KR20010097535A - A brain wave service system and method through the internet - Google Patents

Abstract

The present invention relates to an EEG service system and method through the Internet. A user connects to a provider through a network. When the connected user selects to receive the EEG, EEG is generated and transmitted to the user. Alternatively, the biorhythm is calculated according to the member information of the connected user, and the sound and the brain wave suitable for the calculated biorhythm are combined and transmitted in the form of a file. This can help you stabilize your mind and body.

Description

A brain wave service system and method through the internet}

The present invention relates to an EEG service system and method through the Internet, and in particular, when the user accesses the operator through the Internet, by grasping the user's state by providing the EEG according to the user's state with sound or music It relates to an EEG service system and method through the Internet to stabilize the mind and body.

In general, the use of the Internet is steadily increasing all over the world, and users are getting a lot of information through the Internet.

When you access the service provider through the Internet, you can see the information you want and click the information to show more detailed information.

On the other hand, people get tired of using computers and working. However, there is no proper means to relieve this fatigue.

The technical problem to be achieved by the present invention, when people are tired or free from daily life, when connected to the Internet, grasp the user's condition and provide the appropriate sound or music with EEG to restore the user's mind and body stability It is to provide a brainwave service system and method through the vital internet.

1 is a block diagram of an EEG service system through the Internet according to an embodiment of the present invention.

2 is a flowchart illustrating a sound service method through the Internet according to an embodiment of the present invention.

3 is a detailed view showing an EEG generator, an EEG, and a voice processing unit in an EEG service system through the Internet according to an embodiment of the present invention.

EEG service system via the Internet according to one feature of the present invention for solving this problem,

An EEG generator for generating EEG;

EEG providing system for transmitting the EEG generated by the EEG generator in the form of a file, when the user connects through a network and selects EEG reception;

EEG service system via the Internet according to another feature of the present invention for solving this problem,

A sound information database storing information on various kinds of sounds;

A music information database storing information on various kinds of music;

An EEG generator for generating EEG;

When the user connects through the network and logs in, the user's status is checked to provide a list of sounds and music suitable for the user's status, and when one or desired sounds are selected, the selected sound or music and the brain wave generator It includes an EEG providing system for synthesizing the EEG generated in the transmission to the user.

EEG service method through the Internet according to another feature of the present invention for solving this problem,

Accessing a service provider through a network;

If the connected user selects to receive the EEG, the method may include generating and transmitting an EEG to the user.

Then, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily implement the present invention.

1 is a block diagram of an EEG service system through the Internet according to an embodiment of the present invention.

As shown in Figure 1, the EEG service system through the Internet according to an embodiment of the present invention,

User's computer 10;

A subscriber database 60 which stores information on personal information such as ID, password, date of birth, sex, blood type, etc. in the subscriber;

A sound information database 51 for storing information on various kinds of sounds;

A biorhythm database 80 that stores a biorhythm program;

A home page unit 70 for storing web screens including a home page;

A music information database 52 that stores information about various kinds of music;

An EEG generator 90 for generating EEG;

When the user logs in by connecting through a network, the user's status is checked to provide a list of sounds and music according to the user's status, and when one is selected, the selected sound or music is generated by the EEG generator. It includes an EEG providing system 40 for synthesizing the EEG and transmitting to the user.

The EEG providing system 40,

A web server 41 for displaying the homepage 70 information, which is the business information of the operator, and confirming whether the subscriber is a legitimate subscriber when the subscriber accesses the Internet;

An brain wave and voice processor 42 for synthesizing the sound information of the sound information database 51 and the music information database 52 and the brain waves of the brain wave generator;

And a status checker 43 for checking the status of the subscriber.

3 is a detailed view showing an EEG generator, an EEG, and a voice processing unit in a sound service system through the Internet according to an embodiment of the present invention.

As shown in Figure 3, the EEG generator 90,

A left frequency generator 91 for generating a signal of a predetermined frequency band;

A right frequency generator 92 generating a frequency that is different from the frequency of the left frequency generator by 8 to 14 Hz;

And a stereo synthesizer 93 for synthesizing and outputting the outputs of the left frequency generator 91 and the right frequency generator 92.

The user computer 10 described above,

Hard disk drive (HDD, 19) with built-in web browser and multiple access programs,

The central processing unit 12 that reads and executes the web browser and the multiple access program of the hard disk drive (HDD) 19 into the memory 9 and controls the simultaneous access and sharing of information with other external computers when accessing the Internet. ,

An audio unit 6 for processing an audio signal;

A speaker 7 which converts an audio signal into a voice signal and outputs it in stereo;

A microphone 6 for converting an audio signal into an audio signal;

Modem 14 for demodulating the transmission and reception data of the central processing unit 12,

It includes a display controller 13, a display 11, a system bus 15, a keyboard 18 and a mouse 17.

Then, the operation of the EEG service system through the Internet having such a configuration will be described in detail with reference to FIGS.

2 is an operation flowchart of an EEG service method through the Internet according to an embodiment of the present invention.

First, the user accesses the web server 41 of the operator by accessing the internet network 30 through the web support server 110 using his computer 10 or a mobile phone 20 capable of accessing the Internet. S201). In this case, the method of accessing the Internet may be connected to a server or various methods, rather than the web support server 110 provided by private Internet providers.

Then, the web server 41 transmits the home page 70 information to the user computer, and the user computer 10 executes the file received by the web browser, whereby the user can view the home page displayed in the window ( S202). Since the process of transmitting and receiving information between the web server 41 and the user computer is a technique well known by those skilled in the art, a detailed description thereof will be avoided.

Next, the user inputs an ID and password, and the web server 41 converts the received information through CGI (Common Gate Interface) and compares it with the subscriber information in the subscriber database 60 (S203). Here, CGI refers to a standard that connects external applications (for example, a search engine or a database search program) to a web server, and delivers data input from the web to an independently executed application. It is responsible for delivering the results of the application to the web. Since this technique is well known to those skilled in the art, detailed descriptions are omitted.

If the subscriber is not a legitimate member, the web server 41 receives member registration (S204) and stores it in the subscriber database 60 (S205).

On the other hand, if the subscriber is a legitimate member, the web server 41 transmits the user ID and password to the subscriber database 60 through the CGI (S206) and extracts the information of the corresponding subscriber (S207).

Next, the status checker 43 receives the subscriber information from the web server, and if the subscriber selects a menu for checking the status (S207), transmits a file for checking the status to the subscriber (S208).

Then, a screen for checking the user's status is displayed on the display of the subscriber's computer 10.

Thereafter, when the user selects his or her own state using the mouse 17 or the keyboard 18 and selects whether the brain wave is received, the state checker 43 selects a list of recommended music and sounds suitable for the received state. From the sound database 51 and the music information database 52.

At this time, the status checker 43 determines the status of the subscriber by the biorhythm program stored in the biorhythm database 80 by using the personal information of the subscriber, and music list of recommended music and sound suitable for the status. It may be provided from a database and a music information database. This method is convenient because the user simply logs in and provides sound or music suitable for the state according to his biorhythm.

Next, if the subscriber selects the reception of the desired music or sound and sound waves from the recommended music and sound list (S210, S220), the status checker 43 is to send the sound or music combined with the EEG, EEG, voice processing unit Request (42) via a web server (41).

Then, the EEG and voice processing unit 42 synthesizes the voice output from the EEG and sound information database 51 or the music information database 52 output from the EEG generator 90 and transmits the synthesized voice to the user computer 10 (S223). ).

At this time, when the EEG generator 90 generates the EEG in detail with reference to Figure 3 as follows.

According to the study of brain waves by neurocurrent, a branch of neuro-science that studies the brain, the potential of brain waves is possible when external stimuli affect the brain. For example, stimulating a 10 Hz wave in a person in the beta phase puts you in a relaxed state.

The easiest way to access these external stimuli is through the auditory method, a technique known as Binaural Beat.

Binaural beat is an effective combination of sounds that can be heard when forming external waves that affect the brain because humans cannot perceive low frequencies. In other words, 10Hz belonging to the alpha stage is selected by humans in the range of 20 ~ 20000Hz, which is an audible frequency band. Therefore, the frequency range is 8Hz to 14Hz using the resonance of two different frequency bands. To make.

As shown in Fig. 3, the left frequency generator 91 generates a frequency signal of 300 Hz, and the right frequency generator 92 generates a frequency signal of 310 Hz. The right-right frequency generator 92 may be designed to generate a frequency by a difference of about 8 to 14 Hz from the frequency of the left frequency generator 91, and may be modified to various frequencies as necessary.

As such, the outputs of the left frequency generator 91 and the right frequency generator 92 generated by the stereo synthesizer 93 can be comfortably heard within a range of 20 to 20000 Hz, which is an audible frequency band. Resonance is used to create an alpha frequency band between 8Hz and 14Hz.

The EEG is synthesized again with the output of the sound information database 51 or the music information database 252. At this time, the amplification unit 47 is provided so that a person only hears the music sound and does not hear the EEG. Here, the brain waves may be coupled to sound by resonating below 20 Hz, which is an inaudible frequency band, or may be coupled to sound in an audible frequency band.

Next, the signal output from the combining unit 48 is transmitted to the user computer 10 through the web server 41 in the form of a file.

Then, the central processing unit 12 of the computer 10 processes the file received through the audio unit 8, and plays the music or sound selected by the subscriber in stereo via the speaker 7 with the brain waves (S224). ).

In this case, the user may download the program in real time or from the operator to adjust the volume of the brain waves and sound, and may hear only the brain waves or sound.

On the other hand, when the user selects only brain waves without selecting sound or music (S221), only the brain waves generated by the brain wave generator 90 are transmitted to the subscriber's computer 10.

Then, the central processing unit 12 of the computer 10 processes the file received through the audio unit 8, and only the EEG selected by the subscriber via the speaker (7) (S222).

In this way, the subscriber listens to EEG, which helps to stabilize the mind and body.

Here, the range of sound may be variously modified, such as human voice, animal sound, natural sound, alarm, warning sound, logo song, commercial, music (classic).

The present invention described above has a variety of modifications, can recommend the appropriate degree of EEG according to the state of the person, it is possible to modify so that the user can best combine the EEG and sound.

All components including the state checker 43, the EEG, the voice processor 42, and the web server 41 may be implemented in hardware or software, and may be implemented in parallel as necessary.

In addition, the present invention is applicable to the wireless Internet using a mobile phone as well as the Internet using a computer.

As described above, in the embodiment of the present invention, the user can be connected to the operator via the Internet to synthesize the brain waves with music or receive only the brain waves, it can help the mental and physical stability of the subscriber.

Claims (6)

An EEG generator for generating EEG; EEG service system via the Internet comprising an EEG providing system for transmitting the EEG generated by the EEG generator in the form of a file, when the user connects through a network to select the EEG reception. The method of claim 1, The EEG providing system described above, A web server for displaying the homepage information which is the business information of the operator and confirming whether the subscriber is a legitimate subscriber when the subscriber accesses the Internet; An electroencephal wave and a speech processing unit for synthesizing the sound information of the sound information database and the music information database and the brain waves of the brain wave generator; EEG service system via the Internet including a status check unit for checking the status of the subscriber. The method of claim 1, The EEG generator described above, A left frequency generator for generating a signal of a predetermined frequency band; A right frequency generator for generating a frequency that is different from the frequency of the left frequency generator by 8 to 14 Hz; EEG service system via the Internet comprising a stereo synthesizer for synthesizing the output of the left frequency generator and the right frequency generator. A sound information database storing information on various kinds of sounds; A music information database storing information on various kinds of music; An EEG generator for generating EEG; When the user logs in by connecting through a network, the user's status is checked to provide a list of sounds and music according to the user's status, and when one is selected, the selected sound or music is generated by the EEG generator. EEG service system via the Internet including an EEG providing system for synthesizing and transmitting EEG to the user. Accessing a service provider through a network; If the connected user selects to receive the EEG, EEG service method comprising the step of generating the EEG and transmitting to the user. The method of claim 6, Computing the biorhythm according to the user information of the connected user, and combining the sound and the brainwave suitable for the calculated biorhythm and transmitting in the form of a file EEG service over the Internet.