WO2014051190A1 - Smart health management system and health space comprising same - Google Patents

Abstract

The present invention relates to a smart health management system and to a health space comprising same, wherein the smart health management system comprises: a main server, an emotional object terminal located in the vicinity of an emotional object and allocated to the emotional object, and a healing token. The main server, the emotional object terminal and the healing token can communicate with each other. If the healing token performs communication in the vicinity of the emotional object terminal, the user ID of the healing token and the emotional object terminal ID of the emotional object terminal are transmitted to the main server, and the emotional object allocated to the emotional object terminal operates. According to the present invention, a mission is provided to the visitor who visits the health space, and the visitor may use a healing point and various operations of the emotional object are provided to the visitor, thus providing natural and effective health management effects.

Description

Smart health care system and health space with same

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

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

Lack of exercise causes our body to lose strength and cause various diseases such as emotional instability, muscle tension, sleep disorders, as well as adult diseases.

Physical activity helps prevent chronic diseases, increases cardiopulmonary function, and improves quality of life by improving mental health such as reducing tension and stress.

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

In recent years, such health management elements have been installed in health spaces.

The most common element is a variety of exercise equipment.

However, these exercise equipments are not used well without the user's active intention to use them, and they are not effective because they do not cause interest to the elderly, who are important for health care.

Another factor is health measuring instruments being introduced into some health spaces. Examples of such health measuring instruments include weight scales and blood pressure monitors.

However, like exercise equipments, it is ineffective without the user's intention of active use.

In other words, most of the users, especially the elderly, are easily passed by the conventional health care factors applied to the health space, and the utilization efficiency is low. This is because it does not cause great interest to them.

The present invention is to provide a system that can provide an effective health care function by naturally causing interest to visitors visiting the health space.

In order to solve the above problems, the present invention the main server (100); Emotional object terminal 200 which is located adjacent to the emotional object and assigned to the emotional object; And a healing token 300, wherein the main server 100, the emotional object terminal 200, and the healing token 300 can communicate with each other, and the healing token 300 is connected to each other. When communicating adjacent to the emotional object terminal 200, the user ID of the healing token 300 and the emotional object terminal ID of the emotional object terminal 200 is transmitted to the main server 100, and the emotional Emotional object assigned to the thing terminal 200, characterized in that to operate, provides a smart healthcare system.

In addition, the main server 100 determines a predetermined mission with respect to the received user ID and transmits it to the healing token 300, wherein the mission reaches a predetermined emotional object within a predetermined time.

In addition, a predetermined healing point is allocated to the healing token 300, and when the healing token 300 communicates with the emotional object terminal 200, the additional healing point is healed from the main server 100. It is desirable to be sent to the token 300.

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

In addition, the motion of the emotional object is preferably a motion or sound output.

In addition, the main server 100 further includes a jackpot calculation module 130, and the jackpot calculation module 130 preferably sets some of a plurality of user IDs at random.

In addition, when the healing token 300 communicates adjacent to the emotional object terminal 200, the main server 100 may calculate an operation signal and transmit the operation signal to the emotional object terminal 200 in a predetermined manner. The emotional object terminal 200 preferably operates the emotional object assigned to the emotional object terminal 200 according to the operation signal.

In addition, the emotional object terminal 200 includes a user ID reading unit 250, the healing token 300 includes a user ID display unit 350, the healing token 300 is the emotional object terminal ( When adjacent to 200, the user ID reading unit 250 may read and communicate with the user ID display unit 350.

In addition, the emotional object terminal 200 includes an emotional object terminal ID display unit, the healing token 300 includes an emotional object terminal ID reading, the healing token 300 is the emotional object terminal 200 When adjacent, the emotional object terminal ID reading unit preferably reads the emotional object terminal ID display unit.

In addition, the healing token 300 is preferably in the form of any one of a smart phone, key ring, shoe accessories, necklace, belt, ring, bracelet, key ring and card.

In addition, the healing token 300 is a smart phone is preferably to provide augmented reality.

In addition, to solve the above problems, the present invention is a health space to which the smart health management system described above is applied, the main server 100 and the management center 10 adjacent to the main entrance (1) of the health space; The kiosk 102 is located, the emotional object is a natural emotional object 20 or artificial emotional object 21 located in the health space, provides a health space.

The health space infrastructure established by the present invention allows the visitors of the health space to record and evaluate various actions performed in the health space and to accumulate them in the form of healing points. By providing a response or assigning a mission to the user, the user can enjoy physical activity according to his / her condition. In other words, it is possible to build a platform that can collect the user's information, and based on this, can continue to enjoy a suitable physical activity. Here, based on the accumulated healing points or points, various events or programs that promote new user participation or encourage existing users to continuously participate can be performed.

According to the present invention, by providing a mission to a health space visitor, a natural health care effect of moving inside the health space can be provided.

In particular, by providing a different mission according to the health status of the visitor, it is possible to exercise appropriate to their body.

In addition, by providing a healing point to the visitor to the health space and having a specific emotional object to use it to set a goal to raise the ranking of the emotional object can provide a better health care effect.

In particular, it is possible to cultivate the protection of nature or animal protection through the interaction with natural emotional objects.

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

In addition, various information may be provided to the user through a screen in the management center or a screen of a healing token. The information provided may be provided with advertisement information as well as health advice, and thus may be provided with appropriate information for system management purposes.

1 illustrates a health space to which a smart healthcare system according to the present invention is applied.

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

3 is a conceptual diagram of a main control unit of the smart healthcare system according to the present invention.

4 is a conceptual diagram of the emotional object terminal of the smart healthcare system according to the present invention.

5 is a conceptual diagram of a healing token of the smart healthcare system according to the present invention.

6 to 8 are flowcharts of various embodiments for explaining a health care method using a smart health care 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 hiking trail, a perimeter road, a playground, or an indoor space. There is no limit to the type of space.

Hereinafter, as used herein, the term "emotional object" includes any kind of structure provided with a terminal (hereinafter, an emotional object terminal) capable of interacting with a user as an artificial or natural structure installed in the aforementioned healthy space. For example, it may be an artificial emotional object such as a squirrel, a deer, a badger, or a character statue of a famous person, or may be a natural emotional object such as a tree or a rock.

On the other hand, the "movement" of the emotional object may be a movement or sound of the emotional object, the type is not limited. This may be an operation in which the emotional object reacts directly as a response to the healing action of the user to be described later, or may be a separate operation indicated through the main server.

As such, the place where the emotional object is located is referred to as a "healing spot". In the healing spot, the user may perform interaction with the emotional object through the healing action described below.

Hereinafter, the term "healing point" as used herein refers to a numerical value that can be given and managed by the user in the process of 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 elderly, it is desirable to assign a high weight to obtain a high point even with a little exercise. In another example, when there is no change of a healing point for a predetermined time, that is, when the system is not connected for a predetermined time, the healing point may be deleted or returned to the default value, thereby managing more efficiently.

Hereinafter, the term "healing action" used in the present invention refers to an interaction operation that a user can approach to an emotional object. Any form of action is possible, such as feeding, stroking, or greeting. Such a healing action may be detected by the sensing module interworking with a preset database by recognizing it through voice recognition, motion recognition, face recognition, facial expression recognition, and the like.

Hereinafter, the term "healing token" used in the present invention refers to a terminal or the like that a user is equipped to use the system according to the present invention. It could be a smartphone utilizing the application, or it could be a key ring, shoe accessories, necklace, belt, ring, bracelet, key ring, card, and so on.

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

Explanation of the composition of the smart healthcare system

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

In general, like the health spaces, the main entrance 1, the lake 2, as well as natural emotional objects 20 such as trees, artificial emotional objects 21 such as fauna may be located. Hereinafter, the natural emotional object 20 and the artificial emotional object 21 will be referred to collectively as the emotional object 20 and 21.

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

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

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

As shown, the smart health care system according to the present invention, the main server 100, which can be located in the management center 10, the emotional object terminal 200 is installed in a number of health space, a user moving inside the health space It consists of a healing token (300) provided.

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

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

In addition, the emotional object terminal 200 and the healing token 300 may communicate in a short distance. For example, RFID reading technology, QR code reading technology, barcode reading technology, NFC technology and the like may be applied.

Emotional object terminal 200 may be mounted adjacent to the emotional object (20, 21) or mounted inside the emotional object (20, 21). The emotional object terminal 200 may be connected to the operation assembly 22 to allow the emotional object 20, 21 to perform a simple operation. The action here includes sound as well as movement.

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

At this time, the healing token 300 may be a smart phone provided by the user personally, or for the user without a smartphone, it is possible to rent a healing token 300 other than the smart phone. This rental can be made in the management center (10).

The management center 10 will be described in more detail with reference to FIG. 3.

The management center 10 is located near the main entrance 1, a user who wants to use the smart health management system according to the present invention first accesses the system and then 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 test system and a physical test to obtain health data to measure and evaluate an individual's health state and to provide an exercise program in the form of a mission that can achieve exercise intensity and exercise amount suitable for an individual's fitness state or purpose. The system, body analysis system, and mental health examination system can be located.

The main server 100 manages and controls the smart healthcare system according to the present invention as a whole. Although it may be located in the management center 10, it may be provided remotely using a cloud computing service.

The main server 100 may include 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, and an augmented reality signal calculation module 190. ), A transmission / reception module 160, an output module 170, a user information management module 197, a user biosignal measurement module 198, and an emotional object management module 199.

The mission determination module 110 determines a mission that can achieve the exercise intensity and the amount of exercise in the health space based on the health data of the user and provides the healing token 300 to the individual.

Missions that can be provided may be mapped to various health information and stored in advance in the database 101, or after the user measures various biosignals (eg, electrocardiogram, pulse wave, blood pressure, etc.) in the management center 10, The user biosignal measurement module 198 may transmit the message and determine the result accordingly.

For example, the mission may be a method in which a specific user arrives at the emotional objects 20 and 21 within a few minutes. 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 time required, and the amount of exercise is preferably set according to the user's health information.

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

As such, the healing points that the user acquires for each specific emotional object 20 and 21 can be confirmed by the statistics being made in units of a predetermined period, so that the user who has obtained the most healing points in the specific emotional object 20 and 21 can be ranked. Arithmetic module 121 performs this function.

For example, a user ID that obtains the most healing points in a particular emotional object 20, 21 is set to a ranking 1st, and the set user becomes the owner of the emotional object 20, 21, accordingly. When the user approaches the emotional object 20, 21 may be somewhat different or may be expressed through augmented reality, such information may be known through SNS.

By randomly setting the user in contact with the specific emotional objects 20 and 21, various rewards such as healing points can be given, and the jackpot calculation module 130 performs this function.

The operation signal calculation module 140 transmits to the emotional object terminal 200 to calculate an operation signal capable of operating the emotional objects 20 and 21.

Augmented reality signal calculation module 190 generates a signal that can control the augmented reality that can be implemented in the healing token (300).

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

The output module 170 may be connected to the output unit 107 to output information to the output unit 107 located inside the management center 10.

The user information management module 197 comprehensively manages information of a user who uses the system according to the present invention.

The user biosignal measurement module 198 manages various biosignals (eg, electrocardiogram, pulse wave, blood pressure, etc.) measured by the user at the management center 10.

Emotional object management module 199 manages the emotional object, such as the operation of the emotional object.

Meanwhile, the database 101 may store health information including a biosignal of a corresponding user, a mission set appropriately for the health information, and a history of healing points mapped with the user ID. In addition, the healing point information for each user ID used in the emotional objects 20 and 21 mapped to the emotional object terminal ID may be stored.

The healing token rental management unit 105 manages a healing token 300 that can be rented to a user who does not have a smartphone. To this end, it is possible to manage the ID of the rental token 300 for rental and the health information of the borrowed user together.

Through the communication unit 106, wired / wireless communication is possible with the kiosk 102, the emotional object terminal 200, and the like. In particular, by transmitting various information to the SNS server in association with the SNS, it is possible to deliver the information through the SNS to the user.

The output unit 107 may be a large screen and may provide various information to the user by being located in the management center 10.

In addition, various event information that can be set by an administrator can be provided. For example, the manager may provide an advertisement to the user through the healing token 300 after entering into an advertisement contract with a specific company. In another example, a special mission may be given on a regular or occasional basis to provide a user with more healing points than usual. Of course, there are no restrictions on the kind of such events.

The kiosk 102 is located in the management center 10 to enable a user to access the main server 100.

The user may identify the healing token 300 through the kiosk 102 and access the system according to the present invention. In addition, the kiosk 102 may have an emotional response to the healing action, may detect and output the user's biosignal, and of course, may communicate with the main server 100. These functions may include the emotional object terminal described below. The same as the function of the 200 and the emotional object 20, 21, will be described together below.

The emotional object terminal 200 will be described in more detail with reference to FIG. 4. As described above, the kiosk 102 located in the management center 10 has the same function.

Emotional object terminal 200 may be mounted adjacent to the emotional object (20, 21) or mounted inside the emotional object (20, 21).

Emotional object terminal 200 is assigned a unique emotional object ID.

A user having a healing token 300 moves inside the health space and is connected to the emotional object terminal 200 adjacent to the emotional object 20 and 21. By connecting to the emotional object terminal 200, it can be confirmed that the mission to arrive to the emotional object 20, 21 is completed.

The emotional 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 bio signal measuring module 298, and a healing action detection. Module 299 may be included.

In addition, the emotional object terminal 200 may be connected to the operation assembly 22 to allow the emotional object 20, 21 to perform a simple operation. Herein, the operation includes the sound output as well as the movement as described above.

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

For example, in the case of an artificial emotional object 21 such as an animal, movement is possible. That is, when the healing token 300 is connected, the animal may automatically make a favorite expression or simply say hello. Of course, the sound may be possible, for example, a growling sound may be output.

In another example, in the case of a natural emotional object 20 such as a tree, only sound may be output.

The user ID reading unit 250 may check the user ID by reading the healing token 300 to be connected to the emotional object terminal 200. Any method is possible, for example, any one or more of the RFID tag, QR code, barcode, NFC is installed in the healing token 300, the user ID reading unit 250 can check the user ID by reading this .

Wired and wireless information communication with the healing token 300 and the main server 100 through the communication unit 260 as well as other emotional object terminal 200 in the vicinity is possible.

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 biosignal measurement module 298 manages various biosignals (eg, electrocardiogram, pulse wave, blood pressure, etc.) measured by the user through separate measuring devices (not shown) of the emotional objects 20 and 21.

The healing action detection module 299 detects healing actions that the user has made on the emotional objects 20 and 21. The healing action is detected through various recognition methods, and the emotional objects 20 and 21 may perform different operations for each of the healing actions recognized as a preset method. For example, the healing action detection module 299 may be associated with a camera and a motion analysis module (not shown), so that the user may sense various healing actions.

The healing token 300 will be described in more detail with reference to FIG. 5.

The healing token 300 is preferable when the user is provided with a smart phone. In this case, a separate application may be more easily connected to the smart healthcare system, may be provided with various information, and augmented reality may be implemented.

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 necessarily required to be a smartphone and may be any device provided with a user ID display unit and capable of communication 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, and a user biosignal measurement module 398. ) May be included.

By using the healing point controller 310, a user may check and manage his healing point. For example, when the mission is completed, a healing point is given, which can be confirmed through the healing point controller 310. In another embodiment, the user may use healing points on the emotional objects 20 and 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 the emotional object terminal 200 may read, and information related to the user ID may be stored.

Using the accelerometer 330, the user may count the number of steps during movement in the health space, and may assist in adjusting the walking speed through the output unit 380 to be described later.

The augmented reality controller 390 may implement a general augmented reality as well as receive augmented reality signal through the augmented reality signal calculation module 190 may implement a more specific augmented reality.

Information communication with the main server 100 and the emotional object terminal 200 through the communication unit 360.

The output unit 370 may be visual information transmitting means such as a screen or audio information transmitting means such as a speaker, and may provide various information to a user. For example, a metronome sound or a command sound such as one or two may be output so that the user may exercise at an appropriate exercise intensity with the healing token 300.

The user biosignal measurement module 398 manages various biosignals (eg, electrocardiogram, pulse wave, blood pressure, etc.) measured through a separate measuring device (not shown).

When the healing token 300 is a smartphone, the accelerometer 330, the communication unit 360, and the output unit 370 are provided, as well as the CPU provided in the smartphone is the healing point controller 310 and the user ID display unit ( 320 may perform the functions of the augmented reality control unit 390, or an application for performing such a function may be provided.

Explanation of Health Care Method Using Smart Health Care System

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

Any health care using the above-described system is possible, but the embodiments will be described with reference to the drawings.

Example 1 (FIG. 6)

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

The user accesses the system by transmitting the user ID to the main server 100 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, it is also possible to rent in the management center (10).

The main server 100 inquires previously stored information in the database 101 by using the received user ID (S120). The information retrieved 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 checks his or her health state by using various measuring devices (not shown) of the management center 10, which may be transmitted through the user biosignal measurement module 198 to determine a mission.

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

Thereafter, the user moves inside the health space while holding the healing token 300 and is adjacent to the emotional objects 20 and 21 according to the mission. Assume a situation adjacent to the emotional objects 20 and 21 given in the mission.

When the user is adjacent to the emotional object terminal 200, the healing token 300 is adjacent, thereby automatically leading the emotional object terminal (S210).

At this time, the user may perform a healing action. For example, it may be feeding an animal.

The user ID reading unit 250 of the emotional 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 detected, the emotional object terminal 200 may operate the emotional object by operating the operation assembly 22 (S230). At the same time, the emotional object terminal 200 transmits its emotional object terminal ID and the received user ID and the used healing point to the main server 100.

The main server 100 accordingly calculates whether the mission is performed, the healing point given to the user, the user's ranking in the emotional objects 20 and 21, whether or not the jackpot, and the emotional objects 20 and 21 perform additional operations. It is also calculated whether or not (S251 ~ S255).

In addition, the main server 100 updates the user's behavior in the database 101 (S260).

At the same time, the calculated operation signal is transmitted back to the emotional object terminal 200 (S270) to allow the emotional object to operate (S280).

Also, for example, when the jackpot is determined, the emotional objects 20 and 21 may additionally operate, and when the ranking corresponds to the ranking 1, additional operations corresponding thereto may be possible.

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

Example 2 (FIG. 7)

Unlike the first embodiment, the emotional object terminal ID display unit (not shown) is located on the emotional object terminal 200 and the emotional object terminal ID reading unit (not shown) may be positioned on the healing token 300.

For example, the RFID tag may be located in the emotional 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 emotional object terminal ID is transmitted to the healing token 300, and the healing token 300 directly transmits the user ID and the emotional object terminal ID to the main server 100. I can deliver it.

Example 3 (FIG. 7)

After the operation of the emotional objects 20 and 21 is completed (S280), the main server 100 may re-determine the next mission that the corresponding user should perform (S291).

The re-determined mission is transmitted to the healing token 300 (S292).

Example 4 (FIG. 8)

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

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

As an augmented reality, the emotional objects 20 and 21, the healing points used by the user, the total healing points, and the user ranking 1 may be expressed in the emotional objects 20 and 21. If the reading is adjacent to the emotional object terminal 200, these matters are also output to augmented reality.

When the user changes the situation using the healing point, the augmented reality calculation module 190 of the main server 100 recalculates the augmented reality signal (S259) and is transmitted (S279), and the healing token 300 reflects this. The modified augmented reality may be provided (S289).

Example 5 (not shown)

When the healing token 300 is adjacent to the emotional object terminal 200, the user's face recognition or motion recognition technology may be applied in addition to the above-described RFID reading technology, QR code reading technology, barcode reading technology, and NFC technology.

Claims (12)

1. Main server 100;

   Emotional object terminal 200 which is located adjacent to the emotional object and assigned to the emotional object; And

   As a smart health care system comprising a healing token 300,

   The main server 100, the emotional object terminal 200 and the healing token 300 can each communicate with each other,

   When the healing token 300 communicates adjacent to the emotional object terminal 200,

   The user ID of the healing token 300 and the emotional object terminal ID of the emotional object terminal 200 are transmitted to the main server 100, and

   Emotional object assigned to the emotional object terminal 200, characterized in that the operation,

   Smart healthcare system.
2. The method of claim 1,

   The main server 100 determines a predetermined mission with respect to the received user ID and transmits it to the healing token 300.

   The mission is characterized in that to reach a predetermined emotional object within a predetermined time,

   Smart healthcare system.
3. The method of claim 1,

   A predetermined healing point is assigned to the healing token 300,

   When the healing token 300 communicates adjacent to the emotional object terminal 200, an additional healing point is transmitted from the main server 100 to the healing token 300,

   Smart healthcare system.
4. The method of claim 3, wherein

   The healing point transmitted to the main server 100 is accumulated in each user ID and emotional object ID and stored in the database 101.

   The main server 100 calculates a user ID having the highest healing point for each emotional object ID by adding the healing points stored for a predetermined time.

   Smart healthcare system.
5. The method of claim 1,

   The motion of the emotional object is characterized in that the movement or sound output,

   Smart healthcare system.
6. The method of claim 1,

   The main server 100 further includes a jackpot calculation module 130,

   The jackpot calculation module 130, characterized in that for setting some of the plurality of user IDs,

   Smart healthcare system.
7. The method of claim 1,

   When the healing token 300 communicates adjacent to the emotional object terminal 200, the main server 100 may calculate an operation signal and transmit the operation signal to the emotional object terminal 200 in a predetermined manner. Emotional object terminal 200 is characterized in that for operating the emotional object assigned to the emotional object terminal 200 according to the operation signal,

   Smart healthcare system.
8. The method of 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 to communicate with each other.

   Smart healthcare system.
9. The method of 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,

   When the healing token 300 is adjacent to the emotional object terminal 200, the emotional object terminal ID reading unit, the emotional object terminal ID display unit, characterized in that,

   Smart healthcare system.
10. The method of claim 1,

    The healing token 300 is characterized in that any one of the form of a smart phone, key ring, shoe accessories, necklace, belt, ring, bracelet, key ring and card,

    Smart healthcare system.
11. The method of claim 10,

    The healing token 300 is a smartphone, characterized in that to provide augmented reality,

    Smart healthcare system.
12. A health space to which the smart healthcare system according to any one of claims 1 to 11 is applied,

    The main server 100 and the kiosk 102 are located in the management center 10 adjacent to the main entrance 1 of the health space,

    The emotional object is characterized in that the natural emotional object 20 or artificial emotional object 21 located in the health space,

    Health space.

Images