KR102193757B1 - Methods System for Disease Management - Google Patents

Abstract

The present invention relates to a method for managing diseases, which systematically controls and manages self-quarantine patients, such as relatively mild cases or suspected cases, among confirmed cases for infectious diseases caused by viruses or the like, through mobile phones thereof within a predetermined area. The method for managing diseases, which is performed by an API server communicating with a user terminal and a control server, comprises the steps of: (a) transmitting application (app) installation information for installing a disease management app to the user terminal of a corresponding self-quarantine patient; (b) outputting a warning message by the user terminal or outputting a desertion message by the control server, based on desertion information received from the disease management app of the user terminal; and (c) transmitting a location authentication request message to the disease management app of the user terminal (at a predetermined period of time), displaying the message, activating a location authentication button of the user terminal, enabling the user to perform a location authentication process by providing the user with a corresponding location authentication page if the activated location authentication button is selected by the user, and reporting corresponding authentication failure information to the control server when it is determined that the location authentication has failed.

Description

Disease Management Method and System TECHNICAL FIELD [Methods System for Disease Management]

The present invention relates to a disease management system, and more particularly, a self-isolator including a relatively mild patient, a suspected patient, or a self-isolator among confirmed patients for infectious diseases caused by viruses, etc. It relates to a disease management method and system for systematic control and management through mobile phones.

Respiratory-related infectious viruses such as swine flu, MERS, and Corona 19 are diseases that cause a large number of victims because of their excellent transmission power.

Recently, as the number of corona 19 confirmed cases is increasing at home and abroad, regional spread is becoming a reality, and if the number spreads further, it may be difficult for hospitals to accommodate all of the confirmed cases.In this case, above all, only confirmed patients so that the corona 19 virus does not spread. In addition, suspicions such as contacts need to be quarantined.

Therefore, depending on the degree of symptoms of the confirmed person, severe patients are given priority to hospitals, and relatively mild or suspected patients are quarantined within a certain area, such as at home, and managed over the telephone according to the manual under the supervision of the official in charge. As the number of persons continues to increase, problems such as departure of self-quarantine persons, occurrence of civil complaints, and limitations of response of officials in charge have arisen.

Unexamined Patent Publication No. 10-2017-0119448 (October 27, 2017)

The present invention is to solve the above-described conventional problems, and its object is to systematically provide self-isolators such as relatively mild patients or suspected patients among confirmed patients for infectious diseases caused by viruses, etc. It is intended to provide a disease management method and system for controlling and managing it.

In order to achieve the above object, a disease management method according to an aspect of the present invention is a disease management method performed in a disease management system including a user terminal, an API server, and a control server, comprising: (a) an insulator in the control server When the information is registered, transmitting app installation information for installing a disease management app (APP) from the API server to the user terminal of the insulator; (b) installing a disease management app based on the app installation information received from the API server in the user terminal; (c) determining whether the current location has deviated from the (preset) quarantine location in the disease management app of the user terminal, and notifying the departure information to the API server if the current location has deviated; (d) allowing a corresponding user terminal to output a warning message or a control server to output a departure message based on the departure information (number of times) received from the user terminal in the API server; And (e) the API server transmits a location authentication request message to the disease management app of the user terminal, and when the location authentication request message is received from the disease management app of the user terminal, the received location authentication request message is displayed and the location When the authentication button is activated and the user selects the activated location authentication button, the user accesses the corresponding location authentication page of the API server so that the user can perform the corresponding location authentication process, and the API server sends the location authentication request message to the user. If the location authentication process is not performed within a preset time from the time when the location authentication button is activated by transferring it to the disease management app of the terminal, it is determined that the location authentication has failed, and the corresponding authentication failure information is displayed when determining the location authentication failure. It may include a step of notifying the control server.

In the step (a), the app installation information may include URL (Uniform Resource Locator) information, and in the step (d), the API server warns by outputting a warning message to the user terminal whenever the insulator leaves, If the number of warnings exceeds the standard number, it can be notified to the control server.

In step (e), the location authentication request message may include a push message.

In step (e), the disease management app of the user terminal calculates the remaining time until the set location authentication time and displays it in real time, and when the displayed time ends, the location authentication request message may be exposed.

In the step (e), the disease management app of the user terminal may deactivate the location authentication button while the remaining time count is in progress, and activate the location authentication button when the count ends.

In order to achieve the above object, a disease management method according to another aspect of the present invention is a disease management method performed by an API server communicating with a user terminal and a control server, wherein (a) when the isolated person information is registered in the control server, Transmitting app installation information for installation of a disease management app (APP) to a user terminal of the insulator; (b) causing a warning message to be output from a corresponding user terminal or an exit message from a control server based on the departure information received from the disease management app of the user terminal; And (c) when the location authentication message is received from the disease management app of the user terminal by transmitting a location authentication request message to the disease management app of the user terminal, the received location authentication request message is displayed, as well as the location authentication of the user terminal. When the button is activated and the activated location authentication button is selected by the user, a corresponding location authentication page is provided so that the user can perform the corresponding location authentication process, and the location authentication request message is sent to the disease management app of the user terminal. If the location authentication process is not performed within a preset time from when the location authentication button is activated, it is determined that the location authentication has failed, and when the location authentication has failed, the authentication failure information is notified to the control server. It may include steps for.

In the step (a), the app installation information may include URL (Uniform Resource Locator) information, and the step (b) is based on the departure information received from the disease management app of the user terminal, whenever the insulator leaves. A warning message can be output to the user terminal, and if the number of warnings exceeds the reference number, it can be notified to the control server.

In step (c), the location authentication request message may include a push message, and in step (c), the remaining time until the location authentication time in the disease management app of the user terminal is displayed in real time, and the displayed time When this is finished, the location authentication request message may be exposed, and in step (c), the location authentication button is deactivated while the remaining time count is in progress in the disease management app of the user terminal, and when the count ends, the The location authentication button can be activated.

In order to achieve the above object, a disease management system according to another aspect of the present invention is a disease management system including a user terminal, an API server, and a control server, and when the isolator information is registered in the control server, the API server Transmitting app installation information for installation of a disease management app (APP) to the user terminal of the insulator; R to install a disease management app based on the app installation information received from the API server in the user terminal; The disease management app of the user terminal determines whether or not the current location has deviated from the quarantine location, and when deviated, notifies the corresponding departure information to the API server; The API server causes the corresponding user terminal to output a warning message or the control server to output a departure message based on the departure information received from the user terminal; The API server sends a location authentication request message to the disease management app of the user terminal, and when the location authentication request message is received from the disease management app of the user terminal, the received location authentication request message is displayed and the location authentication button is activated. And when the activated location authentication button is selected by the user, the user accesses the corresponding location authentication page of the API server to allow the user to perform the corresponding location authentication process, and the API server sends the location authentication request message to the disease management of the user terminal. If the location authentication process is not performed within a preset time from the time the location authentication button is activated by sending it to the app, it is determined that the location authentication has failed, and when the location authentication has failed, the authentication failure information is notified to the control server. Can be configured to

In order to achieve the above object, according to another aspect of the present invention, a computer-readable recording medium recording a program for executing the disease management method on a computer may be provided.

In order to achieve the above object, according to another aspect of the present invention, an application stored in a computer-readable recording medium may be provided in order to execute the disease management method in combination with hardware.

In order to achieve the above object, according to another aspect of the present invention, a computer program stored in a computer-readable recording medium may be provided in order to execute the disease management method on a computer.

According to various aspects of the present invention, among confirmed patients for infectious diseases caused by viruses, etc., there is an effect of systematically controlling and managing self-isolators such as relatively mild patients or suspected patients within a certain area through their mobile phone. have.

1 is a block diagram of a disease management system according to an exemplary embodiment of the present invention;
2 is a flow chart for enrolling and registering a quarantine subject in a disease management method according to an exemplary embodiment of the present invention
3 is a flow chart for real-time location of an isolated person in a disease management method according to an exemplary embodiment of the present invention;
4 is a flowchart for authenticating an insulator location in a disease management method according to an exemplary embodiment of the present invention;
5 to 15 are exemplary screen views of a user terminal implemented according to the disease management method of FIGS. 2-4 according to an exemplary embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Hereinafter, each embodiment according to the present invention is only one example for aiding understanding of the present invention, and the present invention is not limited to this embodiment. In particular, the present invention may be configured with a combination of at least one or more of individual configurations, individual functions, or individual steps included in each embodiment. In particular, for convenience, some claims in the claims include alphabets such as'(a)' for convenience, but these alphabets do not prescribe the order of each step. In addition, each signal mentioned in each embodiment according to the present invention may mean one signal transmitted by one connection or the like, but may also mean a series of signal groups transmitted for the purpose of performing a specific function to be described later. . That is, in each embodiment, a plurality of signals transmitted at a predetermined time interval or transmitted after receiving a response signal from a counterpart device may be expressed as one signal name for convenience.

1 is a block diagram of a disease management system according to an exemplary embodiment of the present invention, as shown in the figure, a communication network (1), a user terminal (3), an API server (5), and a control server (7) It may include.

The communication network 1 may be any single or complex network that enables communication between the user terminal 3, the API server 5, and the control server 7 by wired, wireless, and/or Internet connection. .

The user terminal 3 according to the present embodiment represents a terminal device used by a self-isolator against infectious diseases caused by viruses, etc., for example, a smart phone capable of voice communication, data communication, and Internet communication, It may include a mobile communication terminal, a PDA, a tablet PC, and the like.

The user terminal 3 according to the present embodiment may include a disease management app (APP), and the disease management app may include the following functions.

1. The current GPS coordinates of the user terminal 3 can be stored in the internal storage at the time set by the user on the setting screen of the user terminal 3 or at the time specified by the control server 7, and the storage period can be set separately. For example, it can be stored for up to 15 days.

2. The current GPS coordinates of the user terminal 3 may be transmitted to the API server 5, which is a related system API, at each time set by the user on the setting screen of the user terminal 3 or at the time specified by the control server 7. The control server 7 can forcibly designate a transmission time for each user type.

3. It can have the function of requesting real-time on-site inspection when determining signs of suspected transmission. When the on-site inspection request button is clicked on the vaginal examination app, the user's information and location are transmitted to the API server 5, and the inspection time and location transmitted from the control server 7 are received and displayed as push notifications and SMS texts. You can notify the user.

4. You can mark the time remaining until the quarantine is lifted.

5. Using GIS, I can mark the confirmed cases and areas of caution around me.

6. When the quarantine point deviates from a certain range, a departure prevention notification message is generated. When the notification is received more than a specified number of times, the user information may be delivered to the API server 5.

7. User location authentication can be performed by communicating with the API server 5 every time defined by the control server 7. A push message prompting for location authentication is received and displayed from the API server 5 at every specified time, and when the corresponding PUSH message is selected, the user moves to the authentication screen of the API server 5, enters a randomized authentication character, and performs authentication. Upon completion of the authentication, the information may be delivered to the API server 5.

8. You can request to approve departure. If a departure from an inevitable matter is necessary, a reason can be written and transmitted, and when approval is completed in the control server 7, real-time notification and details of actions taken can be checked.

9. Make it possible to expose information on nearby public health centers and inspection centers on the map screen.

10. I can expose the traffic lines of the confirmed patients around me on the map screen.

11. Match the traffic lines of my past and the traffic lines of the confirmed person stored in the server so that the contact area can be displayed using a map.

12. In connection with safe return, it has the function of displaying the dangerous area on the moving line and sending a notification message when moving to the dangerous area.

The API server 5 according to the present embodiment is an Application Programming Interface (API) server that relays communication between the user terminal 3 and the control server 7 and relays the communication between the user terminal 3 and the control server 7. It can communicate with and include the following functions.

1. Real-time coordinate transport and storage of user (isolator).

2. A large amount of coordinate transport and storage function stored in the user terminal (3).

3. Automatic user location authentication push notification result saving function at specified time.

4. Automatic warning message transmission function in case of departure from user-specified location.

5. Ability to transmit dangerous area, confirmed area, and confirmed person movement information to the disease management app (APP).

6. Automatic SMS notification function when there is no user coordinate transmission for more than a certain period of time.

7. If there is no transmission of user coordinates for a certain period of time or longer, the relevant information is propagated to the control server 7

8. Function to identify the contact area by matching the coordinates of the user's past and the moving line of the confirmed person.

9. Confirmation and delivery of CCTV list close to the confirmed person's traffic line.

10. Calculation and delivery of remaining time for quarantine, and automatic notification message delivery when quarantine time is complete.

The API server 5 transmits and displays a location authentication request message to the disease management app of the user terminal 3 (at a predetermined period of time), and enables the location authentication button of the user terminal 3 to be activated. When the location authentication button is selected from, a corresponding location authentication page is provided so that the user can perform a corresponding location authentication process, and when a corresponding location authentication failure is determined, the corresponding authentication failure information can be notified to the control server 7.

The functions of the control server 7 according to the present embodiment are defined as follows.

1. Display the current location of registered users on the GIS screen: Display the user's location by using a marker on the map, display the user name and information when the marker is clicked (address, contact information, current location, number of departures, quarantine start time, remaining quarantine Time) etc.

2. Real-time expression of users who have deviated from the designated place by a specified distance on the GIS screen function: Users who have deviated from the designated place by a certain distance or more are displayed as a GIS leaver marker in real time and a notification screen is displayed, and the user name and information are exposed when a marker is selected. , Contact information, current location, number of exits, quarantine start time, remaining quarantine time, etc.). Exposing the message send button, clicking the send message button, the previously saved message is delivered to the user by PUSH notification or SMS text. When the user returns to the designated place, it is changed to a normal marker. After sending a message, it is expressed with a special marker for defectors who have not returned to the designated place for more than a designated time and a notification message is displayed on the control screen.

3. Mass message and PUSH notification function to users stored in DB: Send all, send by category, send after search, send after search by period, etc. Select and send SMS / PUSH function.

4. Batch registration function using Excel: Confirmed person path and location information, and isolated person information registration.

5. Separator coordinate information Excel download function: Subdivision download function by classification, date, keyword search.

6. Real-time status and statistical information: Numerical exposure of the status information of confirmed persons, quarantines, quarantine release persons, quarantine release subjects, investigation subjects, and defectors. Provides statistical information using graphs (by date, week, month, target, location, etc.)

7. Provides APP download link using SMS to quarantine subjects.

8. Containment subject information CRUD function: Containment subject personal information (name, contact information, designated location address and coordinates, quarantine start date, gender, age, memo, etc.).

9. System setting function: Departure notification limit distance (set in M unit), user location authentication cycle time (hour unit), user GPS transmission cycle time (forced situation hour and minute unit), quarantine time (set by day unit) Etc.

10. CCTV information CRUD function.

11. Collective display of CCTV information on the moving line of the confirmed person: Displaying the CCTV list close to the confirmed person's line and downloading an Excel file.

FIG. 2 is a flowchart for registering and registering a person to be quarantined in a disease management method according to an exemplary embodiment of the present invention. Since it is applied to the devices 3, 5, and 7 of FIG. 1, it will be described in parallel with the operation of the device.

First, when the isolator information is registered in the control server (system) 7 (S201), the API server 5 receives and stores the isolator information from the control server 7 and stores the (service) status for the isolator. After changing the value to the installation standby state (of the disease management app) (S202), app installation information for installing the disease management app (APP) is transmitted to the user (isolator) terminal 3 (S203).

In this embodiment, the app installation information may include URL (Uniform Resource Locator) information, and this URL information may be transmitted through SMS (Short Massage Service).

Then, the user terminal 3 downloads and installs the disease management app based on URL information as an example of the app installation information received in step S203 (S204), and performs an app installation mobile phone authentication process (see FIG. 5). (S205).

Subsequently, when the authentication process is completed according to the authentication process in step S205 (S206), the API server 5 changes the state value of the insulator to the isolation standby state (S207), and transfers related information to the control server 7 It transmits so that it can display real-time control (S208).

In addition, the API server 5 transmits the basic setting value of the disease management app to the user terminal 3 (S209), and the user terminal 3 sets the received basic setting value to the disease management app (S210), Run the disease management app to start the disease management service and transmit the current location information (see FIG. 6) (S211).

Next, the API server 5 stores the location information of the isolator transmitted from the user terminal 3 (S212), changes the status value of the isolator to the quarantine state (S213), and then transfers the related information to the control server 7 ) To display real-time control (S208).

For reference, in this embodiment, the isolator state value and the service state value may be defined as shown in Table 1-2 below.

[Table 1]

[Table 2]

FIG. 3 is a flow chart for real-time location of an isolated person in a disease management method according to an exemplary embodiment of the present invention. Since it is applied to the devices 3, 5, and 7 of FIG. 1, it will be described in parallel with the operation of the device.

First, the disease management app of the user terminal 3 performs real-time check of the current location through GPS (S301), determines whether the current location has deviated from the (preset) quarantine location (S302), and In this case, the departure information is notified to the API server 5 (S303).

Subsequently, the API server 5 stores the departure information received from the user terminal 3 (S303), determines whether the number of departures of the insulator exceeds the reference number, and pushes a warning message when it is determined that it is not exceeded. It notifies the user terminal 3 through a (push) notification or the like, and when it is determined that it exceeds, a departure message is notified to the control server 7 (S304).

Then, the user terminal 3 outputs and displays the warning message received from the API server 5 (S305), and the control server 7 outputs and displays the departure message received from the API server 5 (S306). ).

Subsequently, the control server 7 outputs and displays the departure message in step S306, and then checks the information of the insulator (contact, designated location, current location, etc.) (S307), and warns the insulator through a phone call. The contact is made (S308), and the situation is communicated to the police, public health centers, etc. around the defector so that they can take action quickly (S309).

In the embodiment of FIG. 3, the disease management app of the user terminal 3 may determine whether or not the insulator is separated at a preset time (for example, 5 minutes) in step S302, and the API server 5 is a preset number of times. If (for example, 3 times) deviates more than one, the subject is switched to the subject of priority monitoring, and the subject of the subject of critical management may be immediately exposed to the screen of the control server 7 upon departure.

In the embodiment of FIG. 3, the API server 5 warns by outputting a warning message to the user terminal 3 whenever the insulator leaves, and when the number of warnings exceeds the reference number, the API server 5 is sent to the control server 7 You can notify.

FIG. 4 is a flowchart for authenticating the location of an isolated person in a disease management method according to an exemplary embodiment of the present invention. Since it is applied to the devices 3, 5, and 7 of FIG. 1, it will be described in parallel with the operation of the device.

First, the API server 5 checks the immediate previous location authentication time from the insulator information (S401), determines whether the current time has elapsed from the previous location authentication time by a preset time (S402), and if elapses, the location authentication The request message is transmitted to the disease management app of the user terminal 3 in a push message method (S403).

Subsequently, the disease management app of the user terminal 3 accesses the corresponding authentication page of the API server 5 or another authentication server based on the location authentication request message received from the API server 5 (S404) so that the user The location authentication process can be performed (S405), and the API server 5 determines whether or not the user performs location authentication within a preset time (S406).

Subsequently, the API server 5 processes the authentication when location authentication is performed by the user within a preset time as a result of the determination in step S406 (S407), and transmits the authentication completion message to the disease management app of the user terminal 3 to the user terminal ( The location authentication process in 3) is completed (S408).

Finally, if the location authentication is not performed by the user within a preset time as a result of the determination in step S406, the API server 5 changes the status value of the insulator to an authentication time elapsed (or authentication failure) state (S409), and The information is notified to the control server 7 so that the control server 7 exposes an authentication time elapsed message for the insulator (S410).

In the embodiment of FIG. 4, the disease management app of the user terminal 3 calculates the remaining time until the set location authentication time and displays it in real time, and when the displayed time ends, it can expose a location authentication request message, and the set location authentication time The location authentication button is deactivated while the count of the remaining time until the count is in progress, and when the count is finished, the location authentication button is activated so that the user can perform the location authentication process.

5 to 15 are exemplary screen views implemented by executing a disease management app of the user terminal 3 according to the disease management method of FIGS. 2-4 according to an exemplary embodiment of the present invention.

5 shows a screen for installation authentication of a disease management app and has the following functions.

When you click the Get Authentication Number (①) button, check whether the name/mobile phone is entered, make it possible to enter only numbers for the mobile phone number, and if there is no problem with the input content, request the authentication number from the server, enter the authentication number (②) or check the authentication number. (③) Deactivate so that the Receive authentication number (①) button cannot be selected when exposed.

When the item to receive the authentication number (①) is completed, the input window for entering the authentication number (②) is exposed, and for example, only numbers can be entered.

When receiving the authentication number (①) is completed, the authentication number confirmation button (③) is exposed, and when the authentication number confirmation button (③) is selected, the authentication number input (②) is checked.

If authentication is successful at the server, the installation authentication success message is displayed on the screen through the exposure pop-up window (④), and if you click OK, the next page is moved.

When the app is installed for the first time or when the user has not been authenticated for installation, the screen unconditionally appears behind the intro screen. All input values must be treated as required input values. In case the installation authentication process is delayed, the loading window can be displayed when checking the authentication number.

6 shows the service start screen of the disease management app, and has the following functions.

If there is no quarantine location value, the location registration button (①) is exposed, and if there is a quarantine location value, it is not exposed. When the location registration button (①) is selected, the address search is exposed, and when the address is selected, the address value is input/exposed in the quarantine location (②) item. When the self-isolation start (⑤) button is clicked, the location registration button (①) disappears.

Converts the current GPS coordinates to an address and exposes it to the current location (③) item.

The separation distance (④) is calculated only when the quarantine location is registered, and the current GPS location and the coordinate distance of the quarantine location are calculated and exposed in meters.

The self-isolation start (⑤) button is activated only when the departure distance is within the set distance (eg 50M). The start of self-isolation is exposed only once after initial installation certification, and not afterwards.

The remaining time is calculated after the service is executed by clicking the self-isolation start (⑤) button, and when the app is deleted and reinstalled, information is exposed based on the existing data.

7 shows the service main screen of the disease management app and has the following functions.

The disease management app can calculate the remaining time (①) until the location authentication time set on the service main screen and display it in real time. Even in the dormant state, the time (①) should be calculated, and when the time (①) ends, an authentication request message such as "000, please proceed with location authentication" is displayed, and the time (①) ends even in the dormant state. If so, the authentication execution message can be exposed.

When counting the remaining time (①) until the set location authentication time is in progress, the location authentication button (②) is deactivated. When the count is over, the location authentication button (②) is activated, and the activated location authentication button (②) is clicked. You can move to the city location authentication page and allow the user (isolator) to perform location authentication.

When the inspection request button (③) is clicked, the isolator information is transmitted to the server in real time, and the loading screen ⑤ is exposed after selecting the inspection request button (③).

If you click the current location edit button (④), you can move to the current location edit screen.

The loading screen (⑤) is a waiting screen for receiving an inspection request, and '000 is in the process of requesting inspection. The loading screen is displayed with a message such as'Please wait a moment', the loading screen disappears when the cancel button is selected, and the cancellation details are transmitted to the server when the cancel button is selected.

When the server confirms the acceptance of the inspection request, the inspection request '000 has been received. Please wait for contact with the person in charge.', and when you click OK, the loading screen disappears, and when the confirmation button is clicked, the inspection request button (③) is changed to the inspection waiting state, and the inspection request button (③ is treated as inactivation, and the isolation level is changed from'self-consciousness' to'suspicious of infection'.

8 shows a service end screen (a state of waiting for approval by a person in charge) of the disease management app, and has the following functions.

When the quarantine request button (①) is clicked, '000 is in the process of requesting cancellation. A message loading screen (②) such as'Please wait a moment' is displayed, and information on requesting quarantine termination of the isolated person is transmitted to the server.

The message loading screen (②) disappears automatically when approval is processed by the server and changes to the service end screen.

The service end screen of FIG. 8 is a screen that is exposed when the quarantine time is over. This screen is exposed until the person in charge is approved, and the person in charge can move from the control screen to the service end screen when processing approval without requesting to terminate the quarantine. .

9 shows a service termination screen (a person in charge approval completed state) of the disease management app, and has the following functions.

When the system end button (①) is clicked on the service end screen of FIG. 9, the app service is terminated, and location information transmission and all other services are also terminated.

10 shows the self-diagnosis screen of the disease management app and has the following functions.

When the self-diagnosis button at the bottom of the app screen is clicked, the self-diagnosis screen of FIG. 10 is exposed, and only one Yes/No button can be selected on the corresponding self-diagnosis screen.

When all 6 items in the corresponding self-diagnosis screen are selected, the check button is activated, and when the activated check button is clicked, the result screen of Fig. 11 is moved.

11 shows the self-diagnosis result screen of the disease management app and has the following functions.

If the result is normal, the test end button (①) is exposed. If the result is in doubt, the test request button (②) is exposed.

When you click the inspection end button (①), it moves to the main, and when you click the inspection request button (②), '000's inspection is being requested. Please wait a moment.' message window ③ is exposed, and the test details are sent to the server.

When the server confirms receipt of the person in charge, '000's inspection request has been received. Please wait for contacting the person in charge.', and the window ④ is exposed, and when the confirmation button is selected in the window ④, it moves to the main window.

12 shows the information field list screen of the disease management app and has the following functions.

When the information field button at the bottom of the app screen is clicked, the information field list screen of FIG. 12 is exposed, and one button can be selected from the information list of the screen.

When one item button is clicked in the information list of the screen, it moves to the information field detail screen of FIG. 13.

13 shows a detailed screen of the information field of the disease management app, and detailed contents of an item selected on the information field list screen of FIG. 12 are provided and exposed from the server.

14 shows the 1:1 inquiry list screen of the disease management app. When the 1:1 inquiry button at the bottom of the app screen is clicked, a screen including a 1:1 inquiry list and an inquiry creation button is displayed as shown in FIG. 14. When clicking the Create Inquiry button, an inquiry message can be created, and when one item from the 1:1 inquiry list is selected, it moves to the 1:1 inquiry detail screen of FIG. 15.

15 shows a detailed screen of 1:1 inquiry of the disease management app, and details of the inquiry content of the selected item from the 1:1 inquiry list of FIG. 14 and the response (or waiting for response) to the inquiry content from the server Provided and exposed.

Meanwhile, it goes without saying that the process of performing each of the above-described embodiments may be performed by a program or an application stored in a predetermined recording medium (eg, a computer-readable recording medium). Here, the recording medium includes all of an electronic recording medium such as a random access memory (RAM), a magnetic recording medium such as a hard disk, and an optical recording medium such as a compact disk (CD).

In this case, the program stored in the recording medium may be executed on hardware such as a computer or a smartphone to perform each of the above-described embodiments. In particular, the control method of the user terminal 10 according to the present invention described above may be implemented by such a program or application.

In addition, the present invention is not limited to the specific embodiments described above, but can be implemented with various modifications and modifications without departing from the gist of the present invention. It will be apparent that such modifications and modifications are included in the present invention if they fall within the appended claims.

1: communication network
3: User terminal
5: API server
7: control server

Claims (16)

A disease management method performed in a disease management system including a user terminal, an API server, and a control server,
(a) when the insulator information is registered in the control server, transmitting the app installation information for installing the disease management app (APP) from the API server to the user terminal of the insulator;
(b) installing a disease management app based on the app installation information received from the API server in the user terminal;
(c) determining whether the current location deviates from the quarantine location in the disease management app of the user terminal, and notifying the departure information to the API server when the current location deviates from the quarantine location;
(d) allowing a corresponding user terminal to output a warning message or a control server to output a departure message based on the departure information received from the user terminal in the API server; And
(e) The API server transmits a location authentication request message to the disease management app of the user terminal, and when the location authentication request message is received from the disease management app of the user terminal, the received location authentication request message is displayed and location authentication When the button is activated and the activated location authentication button is selected by the user, the user accesses the corresponding location authentication page of the API server so that the user can perform the corresponding location authentication process, and the API server sends the location authentication request message to the user. When the location authentication process is not performed within a preset time from the time when the location authentication button is activated by transmitting it to the disease management app of the terminal, it is determined that the location authentication has failed and the authentication failure information is notified to the control server. step;
Disease management method comprising a. The method of claim 1,
In the step (a), the app installation information includes URL (Uniform Resource Locator) information. The method of claim 1,
In step (d), the API server warns by outputting a warning message to the user terminal every time the insulator leaves, and notifies the control server when the number of warnings exceeds the reference number. The method of claim 1,
In the step (e), the location authentication request message comprises a push message. The method of claim 1,
In step (e), the disease management app of the user terminal calculates and displays the remaining time until the set location authentication time in real time, and exposes a location authentication request message when the displayed time ends. The method of claim 5,
In the step (e), the disease management app of the user terminal deactivates the location authentication button while the remaining time count is in progress, and activates the location authentication button when the count ends. As a disease management method performed by an API server communicating with a user terminal and a control server,
(a) when the insulator information is registered in the control server, transmitting app installation information for installing a disease management app (APP) to the user terminal of the insulator;
(b) causing a warning message to be output from a corresponding user terminal or an exit message from a control server based on the departure information received from the disease management app of the user terminal; And
(c) When the location authentication message is received from the disease management app of the user terminal by transmitting a location authentication request message to the disease management app of the user terminal, the received location authentication request message is displayed and a location authentication button of the user terminal Is activated, and when the activated location authentication button is selected by the user, a corresponding location authentication page is provided so that the user can perform the corresponding location authentication process, and the location authentication request message is sent to the disease management app of the user terminal. When the location authentication process is not performed within a preset time from the time when the location authentication button is activated by transmitting, determining that the location authentication has failed and notifying the corresponding authentication failure information to the control server;
Disease management method comprising a. The method of claim 7,
In the step (a), the app installation information includes URL (Uniform Resource Locator) information. The method of claim 7,
In step (b), a warning message is output to the user terminal every time the isolated person leaves, based on the departure information received from the disease management app of the user terminal, and if the number of warnings exceeds the reference number, it is sent to the control server. Disease management method, characterized in that notifying. The method of claim 7,
In the step (c), the location authentication request message comprises a push message. The method of claim 7,
The step (c) is a disease management method characterized in that the time remaining until the location authentication time is displayed in real time in the disease management app of the user terminal, and the location authentication request message is exposed when the displayed time ends. The method of claim 11,
In the step (c), the location authentication button is deactivated while the remaining time count is in progress in the disease management app of the user terminal, and the location authentication button is activated when the count is over. . A disease management system including a user terminal, an API server, and a control server,
When the insulator information is registered in the control server, the API server transmits the app installation information for installing the disease management app (APP) to the user terminal of the insulator;
Install a disease management app in the user terminal based on the app installation information received from the API server;
The disease management app of the user terminal determines whether or not the current location has deviated from the quarantine location, and when deviated, notifies the corresponding departure information to the API server;
The API server causes the corresponding user terminal to output a warning message or the control server to output a departure message based on the departure information received from the user terminal;
The API server sends a location authentication request message to the disease management app of the user terminal, and when the location authentication request message is received from the disease management app of the user terminal, the received location authentication request message is displayed and the location authentication button is activated. And, when the activated location authentication button is selected by the user, the user accesses the corresponding location authentication page of the API server so that the user can perform the corresponding location authentication process, and the API server sends the location authentication request message to the disease of the user terminal. When the location authentication process is not performed within a preset time from the time when the location authentication button is activated by transmitting to the management app, it is determined that the location authentication has failed, and the authentication failure information is notified to the control server. Disease management system. A computer-readable recording medium storing a program for executing the disease management method according to any one of claims 1 to 12 on a computer. An application stored in a computer-readable recording medium to execute the disease management method according to any one of claims 1 to 12 in combination with hardware. A computer program stored in a computer-readable recording medium in order to execute the disease management method according to any one of claims 1 to 12 on a computer.

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