KR101540100B1 - A smart health―care system and a health―space having the same - Google Patents

Abstract

The present invention relates to a smart health management system including a main server, an emotional object terminal positioned adjacent to an emotional object and assigned to the sensible object, and a healing token, and a health space having the smart health management system.
Wherein the main server, the emotional object terminal and the healing token are mutually communicable, and when the healing token is adjacent to the emotional object terminal, a user ID of the healing token and an emotional object terminal ID of the sensible object terminal And the emotional object assigned to the emotional object terminal operates.
According to the present invention, it is possible to provide a natural and effective health care effect by providing a mission to a health space visitor, using a healing point, and providing various actions of an emotional object.

Description

A smart health care system and a health space having the smart health care system and a health-

The present invention relates to a smart health management system and a health space having the same.

In modern society, lack of exercise is increasing due to convenience of living means due to mechanization of production methods and automation of traffic facilities.

When our body lacks exercise, we lose strength, emotional instability, muscle tension, sleep disorder, and adult diseases.

Physical activity helps to improve the quality of life through prevention of chronic diseases, increase of cardiopulmonary function, and enhancement of mental health such as tension and stress reduction.

Therefore, there is a high demand for active, active and sustainable health care service technology by constantly monitoring and feedbacking physical activity.

Recently, factors that take into account such health care are being installed in the health space.

The most common elements are the various fitness devices.

However, these exercise devices are not used well unless they are willing to actively use the user, and are ineffective because they do not attract interest to elderly people who are particularly important in health care.

Another factor is health measuring instruments that are being introduced in some health care settings. Examples of such health measuring instruments include a scale, a blood pressure monitor, and the like.

However, this is also ineffective if the user does not intend to actively use it, just like exercise equipment.

In other words, most users, especially the elderly, easily pass by the conventional health care factors applied to the health space, and thus the utilization efficiency is low. One of the main reasons for this is that the exercise apparatuses and health measuring apparatuses This is because it does not cause great interest to the user.

The present invention aims to provide a system that can naturally generate interest to visitors visiting a health space and provide an effective health management function.

According to an aspect of the present invention, there is provided an information processing apparatus comprising: a main server; An emotional object terminal (200) positioned adjacent to and assigned to the emotional object; And a healing token (300), wherein the main server (100), the sensory object terminal (200) and the healing token (300) are each capable of communicating with each other and wherein the healing token The user ID of the healing token 300 and the sensory object terminal ID of the sensory object terminal 200 are transmitted to the main server 100 when communicating adjacent to the sensory object terminal 200, And a sensible object allocated to the object terminal (200) is operated.

In addition, the main server 100 determines a predetermined mission for the received user ID, and transmits the determined mission to the healing token 300. The mission preferably reaches the predetermined emotional object within a predetermined time.

When the healing token 300 is adjacent to the emotional object terminal 200, the healing token 300 is assigned a predetermined healing point. When the healing token 300 is adjacent to the emotional object terminal 200, Token (300).

In addition, the healing points transferred to the main server 100 are accumulated in the database 101 according to the user ID and the sensible object ID, and the main server 100 adds the healing points stored for the predetermined time, It is preferable to calculate a user ID having the highest healing point for each ID.

In addition, it is preferable that the motion of the sensuous object is motion or sound output.

The main server 100 may further include a jackpot operation module 130. The jackpot operation module 130 may randomly set some of a plurality of user IDs.

Also, when the healing token 300 is adjacent to the emotional object terminal 200, the main server 100 may calculate an operation signal as a predetermined method and transmit the operation signal to the sensory object terminal 200 The emotional object terminal 200 may operate the emotional object allocated to the sensory object terminal 200 according to the operation signal.

The healing token 300 may include a user ID display unit 350 and the healing token 300 may be displayed on the emotional object terminal 300. [ 200, it is preferable that the user ID reading unit 250 reads the user ID display unit 350 and communicates with the user ID display unit 350.

The healing token 300 may include an emotional object terminal ID reading unit and the healing token 300 may be provided to the sensory object terminal 200. [ In case of the proximity, the emotional object terminal ID reading unit may read the emotional object terminal ID display unit.

The healing token 300 may be in the form of a smart phone, a key ring, a shoe accessory, a necklace, a belt, a ring, a bracelet, a key ring, or a card.

Also, the healing token 300 is a smart phone and preferably provides an augmented reality.

In order to solve the above problems, the present invention is a health space to which the smart health management system described above is applied, wherein the main server 100 and the health center 100 are located in a management center 10 adjacent to the main entrance 1 of the health space, Wherein the kiosk 102 is located in the health space and the sensible object is a natural sensation object 20 or an artificial sensation object 21 located in the health space.

The health space infrastructure constructed in accordance with the present invention allows a health visitor to record various kinds of behaviors in a health space and to accumulate them in the form of a healing point. Or provide a mission to the user, so that the user can enjoy the physical activity according to his / her state. In other words, it is possible to construct a platform that can collect information of the user and guide the user to continue enjoyable physical activity based on the collected information. Here, based on accumulated healing points or points, you can perform various events or programs that promote the participation of new users or encourage existing users to continue to participate.

According to the present invention, it is possible to provide a natural health care effect that moves inside a health space by providing a mission to a health space visitor.

Especially, according to the health condition of the visitor, it is possible to exercise differently according to the body by providing different missions.

In addition, by providing a healing point to a visitor in a health space and using the sensible object to use it, it is possible to provide a better health care effect by setting a goal of increasing the ranking of the sensible object.

In particular, it may be possible to cultivate nature conservation or animal protection consciousness through mediation with natural sensibility objects.

In addition, the emotional objects can enhance the visitor's interest by moving or sounding in response to the behavior of the health space visitor, and by providing the augmented reality function.

In addition, various information can be provided to the user through a screen in the management center or a screen of a healing token. The information provided can be provided with advertising information as well as health advice, so that information appropriate for system management purposes can be provided.

FIG. 1 illustrates a health space to which a smart health management system according to the present invention is applied.
2 is a conceptual diagram of a smart health management system according to the present invention.
3 is a conceptual diagram of a main control unit of a smart health management system according to the present invention.
4 is a conceptual diagram of an emotional object terminal of a smart health management system according to the present invention.
5 is a conceptual diagram of a healing token of a smart health management system according to the present invention.
6 to 8 are flowcharts of various embodiments for explaining a health management method using a smart health management system according to the present invention.

Definition of Terms

Hereinafter, the term "health space" as used herein refers to all kinds of spaces in which the system according to the present invention is built. For example, it may be an outdoor space such as a park, a mountain trail, a perimeter road, a playground, or an indoor space. There is no restriction on the type of space.

Hereinafter, the term "emotional object" as used herein includes all kinds of structures provided with a terminal (hereinafter referred to as an emotional object terminal) capable of interacting with a user as an artificial or natural structure provided in the health space. For example, it may be an artificial sensation such as a squirrel, a deer, a badger, or a character statue of a famous person, or it may be a natural sensation such as a tree or a rock.

On the other hand, the "motion" of an emotional object may be a movement or sound of an emotional object, and there is no limitation in its kind. This may be an operation in which the emotional object reacts directly with itself as a reaction to a user's healing action, which will be described later, or may be a separate operation indicated through the main server.

The place where the sensitive object is located is referred to as "healing spot ". In the healing spot, the user can perform the interaction with the sensible object through the healing action described later.

Hereinafter, the term "healing point" as used herein means a numerical value that can be given to and managed by a user in using the system according to the present invention.

On the other hand, such a healing point may be given a weight. For example, in the case of the elderly, it is preferable to allocate a high weight to obtain a high point even if a little exercise is performed. For example, if the healing point is not changed for a predetermined time, that is, if the system is not connected for a predetermined time, the healing point is deleted or returned to the default value.

Hereinafter, the term "healing action " used in the present invention means an interaction operation that the user can perform by approaching an emotional object. Any type of action is possible, such as feeding, stroking, and greeting. Such a healing action can be detected by interlocking with a predetermined database by recognizing the hearing module through voice recognition, motion recognition, face recognition, facial recognition, or the like.

Hereinafter, the term "healing token " used in the present invention refers to a terminal or the like to be provided for a user to use the system according to the present invention. It may be a smartphone utilizing an application, or it may be a key ring, a shoe attachment, a necklace, a belt, a ring, a bracelet, a key ring, a card,

Hereinafter, the present invention will be described in more detail with reference to the drawings.

Explanation of the composition of smart health management system

FIG. 1 shows an example of a health space to which the smart health management system according to the present invention is applied. The health space shown is an example of a park, but other spaces are possible as described above.

Generally, as in the health spaces, the health space may include a main entrance (1), a lake (2), a natural sensibility object (20) such as a tree, and an artificial sensation object (21) such as an animal statue. Hereinafter, the natural sensation object 20 and the artificial sensation object 21 will collectively be referred to as sensuous objects 20 and 21.

As shown, various movement paths are located in the health space.

A management center 10 can be located near the main entrance 1. The configuration that can be located in the management center 10 will be described below.

2 is a conceptual diagram of a smart health management system according to the present invention.

As shown in the figure, the smart health management system according to the present invention includes a main server 100 that can be located in the management center 10, a plurality of emotional object terminals 200 installed in the health space, And a healing token 300 provided by the user.

The main server 100 can communicate with the sensory object terminal 200 and the healing token 300 by a separate communication network. The communication network can be any of ordinary wired or wireless communication networks.

In the management center 10, there is a kiosk 102 accessible to the main server 100 so that the user can start accessing the system according to the present invention and receive a mission.

In addition, the sensory object terminal 200 and the healing token 300 can communicate with each other in a short distance. For example, RFID reading technology, QR code reading technology, bar code reading technology, NFC technology, and the like can be applied.

The emotional object terminal 200 may be positioned adjacent to the emotional objects 20 and 21 or mounted inside the sensuous objects 20 and 21. [ The emotional object terminal 200 may be associated with the operation assembly 22 to allow the emotional objects 20 and 21 to perform simple operations. Here, the operation includes sound output as well as movement.

The user of the smart health management system according to the present invention moves with the healing token 300.

At this time, the healing token 300 may be a smart phone that the user has personally provided, or a healing token 300 other than a smart phone may be rented for a user without a smart phone. Such rental can be made in the management center 10.

The management center 10 will be described in more detail with reference to FIG.

The management center 10 is located near the main entrance 1 and a user who wants to use the smart health management system according to the present invention first accesses the system and uses the health space.

The management center 10 may include a main server 100, a database 101, a healing token rental management unit 105, a communication unit 106, and an output unit 107. In addition, a health examination system that acquires health data so as to provide an exercise program in the form of a mission capable of measuring an individual's health condition and achieving an exercise intensity and an exercise amount suitable for an individual's fitness status or exercise purpose, System, a body-part analysis system, and a mental health examination system.

The main server 100 totally manages and controls the smart health management system according to the present invention. Or may be remotely provided using the cloud computing service.

The main server 100 includes a mission determination module 110, a healing point calculation module 120, a ranking calculation module 121, a jackpot calculation module 130, an operation signal calculation module 140, an augmented reality signal calculation module 190 A transmission / reception module 160, an output module 170, a user information management module 197, a user's biological signal measurement module 198, and an emotional object management module 199.

The mission determination module 110 determines a mission capable of achieving the exercise intensity and the exercise amount corresponding to the individual's purpose and physical condition in the health space based on the health data of the user, and provides the mission to the healing token 300.

Missions that can be provided can be mapped to various health information and stored in advance in the database 101. Alternatively, after the user measures various bio-signals (for example, electrocardiogram, pulse wave, blood pressure, etc.) in the management center 10, The user's biomedical signal measurement module 198 may transmit it and be determined accordingly.

For example, the mission may be a way to arrive within a few minutes of the emotional object 20, 21 located at a certain distance to a particular user. In this case, the amount of exercise of the user can be adjusted through the distance to the emotional objects 20 and 21 and the required time, and the exercise amount is preferably set in accordance with the health information of the user.

The healing point calculation module 120 functions to manage a given healing point when the user completes a mission. Since the mission is completed in connection with the emotional objects 20 and 21, the healing point can be given in association with the specific emotional objects 20 and 21.

The healing points obtained by the user for each of the specific emotional objects 20 and 21 are statistically determined in units of a predetermined period so that the user who has obtained the most healing points can be identified in the particular sensible objects 20 and 21. [ The computing module 121 performs this function.

For example, the user ID that has obtained the healing points most from the specific sensible objects 20 and 21 every month is set as the ranking 1, and the set user becomes the owner of the sensible objects 20 and 21, When the user accesses the emotional objects 20 and 21, the sensory objects 20 and 21 may be operated in a slightly different manner or may be expressed through an augmented reality or the like, and such information may be known through the SNS.

The user who has made contact with the specific sensible objects 20 and 21 may be randomly set to give various compensation such as a healing point. The jackpot calculation module 130 performs this function.

The operation signal calculation module 140 calculates an operation signal capable of operating the sensible objects 20 and 21 by transmitting the sensed object to the sensory object terminal 200.

The augmented reality signal calculation module 190 generates a signal capable of controlling the augmented reality that can be implemented in the healing token 300. [

The transmission / reception module 160 can communicate with the sensory object terminal 200 and the healing token 300 by being associated with the communication unit 106.

The output module 170 can output information to the output unit 107 located inside the management center 10 by being associated with the output unit 107. [

The user information management module 197 comprehensively manages information of users using the system according to the present invention.

The user biological signal measurement module 198 manages various biological signals (for example, electrocardiogram, pulse wave, blood pressure, etc.) measured by the user at the management center 10. [

The emotional object management module (199) manages emotional objects such as the operation of emotional objects.

Meanwhile, in the database 101, health information including a bio-signal of a user mapped to a user ID, a mission set for the health information, and healing point usage details can be stored. Also, the healing point details of each user ID used in the emotional objects 20 and 21 may be mapped to the sensible object terminal ID.

The healing token rental management unit 105 manages a healing token 300 that can be rented to a user who does not have a smart phone or the like. To this end, the ID of the lending token 300 and the health information of the lent user can be managed together.

Wireless communication with the kiosk 102, the sensory object terminal 200, and the like through the communication unit 106. In particular, the information can be transmitted to the user through the SNS by communicating various information to the SNS server in association with the SNS.

The output unit 107 may be a large screen and may be provided within the management center 10 to provide various information to the user.

In addition, various event information that can be set by the administrator can be provided. For example, an administrator may provide an advertisement to a user through a healing token 300 after entering an advertisement contract with a specific company. As another example, you can give your users more healing points than usual by giving them special missions on a regular or irregular basis. It goes without saying that there is no limitation on the kind of these events.

The kiosk 102 is located in the management center 10 and allows the user to connect to the main server 100. [

A user may access the system according to the invention by identifying the healing token 300 through the kiosk 102. [ In addition, the kiosk 102 may perform an emotional response to the healing action, may sense and output a user's body signal, and may naturally communicate with the main server 100, The functions of the emotional objects 200 and 200 and the sensible objects 20 and 21 are described below together.

The emotional object terminal 200 will be described in more detail with reference to FIG. As described above, the kiosk 102 located in the management center 10 has the same function.

The emotional object terminal 200 may be positioned adjacent to the emotional objects 20 and 21 or mounted inside the sensuous objects 20 and 21. [

A unique sensible object ID is assigned to the sensuous object terminal 200.

A user having the healing token 300 moves within the health space and connects to the emotional object terminal 200 adjacent to the emotional objects 20 and 21. It can be confirmed that the mission to arrive at the emotional objects 20 and 21 is completed by accessing the emotional object terminal 200.

The sensory object terminal 200 includes a motion control unit 221, a sound control unit 222, a user ID reading unit 250, a communication unit 260, an output unit 270, a user's biological signal measurement module 298, Module 299, as shown in FIG.

In addition, the emotional object terminal 200 can be associated with the operation assembly 22 to allow the emotional objects 20, 21 to perform simple operations. Here, the operation includes the motion as well as the sound output as described above.

The motion control unit 221 and the sound control unit 222 receive an operation signal from the main server 100 or a signal set by the emotional object terminal 200 to instruct the emotional objects 20 and 21 to perform appropriate operations do.

For example, in the case of an artificial sensation object 21 such as an animal image, movement is also possible. That is, when the healing token 300 is connected, the animal can automatically make a facial expression or briefly say hello. Sounds are possible, of course, for example, roaring sound may be output.

For another example, in the case of a natural sensibility object 20 such as a tree, only sound can be output.

The user ID reading unit 250 can confirm the user ID by reading the healing token 300 to be connected to the sensory object terminal 200. For example, the healing token 300 is provided with at least one of an RFID tag, a QR code, a barcode, and an NFC, and the user ID reading unit 250 can verify the user ID by reading the RFID tag, the QR code, .

The wired and wireless information communication with the hearing token 300 and the main server 100 can be performed through the communication unit 260 as well as with the other sensory object terminals 200 in the vicinity.

The output unit 270 may be a screen such as a monitor provided in the emotional object terminal 200, and may provide various information to the user.

The user biological signal measurement module 298 manages various biological signals (for example, electrocardiogram, pulse wave, blood pressure, etc.) measured by a user through a separate measuring device (not shown) of the sensible objects 20 and 21.

The healing action detection module 299 detects a healing action performed by the sensible objects 20 and 21 by the user. The healing action is detected through various recognition methods, and the sensible objects 20 and 21 can perform different actions for each healing action recognized as a predetermined method. For example, the hearing action detection module 299 may be associated with a camera and a motion analysis module (not shown) to detect various healing actions of the user.

The healing token 300 will be described in more detail with reference to FIG.

The healing token 300 is preferably a smart phone provided by a user. In this case, the smart health management system can be more easily accessed through a separate application, various information can be provided, and an augmented reality can be realized.

If the user does not have a separate healing token 300, such as a smartphone, the user may rent a separate healing token in the management center 10. [ It is not necessary to be a smart phone and any device capable of communicating with a user ID display unit is as described above.

The healing token 300 includes a healing point control unit 310, a user ID display unit 320, an accelerometer 330, a communication unit 360, an output unit 370, an augmented reality control unit 390, ).

The user can confirm and manage his / her healing point using the healing point control unit 310. [ For example, when the mission is completed, a healing point is given, which can be confirmed through the healing point control unit 310. In another embodiment, the user may use a healing point for the emotional objects 20,21.

The user ID display unit 320 may be any one or more of an RFID tag, a QR code, a barcode, and an NFC that can be read by the sensory object terminal 200, and information related to the user ID may be stored.

Using the accelerometer 330, the user can count the number of steps during the movement in the health space, and can help control the walking speed through the output unit 380 and the like to be described later.

The augmented reality controller 390 not only implements a general augmented reality but also receives augmented reality signal through the augmented reality signal operation module 190 to implement a more specific augmented reality.

And can communicate with the main server 100 and the sensory object terminal 200 through the communication unit 360.

The output unit 370 may be a time information transmitting means such as a screen or an audible information transmitting means such as a speaker, and may provide various information to a user. For example, a metronome sound or one, two, or the like voice may be output so that the user can exercise with appropriate exercise intensity while having the healing token 300.

The user's biological signal measurement module 398 manages various biological signals (for example, electrocardiogram, pulse wave, blood pressure, etc.) measured through a separate measuring device (not shown).

When the healing token 300 is a smart phone, not only the accelerometer 330, the communication unit 360, and the output unit 370 are provided, and the CPU included in the smart phone includes the healing point control unit 310, 320 and the augmented reality control unit 390, or an application for performing such a function may be provided.

Explanation of health management method using smart health management system

6 to 8 are flowcharts of various embodiments for explaining a health management method using a smart health management system according to the present invention.

Although any health management using the above-described system is possible, the embodiments will be mainly described with reference to the drawings.

Example 1 (Figure 6)

The user enters the health space through the main entrance 1 and enters the management center 10.

The user connects to the system by transmitting the user ID to the main server 100 by using the healing token 300 and the communication unit 106 of the main server 100 (S110).

If the user does not have a separate healing token 300, the user can also borrow from the management center 10.

The main server 100 inquires the information stored in the database 101 using the transmitted user ID (S120). The information searched here may include health information and healing point information of the corresponding user ID.

In addition, the mission determination module 110 of the main server 100 determines the mission based on the inquired information (S130).

Here, the user confirms his or her health condition using various measuring instruments (not shown) of the management center 10, and this can be transmitted through the user's living body signal measurement module 198 to determine the mission.

The determined mission and the inquired information are transmitted to the healing token 300 (S140).

Then, the user moves inside the health space while carrying the healing token 300, and is adjacent to the sensitive objects 20 and 21 according to the mission. Assume a situation adjacent to the emotional objects (20, 21) given in the mission.

When the user is adjacent to the sensory object terminal 200, the healing token 300 is adjacent to the sensory object terminal 200, and the sensory object terminal is automatically read (S210).

At this time, the user can perform the healing action. For example, it may be feeding animals.

The user ID reading unit 250 of the sensory object terminal 200 reads the user ID display unit 320 of the healing token 300 to transmit the user ID (S221).

In addition, when the user's healing action is sensed, the sensory object terminal 200 can operate the sensory object by operating the operation assembly 22 (S230). At the same time, the emotional object terminal 200 transmits its own emotional object terminal ID, the received user ID, and the used healing point to the main server 100.

The main server 100 calculates whether the mission is performed, a healing point given to the user, a ranking of a user in the sensible objects 20 and 21, a jackpot, etc., and the sensory objects 20 and 21 perform additional operations (S251 to S255).

In addition, the main server 100 updates the database 101 with the behavior of the user (S260).

At the same time, the operation signal calculated is transmitted to the emotional object terminal 200 again (S270) so that the emotional object operates (S280).

In addition, for example, when the jackpot is determined, the sensible objects 20 and 21 may perform additional operations, or may perform additional operations corresponding to ranking 1 or the like.

In addition, the healing point given to the user is transmitted according to completion of the mission (S271).

Example 2 (Fig. 7)

An emotional object terminal ID display unit (not shown) may be located in the sensory object terminal 200, and a sensory object terminal ID reading unit (not shown) may be located in the healing token 300.

For example, the RFID tag may be located in the sensory object terminal 200 and the RFID reader may be located in the healing token 300.

In this case, when the user approaches the emotional objects 20 and 21, the sensory object terminal ID is transmitted to the healing token 300, and the healing token 300 transmits the user ID and the sensory object terminal ID to the main server 100 directly .

Example 3 (Fig. 7)

After the operation of the sensible objects 20 and 21 is completed (S280), the main server 100 can re-determine the next mission to be performed by the user (S291).

The redetermined mission is sent to the healing token 300 (S292).

Example 4 (FIG. 8)

If the healing token 300 is a smartphone, an augmented reality can be provided.

The user can utilize the augmented reality provided in the healing token 300 while moving inside the health space (S209).

A healing point used by the user, a total healing point, a user ranked first, and the like can be expressed in the emotional objects 20 and 21 as the augmented reality and the emotional objects 20 and 21 as the augmented reality. When these objects are read adjacent to the emotional object terminal 200, these items are output to the augmented reality.

When the user changes the situation using the healing point, the augmented reality computing module 190 of the main server 100 computes the augmented reality signal again (S259) and transmits (S279), and the healing token 300 reflects Thereby providing the augmented reality changed (S289).

Example 5 (not shown)

In the case where the healing token 300 is adjacent to the sensory object terminal 200, a user's face recognition or motion recognition technology may be applied in addition to the RFID reading technology, QR code reading technology, bar code reading technology and NFC technology described above.

1: Main entrance
2: Lake
10: Management Center
20: Natural Sensation
21: Artifacts
22: motion assembly
100: main server
101: Database
102: Kiosk
105: Healing token rental management
106:
107:
110: mission determination module
120: Healing point calculation module
121: Ranking operation module
130: Jackpot operation module
140: Operation signal calculation module
160: Transmitting / receiving module
170: Output module
190: Augmented reality signal calculation module
197: User information management module
198: user biological signal measurement module
199: Sensory object management module
200: Sensory object terminal
221:
222: sound control unit
250: User ID reading unit
260:
270: Output section
298: user biological signal measurement module
299: Healing action detection module
300: Healing token
310: Healing point control unit
320: User ID display unit
330: Accelerometer
360: communication section
370: Output section
390: Augmented reality control unit
398: user biological signal measurement module

Claims (12)

A main server 100;
An emotional object terminal (200) positioned adjacent to and assigned to the emotional object; And
A smart health care system comprising a healing token (300)
The main server 100, the sensory object terminal 200, and the healing token 300 can communicate with each other,
When the healing token 300 is communicated adjacent to the emotional object terminal 200,
The user ID of the healing token 300 and the sensory object terminal ID of the sensory object terminal 200 are transmitted to the main server 100,
An emotional object assigned to the emotional object terminal 200 operates,
When the healing token 300 is adjacent to the emotional object terminal 200, the main server 100 calculates an operation signal as a predetermined method through the operation signal operation module 140, To the mobile station 200,
The sensory object terminal 200 operates the emotional object allocated to the sensory object terminal 200 through the motion control unit 221 and the sound control unit 222 according to the operation signal,
The main server 100 includes a user biometric signal measurement module 198 receiving a user's biometric signal measured by a predetermined measuring device and measuring a user's health by using a predetermined method by using the measured biometric signal, Determines a mission that is customized to the information, transmits the mission to the healing token 300 corresponding to the transmitted user ID,
The main server 100 determines whether or not to perform a mission customized to the user's health information, a healing point given to the user, a ranking of the user in the sensible object, a jackpot status, And,
The main server 100, the kiosk 102 interlocked with the main server 100, and the predetermined measuring device for measuring the user's vital signs are located in the management center 10 of the healthcare space,
The sensible object is a natural sensation object 20 or an artificial sensation object 21 located in the health space,
Wherein the mission is within a predetermined time in a predetermined emotional object.
Smart health management system.
delete The method according to claim 1,
A predetermined healing point is assigned to the healing token 300,
Wherein additional healing points are transmitted from the main server 100 to the healing token 300 when the healing token 300 is adjacent to the emotional object terminal 200. [
Smart health management system.
The method of claim 3,
The healing points transferred to the main server 100 are accumulated in the database 101 by the user ID and the sensible object ID,
Wherein the main server (100) calculates a user ID having the highest healing point for each sensory object ID by summing the healing points stored for a predetermined time.
Smart health management system.
The method according to claim 1,
Wherein the motion of the sensible object is motion or sound output.
Smart health management system.
The method according to claim 1,
The main server 100 further includes a jackpot calculation module 130,
Wherein the jackpot operation module (130) randomly sets some of a plurality of user IDs.
Smart health management system.
delete The method according to claim 1,
The emotional object terminal 200 includes a user ID reading unit 250, the healing token 300 includes a user ID display unit 350,
When the healing token 300 is adjacent to the emotional object terminal 200, the user ID reading unit 250 reads the user ID display unit 350 and communicates with the user ID display unit 350. [
Smart health management system.
The method according to claim 1,
The emotional object terminal 200 includes an emotional object terminal ID display unit, the healing token 300 includes an emotional object terminal ID reading unit,
Wherein the sensory object terminal ID reading unit reads the sensory object terminal ID display unit when the healing token 300 is adjacent to the sensory object terminal 200. [
Smart health management system.
The method according to claim 1,
Wherein the healing token 300 is in the form of a smart phone, a key ring, a shoe accessory, a necklace, a belt, a ring, a bracelet, a key ring,
Smart health management system.
11. The method of claim 10,
Characterized in that the healing token (300) is a smart phone and provides augmented reality.
Smart health management system.
delete

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