KR102216060B1 - Monitoring verification system for suspected infectious diseases using virtual data - Google Patents

Abstract

The present invention relates to a monitoring verification system for a subject suspected of an infectious disease using virtual data. The system can monitor the response when abnormal symptoms of a self-quarantined person occur. The monitoring verification system for a subject suspected of an infectious disease using virtual data according to the present invention comprises: a monitoring server; a health center terminal; and a dedicated personnel terminal.

Description

Monitoring and verification system for suspected infectious diseases using virtual data {MONITORING VERIFICATION SYSTEM FOR SUSPECTED INFECTIOUS DISEASES USING VIRTUAL DATA}

The present invention relates to a system for monitoring and verifying suspicious infectious diseases using virtual data, and more specifically, it is possible to generate location information and body information of a virtual self-quarantine and provide the status of the information for monitoring, and use virtual data. Thus, it relates to a system for monitoring and verifying suspicious infectious diseases using virtual data that enables self-quarantine personnel to monitor responses when abnormal symptoms occur.

Various new infectious diseases are appearing due to frequent movement of people between countries, environmental destruction, climate, environment and ecosystem changes. As shown in the 2015 MERS outbreak, infectious diseases that have flowed into and spread domestically cause great damage to individuals' lives and property, and further, cause enormous economic and social losses both nationally and socially.

Meanwhile, in Articles 47 and 49 of the Infectious Disease Prevention and Management Act (hereinafter referred to as the Infectious Disease Prevention Act), in order to prevent and prevent the spread of infectious diseases, the government shall place persons suspected of being infected with infectious disease pathogens (subjects of infectious diseases) to appropriate places It was decided that measures such as quarantine should be taken for a certain period of time.

Suspected infectious disease targets are divided into close contact (check the phone once a day) and daily contact (text guidance), and the current management of suspected infectious diseases relies on manual work. Therefore, a blind spot for surveillance may occur due to the limitation of administrative power of local health centers.

Close contacts are reported to the Centers for Disease Control and Prevention and self-isolation is under the control of a local public health center. If it is judged as a close contact, self-isolation at home and whether symptoms occur during the longest incubation period of the disease are checked. Isolation is the most essential measure to prevent and prevent the spread of infectious diseases in public health. It is a measure to protect the public from the risk of infectious diseases and to minimize social and economic losses.

In order to prevent the spread of infectious diseases, the monitoring and management of self-quarantine is very important, and during the 15-year MERS outbreak, the self-isolated person among the contacted persons visited the residence of the self-quarantine at the competent health center and monitored through telephone. However, when large-scale contact occurs in the future, it is believed that there will be a limit to responding to self-quarantine with small personnel.

On the other hand, ICT technology is being proposed as a technical alternative to efficiently manage large-scale self-isolation with a small number of personnel, but there is no experience in applying the actually developed technology in the field.

Failure to properly prepare and respond to the public health crisis caused by the new infectious disease can lead to national crisis and disaster situations, such as failure to suppress early virus spread and delay in accurate information disclosure. Therefore, it is necessary to establish an effective system for the prevention and spread of new infectious diseases, and construction of a verification system to verify the system is also required.

Republic of Korea Patent Publication No. 10-2017-0053145 (published on May 15, 2017) Republic of Korea Patent Publication No. 10-1779705 (2017. 09. 20. Announcement) Republic of Korea Patent Publication No. 10-2020-0078860 (published on February 2, 2020)

An object of the present invention for solving the above-described problem is to generate location information and body information of a virtual self-isolation person, and provide the status thereof to monitor, and use the virtual data to monitor the occurrence of abnormal symptoms of the self-isolation person. It provides a system for monitoring suspected infectious diseases using virtual data that can monitor responses.

In order to achieve the above object, the system for monitoring and verifying suspected infectious diseases using virtual data according to an embodiment of the present invention receives a list of self-isolation targets from a health authority server, and is in charge of the self-isolation targets. ) To allocate and manage a monitoring server that provides monitoring information of the self-isolation target, and connects to the monitoring server to select and register a new self-isolation target among the self-isolation targets, and assigns the dedicated staff. It receives the monitoring information by accessing the managed health center terminal and the monitoring server, determines the occurrence of abnormal symptoms of the self-isolation target based on the received monitoring information, and sends a response instruction signal to the monitoring server when abnormal symptoms occur. It includes a dedicated personnel terminal that transmits, and the monitoring server, upon receiving the response instruction signal, transmits alarm information to a police agency server, a local medical institution server, or a related institution server, wherein the monitoring server is a virtual device for the self-isolation target. A virtual data generation module that generates virtual data including location information and virtual body information, and determines whether information on abnormal symptoms is included in the virtual data, and when the virtual data includes information on abnormal symptoms, the dedicated personnel It is determined whether the terminal has transmitted a response instruction signal to the monitoring server, and when the monitoring server receives the response instruction signal, it is determined whether alarm information is transmitted to the National Police Agency server, the local medical institution server, or the related institution server, It further includes a virtual test verification module that provides monitoring information on the result of the determination.

The provision of monitoring information of the monitoring server includes the screen content generated by calculating the isolator information including the location information and the body information generated by the virtual data generation module to the health center terminal, the dedicated personnel terminal, and the isolator terminal. It is made in the form of a dashboard displayed on the screen of.

The monitoring server further includes a management target DB in which information of the self-isolation target is previously stored, and the virtual data generation module receives a specific situation, and according to the received specific situation, the self-isolation previously stored in the management target person DB Receives the subject's information and creates virtual data.

The abnormal symptoms include signs of departure from the quarantine site and signs of symptomatic, and if the signs of departure from the quarantine site are signs, the dedicated agent terminal transmits information about leaving the quarantine site to the insulator terminal for a return map. And, when the isolator terminal does not return to the quarantine site, the alarm information is transmitted to the National Police Agency server, and when the abnormal symptom is a symptomatic symptom, the dedicated agent terminal, the local medical institution server or the The alarm information is transmitted to the related organization server.

In the assignment of the dedicated personnel, any one of the available monitoring personnel is assigned as the dedicated personnel, and the task concentration of the available monitoring personnel is determined, and the health center terminal, in the event of the task shift, assigns the dedicated personnel according to the input of the holder. Assign.

According to the present inventors' suspected infectious disease monitoring and verification system using virtual data, it is possible to generate location information and body information of a virtual self-isolation person, provide the status thereof, and monitor, and use virtual data to monitor abnormal symptoms of self-isolation person. It has the effect of monitoring the response when it occurs.

1 is a block diagram showing the configuration of a system for monitoring and verifying suspected infectious diseases using virtual data according to the present invention.
2 to 8 are diagrams showing monitoring information provided by a monitoring server according to the present invention.

Hereinafter, some embodiments of the present invention will be described in detail through exemplary drawings. In adding reference numerals to constituent elements in each drawing, it should be noted that the same constituent elements are given the same reference numerals as much as possible even though they are indicated on different drawings.

Further, in describing an embodiment of the present invention, if it is determined that a detailed description of a related known configuration or function interferes with an understanding of the embodiment of the present invention, a detailed description thereof will be omitted.

In addition, in describing the constituent elements of the embodiments of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are only used to distinguish the component from other components, and the nature, order, or order of the component is not limited by the term.

In the present specification, the singular form also includes the plural form unless specifically stated in the phrase. As used in the specification, “including” and/or “including” does not exclude the presence or addition of one or more other elements other than the mentioned elements.

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

1 is a block diagram showing the configuration of a system 1000 for monitoring a suspected infectious disease subject using virtual data according to the present invention.

Infectious disease suspected subject monitoring verification system 1000 using virtual data according to the present invention, referring to Figure 1, the monitoring server 100 and the monitoring server 100 that provides to monitor the status of self-quarantine subjects, etc. It includes a health center terminal 10, a dedicated personnel terminal 20, and an insulator terminal 30 accessible through wired and wireless communication.

The system 1000 for monitoring and verifying suspected infectious diseases using virtual data according to the present invention, in detail, receives a list of self-isolation targets from the health authority server 1, and is in charge of the self-isolation targets. A monitoring server 100, which provides monitoring information of the self-isolation target, and access to the monitoring server 100, selects and registers a new self-isolation target among the self-isolation targets, and A health center terminal 10 that manages the assignment of personnel, a monitoring device (not shown) that accesses the monitoring server 100 to receive the monitoring information and collects monitoring information of the self-isolation target to the self-isolation target person. Allocates and registers the information and status of the assigned monitoring device to the monitoring server 100, determines the occurrence of abnormal symptoms of the self-isolation target based on the received monitoring information, and when abnormal symptoms occur, the monitoring server Receives location information and body information of the self-isolation target from the dedicated personnel terminal 20 that transmits a response instruction signal to 100 and the monitoring device assigned to the self-isolation target, and transmits it to the monitoring server 100 It includes an isolator terminal 30.

The monitoring server 100 according to the present invention receives a list of persons subject to self-isolation from the health authority server 1. In the present specification, the health authority server 1 may be a server that stores and manages information related to infectious diseases in government agencies or cities and provinces related to health. The health authority server 1 provides the monitoring server 100 with a list of those who have undergone an infectious disease test and who are not doctor patients or those who are not subject to investigation (hereinafter, subject to self-isolation). Individuals subject to self-isolation should refrain from going out and contact outside themselves in their own home.

The health center terminal 10 according to the present invention is a terminal possessed by a health center manager working in a health center. The health center terminal 10 accesses the monitoring server 100 to receive a list of self-isolation targets. The health center terminal 10 selects a new self-isolation target from the list of self-isolation targets received. The health center terminal 10 receives a list of persons subject to self-isolation by accessing the monitoring server 100 at a predetermined period (eg, 6 am every day). The health center terminal 10 selects a new self-isolation target by comparing the received list of self-isolation targets with the previously received list of self-isolation targets.

The health center terminal 10 according to the present invention generates a list of selected new self-isolation targets and transmits the generated information of the new self-isolation targets to the monitoring server 100, and the monitoring server 100 It stores the information of the subject of quarantine. The health center terminal 10 registers the new self-isolation target person in the monitoring server 100 by transmitting information of the new self-isolation target person to the monitoring server 100.

Monitoring server 100 according to the present invention, the information of the new self-isolation subject received, in the form of a dashboard, to be described later, in the form of a health authority server (1), a health center terminal (10), a dedicated personnel terminal (20) and / Or provide to the isolator terminal 30. The information of the new self-isolation target provided by the monitoring server 100 may be provided as a daily status. The monitoring server 100 may further include a management target DB in which information of a new self-isolation target is stored. In the management target DB, the location information and body information of the self-isolation target measured by the monitoring device, which will be described later, are also stored. At this time, the monitoring server 100 may transmit the information of the new self-isolation target person to the health center terminal 10 possessed by the health center manager who works in the local health center where each new self-isolation target person belongs.

The monitoring server 100 according to the present invention may transmit information indicating that a new self-isolation target has been selected and registered as a new self-isolation target to the isolator terminal 30. That is, the monitoring server 100 may notify the fact that a new self-isolation target has been made to the insulator terminal 30.

The monitoring server 100 according to the present invention allocates a dedicated agent to manage and manage the new self-isolation target after receiving information of the new self-isolation target. Assignment of the dedicated personnel of the monitoring server 100, any one of the previously stored available monitoring personnel may be assigned as a dedicated agent. In the present specification, the monitoring agent and the dedicated agent may be a self-container-dedicated public official designated to manage a person subject to self-isolation among public officials. The information of the monitoring personnel and the assigned dedicated personnel is stored in the personnel DB included in the monitoring server 100.

The monitoring server 100 according to the present invention may determine the task concentration of available monitoring personnel when assigning a dedicated agent to a new self-isolation target. When assigning a dedicated agent, the monitoring server 100 inquires the operation status of the monitoring agent in the agent DB. After the monitoring server 100 inquires the operation status of the monitoring personnel, it is possible to determine that more self-isolation targets have been assigned to a small number of monitoring personnel than the plurality of monitoring personnel. At this time, the average value of self-quarantine subjects assigned to all monitoring personnel may be used. The use of the average value when assigning dedicated personnel is, for example, when the exclusive assignment of self-containment subjects exceeding 10% of the average value of the self-containment subjects assigned to all monitoring personnel is assigned to a small number of monitoring personnel, the monitoring server 100 , It is possible to transmit a signal to the public health center terminal (10) for the occurrence of the task force phenomenon.

The health center terminal 10 according to the present invention may receive a signal from the monitoring server 100 to generate a task force phenomenon. The health center terminal 10 can manage the assignment of dedicated personnel when it receives the signal for the occurrence of the task shift, and in detail, the holder of the terminal 10 for the health center 10 that has received the signal for the occurrence of the task shift is the health center terminal 10. By entering the dedicated personnel who will be in charge of the self-containment target of the available monitoring personnel, a dedicated personnel is assigned. Therefore, it is possible to prevent the monitoring personnel from being distracted. However, the health center terminal 10 is not limited to managing the assignment of dedicated personnel only when it receives a signal for the occurrence of a task force phenomenon. The health center terminal 10 may manage the assignment of dedicated personnel by rearranging the dedicated personnel assigned by the monitoring server 100.

On the other hand, the excess% value of the average value for grasping the task force phenomenon according to the present invention may be preset. Alternatively, the% value exceeding the average value to be used in the task force phenomenon may change in proportion to the number of self-quarantine subjects previously assigned to a plurality of monitoring personnel. For example, if the average value of self-isolation targets pre-assigned to all monitoring personnel is a single digit (0 to 9), the average value of self-isolation targets pre-assigned to a small number of monitoring personnel is pre-assigned to all monitoring personnel. When the average value of the subject is exceeded by 20%, the monitoring server 100 determines the concentration of work, and if the average value of the self-isolation subject previously assigned to all monitoring personnel is two digits (10 to 99), it is written to a small number of monitoring personnel. When the average value of the assigned self-isolation targets is 10% above the average value of the self-isolation targets previously assigned to all monitoring personnel, the monitoring server 100 judges the task shift, and the average value of the self-isolation targets previously assigned to all monitoring personnel In the case of these three digits (100 to 999), when the average value of the self-isolation targets previously assigned to a small number of monitoring personnel is 5% above the average value of the self-isolation targets previously assigned to all monitoring personnel, the monitoring server 100 focuses on work. Can judge the phenomenon.

As described above, as the excess% value fluctuates when determining the task shift phenomenon of the monitoring server 100, it is possible to divide the task of the monitoring personnel, while preventing frequent determination of the occurrence of task shift.

The system 1000 for monitoring and verifying suspected infectious diseases using virtual data according to the present invention further includes a dedicated agent terminal 20 possessed by a dedicated agent assigned by the monitoring server 100 or the health center terminal 10.

The dedicated personnel terminal 20 according to the present invention connects to the monitoring server 100 to receive monitoring information of the self-isolation target. Monitoring information of the self-isolation target provided by the monitoring server 100 will be described later.

The dedicated personnel assigned by the monitoring server 100 or the health center terminal 10 allocates a monitoring device to a person subject to self-isolation. The information and status of the assigned monitoring device are registered in the monitoring server 100 by the dedicated personnel terminal 20. The information of the assigned monitoring device includes the identification number of each monitoring device and the information of the assigned self-isolation target. The status of the assigned monitoring device includes standby, use or disposal. The status of the monitoring device is'standby' before being assigned to the self-isolation target, and'use' after being assigned, and after the self-isolation target is released or self-isolation ends The state can be'discarded'. The status information of the monitoring device may be registered in the monitoring server 100 by the dedicated personnel terminal 20, respectively. The status of the monitoring device can be set and registered and managed as'standby','used', and'discarded', so that the monitoring device used by any one self-isolation target can be discarded, that is, managed as disposable.

The monitoring device according to the present invention collects monitoring information of a person subject to self-isolation. The monitoring information of the self-isolation target collected by the monitoring device is transmitted to the monitoring server 100 by the isolator terminal 30. The isolator terminal 30 is a terminal possessed by a self-isolation target and is capable of wired or wireless connection with a monitoring device. The monitoring device collects physical information such as body temperature, heart rate, blood oxygen porosity, and respiratory rate of the subject of self-isolation, and location information based on GIS (Geographic Information System) or GPS (Global Positioning System) (hereinafter referred to as'location information'). I can. In the conventional monitoring app that collects body information of self-isolation targets, the self-isolation target directly inputs their body information twice a day at a set time. The monitoring device according to the present invention measures the body information of the person subject to self-isolation at constant time intervals, and it is possible to transmit the measured information in real time. Information measured by the monitoring device can be converted into a standardized state so that terms, forms, units, periods, or expression methods can be used universally.

The monitoring device according to the present invention includes a known smart watch or a known smart patch. It may also be a known smartphone possessed by each insulator. Monitoring devices are possessed or worn by self-isolation targets, and information is collected using IoT technology.

When the self-containment target is selected and registered as a self-isolation target, the dedicated personnel terminal 20 registers the location where the self-isolation target is to be self-contained, that is, the quarantine location in the monitoring server 100. The quarantine location for each registered self-isolation target may be stored in the quarantine location DB included in the monitoring server 100. The dedicated personnel terminal 20 may register a location in which the self-isolation target person cannot access to the monitoring server 100, and the location in which the self-isolation target person cannot access may include, for example, the location of a public facility. I can.

The monitoring server 100 according to the present invention can determine that the self-isolation target person has left the quarantine location through the location information of the self-isolation target person measured and received from the monitoring device, and receives the body information of the self-isolation target person. Through this, it is possible to determine whether the person subject to self-isolation has symptoms.

The monitoring device according to the present invention can also measure the location where the self-isolation target is located or time information located at the location. Therefore, not only the location information of the current self-isolation target can be collected, but also information on the time the self-isolation target has stayed at a specific location and information located at a place that matches the list of places to be avoided by the self-isolation target can be collected.

The monitoring device according to the present invention may collect location information, body information, and the location information or activity information calculated from the body information of the self-isolation target. The monitoring device can collect activity information that the subject of self-isolation should avoid. Activities to be avoided by self-isolation subjects may include, for example, vigorous exercise, drinking alcohol or smoking.

The monitoring device according to the present invention collects the heart rate or respiration rate of the self-isolation target and transmits it to the monitoring server 100, and the dedicated personnel terminal 20 is the heart rate of the self-isolation target provided by the monitoring server 100. An increase or increase in respiratory rate can be used to determine the symptoms of self-isolation.

The dedicated personnel terminal 20 according to the present invention can determine abnormal symptoms including the self-isolation target's departure from the quarantine location and symptomatic signs according to the location information and body information of the self-isolation target measured by the monitoring device. . That is, the dedicated personnel terminal 20 may determine abnormal symptoms including the self-quarantine subject's departure from the quarantine location and symptomatic symptoms, based on the monitoring information of the self-isolation subject provided by the monitoring server 100.

The dedicated personnel terminal 20 according to the present invention transmits a response instruction signal to the monitoring server 100 after determining the occurrence of abnormal symptoms of the self-isolation target. After receiving the response instruction signal, the monitoring server 100 performs an appropriate response according to each abnormal symptom.

On the other hand, it is not limited to the occurrence of abnormal symptoms determined only by the dedicated personnel terminal 20, the monitoring server 100, based on the information received from the monitoring device, to determine that the abnormal symptoms occurred in the self-isolation target. May be. As described above, the monitoring server 100 may determine that abnormal symptoms have occurred in the self-isolation target person based on the location information and body information of the self-isolation target person measured and received by the monitoring device.

When it is determined that an abnormal symptom has occurred in the self-isolation target by the dedicated agent terminal 20, the dedicated agent terminal 20 transmits a response instruction signal to the monitoring server 100. The monitoring server 100 receiving the response instruction signal transmits alarm information containing information according to the occurrence of the abnormal symptom to the National Police Agency server 3, the local medical institution server 5, or the related institution server 7 according to the type of the abnormal symptom. Send. On the other hand, the determination of occurrence of abnormal symptoms may also be made in the monitoring server 100.

The abnormal symptoms according to the present invention, as described above, include signs of departure from the quarantine site and symptomatic signs.

When the abnormal symptom determined by the monitoring server 100 according to the present invention or the abnormal symptom according to the response instruction signal received by the monitoring server 100 is a sign of the self-quarantine subject's departure from the quarantine location, the monitoring server 100 is a dedicated agent The terminal 20 may transmit information about the self-isolation target person leaving the quarantine location. Receiving the information about the self-isolation target's departure from the quarantine site, the dedicated personnel terminal 20 transmits information indicating that the quarantine site has left the quarantine site to the quarantine terminal 30 to perform a return guidance. Information transmission during the return guidance may use a text message method using a pop-up or a voice transmission method of an automatic response service (ARS). If the location information of the isolator terminal 30 is not returned to the pre-stored quarantine location even after a preset period of time has elapsed after the return guidance of the dedicated personnel terminal 20, the front end personnel terminal is sent to the monitoring server 100 The quarantine location departure information is transmitted, and the monitoring server 100 transmits alarm information including information on the self-isolation target person's quarantine location departure to the National Police Agency server 3. Thereafter, the National Police Agency server 3 may take appropriate measures for returning or convoy of the person subject to self-isolation to the quarantine location. On the other hand, a warning sound can be played primarily when the person subject to self-isolation is out of the range of movement or visits a public facility during the return instruction. Keep it. However, if it does not return to the quarantine location even after the warning sound is reproduced, information about leaving the quarantine location is transmitted by the above-described method, and if it does not return to the quarantine location afterwards, the transport vehicle and suppression personnel by the National Police Agency server 3 are sent.

When the abnormal symptom determined by the monitoring server 100 according to the present invention or the abnormal symptom according to the response instruction signal received by the monitoring server 100 is a symptomatic symptom of the self-isolation target, the monitoring server 100 is a dedicated agent terminal. Information on symptoms of self-isolation can be transmitted to (20). The dedicated personnel terminal 20 transmits the alarm information including the symptom information of the self-isolation target to the local medical institution server 5 or the related institution server 7. Meanwhile, in the present specification, the local medical institution server 5 may be a server managed by an infectious disease management center or an infectious disease management department of a local public health center, and the related institution server 7 may be a server managed by an immigration office. Local medical institutions that have received the alarm information may take measures to transfer persons subject to self-quarantine with symptomatic symptoms, and relevant institutions may take measures to prohibit entry of persons subject to self-isolation.

The monitoring server 100 or the dedicated personnel terminal 20 according to the present invention is capable of self-isolation release of the self-isolation target. The self-isolation release may have different criteria for each infectious disease, case or local government, and according to the criteria, the self-isolation of the self-isolation target can be released by the monitoring server 100 or the dedicated personnel terminal 20. The monitoring server 100 may receive the standard from the health authority server 1, and the monitoring server 100 or the dedicated personnel terminal 20 monitors the self-isolation release of the self-isolation target according to the received standard. You can register at (100). After self-isolation of the person subject to self-isolation is released, the monitoring server 100 may transmit information according to the self-isolation cancellation to the health authority server 1. Information on self-isolation release may also be transmitted to the isolator terminal 30.

2 to 8 are views showing monitoring information provided by the monitoring server 100 according to the present invention.

The monitoring server 100 according to the present invention provides monitoring information of the self-isolation target to the health center terminal 10, the dedicated personnel terminal 20, and/or the isolator terminal 30.

The monitoring information provided by the monitoring server 100 according to the present invention includes the screen content generated by calculating the isolator information including the location information and the body information received from the isolator terminal 30 to the health center terminal 10, It may be displayed on the screen of the dedicated personnel terminal 20 and/or the isolator terminal 30. Specifically, monitoring information provided by the monitoring server 100 to each terminal may be formed in the form of a dashboard, as shown in FIG. 2. In the present specification, the dashboard provided by the monitoring server 100 to each terminal means a method in which a user interface (UI) is possible so that various information can be centrally managed and found on one screen of each terminal. The monitoring information provided by the monitoring server 100 may be configured to reuse various types of web-based content, and may be configured to manage various contents such as documents, web pages, messaging, and media files on one screen. .

The screen content provided by the monitoring server 100 according to the present invention includes the status of self-isolation targets for each health center and GIS-based self-isolation information. An example in which screen contents of monitoring information provided by the monitoring server 100 are provided in the form of a dashboard will be described with reference to the drawings. Meanwhile, information other than the monitoring information received from the monitoring device may be received from the health authority server 1.

As for the monitoring information provided by the monitoring server 100 according to the present invention, referring to FIG. 2, the status of self-isolation targets by region may be provided based on the location information of the self-isolation target (No. 4 in FIG. 2), and daily /Weekly/monthly monitoring target registration status can be provided (No. 5 in Fig. 2), and total number of self-quarantine subjects, total number of beacons, and spare number of beds may be provided (No. 6 in Fig. 2).

When registering information on a new self-isolation target in the health center terminal 10 according to the present invention, as shown in FIG. 3, basic information of a new self-isolation target is registered (Nos. 1 to 5 in FIG. 3), and The monitoring history of the self-isolation target may be provided together (No. 6 in FIG. 3). At this time, the corresponding management institution may be automatically registered according to the input residence (No. 5 in FIG. 3).

Monitoring information according to the present invention, as shown in FIG. 4, may provide information on a person subject to self-isolation as a list. On the other hand, in the list of self-containment subjects, when the self-containment subject leaves the quarantine location, as shown in FIG. 5, the list may be expressed in different colors.

Monitoring information according to the present invention, as shown in Figure 6, based on the location information, it is possible to search by region of the self-quarantine target (No. 1 in Figure 6), change the registration of the self-quarantine target on the day of the local selection value The daily status in which the current status information is provided (No. 2 in Fig. 6), the status of changes in the daily self-isolation target registration change for the last 10 days for the regional selection value, and the status by date (No. 3 in Fig. 6), which is expressed in a graph, It is possible to provide the current status of self-isolation targets by region based on GIS (No. 4 in Fig. 6).

Monitoring information according to the present invention, as shown in FIG. 7, may be provided with signs of departure from the quarantine and symptomatic signs determined through information collected from the monitoring device (Nos. 1 and 2 in FIG. 7). . In the case of signs of departure from the quarantine site, if the location information of the subject of self-containment is not a place of quarantine, it is displayed in the corresponding status column, and if the body information of the subject of self-isolation is measured outside the preset range, it is displayed in the corresponding status column Can be provided.

Monitoring information according to the present invention, as shown in FIG. 8, may also provide information on a monitoring device allocated to a self-isolation target (No. 2 in FIG. 8). At this time, information on the state of the monitoring device may also be provided.

The monitoring server 100 according to the present invention may further include a virtual data generation module (not shown) that virtually generates location information and body information that the monitoring server 100 receives from the monitoring device.

The virtual data generation module according to the present invention generates a plurality of virtual data by deriving a situation-specific scenario based on a specific situation input to the monitoring server 100. The virtual data generation module generates virtual information (or virtual data, hereinafter the same) based on input values according to age, occupation, severity, propagation route, spread rate, and type of infectious disease. The virtual data generation module includes detailed information on the age, occupation, severity, transmission route, spread rate, or type of infectious disease of the self-isolation subject previously collected from the health authority server (1), and during the self-isolation period of the self-isolation subject. Isolator information including location information and body information may be received. The virtual data generation module includes detailed information on the age, occupation, severity, propagation route, spreading rate, or type of infectious disease of the self-isolation target previously stored in the management target DB, as well as location information and body You can receive information. That is, the virtual data generation module may receive detailed information, location information, and body information of a person subject to self-isolation from the health authority server 1 or the management target DB. Each information received is converted into data, and it can be substituted for collecting information by measuring each information directly from a monitoring device. Alternatively, the virtual data generation module includes virtual detailed information, virtual location information, and virtual body information based on detailed information, location information, and body information of a specific self-isolation subject received from the health authority server 1 or the management target DB. You can create multiple pieces of information. When generating virtual information, the virtual data generation module may generate a plurality of virtual information in a manner that automatically generates a random number designated to be output in a specific range. As a random number generation method in which the virtual data generation module generates virtual information, known algorithms such as a center square method, a joint method, a Mersenne twister, and an XOR shift may be used.

The monitoring server 100 according to the present invention may provide the screen contents generated based on the information received from the virtual data generation module to each terminal instead of the information measured and received from the monitoring device as monitoring information. Provision to the terminal may be made in the form of a dashboard displayed on the screen of each terminal. In this case, the virtual information received from the virtual data generation module may include data including abnormal symptoms. The monitoring server 100 further includes a virtual test verification module (not shown) capable of determining whether or not a corresponding action has been properly performed when an abnormal symptom is included in the virtual information.

The virtual test verification module according to the present invention determines whether information on abnormal symptoms is included in the virtual information received or generated by the virtual data generation module. Information on abnormal symptoms, as described above, includes signs of departure from quarantine and symptomatic signs. The virtual test verification module, when the virtual information includes information on the abnormal symptom, determines whether a response or response instruction signal for the occurrence of the abnormal symptom from the dedicated personnel terminal or the monitoring server is transmitted and received according to the above-described algorithm.

The virtual test verification module according to the present invention, as an embodiment, may determine whether or not information on signs of departure from a designated quarantine location is included based on location information expressed as GIS-based coordinates in the virtual information. . The virtual test verification module, as an embodiment, may determine whether the virtual information includes information in which the body temperature rises above the reference range or the respiratory rate rises above the reference range. As described above, when an abnormal symptom is included in the virtual information, the virtual test verification module determines whether information between terminals and/or between servers is transmitted and received according to the aforementioned algorithm according to the abnormal symptom. In other words, if the virtual information includes a sign of departure from the quarantine location, the virtual isolator terminal 30 transmits information from the quarantine location to the dedicated agent terminal 20 to perform a return map, and the virtual isolator terminal When (30) does not return to the quarantine place, it can be determined whether the alarm information has been transmitted to the National Police Agency server (3). The determined result may be provided to each terminal as monitoring information. If the virtual information contains symptoms, the information is transmitted to the dedicated personnel terminal (20), or the dedicated personnel terminal (20) is a virtual self-isolation target to the local medical institution server (5) or the related institution server (7). It can be determined whether or not alarm information containing information about the occurrence of symptomatic symptoms has been transmitted to the user.

The administrator of the present invention inputs a specific situation in order to perform the virtual training for each situation of the present invention with the monitoring server 100. The specific situation at this time, as described above, is determined according to input values according to age, occupation, severity, propagation route, spread rate, infectious disease type, and the like. For example, when a specific age is input as an input value for age, the virtual data generation module receives or generates virtual information about the input age value from the health authority server 1 or the management target DB. The monitoring server 100 configures screen contents based on the received or generated virtual information, and the information is provided to each terminal as monitoring information. When the virtual information includes information on abnormal symptoms, the monitoring server 100 or the dedicated personnel terminal 20 can make an appropriate response by a designated algorithm, and the virtual test verification module determines the appropriate response. The virtual test verification module determines whether the transmission and reception of information according to the response to the abnormal symptom has been normally operated by a specified algorithm, and provides the result to each terminal as monitoring information reconstructed as screen contents. Accordingly, it is possible to verify that the system according to the present invention operates properly using virtual data.

In this specification, the DB refers to a database unit, and the database unit may include a database management system (hereinafter, DBMS). DBMS is a set of software tools that allow multiple users to access data in the database unit. DBMS includes IMS, CODASYL DB, DB2, ORACLE, INFORMIX, SYBASE, INGRES, MS-SQL, Objectivity, O2, Versanat, Ontos, Gemstone, Unisql, Object Store, Starburst, Postgres, Tibero, MySQL or MS-access. can do. DBMS can access specific data according to the input of specific commands.

The monitoring server 100 and each terminal according to the present invention are capable of wired and wireless communication through a network, and examples of such networks include a 3rd Generation Partnership Project (3GPP) network, a Long Term Evolution (LTE) network, a 5G network, and a WIMAX ( World Interoperability for Microwave Access) network, Internet, LAN (Local Area Network), Wireless LAN (Wireless Local Area Network), WAN (Wide Area Network), PAN (Personal Area Network), wifi network, satellite broadcasting network, An analog broadcasting network, a Digital Multimedia Broadcasting (DMB) network, and the like are included, but are not limited thereto. In addition, as an example of a network, wireless short range communication technologies include Bluetooth®, Radio Frequency Identification (RFID), infrared data association (IrDA), Ultra Wideband (UWB), and ZigBee®. Can be used. Meanwhile, as a wired short-range communication, USB (Universal Serial Bus), IEEE 1394, Thunderbolt™, or the like may be used.

The health center terminal 10, the dedicated personnel terminal 20, and the isolator terminal 30 according to the present invention include, for example, a desktop personal computer (desktop personal computer), a laptop personal computer (laptop personal computer), and a netbook computer. , Smartphone, SmartPad, tablet PC (tablet personal computer), mobile phone, video phone, PCS (Personal Communication System), GSM (Global System for Mobile communication), PDC (Personal Digital) Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (W-Code Division Multiple Access), Wibro ( Wireless Broadband Internet) terminal, portable multimedia player (PMP), wearable device (e.g. smart glasses, head-mounted-device (HMD), etc.) or smart watch). It may include at least one of a type of wireless communication device and a wired communication device such as a desktop computer and a smart TV.

The health center terminal 10, the dedicated personnel terminal 20 and the isolator terminal 30 according to the present invention include input means such as a keyboard, a mouse, a touch pad, and a touch screen, and a desktop PC and a notebook PC having a display screen. , A terminal such as a tablet PC, a smartphone, etc., but is not limited thereto, and an application capable of accessing the monitoring server 100 through a network, inputting search information and selection information, and displaying search result information Any configuration that can process digital information that can install programs can be included.

In the present specification, the health authority server 1, the monitoring server 100, the National Police Agency server 3, the local medical institution server 5, and the related institution server 7 include known components as servers and a virtual data generation module And the virtual test verification module may be processors that execute successive execution processes stored in a memory. Alternatively, it may operate as software modules driven and controlled by a processor. Furthermore, the processor may be a hardware device.

In the present specification, the term "unit" includes a unit realized by hardware, a unit realized by software, and a unit realized using both. Further, one unit may be realized using two or more hardware, or two or more units may be realized using one hardware.

The scope of protection of the present invention is not limited to the description and expression of the embodiments explicitly described above. In addition, it is added once again that the scope of protection of the present invention may not be limited due to obvious changes or substitutions in the technical field to which the present invention pertains.

1: Health authority server
3: National Police Agency server
5: Regional medical institution server
7: Related institution server
10: Health center terminal
20: Dedicated agent terminal
30: isolator terminal
100: monitoring server
1000: Monitoring and verification system for suspected infectious diseases using virtual data

Claims (5)

A monitoring server that receives a list of persons subject to self-quarantine from a health authority server, assigns a person in charge of managing the persons subject to self-isolation, and provides monitoring information of the subject to self-isolation;
A health center terminal accessing the monitoring server to select and register new self-isolation targets among the self-isolation targets, and to manage the assignment of the dedicated personnel; And
A dedicated agent terminal that accesses the monitoring server to receive the monitoring information, determines the occurrence of abnormal symptoms of the self-isolation target based on the received monitoring information, and transmits a response instruction signal to the monitoring server when abnormal symptoms occur. ;
Including,
The monitoring server,
Upon receiving the response instruction signal, the alarm information is transmitted to the National Police Agency server, the local medical institution server or the related institution server
The monitoring server,
A virtual data generation module for generating virtual data including virtual location information and virtual body information for the self-isolation target; And
It is determined whether the virtual data contains information on the abnormal symptom, and if the virtual data contains information on the abnormal symptom, it is determined whether the dedicated agent terminal has transmitted a response instruction signal to the monitoring server, and the monitoring server A virtual test verification module for determining whether alarm information has been transmitted to the National Police Agency server, the local medical institution server, or the related institution server upon receiving a response instruction signal, and providing monitoring information on a result of the determination;
Including more,
The monitoring server further includes a management target DB in which the information of the self-isolation target is previously stored,
The virtual data generation module receives a specific situation, and generates virtual data by receiving information of a self-isolation target previously stored in the management target DB according to the received specific situation. Suspected subject monitoring verification system. The method according to claim 1,
Provision of monitoring information of the monitoring server,
The screen content generated by calculating the isolator information including the location information and the body information generated by the virtual data generation module is formed in the form of a dashboard displayed on the screens of the health center terminal and the dedicated personnel terminal. , Infectious disease suspected person monitoring verification system using virtual data. delete The method according to claim 1,
The abnormal symptoms include symptomatic symptoms,
When the abnormal symptom is a symptomatic symptom, the dedicated personnel terminal transmits the alarm information to the local medical institution server or the related institution server. A system for monitoring and verifying suspected infectious diseases using virtual data. The method according to claim 1,
In the assignment of the dedicated personnel, any one of the available monitoring personnel is assigned as the dedicated agent, and the task force of the available monitoring personnel is determined, and
The health center terminal, characterized in that the dedicated personnel are assigned according to the input of the holder when the work shift phenomenon occurs, the infectious disease suspected subject monitoring verification system using virtual data.

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