignal is amplified by the amplifier 12 and adjusted or converted to an audio range. In order to input a plurality of bio-signals, each bio-signal is adjusted to an audio range by the signal conversion and multiplexing unit 11 and multiplexed.

The central processing unit 22 performs a biofeedback signal generation program of the storage unit 23 by selecting a menu or inputting a button or sensing a bio signal input, thereby processing the converted digital bio signal. As a result, a biofeedback signal is generated. Accordingly, the measured value and the processing result may be displayed at least on the display unit 24 as image information, or may be output as audio through the speaker 25, and at the same time or separately, depending on the processing result, The biofeedback signal is input to the biofeedback device 30 so that the biofeedback is performed by the auditory stimulus, the tactile stimulus by the electrical stimulus or the vibration stimulus, the olfactory stimulus by the scent, and the movement. It is output as an analog signal through the conversion unit 28 and the earphone connection unit 29, in Figure 2c is output to the biofeedback device 70 via the digital interface 20a. In the biofeedback device 70, the biofeedback signal is converted into a digital signal through the D / A converter 28 as necessary.

In the biofeedback devices 30 and 70, the biofeedback signal in the signal processing and drive control unit 31 of the biofeedback devices 30 and 70 is adapted to each stimulus means or the exercise load to drive at least one of the plurality of stimulation means. And a controlled drive signal is generated. Accordingly, the magnetic pole means is driven. In the present invention, the signal processing and driving control unit 31 may be composed of only the driving control unit and the signal processing unit when signal processing or driving control is unnecessary, and may be removed if unnecessary.

On the other hand, the feedback is made by analyzing the bio-signal from the measuring module (10, 60) again to know the effect by the corresponding stimulation means or load means, and the analysis result or the feedback result to the display unit 24 or It may be output through the speaker 25.

In addition, the measured value, the processing result, or the biofeedback training execution result in the mobile device 20 are transmitted from the mobile device 20 to the health care server 50 through the wired / wireless network to the health care server 50. It is also possible to manage by. To this end, as shown in FIGS. 1A to 1D, the mobile device 20 is connected to the health care server 50 through a wireless network, a server for a wireless network such as a mobile relay server or a WAP server 52, and a wired network such as the Internet. It may be configured to be connectable and may be configured to communicate using the client PC 51 and the wired network.

As such, in the case of managing the biometric information, the processing result, the biofeedback result, etc. using the health care server 50, the results of more detailed health analysis, exercise prescription, etc. can be provided, and more effectively and specifically, The brain, body, and mental development can be realized.

In addition, the biometric recognition algorithm, which may be included in the biofeedback signal generation program, is measured through the measurement unit 15 as shown in FIG. 3, and the measured biosignal is measured by the biometric recognition algorithm or the biosignal. The analysis is performed by a processing analysis algorithm or the like, and / or the contrast analysis is performed by querying a database of bio signals and bio states. The biological state of the analysis result is displayed, and the biological state is represented by various biological signals or measurements, and the bio mode (capability), that is, the specific characteristics of each part of the brain, mind, and body, and the specific field. May be displayed by famous representatives, by education / social capacity.

In addition, the biocapacity conversion and development algorithm that may be included in the biofeedback signal generation program is shown in FIG. 4 as an example, and various types of measurement modules, stimulation means, and / or load generation means may be used in an environment setting step. Other information may be entered. Then, if the current biometric state is recognized by the biometric state recognition algorithm of FIG. 3, the desired biometric mode (capability) is selected from the categories such as by measurement device, biometric characteristic, representative ability person, and education / social ability. According to the prescription, the biofeedback signal is generated according to the inquiry of the biostimulus load algorithm or the stimulus load pattern DB such as the stimulus / load means type and the stimulus / load pattern and level. That is, the stimulus to the load is generated according to the biofeedback signal, and the changed biological state is recognized after the stimulus load is applied for a predetermined time or a predetermined range. It is determined whether or not the changed biological state is a change to the desired bio mode and warns when it is an unreasonable range, thereby automatically or manually changing the level / bio mode, and / or own DB according to the result. (Biological mode and biometric state and stimulus programs) may be reflected and / or reflected in existing relevant databases and terminated.

In addition, when the changed biological state is in the inadequate or suitable range, the patient may return to receive a prescription for the current state changed to continue to apply the stimulus. Although not shown, the stimulus load level or the change or termination of the bio mode may be omitted. It may be configured to select.

In addition, since the storage unit 23 of the mobile device 20 includes identification information for identifying the owner, identification can be performed at the time of connection to a wired / wireless network or the like, so that the identified management can be performed. .

According to the configuration and operation of the information-intelligent biodevelopment biofeedback system using the mobile device and the method according to the embodiments of the present invention described above, it is possible to effectively maximize the development of the living body such as brain / body / mind using the mobile device In addition, the information intelligent biodevelopment biofeedback system can be configured to be inexpensive, simple, and portable, and the measurement and analysis of the biosignal and the biofeedback processing can be performed with only a simple configuration. Audio jacks of portable devices such as PDAs, A / D converters for audio and D / A converters, and some components such as central processing units and / or digital signal processors can be utilized.

Claims (21)

In the biofeedback system of information intelligent living body using the portable device 20 including the central processing unit 22 and the storage unit 23, A measuring unit 15 for measuring at least one biometric information and generating an electrical biosignal, an amplifying unit 12 for collecting and amplifying the biosignal, and a biosignal applied through the amplifying unit 12 Is input from the measurement module by a biofeedback signal generation program of the storage unit in the central processing unit 22 of the portable device 20, and / or the A / D conversion unit for converting the digital signal into a digital signal if necessary. Built-in vibration means, speakers 25, display unit 24, time generated by processing bio signals or driven by biofeedback signals generated based on information transmitted from the health care server 50 or other computers. And a biofeedback device including at least one of the stimulating means 41, the auditory stimulating means 42, the tactile stimulating means 43, the olfactory stimulating means 44, and the load generating means 45. Biofeedback system of information intelligent living organisms using a portable device. The audio A / D converter 26 according to claim 1, wherein when the portable device 20 includes the audio A / D converter 26, the audio A / D converter 26 is used instead of a separate A / D converter. A signal conversion unit for converting the bio-signal into a signal suitable for the frequency band and amplitude range of the audio signal to be input to the audio A / D conversion unit 26 to be processed is further included in the measurement module Biofeedback system of information intelligent living body using a portable device, characterized in that. 3. The microphone connection unit according to claim 2, wherein the measurement unit 15, the amplifier unit 12, and the signal conversion unit are provided via a microphone jack so that the existing portable device 20 having at least the microphone connection unit 27 can be used as it is. A biofeedback system for an information-intelligent living body using a portable device, characterized in that the measurement module 10 in the form of a headset connected directly to (27) is separated from the main body of the portable device 20. According to claim 2, wherein the measurement unit 15, the amplifier 12 and the signal conversion unit, the measurement module 10 in the form of a headset so that the existing portable device 20 having at least a microphone connection unit 27 can be used as it is. The measurement module 10 includes a wireless communication module 16 so as to transmit a signal at least by an analog wireless communication method such as infrared rays, a simple RF method, and the like, separated from the portable device 20. And a wireless communication module jack detachably connected to the microphone connection unit 27 to receive a signal from the wireless communication module 16 of the measurement module 10 and input the same to the A / D conversion unit 26. A biofeedback system for an information intelligent living body using a mobile device, characterized in that it comprises a (17). 2. The measuring unit 15, the amplifier 12, and the A / D converter 51 are configured to digitally use the portable terminal 20 having at least the digital interface 20a. A biofeedback system for an information intelligent living body using a portable device, characterized in that the measurement module 60 is directly connected to the interface 20a and is separated from the main body of the portable device 20. The method of claim 1, wherein at least the measuring unit (15) and the amplifier unit (12) comprises a measuring module (60), and the measuring module (70) is separated from the portable device (20). It includes a wireless communication module 18 for transmitting a signal by a digital wireless communication method such as a LAN, Bluetooth transmission method, or an analog wireless communication method such as infrared, simple RF method, In the digital wireless communication method, at least a signal from the wireless communication module 18 of the measurement module 60 is received and transmitted to the CPU 22, or in the analog wireless communication method. After receiving the signal from the wireless communication module 18, the wireless communication module having an A / D conversion unit for converting into a digital signal and transmitting to the central processing unit 22 and detachably connected to the digital interface 20a ( 19) to be configured including Biometric information of the intelligent system using biofeedback, a mobile device as ranging. The apparatus of claim 1, wherein the measurement unit 15 measures a plurality of biometric information to generate a plurality of electrical biosignals, and the signal conversion unit adjusts and multiplexes each of the amplified biosignals to an audio range. A signal conversion and multiplexing unit 11 for inputting through the microphone connection unit 27 of the portable device 20, characterized in that the biofeedback system of information intelligent living using a portable device. The biofeedback device according to claim 1, wherein the biofeedback device comprises an internal vibration means constituting the biofeedback device when the portable device 20 has an earphone connection portion 29 and an audio D / A conversion portion 28. Driving of the speaker 25, the display unit 24, the visual stimulating means 41, the auditory stimulating means 42, the tactile stimulating means 43, the olfactory stimulating means 44 and / or the load generating means 45. And a signal processing and drive control unit 31 for processing the biofeedback signal to generate a drive control signal to suit the control, wherein the biofeedback device is directly connected to the earphone connection unit 29 via an earphone jack. As the biofeedback device 30 in the form of a headset to be connected to the main body of the portable device 20, the existing portable device 20 can be used as it is. Biofeedback System. The biofeedback device according to claim 1, wherein the biofeedback device comprises an internal vibration means constituting the biofeedback device when the portable device 20 has an earphone connection portion 29 and an audio D / A conversion portion 28. Driving of the speaker 25, the display unit 24, the visual stimulating means 41, the auditory stimulating means 42, the tactile stimulating means 43, the olfactory stimulating means 44 and / or the load generating means 45. And a biofeedback device 30 in the form of a headset, which further includes a signal processing and drive control unit 31 for processing the biofeedback signal to generate a drive control signal so as to be suitable for control. ) Includes a wireless communication module 18 so as to receive a biofeedback signal by an analog wireless communication method such as an infrared ray, a simple RF method, and the like, separated from the portable device 20, and the biofeedback device 30. Earphone connection to transmit a signal to the wireless communication module 18 And a wireless communication module jack (19) detachably connected to (29). The biofeedback system of an information intelligent living body using a portable device. The biofeedback apparatus according to claim 1, wherein the biofeedback apparatus comprises at least one of the internal vibration means, the speaker 25, and the display constituting the biofeedback apparatus so that the existing portable apparatus 20 having at least the digital interface 20a can be used as it is. The bio-mechanism is suitable for driving / control of the part 24, the visual stimulating means 41, the auditory stimulating means 42, the tactile stimulating means 43, the olfactory stimulating means 44 and / or the load generating means 45. A biofeedback device 30 in the form of a headset further includes a signal processing and drive control unit 31 for processing a feedback signal to generate a drive control signal, and the biofeedback device 30 includes a digital interface 20a. The biofeedback system of an information intelligent living body using a portable device, characterized in that the device is directly connected to the main body of the portable device 20. The biofeedback apparatus according to claim 1, wherein the biofeedback apparatus comprises at least one of the internal vibration means, the speaker 25, and the display constituting the biofeedback apparatus so that the existing portable apparatus 20 having at least the digital interface 20a can be used as it is. The bio-mechanism is suitable for driving / control of the part 24, the visual stimulating means 41, the auditory stimulating means 42, the tactile stimulating means 43, the olfactory stimulating means 44 and / or the load generating means 45. A biofeedback device 70 in the form of a headset further includes a signal processing and drive control unit 31 for processing a feedback signal to generate a drive control signal. The biofeedback device 30 includes a portable device 20. Wireless communication module for receiving signals by digital wireless communication method such as wireless LAN, Bluetooth transmission method, or analog wireless communication method such as infrared, simple RF method, etc. Pov 18 In the case of the digital wireless communication method, at least the signal is transmitted to the wireless communication module 18 of the biofeedback device 70, or in the case of the analog wireless communication method. After receiving the signal, it is configured to include a wireless communication module 19 having an A / D conversion unit for converting into a digital signal to be transmitted to the central processing unit 22 and detachably connected to the digital interface (20a). Characterized in that, a biofeedback system of an intelligent living body using a portable device. The image of claim 1, wherein the biofeedback signal is displayed through the display unit 24 and / or the speaker 25 to display the exercise map, the exercise guide, the biometric information of the measuring unit 15, the processing result thereof, and the like. A signal and / or an audio signal, wherein the visual stimulating means 41, the auditory stimulating means 42, and the tactile stimulating means 43 each include a display unit 24, a speaker 25, and internal vibration means. Characterized in that, the biofeedback system of the intelligent living body using a portable device. The method of claim 1, wherein the load generating means 45 of the biofeedback device, at least among a variety of health promotion aerobic and anaerobic fitness equipment, such as health bike, treadmill, stepper, barbell controlled by the portable device 20 In the case of including the fitness device, the signal processing and driving control unit 31 includes a load control module of the load generating means 45, and the exercise prescription information or the exercise prescription information by the exercise prescription algorithm. If the exercise load control program or exercise load control pattern DB for controlling the exercise load of the load generating means 45 is stored in the storage unit 23 of the mobile device 20 according to the standard interface or specific The load of the fitness equipment is controlled through the company-specific interface or the wireless module, and the storage unit and the central processing unit in which the exercise load control program and / or the exercise load control pattern DB are stored in the fitness equipment In the case where the exercise prescription information is transmitted as a biofeedback signal from the portable device 20 by a protocol determined by the fitness device, the load is controlled by performing the exercise load control program of the storage unit of the fitness device. Biofeedback system of information intelligent living body using a mobile device. In the information intelligent bio-development biofeedback method using a portable device 20 including a central processing unit 22 and a storage unit 23, The desired bio mode (capability) information, current bio information, exercise prescription information or exercise prescription algorithm and biofeedback signal generation program are stored in the storage unit 23 of the mobile device 20, and the stored desired bio mode (capacity) Generating a biofeedback signal by executing a biofeedback signal generation program in the central processing unit 22 based on at least one of information, current biometric information, exercise prescription information, or exercise prescription information by the exercise prescription algorithm. ; And Present biometric information, exercise prescription information, and the result of the processing are displayed at least on the display unit 24 and / or the speaker 25 as image information and / or audio information, or visual stimulation and sound by light depending on the processing result. Speaker 25, display unit 24, visual stimulation means by the biofeedback signal so that biofeedback by auditory stimulus, tactile stimulus by electric stimulation, vibration stimulation, etc. 41), at least one of the biofeedback devices including the auditory stimulating means 42, the tactile stimulating means 43, the olfactory stimulating means 44, the load generating means 45, the connecting means to the website, and the like. Information intelligent living development biofeedback method using a mobile device, characterized in that comprising a step. 15. The method of claim 14, further comprising the step of measuring at least one biometric information in the measuring unit 15 of the measurement module to generate an electrical biosignal, in this case, to recognize the current biometric state from the input biosignal And store the information, and perform a biofeedback signal generation program based on the biometric information, and generate a biofeedback signal according to the bioinformation. The electric living body of claim 15, wherein the measurement module and / or the biofeedback device are configured in the form of a headset so that the current portable device 20 can be used as it is, and the measurement unit 15 measures various biometric information. The signal and / or the biofeedback signal generated by the central processing unit 22 of the portable device 20 is connected to the microphone 27 of the portable device 20 by a wired or wireless transmission method via an audio jack and / or a digital interface. , Via the earphone connection 29 and / or digital interface (20a), characterized in that the information-based bio-development biofeedback method using a portable device. 16. The method of claim 15, further comprising adjusting and multiplexing each biosignal to an audio range in the signal conversion and multiplexing unit 11 to input a plurality of biosignals, and further comprising a plurality of stimulation means or load generation. And processing the biofeedback signal appropriately for each stimulus means or the load generating means in the signal processing and drive control section of the biofeedback device to drive the means to generate a drive signal. Intelligent biodevelopment biofeedback method. The biofeedback signal generating program of claim 15, wherein the biofeedback signal generating program comprises a biometric recognition algorithm or a biosignal processing analysis algorithm for recognizing a current biometric state by a biosignal, and / or a database of the biosignal and the biometric state. In addition, a biocapacity development algorithm for generating a biofeedback signal and / or a biocapacity development algorithm of the relationship between the biometric state and the stimulus load and / or the biocapacity conversion algorithm from the current biometric state to the desired biometric mode, or a pattern DB thereof may be included. Information intelligent biodevelopment biofeedback method using a mobile device. 16. The method according to claim 15, wherein the training result based on the biometric information and the biofeedback signal is transmitted from the mobile device 20 to the health care server 50 through the wired / wireless network and managed by the health care server 50. Bio-signal measurement and biofeedback method using a mobile device. The method of claim 14, wherein the exercise prescription algorithm or exercise prescription information is downloaded from the wireless network of the mobile device 20 or received from the health care server 50 or the PC 51 through a connection to the digital interface 20a. Is stored in the storage unit 23, the exercise load control program or exercise load control pattern DB for controlling the exercise load of the load generating means 45 according to the exercise prescription information or exercise prescription information by the exercise prescription algorithm is a portable device When stored in the storage unit 23 of 20, the load of the fitness equipment is controlled through a standard interface or a specific company-specific interface or a wireless module of the mobile device 20, and the exercise load control program and / or When the storage unit and the central processing unit storing the exercise load control pattern DB are provided, the exercise prescription information is determined by the protocol specified in the fitness equipment from the mobile device 20. The information intelligent bio-development biofeedback method using a portable device, characterized in that the load is controlled by the execution of the exercise load control program of the storage unit of the fitness equipment when the biofeedback signal is transmitted as a biofeedback signal. 15. The method according to claim 14, wherein the mobile device 20 is connected to a specific web site through the web site connecting means, and video and / or audio signals for displaying an exercise map, a motion guide, etc. are displayed from the web site server. Receiving the display unit 24 and / or the speaker 25 or an external display unit and / or an external display and / or speaker characterized in that it comprises the step of information intelligent bio-development biofeedback method using a portable device.