KR20210055814A - biocompatible brain wave measuring massage device - Google Patents

Abstract

The present invention relates to a bio-customized brainwave measurement massage device capable of setting a user's standard brainwave data. More specifically, the bio-customized brainwave measurement massage device comprises: a body unit (100); a control unit (200); a massage unit (300); and a mobile device (400). In addition to standard data determined by gender, the standard brainwave data of a specific user is selectively defined by the user. By selecting the criterion for comparison by the user, the bio-customized brainwave measurement massage device can provide a massage function that is completely suitable for the user, thereby providing convenience in use. The measured brainwave data, the standard brainwave data, user information, and a comparison value compared by a comparison analysis unit to perform a massage function are separately stored to be usable for various purposes.

Description

Biocompatible brain wave measuring massage device

The present invention relates to a bio-customized EEG measurement massage device, and in more detail, by selectively comparing preset standard data or user's standard EEG data defined by the user according to EEG data measured by the user by wearing it on the user's head. It relates to a technology capable of controlling the operation of the massage unit according to the comparison value.

In general, massage devices are classified into devices that can be used throughout the user's body and devices for massaging only a specific area.

On the other hand, in order to reduce eye fatigue, massage devices that gently stimulate the muscles around the eyes have been developed and used, and the above-described massage devices are generally in the form of goggles and consist of a band type so that the head can be wrapped on both sides. It is configured to allow massage of the periphery of the eye in the front.

In addition, in the conventional massage device, the time and intensity of massaging the entire body of the user or only a specific area are standardized in the state of being initially manufactured, and the time and intensity can be partially adjusted and used according to the user's manipulation.

However, the strength of the massager device is generally divided into three categories: upper, middle, and lower, so the user arbitrarily adjusts the strength according to his or her own strength, but the user selects the strength that fully corresponds to his or her physical condition. It's not easy, and you find the most suitable intensity for yourself and choose the intensity to receive a massage.

In recent years, technologies for providing massage to users by comparing and analyzing the biometric data and conventional standard data using the user's biometric data and determining an appropriate intensity and time according to the comparison and analyzed comparison values have been released.

First of all, looking at the conventional technologies,

Registration No. 10-1951917 In a portable eye massager that is worn around the eyes to provide a massage function, the portable eye massager is configured to combine legs with hinges so that they can be folded inward on both sides of the body protecting the eye area, and the A band is formed at the end of the leg to prevent separation by wrapping the occipital region, and an attachment means is formed at the end of the band, and several fine holes are formed in the front of the body, and a massage device is inserted inside the body. A space to be combined is formed, and the massage device electrically connects the first controller and the second controller configured to be electrically connected to the smartphone, and installs an application on the smartphone to control the portable eye massager, The first controller has a control connector configured to be implemented by electrically connecting to the vibration connector of the massage device at the top, and a time button for controlling the massage time and a power button for controlling power and music transmitted from the smartphone. The play button is configured to listen to, and an earphone connector connected to the earphone at the bottom and a connector for charging the built-in battery or electrically connected to the smartphone are configured at the bottom, and the second controller includes a massage device and a hose at the top. The control connector is configured to supply air or electrical connection by connecting, and the power button to control the massage time and the power button to control the power and the electric heat control button to control the heating wire are configured on the front side. The earphone connector that is connected to the earphone and the connector that is electrically connected to the smartphone or charged with the built-in battery are configured, and the air pump and the air of the air pump are controlled to contract and relax so that air is generated and supplied inside. A solenoid valve is configured, and the application configures an execution icon so that a program can be executed on a smartphone, and when the execution icon is clicked, pneumatic massage, vibration massage, electric heat massage, and setting buttons are displayed on the desktop of the smartphone. The above setting button is set at the bottom of the display with numbers to adjust the time. It is a technology related to a portable eye massager composed of a stop button so that you can return to the previous menu afterwards.

Registration No. 10-1675453 (Special) A massage chair that provides a massage function to each body part of a user using a massage device, comprising: a growth blood selection unit for selecting a growth blood growth of a user to be stimulated; A growth blood massage unit for massaging the growth blood of the user selected by the growth blood selection unit; And an EEG change data output unit for stabilizing the user's EEG by outputting data for changing the user's EEG, comprising a massage function that promotes growth and development and emotional stability, comprising: an average body according to men and women and age The number of stimulation times and stimulation time of growth blood for each body part of the user according to the comparison value of the average body data and the user's body data compared by the body characteristic comparison unit comparing data and the user's body data and the body characteristic comparison characteristic unit It is a technology related to further comprising a; growth blood stimulation intensity setting unit to set.

The above-described prior art mainly describes that the eye massager can be selectively controlled from the smartphone by configuring the eye massager to be interlocked with the smartphone. In other words, it is a technology that simply replaces a conventional massage device and a remote control-type control means connected by wire or wirelessly with a smartphone, and cannot be customized to a specific user. As in the prior art, a massage time that suits the user directly to the user. And the hassle of finding the robber is bound to be accompanied.

Another prior art is to compare the average body data according to the men's and women's and age presets according to the EEG measured by the user with the user's body data, and set the number of stimulations and stimulation time of growth blood for each body part according to the comparison value. It is mainly described.

However, such a conventional technique compares the general average data with the user's body data and performs a massage. Although it is average data, even if the user has physical conditions such as the same physique, it is hardly similar to the user's body data. In some cases, there is a problem in that a massage that does not suit the user may be performed.

Accordingly, an object of the present invention is to measure the user's EEG data, define standard EEG data suitable for the user, and allow a specific user to receive a massage suitable for him/her, and provide a specific user with his/her own standard EEG data. After defining, when measuring one's own EEG for use with a massage device, the user's biometric data is measured together, and then the biometric data and EEG data, preset standard data, and standard EEG data of a specific user are selectively selected. By comparing and providing a massage to the user according to the comparison value, by providing a massage in a completely customized manner to the user, the hassle such as time and intensity adjustment can be eliminated, and the standard of a number of users. While it is possible to define EEG data, by storing the user's biometric data (eg, EEG) measured each time the massage device including the stored EEG data of the users is used, it can be used as statistical data related to various medical treatments in the future. Thus, the focus was on providing a bio-customized EEG massage device that can give convenience and diversity in use, and it was completed as a technical task.

As a technical idea for achieving the above object, the body portion 100 worn on the user's head; A control unit 200 configured on an inner side of the body unit 100 to automatically control the massage unit 300 according to an EEG measured by a user; A massage part 300 configured inside the body part 100 to massage the periphery of the eyeball and the temple; A portable device 400 that interlocks with the control unit 200 to selectively operate the control unit 200, compares measured EEG data with preset standard EEG data, and transmits the operation signal of the massage unit to the control unit according to the comparison value. In the bio-customized EEG measurement massage device consisting of ), the control unit 200 determines an average value by measuring the EEG of the user over one or more times of EEG measured by the specific user according to the manipulation of the specific user, and The average value is transmitted to the mobile device 400, and the mobile device 400 separately stores the standard EEG data for a specific user after receiving the average value, and when a specific user measures the EEG data for a massage, the measured It is a technical feature that the EEG data and the user's standard EEG data are compared and the massage unit 300 is operated according to the comparison value.

When measuring the EEG data of the specific user after storing the standard EEG data of a specific user, the control unit 200 measures one of the biometric data of the specific user and transmits it to the mobile device 400, and the mobile device 400 selectively compares the specific user standard EEG data or preset standard data using the transmitted EEG data and the measured biometric data, and operates the massage unit 300 according to the comparison value. It is characterized by technical features.

The control unit 200 includes an EEG measurement unit 210 for measuring a user's EEG, a communication module 220 for interworking with the mobile device, and the massage unit 300 according to a command signal of the mobile device. It is characterized in that it comprises an operation module 230 to operate and a biometric data measurement unit 240 that measures other biometric data except for a user's brain waves.

The portable device 400 includes a first storage unit 411 storing preset standard data, a second storage unit 413 storing standard EEG data and basic information of a specific user, and a standard EEG of a specific user. After the data is stored, a third storage unit 415 in which various information of a specific user measured in real time for use of the massage device and a comparison value compared to the EEG and comparison analysis unit 417 is stored alone or at the same time, and the first ,2 A comparison and analysis unit 417 that selectively compares and analyzes standard data stored in the storage units 411 and 413, standard EEG data of a specific user, and EEG data and biometric data of a specific user transmitted from the control unit 200. It is characterized in that the APP 410 is configured to include.

The body portion 100 is connected to both sides of the body portion 100 and rotated, and a battery for supplying power to the control unit 200 therein, and a battery supplied with power from the battery, to the portable device 400. The control unit 200 that transmits the measured EEG data of the user and controls the massage unit, and the wearing unit 110 including a charging port 113 for supplying or charging power by being connected to the battery at an external side is configured. It is characterized by a technical feature.

It is technically characterized in that a color display unit 115 capable of checking the state of charge of the battery of the wearable part is provided on the upper front surface of the wearable part 110.

The massage unit 300 is composed of a friction unit in contact with the user's eye periphery on the inside of the front surface of the body unit 100, a first composed of any one of acupressure, vibration, heat, low-frequency stimulation, and audiovisual stimulation as a friction means. The massage part 310 and the body part 100 are configured at a position corresponding to the user's temple part on the inside of the front surface, and the material is formed of jade and is vibrated or operated up, down, left, and right by a driving means. It is characterized in that it is composed of a second massage unit 320 to acupressure.

An output configured on the inside of the body part 100 and controlled by the control unit 200 on one side close to the ear of the user and interlocked with the mobile device 400 through Bluetooth to output the sound generated from the mobile device 400 It is characterized in that the additional configuration is a technical feature.

The body portion 100 is connected to the front portion 101 substantially in contact with the inner periphery of the user's inner portion on the front side, and is connected to both side ends of the front portion 101 on both sides and wrapped along the circumference of the head excluding the user's face. It is composed of a rear portion 103, and the rear portion 103 is a technical feature that is configured to be selectively adjustable in length.

According to the bio-customized EEG measurement massage apparatus according to the present invention, the general purpose of the massage apparatus is maintained as it is, and a massage is provided simply by comparing with the user's EEG measured based on standard data according to men and women and age. Apart from the method, it is possible to provide a massage in a customized manner by defining standard EEG data of a specific user, eliminating the hassle of controlling unnecessary intensity and time, and comparing or specifying standard data and biometric data as occasion demands. The standard EEG data defined by the user and the measured EEG data can be selectively compared by the user, so that the user can have a variety of uses, and while providing the convenience of overall control through a portable device, the user can massage As real-time EEG data that is measured for comparison with one's own standard EEG data stored to receive data is stored separately, it can be used as other statistical data such as medical institutions in the future, thus giving diversity in use and date It is a useful invention that can be provided in a variety of ways, such as by day of the week.

1 is an overall configuration diagram showing a preferred embodiment of the present invention
2 is a partial configuration diagram showing a preferred embodiment of the present invention
3 is a flow chart in which the present invention defines standard EEG data of a specific user
4 is a flow chart for comparing and analyzing EEG and biometric data and standard EEG data and standard data of a specific user of the present invention
5 is a perspective view showing a preferred embodiment of the present invention
6 is a perspective view showing a preferred embodiment of the present invention
7 is a perspective view showing a preferred embodiment of the present invention
8 is a perspective view showing a preferred embodiment of the present invention
9 is a perspective view showing a preferred embodiment of the present invention
10 is an operating state diagram showing the operation of the first massage unit of the present invention
11 is an operating state diagram showing the operation of the second massage unit of the present invention

The present invention selectively compares preset standard data according to EEG data measured by the user by wearing it on the user's head or standard EEG data of a specific user defined by a specific user, and controls the operation of the massage unit according to the comparison value. It provides a bio-customized EEG measurement massage device that can be used.

Hereinafter, a preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 11 with reference to the accompanying drawings.

First, before describing the present invention, a configuration thereof will be described with reference to FIG. 1 or 5, and the body portion 100 may be worn on the user's head; A control unit 200 configured on an inner side of the body unit 100 to automatically control the massage unit 300 according to an EEG measured by a user; A massage part 300 configured inside the body part 100 to massage the periphery of the eyeball and the temple; A portable device 400 that interlocks with the control unit 200 to selectively operate the control unit 200, compares measured EEG data with preset standard EEG data, and transmits the operation signal of the massage unit to the control unit according to the comparison value. In the bio-customized EEG measurement massage device consisting of ), the control unit 200 determines an average value by measuring EEG measured by the specific user over one or more times according to the manipulation of the specific user, and The average value is transmitted to the mobile device 400, and the mobile device 400 separately stores the standard EEG data for a specific user after receiving the average value, and when a specific user measures the EEG data for a massage, the measured It is configured to compare the EEG data with the user's standard EEG data and operate the massage unit 300 according to the comparison value.

That is, as shown in Figs. 1 to 3, the present invention compares conventional standard data based on age, such as men and women and gender, and EEG or biometric data of the user measured in real time, and compares the time and intensity according to the comparison value. In addition to the technology that provides a massage function according to the automatic setting, when a specific user separately defines standard EEG data that suits him/her without using only the preset standard data, when measuring the EEG of a specific user again, the real-time After comparing and analyzing the measured EEG and EEG data defined by the user, a massage function can be provided according to the comparison value.

Such a feature of the present invention refers to an average value of standard data from an unspecified number of users according to men's and women's and ages, and is merely statistical data.

In other words, since physical conditions, etc. vary widely among unspecified users, the most appropriate standard data is required, so that the standard data of oneself (user) can be redefined by himself (user). After defining the most appropriate standard data to the user), there is an effect that the optimal massage function can be provided according to the current physical condition of the person in the future, thereby eliminating unnecessary hassles such as intensity and time.

On the other hand, in defining your own standard EEG data, if there is a large difference between the standard data or standard EEG data according to the normal male and female and age, and the EEG data defined by you, you may detect that your physical condition is abnormal. So, you can easily know your health status through the EEG measurement of the massage device, so you can help with health management.

That is, the present invention assumes that the standard EEG data is in the best condition, and if the EEG data is defined and stored, a conventional massage device is used when the massage device of the present invention is used to receive a massage function. There is an advantage that it can be used more effectively than the device.

Here, as shown in FIG. 4, the specific user can selectively select a method of receiving a massage according to an unspecified number of specific users. As a configuration for implementing the method, the controller 200 When measuring the EEG data of a specific user after the user's standard EEG data is stored (after a certain time or a certain period of time), one of the biometric data of the specific user is measured together and transmitted to the mobile device 400, The portable device 400 selectively compares the specific user standard EEG data or preset standard data using the transmitted EEG data and the measured biometric data, and uses the massage unit 300 according to the comparison value. It will work.

In other words, in a state in which a specific user has defined his or her standard EEG data, when measuring his/her EEG using the massage device of the present invention to receive a massage function, any one of the biometric data is measured together, When a choice is made as to whether to compare the EEG and standard EEG data or biometric data and standard data measured in real time, a massage function can be provided based on the comparison analysis and the compared value according to the user's selection.

Accordingly, such a characteristic of the present invention can be implemented as it is, while still being able to receive an optimal massage suitable for oneself, which is a core characteristic of the present invention.

Meanwhile, in order to implement the functions as described above, as shown in FIG. 1 or 2, the control unit 200 includes an EEG measurement unit 210 for measuring a user's EEG, and the portable device 400 A communication module 220 for interworking, an operation module 230 that operates the massage unit 300 according to a command signal of the portable device 400, and a biometric data measurement that measures other biometric data excluding a user's brainwave It consists of a section 240.

In the case of the EEG measurement unit 210 and the biometric data measurement unit 230, various sensors that are commonly used may be individually or in combination, respectively, and the communication module 220 and the operation module 230 are portable devices, etc. It can be applied to conventional configurations used for various communication means.

Through the configuration of the control unit 200, it is possible to smoothly measure EEG from users, and transmit the measured EEG to the portable device 400 and provide a massage function through a comparison value received again.

1 or 2 and as a configuration for storing standard data according to gender and gender, along with definition of standard EEG data of a specific user and information of the specific user, as described above, the portable device 400 includes men and women and A first storage unit 411 storing standard data set by gender, etc., a second storage unit 413 storing standard EEG data and basic information of a specific user, and a massage after storing standard EEG data of a specific user A third storage unit 415 in which various information of a specific user measured in real time for use of the device and a comparison value compared to the EEG and comparison analysis unit 417 are stored alone or at the same time, and the first and second storage units ( APP 410 including a comparison analysis unit 417 for selectively comparing and analyzing standard data stored in 411 and 413 and standard EEG data of a specific user and EEG data and biometric data of a specific user transmitted from the control unit 200 ) Is constructed.

That is, the APP 410 is an application configured inside the portable device 400 and is a configuration for controlling the control unit 200 in the present invention.

The first storage unit 411 constituting the configuration of the APP 410 stores standard data generally used such as men and women and gender, and the second storage unit 413 is used for unspecified users to receive a massage function. When using the massage device of the present invention, it is to store its own personal information and standard EEG data.

In other words, the second storage unit 413, when a specific user defines his or her own standard EEG data and then re-measures the EEG to receive the massager function, which should be compared with the EEG measured in real time. It is a configuration that stores its own basic information together to find standard EEG data.

In addition, in the case of the third storage unit 415, in performing a massage function, a comparison value of its own biometric data and standard data measured in real time, or its own EEG and standard EEG data measured in real time are compared. In addition to the compared value, the date and time are stored together, so that the user can provide information for various purposes based on the data in the future. The data recorded and stored by can be provided to doctors, etc. to aid in treatment, so there is an effect that can be used as a medical reference.

Here, the biometric data refers to commonly known biometric data, and the biometric data measurement unit 240 may be composed of one sensor or a plurality of sensors.

Meanwhile, the third storage unit 415 may configure a third storage unit 415 on the memory of the mobile device 400 based on the mobile device 400, or build a web-based or separate server. You can do it, so there are no restrictions on storage space, etc.

The comparison and analysis unit 417 is a component that selectively compares EEG measured in real time with standard EEG data of a specific user or biological data and standard data measured in real time according to a user's command.

That is, the APP 410 included in the portable device 400 of the present invention stores standard data, defines and stores standard EEG data of a specific user, and measures EEG and standard EEG data or biometric data and standards measured in real time. It is a configuration that stores all personal information such as the comparison value compared with the data and other days and times of the week, and can view and provide it as necessary.

In addition, as described above, the APP 410 is a conventional application, and since the mobile device 400 has the same or similar configuration as that of a smartphone, a separate detailed description will be omitted.

As shown in Figure 5, the body portion 100, A battery connected to both sides of the body part 100 and rotated to supply power to the control unit 200, and a user's EEG data measured by the mobile device 400 by receiving power from the battery. And a wearing unit 110 including the control unit 200 for controlling the massage unit and a charging port 113 for supplying or charging power by being connected to the battery at an external side.

1, 2, or 5 to 8, the body part 100 of the massage device of the present invention is substantially worn along the circumference of the user's head, but the body part 100 Head tightening phenomenon occurs due to sagging downwards due to weight load. In order to prevent this phenomenon more effectively, both sides of the part connected to the front part 101 and the rear part 103 of the body part 100 The lower ends are hinged and configured to be rotated, so that when users wear the body part 100 on their head, they are placed in the same position as the wearing part 110 and a normal headset, so that it is possible to wear it in a stable manner. Discomfort can be relieved.

At this time, the control unit 200 is configured inside the wearing unit 110, the control unit 200 has a structural feature that can be disposed at the top to eliminate communication obstacles of the communication module 220, the front part In 101, a massage part 300 to be described below is configured, and the rear part 103 is a part that directly contacts the user's head, and the controller 200 is placed inside the wearing part 110, which is the best position to prevent exhaustion, etc. ) Is composed.

In addition, the battery is a conventional battery and, although not shown separately, is merely a means for supplying power to the control unit 200 as described above, and the charging port 113 is a charging port of the battery.

Here, as shown in FIG. 9, a color display 115 capable of checking the charging state of the battery of the wearable part 110 is configured on the front upper part of the wearable part 110, so that the battery in the use of the massage device While it is possible to provide convenience that can be checked with the naked eye, the color display unit 115 can freely change the color according to the battery charging state through the APP 410 of the mobile device 400, if necessary. It may be configured to be, and in the present invention, it is shown as expressed in turquoise color.

The massage unit 300, as shown in Figs. 1, 2, 5, and 7, is configured with a friction unit in contact with the user's eye periphery on the inside of the front surface of the body unit 100, acupressure, vibration, and heat as a friction means. , A first massage part 310 composed of any one of a low-frequency stimulus, an audio-visual stimulus, and a position corresponding to the user's temple part on the front inner side of the body part 100, and the material is formed of jade and is driven It consists of a second massage unit 320 that vibrates or operates up, down, left and right by means of acupressure.

The first massage unit 310 substantially massages the user's eye periphery, and has an effect of reducing fatigue and effectively removing dark circles around the eye through the above-described friction means. .

In addition, in the structure as shown in FIG. 7, a groove is formed in the outer direction of the body part 100 to prevent collision with the user's pupils so that the user's eyeball can be positioned, and the outer circumference of the groove Accordingly, a friction portion is formed that substantially abuts the user's eye periphery.

When the friction unit is operated by applying a conventional configuration such as air or a motor supplied by an air supply unit or the like inside the friction unit, a massage is performed on the periphery of the user's eyeball (not shown).

In addition, since the material of the first massage part 310 is also in contact with the front part of the wearer, it is preferable that it is formed of a synthetic resin series such as silicone that is not relatively hard, and in the present invention, it is shown to be made of rubber such as urethane.

As shown in FIG. 11, the second massage unit 320 is a configuration for massaging the user's temple, using jade to stimulate the user's temple and rotate, up, down, left, right, etc. It performs a massage function, and a motor or the like may be applied as a driving means, and in the present invention, the second massage unit 320 is shown to be moved left and right.

In addition, although not shown, it is configured on the inside of the body part 100, but is controlled by the control unit 200 on one side close to the ear of the user, and is interlocked with the mobile device 400 through Bluetooth, and is generated from the mobile device 400. An output unit that outputs the sound of the voice is configured to provide a massage function, and at the same time, it is possible to provide convenience for receiving other music and the like through the portable device 400.

As shown in FIG. 9, the body part 100 is connected to the front part 101 substantially in contact with the user's eye periphery on the front side, and the both side ends of the front part 101 on both sides, so that the user's face It is composed of a rear portion 103 wrapped along the circumference of the head except, The rear part 103 is configured to be selectively adjustable in length, and thus, has a structure capable of easily responding to the size of a user's head.

In addition, the rear part 103 can be configured to be tensioned in the form of a band without applying a length adjustment function.

According to the bio-customized EEG measurement massage device capable of setting the user's standard EEG data according to the present invention, while maintaining the original purpose of the massage device as it is, the user's measurement based on standard data according to men's and women's and age Apart from the general method of providing massage compared to EEG, it is possible to provide a user-customized massage by defining standard EEG data of a specific user, eliminating the hassle of adjusting unnecessary intensity and time, and in some cases, It is possible to compare standard data and biometric data, or to selectively compare standard EEG data and measured EEG data defined by a specific user by the user, so it can have diversity in use, and overall control is possible through a portable device. On the other hand, as the real-time EEG data measured for comparison with the user's own standard EEG data stored to receive a massage is stored separately, it can be used as other statistical data such as medical institutions in the future, giving diversity in use. It is a useful invention that can be provided with various methods such as date and day of the week.

100: body portion 101: front portion 103: rear portion
110: wearing part 113: charging port 115: color display
200: control unit 210: brain wave measurement unit 220: communication module
230: operation module 240: biometric data measurement unit
300: massage unit 310: first massage unit 320: second massage unit
400: mobile device 410: APP 411: first storage unit
413: second storage unit 415: third storage unit 417: comparative analysis unit

Claims (9)

Body portion 100 worn on the user's head; A control unit 200 configured on an inner side of the body unit 100 to automatically control the massage unit 300 according to an EEG measured by a user; A massage part 300 configured inside the body part 100 to massage the periphery of the eyeball and the temple; A portable device 400 that interlocks with the control unit 200 to selectively operate the control unit 200, compares measured EEG data with preset standard EEG data, and transmits the operation signal of the massage unit to the control unit according to the comparison value. In the bio-customized EEG measurement massage device consisting of ),
The control unit 200 determines an average value by measuring the user's EEG over one or more times of the EEG measured by the specific user according to the manipulation of the specific user, and transmits the average value to the portable device 400,
After receiving the average value, the portable device 400 separately stores the standard EEG data for a specific user, and when a specific user measures EEG data for a massage, the measured EEG data and the user standard EEG data are compared and Bio-customized brainwave measurement massage device, characterized in that operating the massage unit 300 according to the comparison value.
The method of claim 1,
When measuring the EEG data of the specific user after storing the standard EEG data of a specific user, the control unit 200 measures one of the biometric data of the specific user and transmits it to the portable device 400,
The portable device 400 selectively compares the specific user standard EEG data or preset standard data using the transmitted EEG data and the measured biometric data, and uses the massage unit 300 according to the comparison value. Bio-customized brain wave measurement massage device, characterized in that to operate.
The method of claim 2,
The control unit 200,
An EEG measurement unit 210 that measures a user's EEG,
A communication module 220 for interworking with the mobile device,
An operation module 230 for operating the massage unit 300 according to a command signal of the portable device,
A bio-customized brain wave measurement massage device comprising a biometric data measurement unit 240 that measures other biometric data other than the user's brain waves.
The method of claim 2,
In the mobile device 400,
A first storage unit 411 in which preset standard data is stored,
A second storage unit 413 in which standard EEG data and basic information of a specific user are stored,
After the standard EEG data of a specific user is stored, a third storage unit 415 that stores various information of a specific user measured in real time for use of a massage device and a comparison value compared to the EEG and comparison analysis unit 417 alone or at the same time Wow,
A comparison and analysis unit for selectively comparing and analyzing standard data stored in the first and second storage units 411 and 413, standard EEG data of a specific user, and EEG data and biometric data of a specific user transmitted from the control unit 200 ( 417) comprising an APP (410) comprising a bio-customized brainwave measurement massage device, characterized in that the configuration.
The method of claim 1,
In the body portion 100,
Doedoe connected to both sides of the body portion 100 and rotated,
A battery that supplies power to the control unit 200 therein,
The control unit 200 receiving power from the battery, transmitting the user's EEG data measured by the portable device 400 and controlling a massage unit,
A bio-customized brainwave measurement massage device, characterized in that a wearer 110 including a charging port 113 for supplying or charging power is configured to be connected to the battery at an external side.
The method of claim 5,
A bio-customized brainwave measurement massage device, characterized in that a color display 115 configured to check the charging state of the battery of the wearable part is provided on the front upper part of the wearable part 110.
The method of claim 1,
The massage unit 300,
A first massage unit 310 consisting of any one of acupressure, vibration, heat, low-frequency stimulation, and audiovisual stimulation as a friction means is configured with a friction portion in contact with the user's eyeball periphery on the inside of the front of the body portion 100,
A second massage unit configured at a position corresponding to the user's temple on the inside of the front surface of the body unit 100, and the material is formed of jade to vibrate or operate up, down, left, and right by a driving means and pressurizes acupressure. Body customized brainwave measurement massage device, characterized in that consisting of (320).
The method of claim 1,
An output configured on the inside of the body part 100 and controlled by the control unit 200 on one side close to the ear of the user and interlocked with the mobile device 400 through Bluetooth to output sound generated from the mobile device 400 Bio-customized brain wave measurement massage device, characterized in that the additional configuration.
The method of claim 1,
The body portion 100,
The front portion 101 substantially in contact with the user's eye periphery on the front,
Consists of rear portions 103 connected to both side ends of the front portion 101 on both sides and wrapped around the head excluding the user's face,
The rear portion 103 is a bio-customized brainwave measurement massage device, characterized in that configured to be selectively adjustable in length.

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