KR20190006263A - Growth and development support system and support method based kids and youths using bio-software convergence - Google Patents

Abstract

The present invention relates to a system and a method for supporting growth and development customized for kids and youth using BT-SW convergence. The system comprises: a smart band for data collection; a smart device for data transmission; physical measuring equipment; an Internet-based balance care platform; and an information device for connecting an expert. Therefore, the customized growth and development suitable for kids and youth can be efficiently supported and managed.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention < RTI ID = 0.0 > [2] < / RTI &

The present invention relates to a system and method for supporting the development of children and adolescents. More particularly, the present invention relates to a system and method for supporting development of children and adolescents using BT- SW Fusion for Children and Adolescents.

As the modern society becomes more and more unbalanced and obesity rate in the growth and development of children and adolescents, a technical solution is required.

The reason for the increase in the growth and inequality and the obesity rate of children and adolescents is that eating habits and the living environment are changing, but the absolute lack of exercise due to the entrance examination education is becoming a major problem. Developmental imbalance is imposed on adult obesity and has a problem that it can easily develop into adult diseases such as arteriosclerosis, diabetes, myocardial infarction.

In recent years, children and adolescents have lowered their age of interest in appearance, including mass media and the Internet. Especially, inferiority to their appearance can accompany psychological diseases such as interpersonal disability and depression, It is necessary to systematically manage the growth and development of youth as well as to approach the institutional approach.

In addition, children and adolescents are engaged in continuous and continuous activities in their everyday lives. In this way, it is possible to systematically manage growth and development based on continuous and continuous data generated in everyday life. System is required.

However, in the existing case, there are many forms in which contents are constituted using fixed sensors such as a keyboard and a large screen, and services are provided. In general, And is subject to spatial and temporal constraints.

In addition, the conventional method of measuring the physical information such as the height, weight and body composition by using a separate device and providing the result of the measurement is a form of single-purpose service.

In addition, it has not provided health care services mainly for children and adolescents. Most of the services focused on adults, so social problems for children and adolescents become serious, while their development is customized There is no provision of a service base for the service.

Korean Patent Publication No. 10-0659695

The present invention solves the above-mentioned problems of the prior art, and conceives a solution to this problem. It is a fusion of biotechnology and software and BT-SW convergence that can support personalized growth and development suitable for children and adolescents using information communication technology The purpose of this study is to provide a customized growth and development support system and support method for children and adolescents.

The present invention collects data by checking bio information such as the amount of daily activity using a wearable device, and based on the collected data, compares and analyzes the growth of the child or the youth based on previously stored big data, The purpose of this study is to provide a system for supporting development of children and adolescents using BT-SW convergence to support and manage obesity and growth.

The present invention relates to a method and apparatus for managing and providing systematic growth and development based on bio-data generated by continuous and continuous activities occurring in the daily life of children and adolescents in the active growth period, And to provide a customized growth development support system and support method for the youth.

In order to achieve the above object, the system for supporting development of children and adolescents using BT-SW fusion according to the present invention is a wearable device worn on the body of a child of a service user who grows a child or a teenager in a growing period, Smart bands for data collection to collect biometric information according to daily activities; A mobile device carried by a parent of a child wearing the smart band and capable of communicating data via an interface with the smart band and transmitting the daily bio information of the child transmitted through the smart band to the balance care platform side A smart device for data transmission; A measurement device for measuring the body information of the child of the service user, the equipment being installed and operated at a predetermined place on the balance care platform side, the body measurement device being provided to transmit the measured body information through the interface with the balance care platform equipment; The smart device is provided to be able to communicate with the smart device through an interface with the smart device. The smart device collects and manages the bio information of the child on a daily basis from the smart device, and collects and manages data of the user An Internet-based balance care platform that collects and manages body information, compares collected data with DB data, and analyzes personalized obesity and growth and development status; An information device that is interfaced with the balance care platform side through a web or an app, and is a PC or a smart phone possessed by an obesity and growth and development specialist, and based on the bio information, measurement body information, and analysis data collected on the balance care platform And an expert-related information device that provides an advisory service on the obesity and growth of a child from an expert and enables an on-line consultation.

Here, the balance care platform may include: a basic data collection unit for collecting personal information and basic body information of a child through subscription from a service user through the data transmission smart device; A data collection DB for collecting, classifying and storing the daily bio information of the child transmitted from the smart device for data transmission and the measured body information of the child transmitted from the body measurement device for each service user; An average in which the average data of the bio information and the body information of the children or adolescents for peer comparison with the measured body information of the child transmitted from the body measurement equipment and the daily bio information of the child transmitted from the smart device for data transmission are stored Data DB; The personalized obesity and the growth development level are compared and analyzed using the DB data based on the daily bio information of the child transmitted from the smart device for data transmission and the measured physical information of the child transmitted from the physical measurement equipment, A collection data analysis engine having a program for diagnosing a product; A data visualization engine having a program for visualizing mutual comparison data using DB data on the basis of the daily bio information of the child transmitted from the smart device for data transmission and the measured physical information of the child transmitted from the physical measurement equipment; An analysis data DB for classifying and storing personalized growth and development analysis data of a child of a service user outputted through the collected data analysis engine for each service user; A visualization data DB for classifying and storing personalized visualization data of the service user's child output through the data visualization engine for each service user; A community service DB for providing the user with exercise method and nutrition information required for obesity and growth of the child; And a UI / UX-based display unit for providing a monitoring service including analysis data and visualization data on the smart device and the expert-related information device.

Herein, the balance care platform includes an automatic guidance engine having a program for automatically delivering personalized growth development analysis data of a child analyzed and diagnosed through the collected data analysis engine to a service user, And when the user accesses the balance care platform to set the daily physical activity target of the child, the automatic guidance engine is used to automatically guide the achievement degree of the child's physical activity; When the child's personalized growth and development analysis data is output through the collected data analysis engine, the child who requires medical consultation and treatment can be automatically configured to guide the service user of the child using the automatic guidance engine.

In order to accomplish the above object, the present invention provides a method for supporting development of children and adolescents using BT-SW fusion according to the present invention, including: (A) providing a smart band Collecting the bio information according to the daily activities of the child of the service user and transmitting the bio information collected by the smart device held by the service user; (B) collecting the child's bio information from the smart band for one day in the smart device and transmitting the collected daily bio information of the child to the balance care platform side; (C) The balance care platform stores and manages the daily bio information of the child from the smart device held by the service user, and stores the measured physical information of the child of the service user transmitted from the body measurement device in the DB ; (D) The balance care platform fetches the daily bio information of the user of the service user collected through the smart device and the measured physical information of the user of the service user collected through the physical measurement equipment, and obtains the obesity and the growth and development status Invoking average data and comparing these data to analyze and diagnose a personalized obesity and growth and development status; (E) feedback processing the personalized obesity and growth and development status analysis data through the expert consultation information device through the online consultation service in the balance care platform; (F) The balance care platform finally derives and stores personalized customized obesity and growth and development analysis data for the child of the service user by reflecting the advisory service through the expert-linked information device to the personalized obesity and growth development status analysis data step; (G) transmitting the personalized customized obesity and growth and development analysis data of the finally derived service user's child to the smart device owned by the service user in the balance care platform.

Here, in the step (A), when data is transmitted between the smart band and the smart device, data is transmitted and received using an Eddystone BLE (Bluetooth Low Energy) based beacon protocol, Measuring the daily bioinformation according to the activity of the child in daily life, storing it in its own memory, periodically transmitting beacon data to the smart device, and attempting to connect with the smart device; Allowing the smart device to be in a connection standby state with a smart band in a listen mode; Receiving the beacon data from the smart device, searching for a smart band ID value received in the band table, and connecting to the smart band 100 if the ID value exists; Transmitting the collected bio information to the connected smart device (200); And a process of releasing the connection with the smart device when the data transmission from the smart band to the smart device is completed.

In the step (B), when the data is transmitted between the smart device and the balance care platform, in order to protect the private information, the unauthorized party can not receive the data indiscriminately, Transmitting the data of the bio information transmitted from the band to the balance care platform side by transmitting its ID packet and confirming the access right; Searching the balance care platform for an ID value of the corresponding smart device in the ID packet table, and transmitting a response message if the ID value exists; And transmitting the daily bio information of the child collected from the smart device to the balance care platform when authentication between the smart device and the balance care platform is completed using the ID packet.

According to the present invention, it is possible to support and manage personalized growth and development for children and adolescents very effectively through the fusion of biotechnology and software and the integration of information and communication technologies, and the security and scalability Can be achieved.

The present invention can provide a monitoring service by checking biometric information such as daily activity amount by using a wearable device and collecting data and by comparing and analyzing the growth of the child or adolescent based on previously stored big data It is possible to manage and support obesity and growth development by receiving feedback through data and analysis data collected from experts such as medical staff, and to provide a service for consultation from experts.

The present invention can observe obesity and growth based on biodata generated by continuous and continuous activities occurring in the daily life of children and adolescents in the active growth period, and can perform big data through data mining, Service users can manage their children's systemic growth and achieve the usefulness of service.

1 is a conceptual diagram illustrating a child-and-teen customized growth and development support system using BT-SW fusion according to an embodiment of the present invention.
2 is a block diagram showing a child-and-teen customized growth and development support system using BT-SW fusion according to an embodiment of the present invention.
3 is a block diagram showing a balance care platform in the present invention.
FIG. 4 is a diagram illustrating an example of an application-type monitoring service provided through a balance care platform according to the present invention.
FIG. 5 is an exemplary view showing one type of web data analysis result provided through the balance care platform in the present invention.
6 is a process flow diagram illustrating a method for supporting the development of children and adolescents using BT-SW fusion according to an embodiment of the present invention.
7 is a flowchart illustrating a protocol processing procedure for data transmission between a smart band and a smart device in the present invention.
8 is a flowchart illustrating a protocol processing procedure for data transmission between a smart device and a balance care platform according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The present invention will become more apparent from the following detailed description when taken in conjunction with the accompanying drawings.

1 to 3, the system for supporting development of children and adolescents using BT-SW fusion according to an embodiment of the present invention includes a smart band 100 for data collection, a smart device 200 for data transmission, A body measuring instrument 300, an Internet-based balance care platform 400, and an expert-related information device 500.

The smart band 100 for data collection is a wearable device worn on a body of a child of a service user who grows a child or a young person in a growing season. The smart band 100 collects bio information according to the daily activities of the user of the service user, It is a component to be able to collect.

The smart band 100 for data collection has a wearable body 110 that can be worn on a body part such as an arm, a foot, or a neck.

At this time, the wearable body 110 includes a measurement module 120 for measuring bio information such as the activity amount, the number of steps, the pulse rate and the calorie consumption from a child or a teenager wearing the smart band 100, And a transmission module 140 for transmitting the daily bio information measured by the measurement module to the smart device 200 for data transmission.

The smart device 200 for data transmission is a mobile device carried by a parent of a child wearing the smart band 100 and is capable of data communication through an interface with the smart band 100, 100 to the balance care platform 400, which is a central management server based on the Internet, with respect to the daily bio information of the child.

At this time, the smart device 200 is interfaced with the balance care platform 400 through the app.

The smart device for data transmission 200 may be called a smart phone and may include an application driver 210 for executing an application for interfacing with the balance care platform 400, An operating system unit 220 for execution is mounted.

The smart device for data transmission 200 includes a receiving module 230 for receiving the bio information of the child from the smart band 100 for data collection, A transmission module 250 for transmitting the bio information of the child collected and transmitted from the data collection smart band 100 to the balance care platform 400 side; .

It is preferable that the SmartBand 100 and the smart device 200 are configured to be able to transmit and receive data by applying the Eddystone BLE (Bluetooth Low Energy) based beacon protocol method. The advantages of low power consumption that can reduce the consumption of battery and openness and security and scalability of data transmission can be increased.

Here, the transmission module 250 may employ a wireless communication scheme such as Long Term Evolution (LTE) or Wi-Fi.

The body measurement device 300 is a measuring device for measuring body information of a child of a service user who raises a child or a teenager and is installed and operated at a predetermined place on the balance care platform 400 side, And transmits the measured body information of the service user through the interface with the service provider 400.

The body measurement device 300 includes a body measurement module 310 for measuring a height and a weight of a child of a service user, a memory 320 for storing body information measured through the body measurement module, And a transmission module 330 for transmitting the body information measured through the measurement module to the balance care platform 400 side, which is a central management server based on the Internet.

At this time, the transmission module 330 can transmit the measured body information through the on-line service through the Internet connection, and sometimes it is measured using a wireless communication method such as Long Term Evolution (LTE) or Wi-Fi It will be able to wirelessly transmit body information.

The balance care platform 400, which is a central management server based on the Internet, is connected to the smart device 120 through an interface using an app with the service user, that is, And is a constituent element provided for communication.

The balance care platform 400 collects and manages the bio information of the child on a daily basis from the smart device 200 and collects and manages data of the child of the service user transmitted from the body measurement device 300 And collect and manage collected data and DB data to compare and compare personalized obesity and growth and development status is a component to analyze and diagnose.

The balance care platform 400 has a basic OS, a plurality of management modules, a plurality of DBs, and hardware for providing web and app services on-line and mobile.

In detail, the balance care platform 400 includes a basic data collection unit 401 for collecting personal information and basic body information of a child through subscription from a service user through the data transmission smart device 200, A data collection DB 402 for collecting, classifying and storing the daily bio information of the child transmitted from the smart device for data transmission 200 and the measured body information of the child transmitted from the body measurement device 300 for each service user, And biometric information and physical information of a child or a young person to be compared with the measured daily physical information of the child transmitted from the data transmission smart device 200 and the measured physical information of the child transmitted from the physical measurement device 300 An average data DB 403 in which average data for the child is transmitted from the data transmission smart device 200, And collecting data having a program for comparing the personalized obesity and the developmental development level using the DB data based on the IO information and the measured physical information of the child transmitted from the body measurement device 300 and diagnosing the current developmental state An engine 404 and a data transmission smart device 200. The data transmission device 300 transmits the comparison data using the DB data based on the daily bio information of the child transmitted from the data transmission smart device 200 and the measured physical information of the child transmitted from the body measurement device 300. [ And a data visualization engine 405 having a program for visualizing the personalized growth and development data of the child of the service user outputted through the collected data analysis engine 404, 406), a personalized time of the service user's child output through the data visualization engine 405 A visualization data DB 407 for categorizing and storing the data for each service user, a community service DB 408 for providing the service user with exercise methods and nutrition information required for obesity and growth of the child, And a UI / UX-based display unit 409 for providing monitoring services, including analysis data and visualization data, on the device 200 and the expert connection information device 500.

In addition, the balance care platform 400 includes an automatic guidance engine 410 having a program for automatically delivering personalized growth development analysis data of a child analyzed and diagnosed through the collected data analysis engine 404 to a service user, .

At this time, when the service user connects to the balance care platform 400 and sets a target of daily physical activity of the child, the user can automatically guide the physical activity achievement degree of the child using the automatic guidance engine 410, In the case of a child whose medical consultation and treatment is required at the time of outputting the personalized growth and development analysis data of the child through the collected data analysis engine 404, the automatic guidance engine 410 can be used to automatically .

That is, the MMS (Multimedia Messaging Service) or the like can be provided to the smart device 200 for data transmission held by the service user through the automatic guidance engine 410.

At this time, the DB data can be converted into big data through data mining by update according to the continuous data collection from the initial data. By utilizing such big data, it is possible to perform more accurate diagnosis on the personalized obesity and growth development Service users can be more systematically managed and serviced.

In addition, the balance care platform 400 includes an interface module 411 for data communication with the smart device 200 for data transmission through an interface, and may employ an LTE communication method or a Wi-Fi communication method.

In addition, the balance care platform 400 includes an interface module 412 for data communication with the body measurement device 300 through an interface, and can apply an interface method through an Internet connection. In some cases, an LTE communication Method or a Wi-Fi communication method can be applied.

FIG. 4 illustrates one type of an app-based monitoring service provided through the balance care platform 400 according to an embodiment of the present invention. FIG. 5 illustrates an example of a web-based data analysis service provided through the balance care platform 400 It shows the type of the result.

The expert connection information device 500 is an information device that is interfaced with the balance care platform 400 through a web or an app and is a PC or a smart phone possessed by obesity and growth and development experts, Based on the bio information, measured body information, and analysis data collected on the balance care platform 400, the consulting service regarding obesity and growth of a child is provided from an expert to enable on-line consultation.

The user of the specialist information device for expert connection 500 may be mainly referred to as a medical specialist and a specialist of obesity and growth and development consulting.

The processing steps of the child-and-teen customized growth and development support system using the BT-SW fusion according to the present invention having the above-described configuration will be briefly described with reference to FIG. 6 to FIG.

As a first step, a smart band (100) worn on the body of a child of a service user who grows a child or a young person in a growth period collects bio information according to the daily activities of the service user's child, The bio-information collected by the smart device 200 is transmitted (S1).

At this time, the bio information may be factors such as the activity amount of the child, the number of steps, the pulse rate, the calorie consumption, and the like.

It is preferable that the smart band 100 and the smart device 200 transmit data using a Edelstone BLE (Bluetooth Low Energy) based beacon protocol.

7, the smart band 100 measures daily bio information according to activities of activities of a child in daily life, stores it in its own memory, periodically transmits beacon data to the smart device 200, 0.0 > 200 < / RTI >

In the smart device 200, the smart device 100 is in a listening mode and is in a connection standby state.

Upon receipt of the beacon data from the smart device, it is searched whether the ID value of the received smart band 100 exists in the band table. If the ID value exists, the smart band 100 is connected.

The smart band 100 transmits the bio information collected by the smart device 200 in the state that the connection is established.

Upon completion of data transmission from the smart band 100 to the smart device 200, the connection with the smart device 200 is released.

As a second step, the smart device 200 collects the child's bio information from the smart band 100 for one day, and transmits the collected daily bio information of the child to the balance care platform 400 (S2).

At this time, it is preferable to transmit data between the smart device 200 and the balance care platform 400 using an LTE communication method or a Wi-Fi communication method. In order to protect personal information, unauthenticated parties can receive data indiscriminately .

8, the smart device 200 transmits its own ID packet before transmitting the data of the bio information transmitted from the smart band 100 to the balance care platform 400, and confirms the access right do.

The balance care platform 400 searches for an ID value of the corresponding smart device 200 in the ID packet table, and transmits a response message if the ID value exists.

When authentication between the smart device 200 and the balance care platform 400 is completed using the ID packet, the daily bio information of the child collected by the smart device 200 is transmitted to the balance care platform 400.

As a third step, in the balance care platform 400, when the daily bio information of the child is received from the smart device 200 serving as a service user, the balance care platform 400 stores and manages the biometric information of the child, The body information is also stored in the DB and managed (S3).

As a fourth step, the balance care platform 400 fetches the daily bio information of the child of the service user collected through the smart device 200 and the measured body information of the child of the service user collected through the body measurement equipment 300, The average obesity and growth and development state average data of the peers are retrieved from the DB data, and these data are compared to analyze and diagnose the personalized obesity and growth development status (S4).

At this time, the DB data can be converted into big data through data mining by update according to continuous data collection from initial data.

As a fifth step, the balance care platform 400 receives the online advisory service through the expert-related information device 500 on the personalized obesity and growth and development status analysis data (S5).

As a sixth step, the balance care platform 400 reflects the advisory service through the expert-linking information device 500 to the personalized obesity and growth and development status analysis data, so that the personalized obesity and growth development analysis data Is finally obtained and stored (S6).

As a seventh step, the balance care platform 400 transmits the personalized customized obesity and growth and development analysis data of the final derived service user's child to the smart device 200 owned by the service user (S7).

In the balance care platform 400, the smart device 200 owned by the service user is displayed on the screen through the display unit upon request of the analysis data after connection through the application, and can be viewed, and visualization data, community services, Can provide a variety of services.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. May be made, which will be within the technical scope of the present invention.

100: Smart Band 200: Smart Device
300: Body measurement equipment 400: Balance care platform
401: basic data collecting unit 402: data collecting DB
403: average data DB 404: collected data analysis engine
405: Data visualization engine 406: Analysis data DB
407: Visualization data DB 408: Community service DB
409: Display unit 410: Automatic guidance engine

Claims (6)

A wearable device worn by a child of a child who grows up a child or a teenager in a growing period; a smart band for data collection for collecting bio information according to a daily activity of a child of a service user;
A mobile device carried by a parent of a child wearing the smart band and capable of communicating data via an interface with the smart band and transmitting the daily bio information of the child transmitted through the smart band to the balance care platform side A smart device for data transmission;
A measurement device for measuring the body information of the child of the service user, the equipment being installed and operated at a predetermined place on the balance care platform side, the body measurement device being provided to transmit the measured body information through the interface with the balance care platform equipment;
The smart device is provided to be able to communicate with the smart device through an interface with the smart device. The smart device collects and manages the bio information of the child on a daily basis from the smart device, and collects and manages data of the user An Internet-based balance care platform that collects and manages body information, compares collected data with DB data, and analyzes personalized obesity and growth and development status;
An information device that is interfaced with the balance care platform side through a web or an app, and is a PC or a smart phone possessed by an obesity and growth and development specialist, and based on the bio information, measurement body information, and analysis data collected on the balance care platform An information device for experts to provide consulting services on the obesity and growth of a child from an expert and enable online counseling; And a BT-SW convergence system for a child-and-youth customized growth and development system. The method according to claim 1,
The balance care platform includes:
A basic data collecting unit for collecting personal information and basic body information of a child through member subscription from a service user through the smart device for data transmission;
A data collection DB for collecting, classifying and storing the daily bio information of the child transmitted from the smart device for data transmission and the measured body information of the child transmitted from the body measurement device for each service user;
An average in which the average data of the bio information and the body information of the children or adolescents for peer comparison with the measured body information of the child transmitted from the body measurement equipment and the daily bio information of the child transmitted from the smart device for data transmission are stored Data DB;
The personalized obesity and the growth development level are compared and analyzed using the DB data based on the daily bio information of the child transmitted from the smart device for data transmission and the measured physical information of the child transmitted from the physical measurement equipment, A collection data analysis engine having a program for diagnosing a product;
A data visualization engine having a program for visualizing mutual comparison data using DB data on the basis of the daily bio information of the child transmitted from the smart device for data transmission and the measured physical information of the child transmitted from the physical measurement equipment;
An analysis data DB for classifying and storing personalized growth and development analysis data of a child of a service user outputted through the collected data analysis engine for each service user;
A visualization data DB for classifying and storing personalized visualization data of the service user's child output through the data visualization engine for each service user;
A community service DB for providing the user with exercise method and nutrition information required for obesity and growth of the child;
A UI / UX-based display unit for providing a monitoring service including analysis data and visualization data on the smart device and the information equipment for expert connection; And a BT-SW convergence system for a child-and-youth customized growth and development system. 3. The method of claim 2,
The balance care platform includes:
An automatic guidance engine having a program for automatically delivering personalized growth and development analysis data of a child analyzed and diagnosed through the collected data analysis engine to a service user; / RTI >
Wherein the service user accesses the balance care platform to set a daily physical activity target value of the child, the automatic service guide engine is used to automatically guide the degree of physical activity achievement of the child;
A child who is in need of medical consultation and treatment at the time of outputting the personalized growth and development analysis data of the child through the collected data analysis engine is automatically guided to the service user of the child by utilizing the automatic guidance engine The developmental support system for children and adolescents using BT-SW convergence. (A) Users who raise children or teenagers in the growing age Through smart bands worn by the child's body, the service users collect bio information according to their daily activities and collect the bio information collected by the smart devices owned by the service users. Transmitting;
(B) collecting the child's bio information from the smart band for one day in the smart device and transmitting the collected daily bio information of the child to the balance care platform side;
(C) The balance care platform stores and manages the daily bio information of the child from the smart device held by the service user, and stores the measured physical information of the child of the service user transmitted from the body measurement device in the DB ;
(D) The balance care platform fetches the daily bio information of the user of the service user collected through the smart device and the measured physical information of the user of the service user collected through the physical measurement equipment, and obtains the obesity and the growth and development status Invoking average data and comparing these data to analyze and diagnose a personalized obesity and growth and development status;
(E) feedback processing the personalized obesity and growth and development status analysis data through the expert consultation information device through the online consultation service in the balance care platform;
(F) The balance care platform finally derives and stores personalized customized obesity and growth and development analysis data for the child of the service user by reflecting the advisory service through the expert-linked information device to the personalized obesity and growth development status analysis data step;
(G) transmitting the personalized customized obesity and growth and development analysis data of the finally derived service user's child to the smart device held by the service user in the balance care platform; And a method for supporting the development of children and adolescents using BT-SW convergence. 5. The method of claim 4,
In the step (A)
When transmitting data between the smart band and the smart device, transmitting and receiving data using an Eddystone BLE (Bluetooth Low Energy) based beacon protocol,
Measuring the daily bio information according to activities of the child in the daily life of the smart band, storing the data in the self memory, periodically transmitting beacon data to the smart device, and attempting connection with the smart device;
Allowing the smart device to be in a connection standby state with a smart band in a listen mode;
Receiving the beacon data from the smart device, searching for a smart band ID value received in the band table, and connecting to the smart band 100 if the ID value exists;
Transmitting the collected bio information to the connected smart device (200);
A process of releasing a connection with a smart device when data transmission from the smart band to the smart device is completed; A method for supporting the development of children and adolescents using BT-SW convergence. 5. The method of claim 4,
In the step (B)
In order to process data between the smart device and the balance care platform so that unauthenticated parties can not receive data indiscriminately in order to protect personal information,
The smart device transmitting its own ID packet before transmitting the data of the bio information transmitted from the smart band to the balance care platform to confirm the access right;
Searching the balance care platform for an ID value of the corresponding smart device in the ID packet table, and transmitting a response message if the ID value exists;
Transmitting the child's daily bio information collected by the smart device to the balance care platform when authentication between the smart device and the balance care platform is completed using the ID packet; A method for supporting the development of children and adolescents using BT-SW convergence.

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