KR20090005737A - Personal medical information management system - Google Patents

Abstract

A personal medical information management system for transmitting a message in real-time by analyzing health information is provided to utilize personal medical information by analyzing data obtained from a health information obtaining device, making a plan for managing data depending on an analysis result, and transferring/displaying a medical information message for the obtained information to a user. A health information analysis/message obtainer(362) obtains a message corresponding to analyzed health information from a health information data classifying/storing unit(370). The health information classifying/storing unit classifies and stores the health information to a health data classifying/storing unit. A health information transmitter(366) transmits a health information request signal received from an input device(340), or transmits the health information to a predetermined server or terminal. A health information display controller(368) displays an operation screen for operating a health information operation program through a browser(352) stored in a memory(350) and displays the message obtained from the health information analysis/message obtainer to the browser.

Description

PERSONAL MEDICAL INFORMATION MANAGEMENT SYSTEM

1 is a schematic conceptual diagram of a personal medical information management system according to the present invention.

FIG. 2 is a schematic internal block diagram of the home network server of FIG. 1.

3 is a schematic internal block diagram of the health information obtaining apparatus of FIG. 1.

4 is a schematic operation flowchart of a personal medical information management system according to the present invention.

FIG. 5 is a flowchart illustrating some operations of the personal medical information management system according to the present invention similar to FIG. 4.

6 is a flowchart schematically illustrating a process of editing and transmitting health information in a personal medical information management system according to the present invention.

Explanation of symbols on the main parts of the drawings

100: health care server

200-1-200-n: Medical institution server

300: home network server

400-1-400-n: Health information acquisition device

500: emergency signal receiving server

600: mobile communication terminal

700: social worker computer (server)

The present invention relates to a personal medical information management system, and more particularly, by analyzing the health information received from the at least one health information acquisition device to directly transmit the corresponding message in real time or by analyzing the received health information for each individual health information The present invention relates to a new type of personal medical information management system for storing and transmitting the data to the medical institution server when necessary.

With the development of wired and wireless communication network technology, users can connect to the communication network regardless of location.

In addition, Korean society is entering into an aging society like the advanced society with industrial development, and the increase in life expectancy and the increase in the quality of life are increasing, leading to an increase in consumer spending. . Accordingly, interest in health is increasing, requiring active medical services rather than passive treatment.

In other words, consumers want a disease prevention service in a daily life where the user is free, rather than undergoing a complicated test procedure after the disease occurs. These services are made possible by the IT / infrastructure with the change of the market environment and the maturity of the institutional social environment. In particular, due to the construction of ultra-high speed network and universalization of ubiquitous technology based on WLAN, Bluetooth technology, etc., space-time limitation can be overcome.

In general, passively conducting medical treatments for the purpose of alleviating and treating disease symptoms for people suffering from diseases, and in recent years, provides medical services to consumers by using technology means to which electronic technologies such as the Internet have been applied. Telemedicine is in progress. The technology for providing such a remote medical service has been proposed in Korean Application No. 2002-0055102. However, such a technology related to telemedicine services is limited to medical treatment between doctors and patients, and there is a limit to continuously and unconsciously monitoring the health status of consumers. Moreover, when an emergency occurs in the patient, it cannot be delivered to an external user in real time, so that an emergency patient cannot receive first aid promptly.

Meanwhile, according to Korean Application No. 2003-84064 (filed Nov. 25, 2003), in a ubiquitous health system that checks a person's blood pressure, pulse and body temperature at regular intervals and delivers a health state according to a check result to a mobile communication terminal. Techniques for biometric devices have been disclosed.

However, the conventional technology can inform the outside of the health status of the person measured by the biometric device through the mobile communication network and the Internet, but the patient himself or the patient caregiver responds through the data obtained from the biometer. There was a problem that the data could not be taken or used later.

An object of the present invention has been proposed to improve the problems in the prior art as described above, to analyze the data obtained from the health information acquisition device and to receive a corresponding message according to the analysis result to find a countermeasure for the data. The present invention provides a personal medical information management system that enables a user to deliver and display a corresponding medical information message about the obtained information.

Still another object of the present invention is to provide a personal medical information management system that stores / manages the information obtained from the health information acquisition device to be used later as data for a medical institution or personal care.

According to a preferred embodiment of the present invention for achieving the above object,

Hereinafter, the personal medical information management system according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic conceptual diagram of a personal medical information management system according to the present invention, FIG. 2 is a schematic internal block diagram of the home network server of FIG. 1, and FIG. 3 is a schematic internal diagram of the health information obtaining apparatus of FIG. It is a block diagram.

1 to 3, a personal medical information management system according to the present invention includes a plurality of medical institution (computer) servers 200-1 to 200-n and a home network (computer) server (connected to each other through a wired or wireless communication network). 300).

In addition, the personal medical information management system according to the present invention obtains the health-related information directly from the individual through the sensing means and at least one or more health information acquisition device (400-1 ~ 400) for transmitting to the home network (computer) server through a communication network -n), and the home network (computer) server 300 searches for a corresponding message corresponding to the health information received from at least one or more health information obtaining apparatuses 400-1 to 400-n. Characterized in that transmitted to be displayed on the health information acquisition device.

Reference numeral 600 denotes a mobile communication terminal, and if specified, may receive data obtained from the health information obtaining apparatus 400-1-400-n.

Reference numeral 700 denotes a social welfare organization computer (server), and if specified, may receive data obtained from the health information obtaining apparatus 400-1-400-n.

The home network (computer) server 300 includes a control unit 310 for controlling the overall apparatus; Health information analysis for analyzing the health information received through the health information acquisition device (400-1 ~ 400-n), and obtaining a corresponding message corresponding to the analyzed health information from the health information data classification / storage unit 370 / Response message acquisition unit 362; A health information classification / storing unit 364 for classifying health information and storing the health information in the health information data classification / storing unit 370; A health information transmitter 366 for transmitting health information to the transmission request signal from the input device 340 or to a predetermined receiving computer (server) or a terminal; The operation screen on which the health information operating program is operated is displayed through the browser 352 of the memory 350, and the corresponding message obtained from the health information analysis / corresponding message acquisition unit 362 is displayed on the browser 352. A health information operation program storage module 360 which is operated under the control of the controller 310; A second communication interface module 324 which is in charge of an intermediary role for receiving information transmitted from the health information obtaining apparatuses 400-1 to 400-n and transmitting a corresponding message; A first communication interface that plays a role of an intermediary for transmitting health information to a transmission request signal or a predetermined receiving computer (server) or a terminal according to a control signal from the health information transmitter 366 of the operating program storage module 360. It characterized in that it comprises a module 322.

In addition, the home network (computer) server 300 is characterized in that it comprises a connector device 380 that is directly connected to the health information acquisition device (400-1-400-n).

On the other hand, the connector device 380 includes a universal serial bus terminal portion 382 connected by a cable capable of transmitting and receiving data through a universal serial bus (USB); And a mobile device connection terminal unit 384 connected to the mobile device and a cable to enable data transmission and reception.

The health information acquisition apparatus 400-1 to 400-n includes sensing means 455-1-455-n connected to each other via a cable C to transmit a sensing signal; A sensing device (450-1-450-n) which receives the sensing signal from the sensing means (455-1-455-n), converts the sensing signal into an electrical signal, and transmits the converted signal; A controller 490 for controlling the electric signal transmitted from the sensing device 450-1-450-n to be displayed on the video display device 410 and controlling the overall device; A data storage unit 470 for storing the displayed electrical signal; An operating program storage unit 460 which stores an overall operating program for performing a function associated with the sensing apparatus 450-1-450-n; And a communication interface module 440 for delivering the transmitted, displayed and stored data.

The detection device may include a vibration detection device for detecting vibration, a urine detection device for detecting urine, a diaper detection device for detecting aspiration, a blood pressure detection device for detecting blood pressure, and an ECG Electrocardiogram sensing device is included.

Reference numeral 420 denotes a power supply unit (battery) for supplying power.

Reference numeral 480 selects a specific item from the interface screen (not shown) opened through the operating program of the operating program storage unit 460 under the control of the control unit 490, or selects a specific function such as transmission or editing. Represents an input device for selection.

4 is a schematic operation flowchart of a personal medical information management system according to the present invention.

Referring to FIG. 4, first, the control unit 310 of the home network server 300 has a specific communication network (eg, a state in which the health information obtaining apparatus 450-1-450-n is capable of transmitting and receiving data with the home network server 300). For example, it is checked whether a connection is made through a ZIGBEE communication network (ST-2). If the health information acquiring device 450-1-450-n is connected, the video display device 410 of the health information acquiring device 450-1-450-n outputs a connection state guide message and detects the function. Ready to run (ST-4) is complete. After that, when the user of the health information obtaining apparatus 450-1-450-n wears or contacts the sensing means 455-1-455-n to a part for obtaining health information, the diagnosis is performed for a predetermined time. do. Thereafter, the detection signal is transferred to convert the signal detected through the detection device 450-1-450-n to an electric signal (amplification and conversion process) and transmit the signal to the control unit 490. Meanwhile, the detection signal may be expressed in various forms according to the type of the detection device 450-1-450-n, and since the detection device 450-1-450-n is already developed, It is not a claim. However, the present invention is characterized in that the signal detected by the sensing device 450-1-450-n is transmitted to the home network server 300 through the communication interface module 440.

However, the present invention is not limited thereto, and the communication interface module 440 may be a communication module capable of remote communication, not a short-range service such as the home network server 300. In this case, the health information acquisition apparatus 400-1-400-n may store the data obtained by itself in the data storage unit 470 and transmit the data to the other party's terminal or computer server if necessary and use it as necessary personal information. .

On the other hand, after step ST-4, if the controller 310 receives the health information (ST-6), the corresponding information is stored, and the corresponding information is analyzed and the corresponding message is obtained (ST- 8). In this process, the controller 310 obtains a corresponding message through the health information analysis / corresponding message acquisition unit 362 and the health information data classification / storage unit 370.

After the above step ST-8, the corresponding message is displayed on the video display device 330 of the home network server 300 through the health information display control unit 368 and the health information acquisition device through the health information transmission unit 366. Send to (450-1-450-n) for display (ST-10).

If the message obtained in step ST-8 is determined to be an emergency message (ST-12), the corresponding message and personal information (new information, mobile phone, address information, etc.) emergency signal receiving server 500 (Step 119).

FIG. 5 is a flowchart illustrating some operations of the personal medical information management system according to the present invention similar to FIG. 4.

In step ST-10 of FIG. 4, after the corresponding message is transmitted to the health information acquisition apparatus 450-1-450-n, the controller 310 determines whether there is a predetermined destination (ST-112), If there is a sender, health information is transmitted to the designated sender (or terminal or computer server) (ST-114). In this process, health information may be repeatedly transmitted weekly or monthly or today's information may be transmitted. The destination can be the mobile terminal of a particular recipient or a designated networked computer server.

After the transmission process (ST-114), the transmission result is stored as log data (ST-116).

6 is a flowchart schematically illustrating a process of editing and transmitting health information in a personal medical information management system according to the present invention.

When the health information display is selected through the input device 480 of the health information acquisition device 450-1-450-n while the device is turned on (ST-22), the selected health information is transmitted to the video display device 410. Is displayed (ST-24). Health information can be displayed today, weekly or monthly, or by dates in a specified range. Thereafter, the user may edit the health information within a specific range of the displayed health information. For example, the user may perform an editing process of grouping several days of fluctuating health information into one (ST-26). This process may be performed under the control of the controller 490 as one of the functions of the operating program storage unit 460.

After the above step ST-26, the health information of the edited specific range of dates is stored (ST-28). Thereafter, it is determined whether to transmit the edited and stored health information (ST-30), and when transmitting, it is transmitted to the requested destination or the receiver terminal or the computer server (ST-32).

Of course, the health information will be able to bundle today, weekly and monthly information into one, and as a default function, today's information will be set in advance to be transmitted to a designated receiver terminal.

As described above, according to the personal medical information management system according to the present invention, the personal medical information is obtained from the health information acquisition device and immediately analyzed to receive the response to the health information by receiving the corresponding message in real time. Therefore, the utilization of personal medical information is improved.

In addition, since the personal medical information is continuously transmitted to the designated terminal, it is effective to efficiently manage the health of the individual through the personal medical information at the receiver side receiving the personal medical information.

In addition, when personal medical information is required, it can be delivered to a specific medical institution, thereby increasing the scope of use of the personal medical information.

Claims (11)

In the personal medical information management system comprising a plurality of medical institution (computer) servers (200-1 ~ 200-n) and home network (computer) server 300 connected to each other via a wired or wireless communication network, It includes at least one health information acquisition device (400-1 ~ 400-n) for obtaining the health-related information directly from the individual through the sensing means to transmit to the home network (computer) server through a communication network, The home network (computer) server 300 retrieves a corresponding message corresponding to the health information received from at least one health information acquisition device 400-1 to 400-n, and transmits the message to be displayed on the health information acquisition device. Personal medical information management system, characterized in that. The method of claim 1, The home network (computer) server 300 is A controller 310 for controlling the overall apparatus; Health information analysis for analyzing the health information received through the health information acquisition device (400-1 ~ 400-n), and obtaining a corresponding message corresponding to the analyzed health information from the health information data classification / storage unit 370 / Response message acquisition unit 362; A health information classification / storage unit 364 for classifying health information and storing the health information in the health information data classification / storage unit 370; A health information transmitter 366 for transmitting health information to the transmission request signal from the input device 340 or to a predetermined receiving computer (server) or a terminal; The operation screen on which the health information operating program is operated is displayed through the browser 352 of the memory 350, and the corresponding message obtained from the health information analysis / corresponding message acquisition unit 362 is displayed on the browser 352. A health information operation program storage module 360 which is operated under the control of the controller 310; A second communication interface module 324 which is in charge of an intermediary role for receiving information transmitted from the health information obtaining apparatuses 400-1 to 400-n and transmitting a corresponding message; A first communication interface that plays a role of an intermediary for transmitting health information to a transmission request signal or a predetermined receiving computer (server) or a terminal according to a control signal from the health information transmitter 366 of the operating program storage module 360. Personal medical information management system comprising a module (322). The method of claim 1, The home network (computer) server 300 is Personal medical information management system comprising a connector device 380 is directly connected to the health information acquisition device (400-1-400-n). The method of claim 1, The connector device 380 includes a universal serial bus terminal portion 382 connected through a cable capable of transmitting and receiving data through a universal serial bus (USB); Personal medical information management system comprising a; mobile device connection terminal unit (3840) is connected to the mobile device via a cable to enable data transmission and reception. According to claim 1, wherein the health information acquisition device (400-1 ~ 400-n) Sensing means (455-1-455-n) connected to each other via a cable to transfer a sensing signal; A sensing device (450-1-450-n) which receives the sensing signal from the sensing means (455-1-455-n), converts the sensing signal into an electrical signal, and transmits the converted signal; A controller 490 for controlling the electric signal transmitted from the sensing device 450-1-450-n to be displayed on the video display device 410 and controlling the overall device; A data storage unit 470 for storing the displayed electrical signal; An operating program storage unit 460 which stores an overall operating program for performing a function associated with the sensing apparatus 450-1-450-n; Personal medical information management system comprising a; communication interface module for transmitting the displayed and stored data (440). 6. The personal medical information management system according to claim 5, wherein the sensing device is a vibration sensing device capable of sensing vibration. The personal medical information management system according to claim 5, wherein the detection device is a urine detection device capable of detecting urine. 6. The personal medical information management system according to claim 5, wherein the sensing device is a diaper detecting device capable of detecting a diaper. 6. The personal medical information management system according to claim 5, wherein the sensing device is a blood pressure detecting device capable of detecting blood pressure. The personal medical information management system according to claim 5, wherein the sensing device is an electrocardiogram detecting device capable of detecting an electrocardiogram. The method of claim 2, wherein A first communication interface that plays a role of an intermediary for transmitting health information to a transmission request signal or a predetermined receiving computer (server) or a terminal according to a control signal from the health information transmitter 366 of the operating program storage module 360. Personal medical information management system comprising a module (322).

Images