KR101502117B1 - User customized healing music massage chair for relieving stress - Google Patents

Abstract

The present invention relates to a user-customized healing music massage chair for relieving stress. According to the present invention, music and a massage pattern suitable for a user are provided based on stress index measurement so that stress can be relieved and mental and physical stability can be recovered within a short period of time. The present invention includes a driving unit that is disposed in each part in a main body of the massage chair and performs a massage operation while being driven; output means disposed in the main body of the massage chair for music output; a database that stores classified music data to be output by the output means; a pulse wave measuring unit that measures a user′s pulse wave while being in contact with a part of the user′s body using the massage chair; and a controller that receives a pulse wave signal from the pulse wave measuring unit and calculates a stress index based on the user′s pulse wave, and allows the output means to output music from the music data stored in the database in a case where the calculated stress index is equal to or above a first reference value.

Description

[0001] USER CUSTOMIZED HEALING MUSIC MASSAGE CHAIR FOR RELIEVING STRESS [0002]

The present invention relates to a massage chair, and more particularly, to a user-customized healing music massage chair capable of relieving stress and promptly restoring the stability of mind and body by providing music and massage pattern suitable for a user based on the stress index measurement.

In recent years, home appliances and health clubs have been developing and promoting their own health and fitness, or used for relieving fatigue and relieving stress, for example, exercise machines and massage machines such as running machines and the like.

Especially, there is a lot of interest in massage equipment because there is a lot of demand for loosening muscles and relieving fatigue and stress through massage. Massage is one of the medical aids that help the blood circulation and relieve fatigue by sweeping, nipping, pressing, pulling, tapping or moving with a hand or a special instrument. A massage device is a device that performs massage by a mechanical device, and a massage device uses various mechanical elements for effective massage.

Such massage equipment is mainly used in massage chair where user can sit comfortably and receive massage. In addition to performing massage, the massage chair requires various functions to relieve fatigue so that the user can relax.

Generally, a massage chair includes a massage device for directly massage the user's body and a control mechanism for controlling the movement of the massage device, and a configuration in which arms, hips, legs, and feet are inflated with air pressure to massage . [0003] The type currently used in connection with the massage device is a type in which the massage roller is mounted on the ascending and descending rail and then moves up and down along the user's body by the rotation of the driving motor, It is mounted on a support and then rotated by a rotation of a driving motor to massage a certain part.

On the other hand, in recent years, techniques for inducing relaxed mind and body by using a music healing function by outputting music as well as massage are disclosed in massage chairs such as Japanese Laid-Open Patent Application No. 2014-000400 (Apr. In the case of Japanese Laid-Open Patent Application No. 2014-000400, when the user wears the isolation part on the head, the detector senses it and the music is reproduced through the music player installed on the back.

However, in the case of such a conventional technique, there is a lot of room for improvement in that the user can not use the healing function of the music more positively according to the user, since it is merely a certain merely reproducing the music in the massage chair.

Japanese Laid-Open Patent Publication No. 2014-000400 (April 1, 2014)

Accordingly, it is an object of the present invention to provide a music and massage pattern suitable for a user based on the stress index measurement, thereby relieving stress and recovering mental stability. To provide a customized healing music massage chair for stress relief.

In order to achieve the above object, a user-customized healing music massage chair according to the technical idea of the present invention is a massage chair that provides a massage function to each part of a user by using external power, A driving unit for performing a massage operation while being installed in the main body; Output means for outputting music by being installed in the massage chair main body; A database for storing music data to be output through the output means; A pulse wave measuring device for measuring a user's pulse wave in a state of being in contact with a body part of a user who uses the massage chair; And a controller for receiving the pulse wave signal from the pulse wave measuring device to calculate a stress index based on the user's pulse wave and controlling the output means to output music from the music data stored in the database when the calculated stress index is equal to or greater than a first reference value And a controller.

Here, the database stores music data in a plurality of storage areas, and the controller matches one of the plurality of storage areas according to the calculated numerical value of the stress index so that music data stored in the corresponding area is output .

In the database, the music data is divided into music data having a relatively strong bit and music data having a weak bit, and stored in the first storage area and the second storage area, respectively, and the controller calculates 1, the music data stored in the first storage area is controlled to be output when the second reference value is higher than the second reference value higher than the first reference value, and the music data stored in the second storage area is output So as to be controlled.

The controller may control the driving unit to have a massage pattern reflecting the rhythm of the music output through the output unit.

Further, a low-frequency pad is further provided on an upper surface of an end portion of an arm portion of the massage chair main body so as to support a user's arm, and an electric wire connecting the low-frequency pad and the massage chair main body, A plurality of fixed pulleys installed to be able to be drawn out from the massage chair main body so as to be easy to be attached to the respective parts and to be pulled in and to be pulled out of the electric chair, And an intermediate portion of the electric wire is supported in a staggered manner so as to allow the electric wire to be drawn out when approaching the fixed pulley and to be pulled out from the fixed pulley, A plurality of cables that can be withdrawn and brought in It may be characterized in that a plurality of springs that have a tendency to elastically support the moving pulley, said mobile pulley to move in a direction away from the fixed pulley installed.

In addition, a headphone is provided as the output means, and an electroencephalogram sensor that measures a user's brain wave by sensing a change in a current flowing in the forehead of the user and transmits the measured brain wave information to the controller, And the controller determines that the current state of mind and body is in a stable state when the current user's brain wave is in an alpha state having a frequency band of 8 to 13 Hz based on the brain wave information transmitted from the brain wave detection sensor, If the EEG state is a beta wave state having a frequency band of 14 to 40 Hz, it is determined that the body and mind are in a state of tension. If the current user's EEG state is in a setta wave state having a frequency band of 4 to 7 Hz, And when the current user's brain wave is in a delta wave (delta) state having a frequency band of 1 to 3 Hz, the deep sleep state The intensity of the massage operation of the driving unit is gradually set lower in the order of the current user's brain waves in the beta wave state, the alpha wave state, the theta wave state, (?) state, the massage operation of the driving unit is stopped.

The user-customized healing music massage chair according to the present invention provides music according to the current state of the user based on the stress index measurement, thereby relieving stress and promptly restoring the stability of mind and body.

Further, according to the present invention, not only the music output according to the user's stress index but also the massage pattern in which the rhythm of the music is reflected in the driving unit and the low frequency pad, the stress of the user can be relaxed more rapidly by the cooperation operation in which the music and the massage pattern are combined .

In addition, the present invention can discriminate the user's mind and body state more precisely by measuring the user's brain waves, thereby performing massage operation differently according to the state of the user.

Further, according to the present invention, it is possible to pull in and pull out the electric wire connecting the low-frequency pads by the pulley structure, and to adjust the pull-in and pull-out strength of the electric wire according to the number of the pulleys installed.

1 is an external perspective view illustrating a configuration of a massage chair according to an embodiment of the present invention;
FIG. 2 is a diagram for explaining an operation relationship of a massage chair according to an embodiment of the present invention
3 is a view for explaining a configuration of a pulse wave measuring device in a massage chair according to an embodiment of the present invention.
4 is a view for explaining the configuration of a database in a massage chair according to an embodiment of the present invention.
5 is a reference diagram for explaining the state of the user's brain wave
6 is a perspective view illustrating a low-frequency pad in a massage chair according to an embodiment of the present invention.
7 is a view for explaining a pulley structure for a low-frequency pad in a massage chair according to an embodiment of the present invention.

A massage chair according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. The present invention is capable of various modifications and various forms, and specific embodiments are illustrated in the drawings and described in detail in the text. It is to be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but on the contrary, is intended to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. Like reference numerals are used for like elements in describing each drawing. In the accompanying drawings, the dimensions of the structures are enlarged to illustrate the present invention, and are actually shown in a smaller scale than the actual dimensions in order to understand the schematic structure.

Also, the terms first and second, etc. may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component. On the other hand, unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

FIG. 1 is an external perspective view for explaining a configuration of a massage chair according to an embodiment of the present invention, FIG. 2 is a configuration diagram for explaining an operation relationship of a massage chair according to an embodiment of the present invention, Fig. 6 is a reference diagram for explaining a configuration of a pulse wave measuring device in a massage chair according to an embodiment of the present invention.

The massage chair according to the embodiment of the present invention includes a database 120 centering on the controller 110 in addition to the massage chair main body 10, a pulse wave measuring device 130 for measuring a user's pulse wave, A headphone 140 and a speaker 150 provided with an EEG sensor 140a as output means for outputting music, a driving unit 160 for performing a massage operation, And a low frequency pad 170. The user can provide customized music and massage patterns according to the stress index of the user and the brain wave state calculated based on the signals measured by the pulse wave measuring device 130 and the EEG measurement sensor 140a It helps to relieve the stress of the current user and to restore the stability of mind and body promptly.

Hereinafter, the construction of a massage chair according to an embodiment of the present invention will be described in detail with reference to the above components.

The massage chair main body 10 constitutes the outer shape of the entire massage chair, and includes a main body central portion 11, a headrest portion 12 for supporting a user's head, a backrest portion 13 for supporting a user's back, An arm support portion 14 for supporting the user's arm, a hip support portion 15 for supporting the user's hip, and a leg support portion 16 for supporting the user's leg. And a driving unit 160 for performing a massage operation is installed in the body so that a user can massage each body part.

As shown in FIG. 2, the controller 110 plays a pivotal role in driving the massage chair as a whole. The controller 110 measures the pulse wave signals and EEG signals measured by the pulse wave measuring device 130 and the EEG sensor 140a, The stress index of the user and the state of the brain wave are calculated and the customized music and massage pattern suitable for the user can be outputted according to the calculated stress index and the state of the brain wave. Thus, the stress of the user can be relaxed more quickly, and the mind and body can be stabilized.

The database 120 is connected to the controller 110 to store and supply data required by the controller 110. To this end, the database 120 stores music data to be outputted through the headphone 140 and the speaker 150 as output means. The music data is divided into a plurality of storage areas, as shown in FIG. 4, Music data having a relatively strong bit and music data having a weak bit are stored in the first storage area and the second storage area.

The controller 110 includes a headphone 140 having a database 120, a pulse meter 130 and an EEG sensor 140a, a speaker 150, a driving unit 160, a low frequency pad 170) and plays a pivotal role in controlling them. In particular, the controller 110 receives the pulse wave signal from the pulse wave measuring device 130 and calculates the stress index based on the user's pulse wave. When the calculated stress index is equal to or greater than the first reference value, The music data is output using the music data stored in the database 120 only when the calculated stress index is equal to or greater than the first reference value. Further, as described above, the database 120 is divided into music data having a relatively strong bit and music data having a weak bit, and stored in the first storage area and the second storage area, respectively, And controls the music data stored in the first storage area to be output when the calculated stress index is greater than or equal to a second reference value higher than the first reference value. When the calculated stress index is less than the second reference value, So that the music data stored in the music data storage area is output.

Accordingly, when the user's stress index belongs to a region higher than the second criterion, it is possible to output the music for the purpose of relieving the stress from the music data classified into the relatively strong bit, and the user's stress index is lower than the second criterion It is possible to output the music for the purpose of calming down the user's mind more calmly from the music data divided into the relatively weak bits from the database 120. [ For example, a horse running on the crying nut 1 of Korea, a trip to the 7th house of Cho Yong Pil, a departure of Jaurim 1, a red glow of the 5th house, and a champion of the 3rd house DJ Okawari's Mirror album 'Luv Letter', and most of the lullabies can be classified as relaxing music with a relatively weak beat.

It is well known that music affects our body in this regard. Especially music is known to have the power to change human brain waves. That is, strong beat music having about 60 times per minute at one minute changes the brain waves from theta wave to alpha wave to clarify the awakening state and make the mood cheerful, while the music with the relatively weak beat is slow It is known to have a tendency to induce brain waves (gamma wave, delta wave, and theta wave) to relax the mind and body, to feel relaxed satisfaction and to make the mind relaxed. The present invention allows users to control the stress by utilizing the functions of the music.

For reference, the drums played by shamans like shamans can change the state of consciousness by converting EEG to theta wave, and if you listen to songs of slow tempo such as Gregorian chant, New Age music, and environmental music, deep breathing slows down. The mind also calms down, deepens thought, and has greater control over one's emotions. On the other hand, if you listen to fast music, your breathing becomes shallow and fast. At this time, thoughts become superficial, and impulsive acts frequently. Music affects heart rate and blood pressure. In general, when you listen to fast music, your heart rate or breathing speeds up. If you listen to slow music, your heart rate or breathing slows down. It is also reported that blood pressure is lowered when listening to quiet music, and blood pressure rises when listening to fast music. Music affects body temperature. If you listen to transcendental music, you will feel warm. If you listen to strong beat music, your body temperature will rise. If you listen to weak beat music, your body temperature will fall. Music also reduces muscle tension and improves coordination. Because the auditory neurons connect the myocardium with all my muscles through the autonomic nervous system, music affects muscle flexibility and tension. Low-frequency music increases the resonance of the muscles in the lower back, pelvis and leg, and increases the resonance of the chest, neck and head muscles as the frequency increases. In addition, music increases the secretion of endorphins. The feeling of refreshing feeling when listening to good music is caused by increased secretion of endorphin by music. It is partly related to the secretion of endorphin, which is softened by listening to good music and smooth interpersonal relationships. Music controls the secretion of hormones associated with stress. Listening to bright, cheerful music can be a way to alleviate distress, an eustress, and calm and quiet When you listen to music, you can find harmony and balance. It is also known that music plays a role in enhancing human immune function. Some researchers report that music strengthens the function of the immune system. In other words, music has been reported to speed up lymphatic circulation, and it is reported that it enhances the function of natural killer cells. In addition, music affects eating habits and promotes digestive function. If you eat fast while listening to music, you will eat food quickly and often. When you listen to slow music, you will eat less and eat slowly. Some research has shown that quiet and gentle music promotes gastrointestinal motility and improved digestive function.

Meanwhile, the pulse wave measuring device 130 transmits a pulse wave signal obtained by measuring a user's pulse wave using the massage chair to the controller 110, thereby allowing the controller 110 to take subsequent actions. As shown in FIG. 3, the pulse-wave measuring instrument 130 includes an insertion hole 131 for allowing a user's index finger to be inserted easily, and has a pulse wave sensor (not shown) therein. According to such a configuration, in a state where the user's finger is inserted into the insertion hole 131 of the pulse wave measuring device 130, the pulse wave sensor can measure the pulse wave by contacting the tip of the finger. Such a pulse wave measuring device 130 can utilize a small existing product that is already sold, such as Omnitel's Ubiquitine, and the pulse wave measuring device 130 is connected to the smartphone with Bluetooth, It is possible to further configure the user's heart rate, heart health, physical activity index, etc. to be confirmed through the smartphone of the current user. Here, the pulse wave measuring device 130 is detachably mounted on the upper surface of the head portion of the armrest portion 14 in the massage chair body 10. A seating groove 140a is formed on the upper surface of the distal end portion of the armrest portion 14 of the massage chair main body 10 in a manner corresponding to the lower end of the pulse wave measuring instrument 130. At the bottom surface of the seating groove 140a, A thin steel plate 140b having a small thickness is provided. A magnet having magnetism is embedded in the lower part of the pulse wave measuring instrument 130 so that the pulse wave measuring instrument 130 can be stably mounted by the magnetic force in a state where the pulse wave measuring instrument 130 is accommodated in the receiving groove.

The headphone 140 constitutes output means for selectively outputting music to the speaker 150. Further, the headphone 140 is further provided with a brain-wave sensing sensor 140a which is supported by the horizontal bar 141 and is in contact with the user's forehead when the user wears the headphone 140. The EEG sensor 140a measures a current user's EEG by sensing a minute change in the current flowing in the user's forehead, and transmits the measured EEG signal to the controller 110. [ Here, the EEG sensor 140a may be a brain wave sensor manufactured by Neurosky. In addition, the EEG sensor 140a may include a Bluetooth device and may be connected to a PC or a smartphone supporting the Bluetooth function, do.

If the EEG sensor 140a is provided, the controller 110 can determine the intensity of the massage operation for the user based on the brain wave information transmitted from the EEG sensor 140a. 5, the controller 110 determines that the current user's brain waves are in a stable state when the brain wave of the current user has an alpha (alpha) state having a frequency band of 8 to 13 Hz, It is judged that the mind and body are in a state of tension in the beta wave having the 40 Hz frequency band and it is judged that the sleeping state is sleepy or shallow when the current user's brain wave is in a setta wave state having a frequency band of 4 to 7 Hz , And if the current user's brain wave is in a delta wave (delta) state having a frequency band of 1 to 3 Hz, it is determined that the state is deep sleeping state. The intensity of the massage of the driver 160 is set to be gradually lowered in the order of the beta wave, alpha wave, and theta wave states of the current user, In the delta wave (delta) state, the massage operation of the driving unit 160 is stopped so that the current user can keep the sleeping state.

Table 1 below summarizes the frequency bands according to EEG states.

division Frequency band (Hz) characteristic Delta (delta) 0 - 3 Deep sleep Theta (θ) 4 - 7 Sleepy or shallow sleep Alpha (alpha) 8 - 13 Stable mind and body Beta (beta) 14 - 40 Tense state of mind and body

Delta wave is an EEG signal from unconsciousness, with healing, deep sleep, isolated arousal with a frequency of 0 ~ 3HZ, and a delta wave shows a long, slow, rising and falling waveform. It stimulates the secretion of growth hormone by the waveform appearing when sleeping deeply.

On the other hand, the Seta is a person who has a deep meditation, intuition, memory, hallucination, a frequency of 4 ~ 8Hz, and experiences a moment after a person falls into a dream or wakes up a dream. It is full of rejected psychological problems, glare of insight, inspiration of genius. The Seta is also known as the area of long-term memory and learning, and is located at the boundary between subconscious and unconscious.

In addition, the alpha wave has a quietness, quietness, visualization, creativity, immersion with a frequency of 8 ~ 13Hz, and when awake calmly, Feelings that seem to happen on their own), creativity can be stimulated, difficult problems can be solved, and creative visualizations can be made. In other words, the inner calmness is awakened, but it is not a deep meditative state. Near the low alpha region of 8 Hz, you can access the rich creativity just below the awakened consciousness. This area is the gateway to deeper consciousness, located between 7.5 and 7.8 Hz, which resonates with the frequency of the Earth's electromagnetic field. This frequency, known as Shuman Resonance, is known to be the most suitable vibration for life on Earth's planets. This frequency range is an area that makes people feel happiest and is a suitable area to which the present invention is aimed.

Beta waves also have a frequency of 13-30 Hz (the number of vibrations per second), which is related to alertness, intense focus, high degree of caution in the beta state, Frequency. It is a state in which the mind is focused on focus and ready to perform tasks that require full concentration on the external object. In the beta state, neurons are able to react quickly and continuously with a rapid response. Ideas or problem solutions that are habitually in simple reactions quickly come to your brain as if your computer is spinning at a fast pace. The brain waves that emerge when examining can be used to analyze and organize information quickly and efficiently. When the activity in the beta EEG region is increased, the stress level also increases, so that it can be said that it is a region to avoid in the present invention.

The speaker 150 is installed on the left side of the headrest unit 12 of the massage chair main body 10 and in the postal state to output music. The mounting position of the speaker 150 is not limited to the headrest portion 12 but may be provided at the position of the headrest portion 14 remote from the head of the user or at the other position.

The driving unit 160 is installed in each part of the massage chair main body 10 to perform a massage operation while being driven. The driving unit 160 includes a motor for generating a rotating force and a power transmitting unit for transmitting rotational force generated by the motor to the rotating shaft. The driving unit 160 includes a body center 11 shown in FIG. 1, a headrest 12 A back support portion 13 for supporting the user's back, an arm support portion 14 for supporting the user's arm, a hip support portion 15 for supporting the user's hip, And performs a massage operation on at least one of the receiving portions 16. [ At this time, the power transmitting portion may be implemented as a gear, a pulley, a belt, or the like. However, in the case of the driving unit 160, since a known technique can be adopted as it is, the further description of the structure will be omitted. Here, the driving unit 160 is controlled by the controller 110 to have a massage pattern reflecting the rhythm of the music being output. In order to reflect the rhythm of the music, the length and intensity of the vibration of the driving unit 160 may be adjusted according to the beats and beat of the music. When the rhythm of the music is reflected in the vibration of the driving unit 160, the music outputted from the user and the massage pattern by the driving unit 160 are stereoscopically and cooperatively cooperated to relieve the stress more quickly and stabilize the mind and body I can recover.

The low frequency pad 170 is provided to complement the driving unit 160 so that the driving unit 160 performs a massage function so that the low frequency pad 170 can be directly attached to the body part of the user. The vibration output from the low frequency pad 170 is controlled by the controller 110 so as to have a massage pattern reflecting the rhythm of the music being output in the same manner as the drive unit 160. When the massage pattern function according to the music outputted to the low frequency pad 170 is given, the music outputted, the massage pattern of the driving unit 160, and the simultaneous multiple stimulation to the user can alleviate the stress more quickly, .

6, an insertion groove 14b having a shape corresponding to the low-frequency pad 170 is formed on the top surface of the armrest portion 14 of the massage chair main body 10, Is formed. The electric wire 171 connecting the low frequency pad 170 is provided to have a length sufficient to allow the low frequency pad 170 to reach the body part of the user from the armrest part 14 of the massage chair body 10 . As shown in FIG. 7, the massage chair body 10 has a pulley structure in an inner space of the armrest 14 for drawing out and pulling in the electric wire 171. The pulley structure includes a plurality of stationary pulleys 172a fixed to the armrests 14 and a plurality of stationary pulleys 172a arranged movably in positions spaced apart from the stationary pulleys 172a in the armrests 14, A moving pulley 172b for supporting the intermediate portion of the electric wire 171 in a zigzag manner and a moving pulley 172b for moving the moving pulley 172b in a direction away from the fixed pulley 172a, And a plurality of springs (173) which are arranged in the direction of the arrows. 7 (a), when the moving pulley 172b approaches the fixed pulley 172a, the electric wire 171 is allowed to be drawn out, The movable pulley 172b is moved away from the fixed pulley 172a by the spring 173 when the movable pulley 172b moves away from the fixed pulley 172a, So that even if it is pulled out by the external force of the electric wire, it is pulled in immediately when the external force disappears. According to such a configuration, even in a narrow space of the arm portion 14, it is possible to impart a high elastic force to the electric wire 171 connecting the low frequency pad 170, so that the drawn electric wire 171 can be quickly drawn And the elastic force acting by the number of the fixed pulley 172a and the moving pulley 171b when the massage chair is manufactured can be easily controlled.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It is clear that the present invention can be suitably modified and applied in the same manner. Therefore, the above description does not limit the scope of the present invention, which is defined by the limitations of the following claims.

10: Massage chair body 110: Controller
120: database 130: pulse wave measuring instrument
140: Headphone 140a: EEG sensor
150: speaker 160:
170: low frequency pad 171: electric wire
172a: fixed pulley 172b: moving pulley

Claims (6)

A massage chair which provides massage function to each part of the user by using external power,
A driving unit installed in each part of the interior of the massage chair main body and performing a massage operation while being driven; Output means for outputting music by being installed in the massage chair main body; A database for storing music data to be output through the output means; A pulse wave measuring device for measuring a user's pulse wave in a state of being in contact with a body part of a user who uses the massage chair; And a controller for receiving the pulse wave signal from the pulse wave measuring device to calculate a stress index based on the user's pulse wave and controlling the output means to output music from the music data stored in the database when the calculated stress index is equal to or greater than a first reference value And a controller,
Wherein the database divides music data into a plurality of storage areas, and the controller matches one of the plurality of storage areas according to the calculated numerical value of the stress index to output music data stored in the corresponding area,
The output means is provided with a headphone. The headphone is provided with an electroencephalogram sensor for measuring a user's brain wave by sensing a change in the current flowing in the forehead of the user and transmitting the measured brain wave information to the controller. , The controller determines that the current state of mind and body is in a stable state when the current user's brain wave is in an alpha state having a frequency band of 8 to 13 Hz based on the brain wave information transmitted from the brain wave detection sensor, (Beta) state having a frequency band of 14 to 40 Hz, it is determined that the mind and body are in a state of tension, and when the current user's brain wave is in the state of theta wave having a frequency band of 4 to 7 Hz, And if the current user's brain wave is in a delta wave (delta) state having a frequency band of 1 to 3 Hz, it is in a deep sleep state The intensity of the massage operation of the driving unit is gradually set lower in the order of the current user's brain waves in the beta wave state, the alpha wave state, the theta wave state, (?) state, and stops the massage operation of the driving unit when the state is the? (?) state. delete The method according to claim 1,
The music data is divided into music data having relatively strong bits and music data having weak bits and stored in the first storage area and the second storage area,
Wherein the controller controls the music data stored in the first storage area to be output when the calculated stress index is greater than or equal to a second reference value higher than the first reference value, 2 < / RTI > storage area of the user-controlled healing music massage chair. The method according to claim 1,
Wherein the controller controls the driving unit to have a massage pattern reflecting the rhythm of the music output through the output means. 5. The method of claim 4,
And a low-frequency pad is detachably mounted on an upper surface of an end portion of an arm portion of the massage chair main body to support a user's arm,
An electric wire connecting the low-frequency pad and the massage chair main body is installed so as to be able to be drawn out from the massage chair main body so as to easily attach the low-frequency pad to each part of the user's body,
A plurality of fixed pulleys fixed to the inside of the armature for pulling out the electric wire, and a plurality of fixed pulleys movably installed at positions spaced apart from the fixed pulleys inside the armor, A plurality of moving pulleys which allow the electric wire to be drawn out when the electric wire is approached to the fixed pulley and to withdraw and draw the electric wire that has been drawn out when the electric wire is moved away from the fixed pulley, And a plurality of springs which are elastically supported so as to have a tendency to move in a direction away from the fixed pulley. delete

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