KR101418184B1 - Capsule for recovering a body function - Google Patents

Abstract

The body function recovery capsule is initiated. A capsule for a body function recovery according to an embodiment of the present invention includes: a capsule body having an internal space; An aroma module provided inside the capsule body and capable of emitting aroma fragrance; A sound module provided inside the capsule main body and capable of emitting a sound source from the sound source storage memory while emitting sound; A light emitting diode module provided inside the capsule main body and capable of emitting a plurality of colors; A sonic vibrating bed module provided on the inner bottom surface of the capsule main body so as to be able to lie by the user and capable of generating vibration by sound waves; A smart recognition module provided inside the capsule body to detect a change in the user's state; And a controller for controlling the degree of divergence of the aroma module by receiving the user's state change or the request of the user through the sensing value of the smart recognition module, controlling the divergence of the sound source of the sound module, And a main control unit for performing at least one operation of adjusting the degree of vibration of the sound wave vibration bed module. According to the present invention, color condition, aromatherapy, and sound therapy functions can be performed based on the status information of the user actively recognized, thereby satisfying the user's emotions sufficiently.

Description

{CAPSULE FOR RECOVERING A BODY FUNCTION}

[0001] The present invention relates to a capsule for a human body function recovery, and more particularly, to a capsule for a human body function recovery through an integrated sensory stimulus for performing multiple therapies, Which is capable of solving stress and fatigue by combining multiple therapies, or resolving muscle lump and back pain.

In modern society, which is represented by well-being, diseases due to stress, depression, insomnia and psychological anxiety are increasing, and this is becoming a serious social problem.

As a new therapy, various therapies such as color therapy using light, sound therapy using sound, and aromatherapy using fragrance are attracting attention.

However, in the past, only the therapy therapy was manually selected according to the unilateral demand of the user. For example, an active type device in which various illumination devices for therapies recognize the state information of the user and then operates based on the information There was no.
(Patent Document 1) KR10-0795923 B
(Patent Document 2) KR 10-2012-0094590 A

It is an object of the present invention to provide a human body function recovery capsule capable of actively operating according to a user's request and a body change by combining a complex sensory stimulation using IT with color therapy, aromatherapy, sound therapy, and vibration therapy.

The solution to the problem of the present invention is not limited to those mentioned above, and other solutions not mentioned can be clearly understood by those skilled in the art from the following description.

The above object is achieved by a capsule endoscope comprising: a capsule body having an internal space; An aroma module provided inside the capsule body and capable of emitting aroma fragrance; A sound module provided inside the capsule main body and capable of emitting a sound source from the sound source storage memory while emitting sound; A light emitting diode module provided inside the capsule main body and capable of emitting a plurality of colors; A sonic vibrating bed module provided on the inner bottom surface of the capsule main body so as to be able to lie by the user and capable of generating vibration by sound waves; A smart recognition module provided inside the capsule body to detect a change in the user's state; And a controller for controlling the degree of divergence of the aroma module by receiving the user's state change or the request of the user through the sensing value of the smart recognition module, controlling the divergence of the sound source of the sound module, And a main controller for performing at least one operation of adjusting the degree of vibration of the sonic vibration bed module.

And a biometric information transmission module capable of receiving biometric information and a status change of a user lying in the sound wave vibration bed module from the smart recognition module and transmitting the biometric information and the status change to the medical institution, A memory unit for receiving and storing data; And a transmitter for transmitting the value stored in the memory unit to an external medical institution server.

The smart recognition module may include: a thermometer camera for sensing a temperature of the user; A face contour imaging sensor for recognizing the emotion expressed on the face of the user; And a memory in which various body temperature information of a person and various facial contour information of a person are stored, and the main control unit stores a part of information stored in the memory based on information detected from the body temperature camera and the face contour image sensor And controls operation of the light emitting diode module, the sound module, the sonic vibrating bed module, and the aroma module, which are set to correspond thereto.

The smart recognition module may further include at least one of an electrocardiogram measuring sensor, a heart rate measuring sensor, and a body pressure measuring sensor provided in the sonic vibrating bed module.

Wherein the sonic vibrating bed module comprises a sonic vibrating part and the sonic vibrating part is provided at a lower part of the sonic vibrating bed module so as to be spaced apart from each other; A plurality of vibration members provided on the upper and peripheral regions of the respective ultrasonic piezoelectric elements so as to be capable of vibrating by the vibration of the ultrasonic piezoelectric element; And a vibration control unit for controlling the vibration of the vibration member by adjusting a voltage applied to the ultrasonic piezoelectric device.

The vibration member may be made of nanofiber.

Said aroma module comprising: an aroma capsule containing an aroma-flavourant; An aroma casing in which the space for accommodating the aroma capsules is provided and which is provided in the capsule main body and in which a plurality of slit holes are formed; And an open closure provided on the aroma casing to selectively control opening of the slit hole.

The user's state information detected from the smart recognition module, the degree of vibration of the sound wave oscillating bed module, the degree of sound scattering of the sound module, the degree of incense dispersion of the aroma module, Wherein the main control unit receives the sensed value from the smart recognition module and extracts the information stored in the sensory storage memory so as to correspond to the sensed value from the smart module, The sound module and the operation of the sonic vibrating bed module.

The human body function recovery capsule according to the embodiment of the present invention has the following effects.

First, the user can actively recognize the state information and perform the color therapy, aromatherapy, and sound therapy functions on the basis thereof, thereby satisfying the user's emotions sufficiently.

Second, it can actively perform color therapy, aromatherapy, and sound therapy functions by detecting the user's body heat, emotional state, and the like.

Third, biometric information of a user can be transmitted to a medical institution, thereby realizing more customized therapies.

The effects of the present invention are not limited to those mentioned above, and other effects not mentioned can be clearly understood by those skilled in the art from the following description.

1 and 2 are views showing various examples of a human body function recovery capsule according to an embodiment of the present invention.
3 is a block diagram illustrating a control relationship of a human body function recovery capsule according to an embodiment of the present invention.
4 is a schematic view of an aroma module of a human body function recovery capsule according to an embodiment of the present invention.
5 is a schematic view of a sonic vibration bed module of a human body function recovery capsule according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. It will be apparent to those skilled in the art that the present invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to let you know. Wherein like reference numerals refer to like elements throughout.

1 and 2 are views showing various examples of a human body function recovery capsule according to an embodiment of the present invention. FIG. 3 is a configuration diagram showing a control relationship of a human body function recovery capsule according to an embodiment of the present invention. FIG. 5 is a schematic view of a sound wave vibration bed module of a human body function recovery capsule according to an embodiment of the present invention. FIG. 5 is a schematic view of an aroma module of a human body function recovery capsule according to an embodiment of the present invention.

The capsule of the human body according to the preferred embodiment of the present invention (hereinafter, referred to as 'capsule') is a body function recovery chamber through integrated sensory stimulation for performing a complex therapy. In particular, Sound and other complex therapies to solve stress and fatigue, or to resolve muscle bunching and back pain.

1 to 3, the capsule according to the embodiment of the present invention includes a capsule main body 10 having an internal space, an aroma module 100 provided inside the capsule main body 10 and capable of emitting aroma fragrance, A sound module 200 provided inside the capsule body 10 and capable of emitting a sound selected from the sound source storage memory 210 and a plurality of light emitting diode modules 300 A sound wave oscillating bed module 400 provided to be able to lie on the inner bottom surface of the capsule main body 10 and capable of generating vibration by sound waves, And the degree of incense of the aroma module 100 is controlled by receiving the change of the user's state or the request of the user through the sensed values of the smart recognition module 500 and the sound recognition module 500, And a main controller 600 for controlling at least one operation of adjusting the emission of light emitted from the light emitting diode module 300 and adjusting the degree of vibration of the sonic vibrating bed module 400.

First, as shown in Figs. 1 and 2, the capsule main body 10 has an inner space enough for the user to get inside and rest, and is hinged upward as shown in Fig. 1, , An open door is provided at one side to allow the user to open and close the open door. The capsular body 10 can be applied with a whitish wood, and the whitish wood has the effects of alleviating allergies, atopic dermatitis, removing odors, and stabilizing the sensory system. Hereinafter, the case where the capsule main body 10 is applied to the shape shown in Fig. 2 will be described.

3 and 4, the aroma module 100 is provided inside the capsule body 10 and emits a fragrance.

The aroma module 100 includes a plurality of slit holes 121 provided in the capsule main body 10 and having a space capable of accommodating the aroma capsules 110 and the aroma capsules 110 containing aroma- And an opening and closing part 130 provided on the aroma casing 120 to selectively control opening of the slit hole 121. [

Here, the aroma capsules 110 may be composed of various kinds so as to have various perfumes, and may be accommodated in the aroma casing 120 according to the user's selection.

As will be described later, the main control unit 600 receives the status change of the user from the smart recognition module 500, and controls the operation of the aroma module 100. For example, the main control unit 600 controls the opening and closing operations of the opening and closing unit 130. [ The opening closing portion 130 includes a separate cover that can open or close the slit hole 121 by rotation of the motor and the motor.

Alternatively, the opening / closing part 130 may open the slit hole during the set period by the timer operation and then close the slit hole again, and this operation can be repeatedly performed by the set period by the timer.

2 and 3, the sound module 200 is provided in the capsule body 10 to transmit sound to the user. The sound module 200 emits a sound selected from the sound source storage memory 210.

In detail, the sound module 200 is provided with a sound source storage memory 210 in which a plurality of sound sources are separately stored. The plurality of sound sources are defined as one sound source, two sound sources, three sound sources, and four sound sources. As will be described later, the light emitted from the light emitting diode module 300 may be in various colors such as red, orange, yellow, green, and blue, and the plurality of sound sources and the plurality of colors may be matched one to one with each other. That is, it can be matched with one sound source and red, two sound source and orange.

Specifically, in the present embodiment, the emotion storage memory 700 is provided with a plurality of sound sources 200 and a plurality of sound sources 200, The matching relationship is predefined and stored. In other words, the mutual matching relationship between the above-described one-source and red, two-source and orange is stored based on the amplitude of the source and the wavelength of the color.

As will be described later, the sensory storage memory 700 stores the state information of the user sensed by the smart recognition module 500, the degree of vibration of the sound wave oscillation bed module 400 corresponding thereto, the sound of the sound module 200 The degree of divergence, the degree of divergence of the aroma module 100, and the divergence degree of the light emitting diode module 300 are stored.

Of course, the aroma module 100 and the sound module 200 can be controlled by the user by a separate remote controller.

As shown in FIGS. 2 and 3, the light emitting diode module 300 is provided in the capsule body 10 to emit a plurality of colors.

Specifically, the light emitting diode module 300 has a light emitting diode light source of RGB color, and it is possible to emit various colors by controlling a voltage applied to the light source. The main control unit 600 receives the recognition value of the smart recognition module 500 and can adjust the emission color of the light emitting diode module 300 and the illuminance of the emitted light. Of course, the light emitting diode module 300 can also be operated by a user's remote controller operation.

As shown in FIGS. 3 and 5, the sonic vibration bed module 400 is provided on the inner bottom surface of the capsule body 10 so that the user can lie down and generates vibration by sound waves. Here, the vibration is not transmitted to the region where the user's head is located in the sonic vibrating bed module 400.

The sound wave vibrating bed module 400 includes a sound wave vibrating part 410 that substantially generates vibrations.

5, the sound wave vibrating portion includes an ultrasonic wave piezoelectric element 411 provided at a lower portion of the ultrasonic vibration bed module 400 so as to be spaced apart from each other, A plurality of vibration members 412 provided to be capable of vibrating by the vibration of the ultrasonic piezoelectric element 411 and a vibration controller 412 for adjusting the vibration applied to the vibration member 412 by adjusting the voltage applied to the ultrasonic piezoelectric element 411 413).

The ultrasonic piezoelectric element 411 is appropriately provided in plural so as not to transmit vibrations to the head of the user and the ultrasonic vibrations generated in the ultrasonic piezoelectric element 411 are transmitted to the body of the user through the vibration member 412.

In this embodiment, the vibration member 412 is made of a nano-fiber material, so that even when the vibration of the ultrasonic piezoelectric element 411 is extremely weak, the vibration can be sufficiently transmitted to the user. That is, the size range of vibration that can be transmitted to the user can be more variously applied due to the vibration member 412 made of nano-fiber material.

At least one of the electrocardiogram measuring sensor 540, the heart rate measuring sensor 550, and the body pressure measuring sensor 560 is provided in the sound wave vibrating bed module 400. The vibration control unit 413 receives signals sensed by at least one of the sensing signals of the smart recognition module 500, that is, the electrocardiogram measurement sensor 540, the heart rate measurement sensor 550, and the body pressure measurement sensor 560, So that the intensity of the vibration can be controlled by adjusting the voltage applied to the ultrasonic piezoelectric element 411.

As shown in FIG. 3, the smart recognition module 500 is provided to acquire user state change information in a lying state on the sonic vibration bed module 400 of the capsule body 10.

The smart recognition module 500 is provided in the capsule body 10 to detect the user and then to detect a change in the user's state. Here, the state change means a change in the user's body temperature, a change in the emotion of the face, an operation state of the user, and the like, and various elements for satisfying the user's emotions can be further applied. The smart recognition module 500 includes a thermometer camera 510 for sensing a user's body temperature, a face contour imaging sensor 520 for recognizing an outline displayed on the user's face, various body heat information of a person, various face contour information And a memory 530 for storing the data.

The smart recognition module 500 further includes at least one of an electrocardiogram measuring sensor 540, a heart rate measuring sensor 550 and a body pressure measuring sensor 560 provided in the sonic vibrating bed module 400.

Here, the heat-temperature camera 510 senses a user's body heat, and for example, a heat of a predetermined temperature or more is sensed by using an infrared sensor or the like. The face contour imaging sensor 520 is provided to detect a change in the position of a face contour of a user, an eye, a nose, a mouth, and the like on the face, and functions as a kind of camera. The state of the user (health, weakness, heat, etc.) corresponding to the user's body heat information (for example, 36.5 degrees, 36.7 degrees, 36.9 degrees, 37 degrees, etc.) is stored in the memory 530, In addition, the user's state corresponding to the face contour information (state where the eye tails are raised, the mouth is lowered, the pupil is enlarged, and the redness of the face skin is changed) is stored.

In this embodiment, the main control unit 600 selects some of the information stored in the memory 530 based on the information detected from the body temperature camera 510 and the face outline image pickup sensor 520, The operation of the light emitting diode module 300, the sound module 200, the sonic vibrating bed module 400 and the aroma module 100 is controlled.

For example, the memory 530 may store a user's rating of the user in a rating of, for example, 1, 2, 3, 4, 5, States are separately stored, where 1, 2, 3, 4, 5, ... are arbitrarily expressed to distinguish the state of the user for convenience of explanation. That is, the main controller 600 selects one of the light emitting diode module 300, the sound module 200, the sound wave oscillation bed module 400, (100). The main control unit 600 controls the color emitted from the light emitting diode module 300 or changes the sound source emitted from the sound module 200 or controls the degree of on / off of the fragrance emission of the aroma module 100 Or the degree of vibration of the sonic vibrating bed module 400 is controlled.

In this embodiment, the user's state information detected by the smart recognition module 500, the degree of vibration of the sound wave oscillation bed module 400 corresponding thereto, the degree of sound emission of the sound module 200, 100 and the light emitting diodes of the light emitting diode module 300 are stored in the emotional storage memory 700.

The main control unit 600 receives the sensed value from the smart recognition module 500 and extracts the information stored in the sensory storage memory 700 to correspond to the received sensed sensory information and transmits the sensed information to the aroma module 100, the light emitting diode module 300, Module 200 and the sonic vibrating bed module 400. [

The driving state information of the aroma module 100, the sound module 200, and the sonic vibration bed module 400 corresponding to the first driving state of the light emitting diode module 300 is stored in the sensory storage memory 700, And the main control unit 600 extracts the driving status information and transmits the driving signals to the main control unit 600.

3, the capsule according to the present embodiment receives biometric information and a state change of a user lying in the sonic vibrating bed module 400 from the smart recognition module 500 and transmits biometric information capable of being transmitted to the medical institution Module 800. < / RTI >

The biometric information transmission module 800 includes a memory unit 810 for receiving and storing measured values of the smart recognition module 500 and a memory unit 810 for transmitting the values stored in the memory unit 810 to an external medical institution server (820).

That is, the biometric information transmission module 800 according to the present embodiment can transmit the status information of the user according to the user's intention, and the doctor can quickly diagnose the data according to the data transmitted to the hospital, thus enabling customized therapies.

In the meantime, the capsule body 10 according to the present embodiment may further include an apparatus for additional leisure and health promotion such as an oxygen supplier, a TV, and the like.

Although the present invention has been described with reference to the accompanying drawings and the preferred embodiments described above, the present invention is not limited thereto but is limited by the following claims. Accordingly, those skilled in the art will appreciate that various modifications and changes may be made thereto without departing from the spirit of the following claims.

100: Aroma module 200: Sound module
210: sound source storage memory 300: light emitting diode module
400: sonic vibration bed module 411: ultrasonic piezoelectric element
412: vibration member 500: smart recognition module
600: main control unit 700: emotion storage memory
800: Biometric information transmission module 820:

Claims (8)

A capsule body provided with an inner space;
An aroma module provided inside the capsule body and capable of emitting aroma fragrance;
A sound module provided inside the capsule main body and capable of emitting a sound source from the sound source storage memory while emitting sound;
A light emitting diode module provided inside the capsule main body and capable of emitting a plurality of colors;
A sonic vibrating bed module provided on the inner bottom surface of the capsule main body so as to be able to lie by the user and capable of generating vibration by sound waves;
A smart recognition module provided inside the capsule body to detect a change in the user's state; And
A controller for controlling the degree of divergence of the aroma module by receiving a change of the state of the user through the sensed value of the smart recognition module or a request of the user and controlling the divergence of the sound source of the sound module, And a main control unit for performing at least one operation of adjusting the degree of vibration of the sonic vibration bed module,
The smart recognition module comprises:
A thermometer camera for sensing the user's body heat;
A face contour imaging sensor for recognizing an outline displayed on the face of the user; And
A memory for storing various body temperature information of a person, various face contour information of a person,
The main controller selects a part of the information stored in the memory based on the information sensed by the body temperature camera and the face contour imaging sensor and then controls the light emitting diode module, And a body function recovery capsule for controlling the operation of the aroma module. The method according to claim 1,
Further comprising: a biometric information transmission module capable of receiving biometric information and a state change of a user lying in the sound wave vibration bed module from the smart recognition module and transmitting the biometric information and the state change to the medical institution,
Wherein the biometric information transmission module comprises:
A memory unit for receiving and storing measured values of the smart recognition module; And
And a transmitter for transmitting the value stored in the memory unit to an external medical institution server. delete The method according to claim 1,
The smart recognition module comprises:
A heart rate measuring sensor, and a body pressure measuring sensor provided on the sound wave vibration bed module. The method according to claim 1,
Wherein the sonic vibrating bed module includes a sonic vibrating part,
The sound-
An ultrasonic piezoelectric element provided at a lower portion of the sonic vibrating bed module so as to be spaced apart from each other;
A plurality of vibration members provided on the upper and peripheral regions of the respective ultrasonic piezoelectric elements so as to be capable of vibrating by the vibration of the ultrasonic piezoelectric element; And
And a vibration control unit for adjusting a voltage applied to the ultrasonic piezoelectric element to adjust the vibration of the vibration member. 6. The method of claim 5,
Wherein the vibration member is made of nanofiber. The method according to claim 1,
The aroma module comprises:
An aroma capsule containing an aroma-flavourant;
An aroma casing in which the space for accommodating the aroma capsules is provided and which is provided in the capsule main body and in which a plurality of slit holes are formed; And
And an open closure provided on the aroma casing for selectively controlling the opening of the slit hole. The method according to claim 1,
The user's state information detected from the smart recognition module, the degree of vibration of the sound wave oscillation bed module corresponding thereto, the degree of sound emission of the sound module, the degree of incense dispersion of the aroma module, And a sensory storage memory in which a matching relationship is stored,
The main control unit receives the sensed value from the smart recognition module, extracts the information stored in the emotion storage memory to correspond to the sensed value, and controls operation of the aroma module, the light emitting diode module, the sound module, and the sonic vibration bed module Human body function recovery capsule.

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