KR20150014411A - Realtime ECG monitoring system and method for Personal Health Records - Google Patents

Abstract

The present invention relates to a system and a method to monitor a real time-electrocardiogram (ECG) for a personal health record (PHR). The system includes: an ECG meter which measures the ECG of a person; a portable terminal which includes an application to provide information of an ECG graph, a heart rate, and a stress index by receiving ECG data measured through a wired/wireless communication from the ECG meter and outputting the received data to a visualization module and store the data in the system if the storage of an ECG measurement history and measurement results is selected; an ECG monitoring system which stores and manages ECG data of each date and the measurement history of PHR and ECG; and a web client which receives the history of PHR and ECG and the ECG data by accessing the ECG monitoring system through internet. Accordingly, the present invention: transmits ECG data, measured by the ECG meter, of a patient to a smartphone; transmits and stores the ECG data and measurement history of the patient from the application of the smartphone to the ECG monitoring system in real time; utilizes biological signals for an ECG, a pulse, and a stress for the personal health management of the patient by accessing the ECG monitoring system from the web page; monitors the history of the PHR information and ECG measurement of the patient and an ECG state in real time; and manages the PHR continuously.

Description

Technical Field [0001] The present invention relates to a real-time ECG monitoring system and method for a personal health record,

The present invention relates to a real-time electrocardiogram monitoring system and method for a personal heath record (PHR), and more particularly, to an electrocardiogram monitoring system and a method for transmitting electrocardiogram (ECG) data of a patient measured by an electrocardiogram meter to a smartphone through wire / , The patient's electrocardiogram data measured from the smartphone application is transmitted to the electrocardiogram monitoring system in real time and stored. By the web-based client / server method, the manager accesses the personal health record management web page and the electrocardiogram monitoring web page, To a real-time electrocardiogram monitoring system and method for personal health records that utilize bio-signals for electrocardiogram (ECG), pulse, and stress for monitoring personal health records (PHR) and electrocardiographic information.

In recent years, changes in the overall environment of the healthcare industry, such as population aging and the proliferation of chronic diseases, and the resulting increase in medical expenses, have led to a shift in the existing health care system- , That is, the patient is consistently managing his / her personal health record (PHR) and converting it into a form to prevent disease. Accordingly, researches on various types of healthcare services for managing health and disease by analyzing and analyzing bio-signals more conveniently in ordinary households and everyday life are actively under way.

Typical healthcare services for this include, for example, Telehealth Solutions and Mobile Wireless Health Solurion. Among them, the former collects bio-signals related to health at home, transmits them to a management center, and provides a feedback monitoring remote monitoring solution. The latter transmits biometric information measured by a portable sensor module to a management center through a portable terminal It is a service that provides health management information. The two services can easily acquire bio-signals using the non-restrained bio-signal measurement module and send them to the health care center using wired / wireless communication technology to continuously monitor the patient's condition and manage the disease.

However, since these types of services store the collected bio-signals for a certain period of time and transmit and manage them, there is a limit in coping with an emergency situation immediately.

SUMMARY OF THE INVENTION An object of the present invention is to provide an electrocardiogram monitoring system that transmits ECG data of a patient measured by an electrocardiogram meter to a smartphone and real- (ECG), pulse, and stress are used for personal health management of a patient by using a web-based client / server type personal health record management web page and an electrocardiogram monitoring web page, A real-time electrocardiogram monitoring system for a personal health record (PHR) that monitors personal health record (PHR) and electrocardiographic information with a manager's web browser.

It is another object of the present invention to provide a real-time electrocardiogram monitoring method for a personal health record (PHR).

In order to achieve the object of the present invention, a real-time electrocardiogram monitoring system for a personal health record includes: an electrocardiogram measuring device for measuring an electrocardiogram (ECG) of an individual; A smartphone or a mobile communication terminal, receives electrocardiogram data measured through wired / wireless communication from the electrocardiogram meter, and outputs the electrocardiogram data to a visualization module to provide information of the electrocardiogram, heart rate, and stress index, A portable terminal having an application for storing in a system if the storage is selected; Receives and stores the electrocardiogram data sampled from an application (App) of the portable terminal, and stores and manages personal heath record (PHR) information and electrocardiogram measurement history and ECG data by measurement date Electrocardiogram monitoring system; And a web client connected to the electrocardiogram monitoring system via the Internet to receive personal health record (PHR) information, electrocardiogram measurement history, and electrocardiogram data by measurement date,

The electrocardiogram measuring device may include a USB connection unit including a USB controller for connecting the portable terminal with a USB cable, or a wireless communication unit for providing Bluetooth, ZigBee, and RF communication,

The electrocardiogram monitoring system includes a personal health record (PHR) management unit for storing and managing personal health record (PHR) information for each member; An ECG data management unit for storing and managing individual ECG data; And a database composed of a member DB, a PHR DB, and an ECG DB. The web page is used to utilize the bio-signals for electrocardiogram (ECG), pulse, and stress for personal health management of the patient through the electrocardiogram monitoring system , A patient's personal health record (PHR) and an electrocardiogram measurement and electrocardiogram (ECG) data, and is continuously managing personal health records.

In order to achieve the other object of the present invention, a real-time electrocardiogram monitoring method for a personal health record includes: (a) connecting a portable terminal with wired / wireless communication with an electrocardiograph, The electrocardiogram data measured from the electrocardiogram meter is received by the portable terminal, and the portable terminal outputs the electrocardiogram graph, the heart rate, and the stress index to the visualization module of the application. The electrocardiogram measurement history and the storage of the electrocardiogram The method comprising: storing an electrocardiogram monitoring system; And (b) the personal health record (PHR), the electrocardiogram measurement history and the electrocardiogram data stored in the web server by the electrocardiogram monitoring system, Week, and day) data,

The electrocardiogram meter may include a USB connection unit including a USB controller for connecting the portable terminal with a USB cable, or a wireless communication unit for providing Bluetooth, ZigBee, and RF communication,

The web page of the web client comprises a personal health record (PHR) management page and a real-time electrocardiogram monitoring page,

After establishing a friend relationship so that a specific user can receive real-time electrocardiogram data through the web page after logging in from the application of the portable terminal, a web socket connection request is made to the web server of the electrocardiogram monitoring system, The web server receiving the web page generates a web socket channel of the corresponding account and transmits a successful connection push event to the application of the private wireless terminal so that the specific user is authorized to monitor the real time electrocardiogram data through the web page,

When a specific user who is authorized to monitor the electrocardiogram data of the measurer is connected to the web socket channel created by the measurer after logging in from the web page of the electrocardiogram monitoring system, the web server of the electrocardiogram monitoring system transmits a push event And the electrocardiogram data measured by the electrocardiogram meter is transmitted to the application of the portable terminal through wired / wireless communication and outputted to the visualization module of the smartphone application (App), and at the same time, Real-time electrocardiogram monitoring is performed in real time on a visualization module of a web page of a specific user who is authorized through a web socket channel of the web server,

(PHG), electrocardiogram (ECG) history, electrocardiogram (ECG), electrocardiogram (ECG), heart rate, and stress are used for personal health management of the patient by accessing the web page from the ECG monitoring system. ) Data, and is continuously managing personal health records (PHR).

According to another aspect of the present invention, there is provided a portable terminal including a computer and a smart phone, the portable terminal including: (a) a portable terminal connected to the electrocardiogram meter through wired / wireless communication; After the log-in, the electrocardiogram data measured by the electrocardiogram meter is received by the portable terminal, and the portable terminal outputs the electrocardiogram graph, the heart rate, and the stress index to the visualization module of the application to provide information on the electrocardiogram measurement history and electrocardiogram Saving the ECG monitoring system when the storage is selected; And (b) after logging into the mobile and the web using an individual account, the electrocardiogram monitoring system records the personal health record (PHR), the electrocardiogram measurement history and the electrocardiogram data stored in the web server into the computer and the application of the portable terminal Weekly, and daily) data, and the ability to manage personal health records;

The web page of the web client comprises a personal health record (PHR) management page and a real-time electrocardiogram monitoring page,

After establishing a friend relationship so that a specific user can receive real-time electrocardiogram data through the web page after logging in from the application of the portable terminal, a web socket connection request is made to the web server of the electrocardiogram monitoring system, The web server receives the web socket channel of the corresponding account and transmits a successful connection push event to the application of the portable terminal so that the specific user is authorized to monitor the real time electrocardiogram data through the web page,

When a specific user who is authorized to monitor the electrocardiogram data of the measurer is connected to the web socket channel created by the measurer after logging in from the web page of the electrocardiogram monitoring system, the web server of the electrocardiogram monitoring system transmits a push event And the electrocardiogram data measured by the electrocardiogram meter is transmitted to an application of the portable terminal through wired / wireless communication, outputted to a visualization module of an application (App) of the portable terminal, A real-time electrocardiogram monitoring function is output to a visualization module of a web page of a specific user who is authorized through a web socket channel of the web server of the system, and a program for executing the real- to provide.

A real-time electrocardiogram monitoring system and method for a personal health record (PHR) according to the present invention is a system and method for monitoring electrocardiogram (ECG) data of a patient, which is transmitted from a smartphone application to an electrocardiogram (ECG), pulse, and stress are used for personal health management of a patient by using a web page, and the manager uses a web browser to perform personal health (PHR) and electrocardiogram (ECG) status in real time, as well as continuously manage personal health records. The proposed ECG monitoring system utilizes ECG, pulse, and stress biosignals for general health care of patients and uses HTML5 web socket for real-time data transmission from smartphone applications to electrocardiogram monitoring system. Respectively. This allows patients or administrators to monitor personal health records (PHRs) and electrocardiograms (ECGs) easily with a web browser.

The present invention provides a real-time electrocardiogram monitoring system for a personal health record (PHR) in which a patient's health status is continuously monitored in a patient's daily life, The Electrocardiogram monitoring system consists of electrocardiograph, smartphone, web server and web page. It can use web 5 socket technology to speed up bi-directional communication in real time through web browser without inconvenience of installing other programs and plugins . In addition, the proposed electrocardiogram monitoring system can measure and monitor the ECG of the patient in real time without restriction of time and space by using the smart phone and the internet. Accordingly, it is possible to measure and monitor the ECG of the patient in real time as well as the personal health record (PHR) You can respond immediately. In the future, we plan to provide integrated health care services by adding various health information related contents to web pages by further interworking with other bio-signal measuring devices.

1 is a block diagram of a real-time electrocardiogram monitoring system for a personal health record according to the present invention.
2 is an internal configuration diagram of a real-time electrocardiogram monitoring system for personal health record according to an embodiment of the present invention.
FIG. 3 is a flowchart illustrating a real-time electrocardiogram monitoring method for a personal health record according to the present invention, in accordance with the present invention.
4 shows a data flow and sequence diagram of components of a smart phone, a web server, and a web page for real-time electrocardiogram monitoring.
5 illustrates an Entity-Relationship diagram including a personal table, an authorization table, and an electrocardiogram data measured table in the real-time electrocardiogram monitoring according to the embodiment of the present invention .
Fig. 6 is a flowchart illustrating a procedure of logging into the web server on the login screen of 6 (a) of the smartphone application, selecting a waiting list from the measurement history waiting list in 6 (b), and then starting the electrocardiogram measurement by selecting the self measurement button on the main screen 6 (c), the measurement history (key, weight, measurement start time, measurement end time, heart rate (maximum / minimum / average) It shows the screen to output in the form of electrocardiogram as a module.
7 is a screen showing a personal health record management web page and an electrocardiogram monitoring web page.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a real-time electrocardiogram monitoring system for a personal health record according to the present invention.

2 is an internal configuration diagram of a real-time electrocardiogram monitoring system for personal health record according to an embodiment of the present invention.

A real-time electrocardiogram monitoring system for a personal health record (PHR) comprises an electrocardiogram meter 100, a portable terminal (smartphone) 110, an electrocardiogram monitoring system 140, and a web client 130.

A real-time electrocardiogram monitoring system for a personal health record includes a USB connection unit including a USB controller for connecting with a portable terminal (smartphone) 110 via a USB cable, or a Bluetooth connection unit, a ZigBee, and a RF An electrocardiogram meter 100 for measuring an electrocardiogram (ECG) of a person including a wireless communication unit (e.g., Bluetooth communication unit); And a wireless communication unit (e.g., Bluetooth communication unit) for communicating with the electrocardiogram meter 100 through a USB connection unit for connection by a USB cable or via Bluetooth, ZigBee, or RF. The electrocardiogram meter 100, It provides the electrocardiogram graph, heart rate, and stress index information by receiving the patient's electrocardiogram data measured by wired / wireless communication and outputting it to the visualization module, provides the history of electrocardiogram for each member of account, and stores the history of electrocardiogram measurement and electrocardiogram (Smart phone) 110 having an application (App) for storing the selected data in a web server when the data is selected; And a web server, wherein the web server receives and stores the electrocardiogram data sampled from the application of the portable terminal, stores the personal heath record (PHR) information, the electrocardiogram measurement history, and the electrocardiogram (ECG) An electrocardiogram monitoring system 140 for storing and managing data; And a web client 130 connected to the electrocardiogram monitoring system 140 via the Internet to receive personal health record (PHR) information, electrocardiogram measurement history, and electrocardiogram data by measurement date.

The electrocardiogram measuring apparatus 100 includes an electrocardiogram measuring unit 101 for measuring an electrocardiogram (ECG) of an individual when wireless communication such as Bluetooth, ZigBee, or RF is used. A first control unit 102 connected to the electrocardiogram measuring unit 101 and controlling each function; A storage unit (not shown) connected to the first control unit 102 and storing the measured electrocardiogram data; And a wireless communication unit 103 connected to the first control unit 102 and communicating the electrocardiogram data measured by one of the Bluetooth, ZigBee, and RF communication units to the portable terminal 110.

The electrocardiogram measuring apparatus 100 may include an electrocardiogram measuring unit 101 for measuring an electrocardiogram (ECG) of an individual when the apparatus is connected via USB as another embodiment. A first control unit 102 connected to the electrocardiogram measuring unit 101 and controlling each function; A storage unit (not shown) connected to the first control unit 102 and storing the measured electrocardiogram data; And a USB connection unit 103-1 connected to the first control unit 102 and connected to the electrocardiogram meter 100 by a USB cable.

The electrocardiogram monitoring system 140 includes a web server 141 for providing a web page using the HTTP protocol, a controller 142 connected to the web server for controlling the entire function, A member information management unit 143 for managing member information; ID, a user authentication unit 144 for confirming user authentication with Passwd; A personal health record (PHR) management unit 145 for storing and managing personal health record (PHR) information for each member; An ECG data management unit 146 for storing and managing individual electrocardiogram (ECG) data and electrocardiogram measurement history; A charging processing unit 147 for processing the charging for the monthly usage fee; And a database 148 composed of a member DB, a PHR DB, and an ECG DB.

The portable terminal 110 may be a smart phone or a mobile communication terminal. In an embodiment of the present invention, a smart phone may be used, and a wired / wireless communication may be performed from the electrocardiogram meter 100 to the smartphone 110, The embodiment of transmitting the electrocardiogram data through the Bluetooth communication unit or the USB connection unit has been described, but the present invention is not limited thereto.

The real-time electrocardiogram monitoring system and method for the personal health record (PHR) of the present invention transmits ECG data of a patient measured by the electrocardiogram meter 100 to the smartphone 110 through Bluetooth communication (ECG), pulses, and stresses for personal health management of a patient by transmitting and storing the electrocardiogram data of the patient from the smartphone application to the electrocardiogram monitoring system 140 in real time, By using the web page of the ECG monitoring system, it is possible to monitor the patient's personal health record (PHR) and electrocardiogram measurement history and electrocardiogram (ECG) status in real time, and continuously manage the personal health record (PHR). The electrocardiogram monitoring system 140 utilizes bio-signals for electrocardiogram (ECG), pulse, and stress for personal health management of patients, and uses HTML5 web sockets for real-time data transmission and reception from a smartphone application to an electrocardiogram monitoring system . This allows patients or administrators (physicians, pharmacists, nurses) to monitor personal health records (PHRs) and electrocardiograms (ECGs) easily with a web browser.

1.1 Personal Health Record (PHR)

The Personal Health Record (PHR) is a tool for managing the personal lifetime records and records of individuals viewed from a comprehensive and comprehensive view of personal health information provided by many medical institutions and personal self-recorded health records. These PHRs are recognized as a crucial tool for establishing partnerships between providers and consumers. By using the PHR system, it is possible to reduce or eliminate duplicate procedures or medical procedures, thus saving cost and time. Patients can also play a more active role in their health care through PHR.

   division                              Contents
Standalone An individual creates his / her PHR using an independent system or a web-based application using commercially available applications. Patients can enter and access health data and self-monitor through these systems. PHR in this simple form is an independent system not connected to any other systems.   Limited It is a system that allows patients to view the health information stored in the HER of their health care provider in the form of a service provided through the homepage of the medical institution, so that only the information of the medical institution can be independently viewed.   Connection type It is linked to various health care data sources in order to acquire and exchange individual health records with the EHR system of the medical institution and the PHR system of the other operators in various forms.

Table 1 shows the universal PHR platform, and the proposed method is implemented as a standalone PHR system managed by an individual rather than connected to other systems such as medical institutions.

1.2 HTML5 Web Socket (WebSocket)

As the problem of web usage patterns and the existing technical limitations of HTTP have increased, the World Wide Web Consortium (W3C), an international standardization organization, has developed an environment that can be executed only by a web browser without a plug- Based HTML5 platform.

WebSocket technology is a core component of this HTML5 standard and is a technology that enables rapid real-time bidirectional communication over the Web without complicated programming on the server side. In addition, HTML5 provides a full-duplex communication model, allowing web browsers to communicate directly with a TCP-based back-end. Using Web Socket, data transmission and reception between server and client can be performed synchronously without any restriction, so latency can be greatly reduced. Resolving the problem of the traditional half-duplex nature of the client not connecting directly to the back-end services eliminates the need for a variety of application servers to transform, interpret, and reformat all messages between the middleware to date.

In the present invention, electrocardiogram data between a mobile and a web is transmitted and received in real time using these advantages of HTML5.

The application of the portable terminal (smartphone) 110 and the web client 130 transmit and receive electrocardiogram data using an HTML5 web socket (WebSocket) that provides full duplex through mobile and web .

2.1 Real-time ECG Monitoring System for Personal Health Record

1, a real-time electrocardiogram monitoring system for a personal health record (PHR) includes an electrocardiogram meter 100, a smartphone 110, an electrocardiogram monitoring system 140 with a web server, A record management web page, and an electrocardiogram monitoring web page) 130. The real-time electrocardiogram monitoring system for the personal health record of the present invention firstly connects the electrocardiogram meter 100 and the smartphone 110 via Bluetooth, for example, to measure the electrocardiogram self-measured from the electrocardiogram meter 100 ECG data to the smartphone 110 and transmits the data from the smartphone 110 to the electrocardiogram monitoring system 140 having the web server. Next, the electrocardiogram monitoring system 140 having the web server converts the personal health information into a database and transmits the sampled electrocardiogram data to the web page. Lastly, the web page shows the health information of the individualized account DB and visualizes the received ECG data so that it can be monitored in real time electrocardiogram.

Describe the design of the personal health record management and real-time ECG monitoring processes, and describe the database design for managing each individual process and the database design for management of individual account-specific health information.

2.2 Process Design

2.2.1 Personal Health Record Management Process

Personal health record (PHR) management is divided into a process of self-measurement of electrocardiogram (ECG), and a personal health record management process that is linked to a web server and confirmed and managed through a smart phone and a web page. Show the flow.

3 is a flowchart illustrating a real-time electrocardiogram monitoring method for a personal health record according to the present invention.

A real-time electrocardiogram monitoring method for a personal health record of the present invention comprises the steps of: (a) connecting a portable terminal (smartphone) 110 to an electrocardiogram meter 100 via wired / wireless communication; And the electrocardiogram data measured from the electrocardiogram measuring device 100 in the form of a patch is transmitted to the portable terminal (smartphone) through the self-measurement of the electrocardiogram, The heart rate, and the stress index, and stores the result in the electrocardiogram monitoring system 140 when the ECG measurement history and the ECG measurement result are selected, ; And (b) a personal health record (PHR) management process for confirming and managing the electrocardiogram data generated and stored through the self-measurement process. After logging into the mobile and the web using an individual account, the web of the electrocardiogram monitoring system 140 Personal electrocardiogram data stored in the server 141 is provided and provided on a date-by-date (monthly, weekly, and daily basis) basis. When the Internet is available, personal health record (PHR) information And monitoring the electrocardiogram measurement history and the electrocardiogram data by the measurement date.

The present invention provides a portable terminal including a computer and a smart phone, the portable terminal including: (a) a portable terminal (smartphone) connected to an electrocardiograph through wired / wireless communication; The measured electrocardiogram data is received by the portable terminal through wired / wireless communication, and the portable terminal outputs the measured electrocardiogram data to the visualization module of the application to provide information of the electrocardiogram graph, heart rate and stress index, and stores the electrocardiogram measurement history and electrocardiogram measurement results Is selected, the ECG monitoring system stores the data; And (b) the personal health record (PHR) information stored in the web server and the electrocardiogram measurement history and the electrocardiogram data of each measurement date by the application of the computer and the portable terminal And provides a recording medium readable by a computer and a portable terminal on which a program for executing a function of managing personal health records is provided.

In one embodiment of the present invention, an electrocardiogram data measured from the electrocardiogram meter 100 is transmitted to the smartphone 110 using Bluetooth.

First, in the self-measurement process, the smartphone 110 and the electrocardiogram meter 100 are connected via Bluetooth to obtain individual electrocardiogram (ECG) data (S10). After that, the smartphone application is created and logged in, and the login session is maintained until the end of the first application execution (S20). Then, the electrocardiogram self-measurement is performed and the electrocardiogram data measured through the patch-type electrocardiograph 100 is input to the smartphone 110 (S30). The electrocardiogram data input from the electrocardiogram meter 100 is output to a visualization module of an application of the smart phone to provide information such as an electrocardiogram graph, heart rate, and stress index to the user (S40). In addition, depending on whether the user is stored (S50), the application of the smartphone 110 stores the electrocardiogram measurement history and whether or not the system storage of the electrocardiogram measurement result is selected in the electrocardiogram monitoring system 140 through the web server 141 (S60).

Next, the personal health record management process is a process of identifying and managing the electrocardiogram data generated and stored through the self-measurement process (S70-80). In the personal health record management process, the user provides the individual electrocardiogram data stored in the electrocardiogram monitoring system 140 with the personal account information logged in, and provides data (by month, week, and day) 141) to monitor and manage individual health records and electrocardiograms for account members through mobile applications and web pages of smartphones whenever and wherever the Internet is available.

2.2.2 Real-Time ECG Monitoring Process

The real-time electrocardiogram monitoring is a function of confirming a user's electrocardiogram (ECG) through a web page. The real-time electrocardiogram monitor 100 includes a smartphone 110, an electrocardiogram monitoring system 140 having a web server, A personal health record management web page, and an electrocardiogram monitoring web page, and the data flow and sequence diagram between the respective components are shown in FIG.

4 shows a data flow and sequence diagram of components of a smart phone, a web server, and a web page for real-time electrocardiogram monitoring.

First, the user sets a friend relationship so that a specific user can receive real-time electrocardiogram data through a web page after login process in a smartphone application (App). After that, the web server connection request is made to the web server of the electrocardiogram monitoring system, and the web server receiving the web socket connection request generates the web socket channel of the corresponding account and transmits the successful connection push event to the smartphone application And waits for a user to monitor real-time electrocardiogram data through a web page.

Next, the user who monitors the electrocardiogram data of the measurer in real time accesses the web socket channel created by the measurer after login process on the web page of the electrocardiogram monitoring system. When a specific user who is to monitor an authorized electrocardiogram accesses a web socket channel, the web server of the electrocardiogram monitoring system transmits a push event to a smartphone application (App). The measurer starts the electrocardiogram measurement using the electrocardiogram meter do. The electrocardiogram data measured by the electrocardiogram meter is transmitted to the application of the smartphone through wired / wireless communication, outputted to the visualization module of the smartphone application (App), and transmitted through the web socket channel of the electrocardiogram monitoring system to the web page And outputs it to the visualization module in real time.

The communication method for real-time electrocardiogram monitoring is constituted by an event-based push method using an HTML5 web socket instead of a polling method in which data flow changes between the respective components are periodically checked. As a result, unnecessary data Eliminate communication and prevent traffic overload of the Web server.

2.3 Database Design

The database constructed in the web server is used to systematically manage data such as ECG data and individual account information generated in the course of performing personal health record and real-time electrocardiogram monitoring. When data to be managed is specifically classified, ), Authorization information, and electrocardiogram data information (measureddata).

5 illustrates an Entity-Relationship diagram including a personal table, an authorization table, and an electrocardiogram data measured table in the real-time electrocardiogram monitoring according to the embodiment of the present invention . The member table is a 1: N relationship between the authorization table and the measureddata table in the ER diagram, and the primary key (PK) and the foreign key (FK) The relation is set.

In the database table definition, the member table is for managing individual account information, and the configuration is composed of information related to the login of the web server such as ID and PASSWORD, and personal information such as name, age and gender.

The authorization table is for managing the friend ID authorized to transmit the electrocardiogram data to a specific user when the user performs real-time electrocardiogram monitoring, and is configured with IDs set with a friend relationship.

The electrocardiogram data information (measured data) table is for managing the electrocardiogram data measured by the user in connection with the personal information. The configuration includes data number, personal ID, measurement date and time, measurement start time, measurement end time, electrocardiogram measurement data, And the maximum, minimum and average values of the stress data.

When a user performs real-time electrocardiogram monitoring in an electrocardiogram monitoring system, a friend ID established with a friend in the authorization table of the smartphone application (App) is obtained and waits for access through a web page of a specific user, After completing the measurement of the electrocardiogram, the data is stored in a table of measured electrocardiogram data (measureddata) associated with the individual ID.

The electrocardiogram measurement and monitoring system proposed in the present invention is implemented in a development environment as shown in Table 2, and shows results of implementation of a smartphone application and a web page for a process of performing personal health record management and real-time electrocardiogram monitoring.

Web Environment Smart Phone Environment OS  Windows XP  OS  Android Server Apache2 SDK  Android 2.3.6 API10 WebSocket NodeJS
(Socket.IO)  Tool  Eclipse 3.6 DBMS MY-SQL5
Device

SHW-180S
(Samsung) Browser Chrome Language PHP, jQuery

3.1 Smartphone Applications

6 is a flowchart illustrating a procedure of logging into the web server 141 of the electrocardiogram monitoring system 140 on the login screen of the smartphone application 6 (a), selecting a waiting list in the measurement history waiting list in 6 (b) Select the measurement button to start ECG measurement. Check the measurement history (key, weight, measurement start time, measurement end time, heart rate (maximum / minimum / average), stress (maximum / minimum / average)) at 6 And the result is output to the visualization module of 6 (d) in the form of an electrocardiogram graph.

FIG. 6 is a flowchart illustrating a self-measurement or real-time measurement of a user's electrocardiogram using a portable terminal (smartphone) 110 connected to the electrocardiogram measuring instrument 100, And displays the results of visualization and measurement of the electrocardiogram data of the patient thus generated.

Before executing each process of the smartphone application, the user first logs in the web server 141 of the electrocardiogram monitoring system 100 on the login screen of Fig. 6 (a) after executing the first application. Then, the self-measurement button is selected on the main screen for self-measurement to start the electrocardiogram measurement, and the result is output to the visualization module in the form of an electrocardiogram as shown in FIG. 6 (d). Next, in the real-time measurement process, a process of waiting for a user to monitor the ECG data of the user in real time is added as shown in FIG. 6 (b) before the ECG measurement is started during the self-measurement process described above. The electrocardiogram data generated through the above process is stored in each item of the database 148 of the electrocardiogram monitoring system from the smartphone application (app) via the mobile communication network and the Internet network, and the result is stored in the main screen Button, and can be confirmed as shown in Fig. 6 (c).

3.2 Web page

The web page is composed of a personal health record (PHR) management page and a real-time electrocardiogram monitoring page, and the implementation result is shown in FIG.

7 is a screen showing a personal health record management web page and an electrocardiogram monitoring web page.

First, in the personal health record management page of FIG. 7 (a), electrocardiogram data for individual accounts are taken from the database of the web server of the electrocardiogram monitoring system and selected and outputted by measurement date (monthly, weekly, ) Can be confirmed and managed. Then, the desired electrocardiogram data is selected and can be confirmed as an electrocardiogram graph as shown in FIG. 7 (b). Next, the real-time electrocardiogram monitoring page shows a list of rooms where smartphone applications can retrieve and access user information that is waiting for real-time measurement. When the measurement is started in the smartphone application after connecting to the room to be monitored in real time, the visualization module in the web page can monitor the electrocardiogram in real time as shown in FIG. 7 (c).

As described above, the method of the present invention can be implemented as a program and recorded on a recording medium (CD-ROM, RAM, ROM, memory card, hard disk, magneto-optical disk, storage device, etc.) Lt; / RTI >

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken in conjunction with the present invention. The present invention can be variously modified or modified.

100: Electrocardiograph
110: Smartphone (application)
140: ECG monitoring system
130: Web page (Personal Health Record Management Web Page + ECG Monitoring Web Page)

Claims (8)

An electrocardiogram measuring device for measuring an electrocardiogram (ECG) of an individual;
A smartphone or a mobile communication terminal, receives the electrocardiogram data measured by the electrocardiogram meter through wired / wireless communication, and outputs the electrocardiogram data to the visualization module to provide information of the electrocardiogram, heart rate, and stress index, A portable terminal having an application to be stored in the system when the storage is selected;
(EN) An electrocardiogram monitoring system for receiving and storing electrocardiogram data sampled from an application (App) of the portable terminal and storing and managing personal heath record (PHR) information and electrocardiogram measurement history and ECG data by measurement date system; And
And a web client connected to the electrocardiogram monitoring system via the Internet to receive a personal health record (PHR) and an electrocardiogram measurement history and electrocardiogram data by measurement date,
The electrocardiogram meter and the portable terminal may be equipped with a USB connection unit including a USB controller for connection with a USB cable, or a wireless communication unit for providing Bluetooth, ZigBee, and RF communication,
The web page of the web client comprises a personal health record (PHR) management page and a real-time electrocardiogram monitoring page,
After establishing a friend relationship so that a specific user can receive real-time electrocardiogram data through the web page after logging in from the application of the portable terminal, a web socket connection request is made to the web server of the electrocardiogram monitoring system, The web server receives the web socket channel of the corresponding account and transmits a successful connection push event to the application of the portable terminal so that the specific user is authorized to monitor the real time electrocardiogram data through the web page,
When a specific user who is authorized to monitor the electrocardiogram data of the measurer is connected to the web socket channel created by the measurer after logging in from the web page of the electrocardiogram monitoring system, the web server of the electrocardiogram monitoring system transmits a push event And transmits the electrocardiogram data measured by the electrocardiogram meter to an application of the portable terminal through wired / wireless communication, outputs the electrocardiogram data to the visualization module of the application of the portable terminal A specific user who is authorized through the web socket channel of the web server of the electrocardiogram monitoring system is output in real time to the visualization module of the web page in which the user is logged in,
The electrocardiogram monitoring system includes a personal health record (PHR) management unit for storing and managing personal health record (PHR) information for each member; An ECG data management unit for storing and managing personalized electrocardiogram (ECG) data and electrocardiogram measurement history; And a database composed of a member DB, a PHR DB, and an ECG DB. The web page is used to utilize the bio-signals for electrocardiogram (ECG), pulse, and stress for personal health management of the patient through the electrocardiogram monitoring system , A patient's personal health record (PHR), and an electrocardiographic measurement history and ECG data by measurement date. The method according to claim 1,
The electrocardiogram meter
An electrocardiogram measuring unit for measuring an electrocardiogram of an individual;
A control unit connected to the electrocardiogram measuring unit and controlling each function;
A storage unit connected to the control unit and storing the measured electrocardiogram data; And
A wireless communication unit connected to the control unit and communicating with the Bluetooth, the ZigBee, and the RF communication unit to transmit the measured electrocardiogram data to the portable terminal;
A real-time electrocardiogram monitoring system for a personal health record. The method according to claim 1,
The electrocardiogram measuring device includes:
An electrocardiogram measuring unit for measuring an electrocardiogram of an individual;
A control unit connected to the electrocardiogram measuring unit and controlling each function;
A storage unit connected to the control unit and storing the measured electrocardiogram data; And
A USB connection unit connected to the controller and connected to the electrocardiogram meter and the USB cable via a cable to transfer measured electrocardiogram data to the portable terminal;
A real-time electrocardiogram monitoring system for a personal health record. The method according to claim 1,
The application of the portable terminal and the web client
Wherein the electrocardiogram data is transmitted and received in an event-based push method using an HTML5 web socket (WebSocket) connected to the electrocardiogram monitoring system and providing full duplex through a mobile and a web. Real - time ECG monitoring system for recording. The method according to claim 1,
The electrocardiogram monitoring system
Web server;
A control unit connected to the web server to control overall functions;
A member information management unit for managing member information;
ID, a user authentication unit for authenticating the user with Passwd;
A Personal Health Record (PHR) management department that stores and manages personal health record (PHR) information for each member;
An ECG data management unit for storing and managing ECG data and electrocardiographic measurement history by individual measurement date of each member;
A billing processor for processing billing for the monthly usage fee; And
A database composed of a member DB, a PHR DB, and an ECG DB,
The database stores data that manages data such as electrocardiogram data and individual account information generated in the course of performing personal health record and real-time electrocardiogram monitoring, a personal table and authorization information authorization table, and electrocardiogram data information (measureddata) table,
The personal information table includes a primary key (PK) and a foreign key (FK) in a 1: N relationship with an authorization table and an electrocardiogram data measured table in the ER diagram. And the personal information table includes personal information including information related to the web server login of the ID and password and name, age, and gender in order to manage individual account information,
Wherein the authorization table is configured with a friend ID established to manage a friend ID authorized to transmit its electrocardiogram data to a specific user when the user performs real-time electrocardiogram monitoring,
The electrocardiogram data measured (measureddata) table includes a data number, a personal ID, a measurement date and time, a measurement start time, a measurement end time, an electrocardiogram measurement data, a heart rate and stress data Minimum, and average values for the individual health record. A method for real-time electrocardiogram monitoring for a personal health record,
(a) connecting the portable terminal to the electrocardiogram measuring device via wired / wireless communication, and after the account creation and login of the application of the portable terminal, the electrocardiogram data measured by the electrocardiogram measuring device is received by the portable terminal, Providing the information of the electrocardiogram graph, heart rate, and stress index by outputting to the visualization module, storing the electrocardiogram measurement history and the electrocardiogram monitoring system when the stored results of the electrocardiogram measurement results are selected; And
(b) After logging into the mobile and the web using an individual account, the electrocardiogram monitoring system records personal history (PHR), electrocardiogram measurement history and electrocardiogram data stored in the web server as applications of computers and mobile terminals by date , ≪ / RTI > daily) data,
The electrocardiogram measuring device and the portable terminal are provided with a USB connection unit including a USB controller for connecting with a USB cable, or a wireless communication unit for providing Bluetooth, ZigBee, and RF communication,
The web page of the web client's electrocardiogram monitoring system comprises a personal health record (PHR) management page and a real-time electrocardiogram monitoring page,
After establishing a friend relationship so that a specific user can receive real-time electrocardiogram data through the web page after logging in from the application of the portable terminal, a web socket connection request is made to the web server of the electrocardiogram monitoring system, Generates a Web socket channel of the corresponding account and transmits a successful connection push event to the application (App) of the portable terminal, so that the specific user is authorized to monitor the real time electrocardiogram data through the web page When a specific user who is authorized to monitor the electrocardiogram data of the measurer is connected to the web socket channel created by the measurer after logging in from the web page, the web server of the electrocardiogram monitoring system transmits a push event to the smartphone application (App), and the heart The electrocardiogram data measured by the conduction meter is transmitted to an application of the portable terminal through wired / wireless communication, and is output to a visualization module of an application (App) of the portable terminal. At the same time, a web socket channel of the web server of the electrocardiogram monitoring system The real-time electrocardiogram monitoring is performed in real time on the visualization module of the web page of the specific user having the authority,
(PHG), electrocardiogram (ECG) history, electrocardiogram (ECG), electrocardiogram (ECG), heart rate, and stress are used for personal health management of the patient by accessing the web page from the ECG monitoring system. ) Data and continuously manages the personal health record (PHR). The method according to claim 6,
The application of the portable terminal of steps (a) and (b) and the web client are connected to the electrocardiogram monitoring system and use an HTML5 web socket (WebSocket) that provides full duplex through mobile and web And transmitting and receiving the electrocardiogram data by an event based push method. (A) connecting the portable terminal to the electrocardiogram meter through a wired / wireless communication, generating an account of an application of the portable terminal, logging the electrocardiogram data measured by the electrocardiogram meter, A function of providing the electrocardiogram graph, the heart rate, and the stress index information by outputting to the visualization module of the application by the portable terminal and storing the electrocardiogram measurement history and the electrocardiogram measurement result into the electrocardiogram monitoring system when the result of the measurement is selected; And
(b) After logging into the mobile and the web using an individual account, the electrocardiogram monitoring system records personal history (PHR), electrocardiogram measurement history and electrocardiogram data stored in the web server as applications of computers and mobile terminals by date , Daily) data, and the ability to manage personal health records;
(c) establishing a friend relationship so that a specific user can receive real-time electrocardiogram data through the web page after logging in from an application of the portable terminal, and then making a web socket connection request to a web server of the electrocardiogram monitoring system, The web server receiving the connection request generates a web socket channel of the corresponding account and transmits a connection success push event to the application of the portable terminal so that the specific user is authorized to monitor the real time electrocardiogram data through the web page ,
When a specific user who is authorized to monitor the electrocardiogram data of the measurer is connected to the web socket channel created by the measurer after logging in from the web page of the electrocardiogram monitoring system, the web server of the electrocardiogram monitoring system transmits a push event And transmits the electrocardiogram data measured by the electrocardiogram meter to an application of the portable terminal through wired / wireless communication, outputs the electrocardiogram data to the visualization module of the application of the portable terminal A program for executing a function of real-time electrocardiogram monitoring by outputting a specific user who is authorized through a web socket channel of a web server of the electrocardiogram monitoring system to a visualization module of a logged-in web page in real time, Can Recording medium.

Images