KR20020013145A - Server system for providing health information and health information providing method thereof - Google Patents

Abstract

PURPOSE: A server system and method for supplying medical treatment information are provided to diagnose a condition of a client objectively by sensing a living body signal of the client. CONSTITUTION: A client database stores various marketing information as an ID, a password, an E-mail address, a connecting place, living body information of a client. A standard value database(22) stores a standard value of a living body signal and a voice guiding file with respect to an abdominal breathing. A question database(23) stores various questions as a base for deciding a stress index. A living body signal database(24) stores a heart pulsation signal, a body temperature signal, and an abdominal breathing signal of a client with a storing time(a measuring time). A Web server(50) supplies a Web page to a client computer using a communication protocol necessary for receiving and transmitting a file(a text, a graphic image, a video and other multimedia file). The Web server(50) includes an extracting module(27), a transmitting/receiving module(28), and a storing module(29).

Description

Server system for providing health information and its method of providing medical information

The present invention relates to a medical information providing server system and a method for providing medical information, and more particularly, to provide a medical information providing server system and a medical information that informs a client's physical condition and stress index and presents appropriate prescription information thereof. It relates to a providing method.

As the number of Internet users increases, more and more sites offer various services to them. In the field of medicine, there is an information-providing site that provides information related to pharmacy or a specialist's answer to a question posted by a customer through a bulletin board.

However, most of the information provided by the related medical site is one-way information for all the connected customers. Furthermore, even in services that provide answers to individual customer questions, the customer's questions are not based on objective judgment by experts or diagnostic devices, but on the one-sided judgment and explanation of the non-expert customers themselves. The answer is nothing more than common-sense measures, and ultimately it is recommended to visit a medical institution for an accurate diagnosis.

On the other hand, various types of measuring devices for measuring body temperature, blood pressure, heart rate, and the like are commercialized and sold as basic information for health diagnosis. However, it is not easy for a user to regularly measure and manage body temperature, blood pressure, heart rate, and the like by using these measuring instruments by himself or herself in daily life. It is even more so to analyze one's results and to know one's physical and mental state. As a result, even though it is very effective to manage health through basic information such as body temperature, heart rate, etc. from the preventive medical level, no method to efficiently implement this has been proposed. Accordingly, various measuring instruments are merely used as fragments as simple numerical measuring tools.

Accordingly, an object of the present invention is to provide a medical information providing server system and a method for providing medical information that can grasp a biological signal of a customer and diagnose the physical state of the customer more objectively.

Another object of the present invention is to provide a medical information providing server system and a method for providing medical information that detects a change in a biological signal of a customer to diagnose the physical state of the customer more objectively and present prescription information thereof.

Still another object of the present invention is to provide a medical information providing server system and a method for providing medical information, which enable a customer to check his or her own biosignal or its change.

1 is a schematic diagram of a medical information system to which the medical information providing server system 100 according to the present invention is applied;

2 is a detailed block diagram of the medical information providing server system 100 of FIG. 1 according to a preferred embodiment of the present invention;

3 is a schematic diagram of a double breathing signal sensor 300 according to a preferred embodiment of the present invention,

4 is a schematic diagram of a heartbeat signal and a body temperature signal sensor 400 according to a preferred embodiment of the present invention;

5A and 5B are front and rear views of an interface box 500 according to a preferred embodiment of the present invention.

5C is a block diagram of an interface box 500 in accordance with a preferred embodiment of the present invention;

6 is a block diagram of a biosignal transmission agent according to a preferred embodiment of the present invention;

7 is a reference diagram for schematically explaining a method for providing medical information according to the present invention;

8 is a flowchart for explaining the method A of FIG. 7 according to a preferred embodiment of the present invention;

9 is a flowchart for explaining the method B of FIG. 7 according to a preferred embodiment of the present invention;

10 is a flowchart for explaining the method C of FIG. 7 in accordance with a preferred embodiment of the present invention;

11 is a flowchart for explaining the method D of FIG. 7 in accordance with a preferred embodiment of the present invention;

12 is a detailed block diagram of the medical information providing server system 100 of FIG. 1 according to another embodiment of the present invention;

13 is a block diagram of a biosignal transmission agent according to another embodiment of the present invention;

14 is a schematic diagram of a webpage displaying a heartbeat signal according to a preferred embodiment of the present invention;

15 is a schematic diagram of a web page displaying a temperature signal according to a preferred embodiment of the present invention;

16 is a schematic diagram of a webpage displaying a double breathing signal according to a preferred embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

5: Internet 21: customer database

22: baseline database 23: survey database

24: biosignal database 25: stress index database

26: Prescription database 27,27 ': extraction module

28,28 ': Transmission / reception module 29,29': Storage module

50,50 ': Web server 31,42,43: Connection jack

32, 44: Velcro adhesive 33: Double breathing detection

45: heart rate detector 46: body temperature detector

51: double breathing signal input hole 52: heart rate signal input hole

53: body temperature signal input hole 54: switch

55: connection plug 56: serial communication port

57: connector 100: medical information providing server system

200: computer 300: double breathing detection sensor

400: heart rate signal / temperature signal sensor 500: interface box

501: input interface 502: A / D converter

503: output interface 600, 600 ': biosignal transmission agent

601,601 ': receiver 602,602': web browser interface

700,700 ': web browser

The object is, according to the present invention, the method comprising the steps of: (a) receiving a biosignal of the customer sensed through a sensor connected to the computer from the customer's computer; (b) transmitting a web page displaying a predetermined reference value for the bio-signal to the computer; And (c) transmitting the display value of the bio-signal to the computer for display on the web page.

Here, (d) preferably further comprises the step of transmitting to the computer the prescription information prepared in advance according to the customer's bio-signal and the reference value.

In addition, it is effective that the reference value and the display value are displayed in graphic, video, or sound.

The biosignal includes a heartbeat signal, and the detection sensor preferably includes a heartbeat detection sensor capable of detecting a heartbeat. The biosignal further includes a body temperature signal. It is more preferable to further include a body temperature sensor for sensing the body temperature, wherein the bio-signal further comprises a double breathing signal, the detection sensor further comprises a double breathing sensor for sensing the breathing It is particularly preferable to.

On the other hand, the object, (e) receiving a customer's bio-signals detected through a sensor connected to the computer from the customer's computer; (f) storing the received biosignal; (g) repeating steps (e) and (f); And (h) extracting the stored biosignal according to a customer's request received from the computer and transmitting the stored biosignal to the computer along with a predetermined reference value.

Here, (i) preferably further comprises the step of transmitting to the computer the prescription information prepared in advance according to the biological signal and the reference value.

Further, in the step (f), it is more preferable to store the information with respect to the reception point of the bio-signal.

In addition, (j) transmitting a questionnaire page including a plurality of questionnaires for measuring the stress of the customer to the customer's computer; (k) storing a response to the question received from the computer and a stress index determined based on the response; (l) repeating steps (i) and (j); And (m) transmitting the predetermined prescription information to the computer based on the change trend of the stored stress index.

Here, the step (k), it is more preferably stored with the information on the time of receipt of the response.

The biosignal may include a heartbeat signal, and the detection sensor may include a heartbeat detection sensor capable of detecting a heartbeat, and the biosignal further includes a body temperature signal. More preferably, the apparatus further includes a body temperature sensor capable of sensing a body temperature, wherein the biosignal further includes a double breathing signal, and the detecting sensor includes a double breathing sensing sensor capable of sensing a double breathing. It is particularly preferable to further include.

On the other hand, according to another field of the present invention, the object is a reference value database that stores a reference value for the biological signal; A biosignal database for storing a biosignal of a customer; A prescription information database storing prescription information about the bio-signal and the reference value of the customer; And an extraction module for extracting a predetermined reference value from the reference value database, and a web page displaying a reference value extracted by the extraction module, receiving a biosignal of a customer detected through a detection sensor connected to the computer from the computer. It is also achieved by a medical information providing server system comprising a web server having a transmitting and receiving module for transmitting to the computer of the computer, and transmits the display value of the received biological signal to the computer to be displayed on the web page. .

The extraction module extracts the corresponding prescription information from the prescription information database according to the received biometric signal of the customer and the reference value, and the transmission module transmits the prescription information extracted by the extraction module to the computer. Do.

The biosignal includes a heartbeat signal, and the detection sensor preferably includes a heartbeat detection sensor capable of detecting a heartbeat. The biosignal further includes a body temperature signal. It is more preferable to further include a body temperature sensor for sensing the body temperature, wherein the bio-signal further comprises a double breathing signal, the detection sensor further comprises a double breathing sensor for sensing the breathing It is particularly preferable to.

On the other hand, the object is a reference value database that stores a reference value for the biological signal; A biosignal database for storing a biosignal of a customer; A prescription information database storing prescription information about the bio-signal and the reference value of the customer; A storage module for receiving a biosignal of a customer detected through a sensor connected to the computer from a customer's computer and storing the received biosignal in the biosignal database, the storage module according to a customer's request received from the computer A web server including an extraction module for extracting the biosignals and corresponding reference values stored by the biosignal and the reference value database from the biosignal database and the reference value database, and a transmission module for transmitting the biosignals and the reference values extracted by the extraction module to the computer; It is also achieved by a medical information providing server system comprising.

Here, the extraction module extracts the corresponding prescription information from the prescription information database according to the received biosignal and the reference value, and the transmission module transmits the prescription information extracted by the extraction module to the computer. desirable.

In addition, the storage module is preferably stored with the information on the time of receipt of the biological signal.

The biosignal may include a heartbeat signal, and the detection sensor may include a heartbeat detection sensor capable of detecting a heartbeat. The biosignal further includes a body temperature signal. More preferably, the apparatus further includes a body temperature sensor capable of sensing a body temperature, wherein the biosignal further includes a double breathing signal, and the detecting sensor includes a double breathing sensing sensor capable of sensing a double breathing. It is particularly preferable to further include.

In addition, a questionnaire page database for storing a questionnaire page including a plurality of questionnaires for measuring the stress of the customer; And a stress index database in which a stress index corresponding to a response to the questionnaire page is stored, wherein the prescription information database further stores prescription information according to the stress index, and the extraction module is configured to include the questionnaire page database. Extracting a questionnaire page, extracting at least one corresponding stress index from the stress index database based on a response received from a transmission / reception module to be described later, and extracting corresponding prescription information from the prescription information database based on the extracted stress index; The transmission module transmits the questionnaire page extracted by the extraction module to the client's computer at least once, receives a response to the questionnaire of the questionnaire page from the computer, and extracts the prescription extracted by the extraction module. Information It is preferably transmitted to the group computer.

In addition, by being mounted on the computer of the customer and executed, the receiving unit is connected to the biosignal sensor connected to the computer of the customer to receive a biosignal from the biosignal sensor; The apparatus may further include a storage device configured to store a biosignal transmission agent including a web browser interface unit for delivering the biosignal received from the receiver to a web browser mounted on the computer of the customer. The web server may include the biosignal transmission agent. It is particularly desirable to transfer the data to the customer's computer.

Here, the web browser is more preferably displayed on the customer's computer and the bio-signal received by the receiver, and transmitted to the transmission and reception module via the Internet.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention;

1 is a schematic diagram of a medical information system to which the medical information providing server system 100 according to the present invention is applied.

Referring to FIG. 1, a medical information system includes a medical information providing server system 100 and a communication between a computer 200 and a customer 200 that can be connected to the medical information providing server system 100 through the Internet 5. An interface box 500 connectable to the port, a double breathing signal detection sensor 300 which is a biosignal detection sensor connected to the interface box 500, heart rate signal / body temperature signal sensor 400 is included.

Medical information providing server system 100, as a preferred embodiment of the present invention is provided to operate a site for displaying the biometric signal of the customer in real time on the Internet (5), determine the stress index and provide prescription information for this In other words, it refers to a host system for providing personalized and objective medical information to customers. In addition, the medical information providing server system 100 supports the online sale so that customers can easily purchase the interface box 500, the double breathing signal sensor 300, heart rate signal / temperature signal sensor 400.

The customer's computer 200 includes a main body 201, a display device 202, a keyboard 203 as an input means, and a mouse 204. The main body 201 includes a web browser for displaying a web page transmitted from the medical information providing server system 100 on the display apparatus 202, and a biosignal input from the interface box 500 in cooperation with the web browser. The biosignal transmission agent, which is an application program for transmitting to the providing server system 100, is mounted, and a parallel communication port supporting parallel transmission and a serial communication port supporting serial transmission are provided. The biosignal transmission agent is downloaded from the medical information providing server system 100. To this end, a biosignal transmission agent is stored in a storage device (not shown) of the medical information providing server system 100, and is transmitted to the customer's computer 200 by the web server 50. Here, the biosignal transmission agent may be distributed to customers through a storage medium such as a CD-ROM.

The interface box 500 receives the bio signals from the double breathing signal detecting sensor 300 and the body temperature signal and the heartbeat signal detecting sensor 400 and is mounted on the main body 201 through a communication port installed in the main body 201. Transfer to signal transfer agent.

2 is a detailed block diagram of the medical information providing server system 100 of FIG. 1 according to a preferred embodiment of the present invention.

Referring to FIG. 2, the medical information providing server system 100 includes a customer database 21, a reference value database 22, a questionnaire database 23, a biosignal database 24, a stress index database 25, and prescription information. A database 26 and a web server 50.

The customer database 21 stores various marketing information such as ID, password, e-mail address, contact information and body information of the customer. In the reference value database 22, a voice guidance file for the reference value of the biosignal and the double breathing is stored. The reference value means a value within a range that is considered normal or a medically recommended range for the heartbeat signal, the body temperature signal, and the double breathing signal which are the biological signals. The reference value is appropriately selected according to the treatment purpose, the treatment target, and the study results, and may be changed as necessary. In addition, the reference value may be individually set according to the body information of the customer.

In the questionnaire database 23, various questionnaires which are the basis for determining the stress index are stored. The questionnaire may cover all the questionnaires applied to the various questionnaire techniques currently developed and used and the questionnaire techniques to be developed in the future. In addition, the text questionnaire may include a questionnaire applied to multimedia. For example, the answer type may be variously selected, such as yes / no, a response based on a visual scale, or a number from 0 to 100.

The biosignal database 24 stores a heartbeat signal, a body temperature signal, or a double breathing signal of the customer together with a storage time point (/ measurement time point). The stress index database 25 stores the stress index to correspond to the response to the questionnaire page stored in the biosignal or questionnaire page database 23 of the customer, and the stress index of the customer is stored together with the storage time (/ response time) do. The prescription information database 26 stores various prescription information so as to correspond to the bio signals of the customer or the response to the questionnaire stored in the questionnaire database 23.

The web server 50 provides a web page to a client's computer 200 as a client system using a communication protocol required for sending and receiving files (text, graphic images, sound, video and other multimedia files) on the web. Currently used communication protocols include HyperText Transfer Protocol (HTTP) and File Transfer Protocol (FTP).

The web server 50 in this embodiment includes an extraction module 27, a transmission / reception module 28, and a storage module 29. The extraction module 27 extracts necessary data (reference value, prescription information, customer's biosignal, customer's stress index) from the above-described database.

The transmission / reception module 28 transmits a web page displaying a reference value of a predetermined biosignal to a customer's computer 200, receives a response to a biosignal or a questionnaire from the customer's computer 200, and the received biosignal is The display value for displaying in real time on the web page displaying the reference value of the biological signal is transmitted. In addition, a web page including prescription information on the received biosignal or response is transmitted to the customer's computer 200. The storage module 29 stores the biosignal received from the customer's computer 200 in the biosignal database 24 together with the storage point (/ measurement point) so as to correspond to the customer, and extracts the biosignal in response to the questionnaire. The stored stress index is also stored in the stress index database 25 along with the storage time (/ response time) to correspond to the customer.

The extraction module 27, the transmission / reception module 28, and the storage module 29 may be coded as separate programs or some or all of them may be coded as a single program, the choice of which hardware system to employ, other applications. It is properly made in consideration of the program.

3 is a schematic diagram of a double breathing signal sensor 300 according to a preferred embodiment of the present invention.

Referring to Figure 3, the double breathing signal detection sensor 300, a band formed of artificial leather, the connection jack 31 for connecting to the interface box 500, the user is a user to adjust the length to his waist size Velcro adhesive portion 32 for wearing, and a double breathing detection unit 33 for detecting the double breathing. The double breathing breathing unit 33 is electrically connected to the connecting jack 31 to deliver the detection value, formed of a rubber containing carbon (carbon) to determine the tension by changing the electrical resistance value according to the tension . Here, the material, the length adjustment method, the wearing method of the double breathing signal detecting sensor 300 can be variously changed. The detection method of the detection unit 33 may also be changed to another detection method used for the detection of the conventional double breathing signal or a detection method to be developed in the future.

4 is a schematic diagram of a heartbeat signal / temperature signal detection sensor 400 according to a preferred embodiment of the present invention.

Referring to FIG. 4, the heartbeat signal / temperature signal detection sensor 400 is a band formed of polyvinyl, connecting jacks 42 and 43 for connecting to the interface box 500, and a customer who is a user on his or her finger. Velcro bonding unit 44 for winding and fixing, a heartbeat detection unit 45 for detecting a heartbeat, and a body temperature detection unit 45 for detecting body temperature. The heartbeat detection unit 45 detects the pressure caused by the heartbeat pulse, and the body temperature detection unit 45 detects the body temperature, all of which are manufactured using a fiber optic thermometer. Here, the material, the length adjustment method, the wearing method of the heartbeat signal / temperature signal detection sensor 400 can be variously changed. In addition, the detection method of the heartbeat signal detection unit 44 and the body temperature detection unit 45 may also be changed to another detection method used for the detection of the conventional double breathing signal or a detection method to be developed in the future, unlike in the present embodiment. Of course, the sensor for detecting the heart rate and the sensor for detecting the body temperature can be separately produced separately.

5A and 5B are front and back views of an interface box 500 according to a preferred embodiment of the present invention.

Referring to FIG. 5A, a front of the interface box 500 includes a double breathing signal input hole 51 and a heartbeat signal / temperature signal detecting sensor 400 through which a connection jack 31 of the double breathing signal detecting sensor 300 is press-fitted. The heartbeat signal input hole 52 and the body temperature signal input hole 53 for press-fitting the jacks 42 and 43 of the heartbeat signal are respectively formed.

Referring to FIG. 5B, the rear of the interface box 500 includes a switch 54 for turning the power on and off, a connection plug 55 to the power supply, a serial communication port 56, and a serial communication port 56. A connector 57 is provided for connection with a serial communication port provided in the main body 201 of the computer 200.

5C is a block diagram of an interface box 500 according to a preferred embodiment of the present invention.

Referring to FIG. 5C, the interface box 500 inputs a double breathing signal from the double breathing signal detecting sensor 300, a heartbeat signal and a body temperature signal from the heartbeat signal / temperature signal detecting sensor 400, which are analog signals. A computer 200 converts the digital signal from the input interface 501 for receiving, the A / D converter 502 for converting the analog signal received from the input interface 501 into a digital signal, and the A / D converter 502. And an output interface 503 for outputting to the serial communication port of the main body 201.

6 is a block diagram of a biosignal transmission agent according to a preferred embodiment of the present invention.

Referring to FIG. 6, the biosignal transmission agent 600 provides the medical information received by the web browser 700 by interfacing with the web browser 700 mounted on the main body 201 of the computer 200. To the server system 100. To this end, the receiver 601 for receiving the bio-signal from the output interface 503 of the interface box 500, the web browser interface for transmitting the bio-signal received from the receiver 601 to the web browser 700 ( 602).

Referring to the medical information providing method according to a preferred embodiment of the present invention by the configuration as described above are as follows.

7 is a reference diagram schematically illustrating a method of providing medical information.

Referring to FIG. 7, medical information providing methods are classified into four types, A, B, C, and D. FIG. More specifically, a method of displaying a client's bio-signal on a reference value in real time and providing appropriate prescription information therefor (A), storing the bio-signal of the customer measured multiple times over a time interval and restoring it again when the client wants Method for providing the appropriate prescription information (B), the stress index based on the customer's response to the questionnaire, the method for providing the prescription information (C), and a plurality of times calculated at a time interval. It is a method (D) of storing the customer's stress index, restoring and displaying it again when the customer wants it, and providing prescription information.

Hereinafter, each procedure will be described in detail. However, the present embodiment describes a method of simultaneously measuring both the double breathing signal, the heartbeat signal, and the body temperature signal. By the same procedure, it is also possible to measure each biosignal separately.

FIG. 8 is a flowchart for explaining the method A of FIG. 7.

Referring to FIG. 8, when a customer logs in to the medical information providing server system 100 using the computer 200, a biosignal measurement button is provided on a homepage (not shown), and when a biosignal measurement button is clicked, a transmission / reception module 28 is provided. ) Transmits the interface page for measuring the biosignal to the customer's computer 200 (step 801). In the interface page displayed on the display device 202 of the customer, a double breathing signal icon, a heartbeat signal icon, and a breathing signal icon are arranged, and a start button is provided at the bottom of each icon.

Next, the customer wears the double breathing breathing signal sensor 300, the heart rate signal sensor 400, and the body temperature signal sensor 500. Thus, each sensor detects a biological signal. More specifically, the double breathing signal detecting sensor 300 detects the double breathing signal of the customer, the detected double breathing signal is transmitted to the interface box 500 through the connection jack 31, the input of the interface box 500 It is input to the interface 501. The double breathing signal, which is an input analog signal, is converted into a digital signal by the A / D converter 502 and output to the serial communication port 56 through the output interface 503. The output double breathing signal is transmitted to the receiver 601 of the biological signal transmission agent 600 mounted on the main body 201 through the serial communication port installed in the main body 201 of the computer 200 by the connector 57. The transmitted double breathing signal is transmitted to the medical information providing server system 100 by the web browser interface unit 602 and the web browser 700, and thus received by the transmission / reception module 28 (step 802). . When the double breathing signal starts to be received, the double breathing signal icon provided on the interface page changes to an icon displaying “Ready”. Similarly, the heartbeat signal icon and the body temperature signal icon are also changed to icons marked with "Ready".

When the customer clicks the start button at the bottom using the mouse 204, the extraction module 27 of the web server 50 receives the reference value of the double breathing signal from the reference value database 22, the voice guidance file, the reference value of the heartbeat signal, and The reference value of the body temperature signal is extracted, and the transmission / reception module 28 displays the extracted reference value and transmits the web page linked to the voice guidance file to the customer's computer 200 (step 803). Accordingly, the display device 202 of the computer 200 displays a web page in which the reference value of each biosignal is displayed in graph form. Here, the display format of the reference value can be variously changed, such as a video and a sound.

Subsequently, the display value of each biosignal is transferred to the client's computer 200 so that the received biosignal (double breathing signal, heartbeat signal, body temperature signal) can be displayed on a web page currently displayed on the client's computer 200. In operation 803, the storage module 29 stores the received biosignal in the biosignal database 24 together with the storage time to correspond to the customer (step 804). In the present embodiment, an information providing service for storing a biosignal and showing a change trend is employed. For this, step 804 for storing a biosignal is essential. Is optional. In other words, it is indicated by a dotted line to indicate that the procedure can be omitted.

Meanwhile, in the case of the double breathing signal, the customer clicks the voice guidance button provided at the bottom of the graph displaying the reference value to execute the attached voice guidance file and listens to the voice guidance for the double breathing. You can practice double breathing to approach the reference value.

When the transmission and display of the biosignal is completed, the extraction module 27 extracts the prescription information suitable for the biosignal of the customer received from the prescription information database 26 (step 805).

The transmission / reception module 28 transmits the web page on which the extracted prescription information is displayed to the customer's computer 200 (step 806). Accordingly, the prescription information is displayed on the display device 202 of the computer 200. Prescription information may be displayed as follows. However, the method of displaying the prescription information and the specific contents of the displayed prescription information may be variously changed.

Standard respiration is 14-18 times / minute,

Heart rate is 105 beats / minute,

Standard body temperature is 37.2 ~ 37.5 ℃. Breathing rate is 25 times / min,

Heart rate is 105 beats / minute,

Body temperature is 36.5 degrees Celsius. *** is a little excited state than usual now.

FIG. 9 is a flowchart for explaining the method B of FIG. 7.

Referring to FIG. 9, when a customer logs in to the medical information providing server system 100 using a computer 200, and clicks a view of a history of double breathing provided in a homepage (not shown), the extraction module of the web server 50 ( 27 extracts a stored biosignal from the biosignal database 24 so as to correspond to the customer, and extracts a reference value of the double breathing signal from the reference value database 22 (step 901).

The transmission / reception module 28 transmits the web page on which the extracted biosignal and reference value are displayed to the customer's computer 200 (step 902). Accordingly, the display cabinet 202 of the computer 200 displays a web page on which the bio signal and the reference value are displayed. Thus, the customer can check the change of his or her biological signal. Here, an input form for inputting a selection condition such as a period or a number of times may be provided adjacent to the history view button, and only the biosignal corresponding to the condition input by the customer may be extracted and displayed.

In addition, the extraction module 27 extracts the prescription information according to the change trend of the customer's double breathing signal from the prescription information database 26 (step 903).

The transmission / reception module 28 transmits the web page on which the extracted prescription information is displayed to the customer's computer 200 (step 904).

FIG. 10 is a flowchart for explaining the method C of FIG. 7.

Referring to FIG. 10, when a customer logs in to the medical information providing server system 100 using the computer 200 and clicks a stress index calculation button provided on a homepage (not shown), the extraction module 27 of the web server 50 may be used. ) Extracts a predetermined questionnaire from the questionnaire database 23, and the transmission / reception module 28 transmits the web page including the extracted questionnaire to the customer's computer 200 (step 1001).

The questionnaire can be provided in a variety of ways. For example, a method of selecting one of a plurality of questionnaires given in text and a plurality of responses provided thereto, and a method of selecting one of a questionnaire provided in a video and a plurality of responses provided thereto.

The customer answers the questionnaire using the computer 200, and the response is received by the transmission / reception module 28 (step 1002).

The extraction module 27 extracts the stress index corresponding to the received response from the stress index database 25 (step 1003).

The display method of the stress index is also variously selectable. As an example, a method of displaying scores based on 100 points or a method of displaying visual scales may be mentioned. In addition, in order to show a comparison value with other customers for the customer, the average degree may be displayed as 0 and the state may be displayed as -5 to +5.

The storage module 29 stores the extracted stress index in the stress index database 25 to correspond to the customer (step 1004). In the present embodiment, the step 1003 of storing the stress index and the information providing service showing the change trend is employed. For this purpose, the step 1003 of storing the stress index is essential. However, if only the service showing the stress index currently measured is provided, the step 1003 is used. Is optional. In other words, it is indicated by a dotted line to indicate that the procedure can be omitted.

In addition, the extraction module 27 extracts the prescription information corresponding to the extracted stress index from the prescription information database 26 (step 1005).

The transmission / reception module 28 transmits the web page on which the extracted stress index and prescription information are displayed to the customer's computer 200 (step 1006). Accordingly, the display device 202 of the computer 200 is to display the customer's current stress index and prescription information thereof.

FIG. 11 is a flowchart for explaining the method D of FIG. 7.

Referring to FIG. 11, when a customer logs in to the medical information providing server system 100 using a computer 200 and clicks a stress index history view button provided on a homepage (not shown), the extraction module of the web server 50 ( 27 extracts the stored stress index from the stress index database 25 so as to correspond to the customer (step 1101).

The transmission / reception module 28 transmits the extracted web page displaying the stress index to the customer's computer 200 (step 1102). Accordingly, the stress index history of the customer is displayed on the display device 202 of the computer 200. Thus, the customer can check the trend of changes in their stress index.

In addition, the extraction module 27 extracts the prescription information according to the change in the stress index of the customer from the prescription information database 26 (step 1103).

The transmission / reception module 28 transmits the web page on which the extracted prescription information is displayed to the customer's computer 200 (step 1104).

12 is a detailed block diagram of the medical information providing server system 100 of FIG. 1 according to another exemplary embodiment of the present invention. However, the same configuration as the medical information providing server system 100 of FIG. 2 is given the same reference numeral, and repeated description thereof will be omitted.

Referring to FIG. 12, the medical information providing server system 100 includes a customer database 21, a reference value database 22, a questionnaire database 23, a biosignal database 24, a stress index database 25, and prescription information. Database 26, and web server 50 '.

The web server 50 'in this embodiment includes an extraction module 27', a transmission / reception module 28 ', and a storage module 29'. The extraction module 27 'extracts necessary data (reference value, prescription information, customer's biosignal, and customer's stress index) from the above-described database, and the transmission / reception module 28' extracts a web page displaying a reference value of a predetermined biosignal. Send a web page containing the prescription information extracted to transmit to the customer's computer 200, receives a response to the customer's biosignal or question from the customer's computer 200, and corresponding to the received biosignal or response To the computer 200. The storage module 29 'stores the biosignal received from the customer's computer 200 in the biosignal database 24 together with the storage point (/ measurement point) so as to correspond to the customer, and responds to the response to the questionnaire. The extracted stress index is stored in the stress index database 25 together with the storage time (/ response time) so as to correspond to the customer.

Similarly, the extraction module 27 ', the transmission / reception module 28', and the storage module 29 'may be coded as separate programs, or part or all of them may be coded as a single program, and the selection may be employed. This may be done in consideration of hardware systems, other applications, and the like.

13 is a block diagram of a biosignal transmission agent according to another embodiment of the present invention.

Referring to FIG. 13, the biosignal transmission agent 600 ′ interfaces with a web browser 700 ′ mounted on the main body 201 of the computer 200, so that the biosignal received from the biosignal sensor is displayed on the web browser. Corresponding reference value is displayed on the displayed web page by 700 ', while being transmitted to the medical information providing server system 100 via the Internet 5. To this end, a receiver 601 'for receiving a biosignal from the output interface 503 of the interface box 500 and a web browser for delivering the biosignal received from the receiver 601' to the web browser 700 '. Interface unit 602 '.

14 is a flowchart for describing a method A of FIG. 7 according to another exemplary embodiment of the present invention.

Referring to FIG. 14, when a customer logs in to the medical information providing server system 100 using a computer 200 and clicks a double breathing signal button provided on a homepage (not shown), an extraction module ( 27 ') extracts the reference value and the voice guidance file of the double breathing signal from the reference value database 22, and the transmission / reception module 28' displays the extracted reference value and displays the web page to which the voice guidance file is linked. To send). Accordingly, the web page displaying the reference value is displayed on the display device 202 of the computer 200 (step 1401). The customer can practice the double breathing alone so that his or her double breathing signal approaches the reference value while executing the voice guide file.

The detected double breathing signal is received by the receiving unit 601 'of the biosignal transmission agent 600' mounted on the main body 201 of the computer 200 via the same transmission path as in FIG. The web browser interface unit 602 'transfers the received double breathing signal to the web browser 700' (step 1402).

The web browser 700 ′ displays the received double breathing signal on the display device 202 and transmits the received double breathing signal to the web server 50 ′ via the Internet 5 (step 1403).

Accordingly, the transmission / reception module 28 'of the web server 50' receives the double breathing signal (step 1404).

The storage module 29 'of the web server 50' stores the received double breathing signal in the biosignal database 24 together with the storage time so as to correspond to the customer (step 1405).

The extraction module 27 'extracts prescription information suitable for the received biosignal of the customer from the prescription information database 26 (step 1406).

The transmission / reception module 28 'transmits the web page on which the extracted prescription information is displayed to the customer's computer 200 (step 1407). Accordingly, the prescription information is displayed on the display device 202 of the computer 200.

15 is a schematic diagram of a web page displaying a heartbeat signal according to an embodiment of the present invention.

Referring to FIG. 15, it can be seen that the heartbeat is shaded with a reference value of "75 to 110 times per minute" and the heart rate of the customer according to the change of time is indicated by the thick line. The reference value indicated by the shade and the heart rate indicated by the thick line may be expressed as a more dynamic image including a video or a sound.

16 is a schematic diagram of a web page displaying a temperature signal according to an embodiment of the present invention.

Referring to FIG. 16, the body temperature is shaded with a reference value of “35.5 ° C. to 38.5 ° C.”, and the body temperature of the customer is indicated by a thick line. The reference value indicated by the shade and the body temperature indicated by the thick line may also be expressed as a more dynamic image including a video or a sound.

17 is a schematic diagram of a webpage displaying a double breathing signal according to a preferred embodiment of the present invention.

Referring to FIG. 17, it can be seen that the reference value of the double breathing signal is indicated by a dotted line, and the double breathing signal of the customer is displayed by a thick line. As described above, the customer wears the double breathing signal detection sensor 300 and executes the voice guide file to execute the double breath according to the guidance of the voice guide file to practice alone so that his double breathing signal is closer to the reference value. It becomes possible.

Meanwhile, in the above-described embodiment, as the biosignal, the double breathing signal, the heartbeat signal, and the body temperature signal are described, but various biosignals that may be detected by a sensor such as a blood pressure signal, an EEG signal, an electromyogram, and a skin electrical conductivity The present invention can be applied as it is without changing the spirit.

As described above, according to the present invention, there is provided a medical information providing server system and medical information providing method that allows the customer to objectively check his or her physical and mental state.

That is, according to the present invention, the customer can check his / her physical state more objectively by measuring a double breathing signal, a heartbeat signal, and a body temperature signal at a desired time and comparing it with a reference value. In addition, it is possible to receive prescription information corresponding to the measured biological signal. In addition, through the stress index calculated based on the questionnaire, it is possible to check a more objective mental state. Furthermore, the change in physical state or mental state can be examined through the bio signals or stress index stored at intervals, and appropriate prescription information can be provided.

Claims (28)

(a) receiving a biosignal of the customer detected through a sensor connected to the computer from the customer's computer; (b) transmitting a web page displaying a predetermined reference value for the bio-signal to the computer; And and (c) transmitting the display value of the bio-signal to the computer for display on the web page. The method of claim 1, (d) transmitting the prescribing information prepared in advance according to the client's biosignal and the reference value to the computer. The method according to claim 1 or 2, The reference value and the display value, the Internet-based medical information providing method, characterized in that displayed in graphic, video, or sound. The method of claim 1, The biosignal includes a heartbeat signal, The detection sensor, the Internet-based medical information providing method comprising a heartbeat detection sensor capable of detecting a heartbeat. The method of claim 4, wherein The biological signal further includes a body temperature signal, The sensor, the Internet-based medical information providing method further comprises a body temperature sensor for detecting the body temperature. The method of claim 5, The biosignal further includes a double breathing signal, The detection sensor, Internet-based medical information providing method further comprises a double breathing sensor for detecting the breathing. (e) receiving a biosignal of the customer detected through a sensor connected to the computer from the customer's computer; (f) storing the received biosignal; (g) repeating steps (e) and (f); And (h) extracting the stored biosignal according to a request of a customer received from the computer and transmitting the extracted biosignal to the computer along with a predetermined reference value. The method of claim 7, wherein (i) transmitting the prescribing information prepared in advance according to the biological signal and the reference value to the computer. The method of claim 8, In the step (f), the Internet-based medical information providing method characterized in that stored along with the information on the time of receipt of the biological signal. The method of claim 9, (j) transmitting a questionnaire page including a plurality of questionnaires for measuring the stress of the customer to a customer's computer; (k) storing a response to the questionnaire received from the computer and a stress index determined based on the response; (l) repeating steps (i) and (j); And (m) transmitting the predetermined prescription information to the computer based on the change of the stored stress index, the Internet-based medical information providing method. The method of claim 10, In the step (k), the Internet-based medical information providing method characterized in that stored along with the information about the time of receipt of the response. The method according to any one of claims 7 to 11, The biosignal includes a heartbeat signal, The detection sensor, the Internet-based medical information providing method comprising a heartbeat detection sensor capable of detecting a heartbeat. The method of claim 12, The biological signal further includes a body temperature signal, The sensor, the Internet-based medical information providing method further comprises a body temperature sensor for detecting the body temperature. The method of claim 13, The biosignal further includes a double breathing signal, The detection sensor, Internet-based medical information providing method further comprises a double breathing sensor for detecting the breathing. A reference value database in which reference values for the biological signals are stored; A biosignal database for storing a biosignal of a customer; A prescription information database storing prescription information about the bio-signal and the reference value of the customer; And An extraction module for extracting a predetermined reference value from the reference value database, and receiving a biosignal of a customer detected through a detection sensor connected to the computer from the computer, and displaying a web page on which the reference value extracted by the extraction module is displayed. And a web server having a transmitting / receiving module for transmitting to the computer and transmitting the display value of the received biosignal to the computer for display on the web page. The method of claim 15, The extraction module extracts corresponding prescription information from a prescription information database according to the received biosignal of the customer and the reference value. The transmission module, the medical information providing server system, characterized in that for transmitting the prescription information extracted by the extraction module to the computer. The method of claim 16, The biosignal includes a heartbeat signal, The detection sensor, the medical information providing server system comprising a heartbeat detection sensor capable of detecting a heartbeat. The method of claim 17, The biological signal further includes a body temperature signal, The detection sensor, the medical information providing server system further comprises a body temperature sensor for detecting the body temperature. The method of claim 18, The biosignal further includes a double breathing signal, The detection sensor, the medical information providing server system further comprises a double breathing sensor for detecting the double breathing. A reference value database in which reference values for the biological signals are stored; A biosignal database for storing a biosignal of a customer; A prescription information database storing prescription information about the bio-signal and the reference value of the customer; A storage module for receiving a biosignal of a customer detected through a sensor connected to the computer from a customer's computer and storing the received biosignal in the biosignal database, the storage module according to a customer's request received from the computer A web server including an extraction module for extracting the biosignals and corresponding reference values stored by the biosignal and the reference value database from the biosignal database and the reference value database, and a transmission module for transmitting the biosignals and the reference values extracted by the extraction module to the computer; Medical information providing server system comprising a. The method of claim 20, The extraction module extracts corresponding prescription information from the prescription information database according to the received biosignal and the reference value, The transmission module, the medical information providing server system, characterized in that for transmitting the prescription information extracted by the extraction module to the computer. The method of claim 20, The storage module, the medical information providing server system, characterized in that for storing together with the information on the time of receipt of the biological signal. The method of claim 22, The biosignal includes a heartbeat signal, The detection sensor, the medical information providing server system, characterized in that it comprises a heartbeat detection sensor capable of detecting a heartbeat. The method of claim 23, wherein The biological signal further includes a body temperature signal, The detection sensor, the medical information providing server system further comprises a body temperature sensor for detecting the body temperature. The method of claim 24, The biosignal further includes a double breathing signal, The detection sensor, the medical information providing server system further comprises a double breathing sensor for detecting the double breathing. The method of claim 20, A questionnaire page database storing questionnaire pages including a plurality of questionnaires for measuring a stress of a customer; And And a stress index database in which a stress index corresponding to the response to the questionnaire page is stored. The prescription information database further stores prescription information according to the stress index, The extraction module extracts a questionnaire page from the questionnaire page database, extracts at least one corresponding stress index from the stress index database based on a response received from a transmission / reception module to be described later, and based on the extracted stress index. Extract the corresponding prescription information from the prescription information database, The transmission module transmits the questionnaire page extracted by the extraction module to the client's computer at least once, receives a response to the questionnaire of the questionnaire page from the computer, and extracts the prescription information extracted by the extraction module. Medical information providing server system, characterized in that for transmitting to the computer. The method according to any one of claims 15 to 26, A receiver configured to be mounted on and executed by a customer's computer and connected with a biosignal detection sensor connected to the customer's computer to receive a biosignal from the biosignal detection sensor; And a storage device storing a biosignal transmission agent having a web browser interface unit for transmitting the biosignal received from the receiver to a web browser mounted on the computer of the customer. The web server, the medical information providing server system, characterized in that for transmitting the biological signal transfer agent to the computer of the customer. The method of claim 27, The web browser is a medical information providing server system, characterized in that for displaying the bio-signal received by the receiving unit on the computer of the customer, and transmits to the transmission and reception module via the Internet.