KR20120016788A - System and method for monitoring pandemic disease based of region - Google Patents

Abstract

PURPOSE: An epidemic disease monitoring system is provided to display disease information by locations by creating the disease information in real time based on a local code. CONSTITUTION: A processing unit(201) receives an information inputting event from a prescription information server in order to identify the local code of the prescription information server. The processing unit stores the received prescription information and the information inputting event in a database(207) by considering of the identified local code. A control unit(205) extracts the prescription information from the database by interlocking with the occurrence of a statistic command. The control unit creates local disease information by analyzing the extracted prescription information.

Description

Regional and Pandemic Disease Monitoring System and Method {SYSTEM AND METHOD FOR MONITORING PANDEMIC DISEASE BASED OF REGION}

Embodiments of the present invention generate epidemic disease information by region based on the prescription information and the region code of the prescription information server generated and input from the prescription information server according to the occurrence of the statistical command, and generates the epidemic disease information by region for a predetermined period of time. By updating every time, the present invention relates to a pandemic disease warning system and method that can easily provide the current state of pandemic disease.

The patient submits the prescription information prepared by the doctor's care to the hospital / pharmacy to purchase the medicine. Here, the prescription information prepared in accordance with the doctor's care is stored in the database of the prescription information server of the hospital / pharmacy, respectively. Thus, when the prescription information server receives personal information (eg, name and social security number), the prescription information server may extract and provide prescription information corresponding to the input personal information from a database in which prescription information is recorded.

However, the prescription information server only records the prescription information in the database and does not analyze the prescription information or process the disease information according to the analysis in the form of at least one of a bar graph, a linear graph, or a diagram. Therefore, it is not easy to grasp the state of the disease around the region or other region where the prescription information server is located, and thus, it is difficult to prepare a preventive measure against a rapidly spreading pandemic disease.

Therefore, there is a need for a device capable of providing disease information by region using prescription information of a prescription information server located in each region.

According to the present invention, according to the occurrence of the statistical command, the disease information for each region is generated in real time based on the prescription information input from the prescription information server and the region code of the prescription information server, and the generated disease information for each region is displayed so that the current epidemic according to the current state. It is aimed at providing the disease status easily.

In addition, the present invention generates disease information for each region based on the prescription information input from the prescription information server and the coordinates of the user terminal according to a statistical command from the user terminal, and generates the disease information for each region on the map data in the user terminal. The present invention is intended to provide easy monitoring of epidemic diseases by region.

The region-based pandemic disease warning system for achieving the above object, upon receiving the information input event from the prescription information server, to identify the region code of the prescription information server, in consideration of the identified region code, the information input A processor for storing prescription information received with the event in a database, and a controller for extracting prescription information from the database in association with generation of a statistical command, and analyzing the extracted prescription information to generate disease information for each region. .

In addition, as a technical method for achieving the above object, in response to receiving an information input event from the prescription information server, identifying the region code of the prescription information server, in consideration of the identified region code, with the information input event Storing and maintaining the received prescription information in a database, extracting prescription information from the database in association with generation of a statistical command, and analyzing the extracted prescription information to generate disease information for each region; do.

According to an embodiment of the present invention, according to the occurrence of the statistical command, by generating the disease information for each region based on the prescription information input from the prescription information server and the region code of the prescription information server, by displaying the generated disease information by region, Disease information by region of the current state can be easily provided.

According to an embodiment of the present invention, according to a statistical command from a user terminal, the disease information for each region is generated based on the coordinates of the user terminal with the prescription information input from the prescription information server, and the disease information for each region is displayed on the map data in the user terminal. By mapping to display, the disease information for each region where the user terminal is located can be easily provided.

Therefore, the present invention can easily prevent the spread of the pandemic disease by providing a disease information for each region, by easily recognizing the state of transmission of the epidemic disease based on the region, to prepare a preventive measure.

1 is a diagram illustrating a relationship between a region-based epidemic disease monitoring system, a prescription information server, and a user terminal according to an embodiment of the present invention.
2 is a diagram showing the configuration of a region-based epidemic disease monitoring system according to an embodiment of the present invention.
3 is a diagram illustrating an example of receiving a statistical command in a region-based epidemic disease monitoring system according to an embodiment of the present invention.
4 and 5 are views showing an example of disease information for each region provided by the region-based epidemic disease monitoring system according to an embodiment of the present invention.
6 is a flowchart illustrating a method for monitoring a region-based pandemic disease according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the region-based epidemic disease monitoring system and method according to an embodiment of the present invention. The prescription information server used in the present specification may be, for example, a PC or a local server, which is located in a pharmacy or a hospital in each region, and stores prescription information. In addition, the user terminal, for example, as a PC or a mobile terminal, may access a region-based epidemic disease monitoring system and receive disease information for each region related to an area where the user terminal is located. In some cases, the user terminal may be a prescription information server.

1 is a diagram illustrating a relationship between a region-based epidemic disease monitoring system, a prescription information server, and a user terminal according to an embodiment of the present invention.

Referring to FIG. 1, as the region-based epidemic disease monitoring system 101 according to an embodiment of the present invention is located in each region and receives an information input event from a prescription information server 103 connected through a communication network, Receive prescription information together with the information input event.

The region-based pandemic disease monitoring system 101 stores prescription information received from each of the prescription information servers 103 spaced apart from each other in a database in consideration of a region code of the prescription information server, and according to the occurrence of a statistical command, Disease information by region may be generated by analyzing prescription information extracted from a database. At this time, the region-based epidemic disease monitoring system 101 is linked to a statistical command generated according to the input of the location information or the designation of the point for the map data, the location information belongs to, or the area code to which the point is assigned. Corresponding prescription information may be extracted from the database.

The region-based epidemic disease monitoring system 101 may process the generated disease information into at least one of a bar graph, a linear graph, or a diagram and display it on the display unit.

In addition, the region-based pandemic disease monitoring system 101, when receiving a statistical command from the user terminal 105 connected to the communication network, checks the coordinates (location) of the user terminal 105, the identified user terminal 105 Based on the coordinates of), the generated disease information for each region may be transmitted to the user terminal 105.

The prescription information server 103 may be located in each region and transmit the prescription information to the region-based epidemic disease monitoring system 101 with the occurrence of the information input event. The prescription information may include at least one of a disease type (disease code), a prescription drug, personal information (eg, name, gender, age), or date.

The prescription information server 103 may transmit prescription information to the region-based pandemic disease monitoring system 101 in real time according to a prescription, but is not limited thereto. It may be transmitted to the monitoring system 101.

The user terminal 105 may receive the disease information for each region corresponding to the coordinates of the user terminal 105 from the region-based epidemic disease monitoring system 101, and may display the received disease information for each region on the map data. .

Although the above-described implementation operation of receiving disease information for each region and mapping and displaying the map data on the map data is described by way of example, according to an embodiment, the prescription information server 103 may be performed. It may be.

2 is a diagram showing the configuration of a region-based epidemic disease monitoring system according to an embodiment of the present invention.

Referring to FIG. 2, the region-based epidemic disease monitoring system 101 according to an embodiment of the present invention includes a processing unit 201, an interface unit 203, a control unit 205, and a database 207.

As the processing unit 201 receives an information input event from the spaced prescription information server, the processor 201 identifies a region code of the prescription information server, and considers the identified region code, and receives the prescription information received together with the information input event. Stored in the database 207.

The interface unit 203 may receive a statistical command according to the input of the location information, or may receive a statistical command generated according to the designation of a point for the map data displayed on the display unit (not shown). For example, the interface unit 203 may receive 'Seoul Gangnam-gu' or may be designated as 'Seoul Gangnam-gu' on the map.

The interface unit 203, as a means for filtering prescription information, may receive a restriction condition including at least one of a disease type, a gender, an age, or a period together with generation of a statistical command.

When inputting the location information and the constraint condition, the interface unit 203 may directly input the corresponding information, or may receive information corresponding to the selected field among the fields in which the corresponding information is arranged.

In addition, the interface unit 203 may receive a statistical command from a user terminal connected through a communication network.

The controller 205 may extract prescription information from the database 207 in association with generation of a statistical command, analyze the extracted prescription information to generate disease information for each region, and then store the information in the database 207.

At this time, the control unit 205 checks the area code to which the location information input through the interface unit 203 belongs, or from the code matching table stored in the database 207, and corresponds to the identified area code. Prescription information stored in the database 207 may be extracted. For example, when 'Seoul Gangnam-gu' is input, the controller 205 may extract prescription information corresponding to an area code '135120' related to Sinsa-dong belonging to Gangnam-gu and an area code '135010' related to Nonhyeon-dong.

In addition, the controller 205 may check a region code to which a point is designated through the display unit from a code matching table, and extract prescription information stored in the database 207 corresponding to the identified region code. For example, if the 'Seoul Gangnam-gu' part is designated (for example, touch or mouse click) on the map, the controller 205 prescribes a region code '135120' for Sinsa-dong belonging to Gangnam-gu, an area code '135010' for Nonhyeon-dong, and the like. If the information is extracted and 'Seoul Gangnam-gu-> Sinsa-dong' is designated, prescription information corresponding to the area code '135120' for Sinsa-dong may be extracted.

On the other hand, when the restriction condition is input together with the generation of the statistical command, the controller 205 may extract prescription information satisfying the restriction condition from the database 207. Here, the restriction condition may include at least one of a disease type, a gender, an age, or a period.

The controller 205 processes the generated regional disease information in at least one of a bar graph, a linear graph, or a diagram, and displays the information on the disease by displaying the displayed information on the display unit.

For example, the controller 205 may process the disease information for each region so that the number of prescriptions for the type of disease, sex, age, or duration may be displayed in a bar graph form, or the number of prescriptions for age or duration may be displayed in a linear graph form. Can be. In addition, the controller 205 may process the disease information for each region so that the ratio of the number of prescriptions to the disease type, sex, age, or duration may be displayed in a diagram form.

In this case, the control unit 205 is a bar graph for the specific disease in the bar graph according to the disease when the number of specific diseases (that is, the number of prescriptions for a specific disease) is more than the set number of prescription information extracted from the database 207. By distinguishing from the bar graph for other diseases, the warning about the specific disease can be informed. Thus, as the user recognizes the warning, it can be induced to take preventive measures for a particular disease.

In addition, the controller 205 may generate disease information for each region based on the coordinates of the user terminal associated with the statistical command, and map the generated disease information for each region to map data on the user terminal. That is, when receiving a statistical command from the user terminal connected to the communication network through the interface unit 203, the control unit 205 checks the coordinates of the user terminal, based on the identified coordinates of the user terminal, disease by region Information can be generated. Herein, the controller 205 may check the coordinates of the user terminal using, for example, an IP address or a MAC address of the user terminal. Thereafter, the controller 205 may transmit the generated region-specific disease information to the user terminal so that the region-specific disease information is mapped and displayed on map data in the user terminal.

For example, when the controller 205 receives a statistical command from the user terminal, the controller 205 checks the coordinates of the user terminal, and when the coordinates of the user terminal belong to 'Seocho-dong', the prescription corresponding to the area code '135030' for Seocho-dong The information may be extracted from the database 207, and the disease information for each region generated by analyzing the extracted prescription information may be transmitted to the user terminal.

In addition, the controller 205 may provide disease information for each region to the user terminal even when receiving a statistical command for location information other than the coordinates of the user terminal from the user terminal. For example, when the controller 205 receives a statistical command regarding the coordinates of the user terminal from the user terminal, that is, 'non-hyeon-dong' location information other than 'Seocho-dong', the controller 205 may provide region-specific disease information about 'non-hyeon-dong' to the user terminal. .

The database 207 may store the prescription information received from the prescription information server in correspondence with the area code of the prescription information server, and store disease information for each region in which the prescription information is analyzed. In addition, the database 207 may further store a code matching table in which a region code for a location or a point of map data is recorded.

3 is a diagram illustrating an example of receiving a statistical command in a region-based epidemic disease monitoring system according to an embodiment of the present invention.

Referring to FIG. 3, the region-based pandemic disease monitoring system receives a statistical command according to input of location information (eg, city, district, and town name), or designates a point for map data displayed on a display unit. You can receive the statistics command generated accordingly.

That is, the region-based pandemic disease monitoring system may receive a statistical command as the location information is received through a field requesting the location information, or may receive a statistical command generated according to the designation of a point for map data.

For example, as the region-based pandemic disease monitoring system receives the location information of 'Seoul Gangnam-gu' through the field 301 for requesting the location information, the region-based pandemic disease monitoring system receives a statistical command, or the 'Seoul Gangnam-gu' portion of the map data. A statistical command generated according to the designation of the point 303 may be input.

Subsequently, the region-based epidemic disease monitoring system may check the area code to which the location information belongs to from the code matching table in association with the occurrence of the statistical command, and extract prescription information stored in the database corresponding to the identified area code. . For example, if a region-based epidemic disease monitoring system is inputted with 'Seoul Gangnam-gu', the prescription information corresponding to the area code '135120' for Sinsa-dong belonging to Gangnam-gu and the area code '135010' for Nonhyeon-dong may be extracted.

In addition, the region-based epidemic disease monitoring system may check the area code to which a point is assigned from the code matching table in association with the occurrence of the statistical command, and extract prescription information stored in the database corresponding to the identified area code. For example, the region-based epidemic disease monitoring system may extract prescription information corresponding to the area code '135120' for Sinsa-dong when the 'Sinsa-dong' part is designated.

4 and 5 are views showing an example of disease information for each region provided by the region-based epidemic disease monitoring system according to an embodiment of the present invention.

4 and 5, the region-based epidemic disease monitoring system analyzes the extracted prescription information to generate disease information for each region, and generates the disease information for each region in the form of at least one of a bar graph, a linear graph, or a diagram. It can be processed and displayed.

At this time, the region-based epidemic disease monitoring system may display the number of prescriptions for the type of disease, sex, age or period in the form of a bar graph, or may display the number of prescriptions for the age or duration in a linear graph form. In addition, the region-based pandemic disease surveillance system may display the ratio of prescriptions to disease type, gender, age or duration in diagram form.

For example, the region-based pandemic disease monitoring system is a location information, when 'Seoul Gangnam-gu' is input, corresponding to 'Seoul Gangnam-gu', based on the prescription information extracted from the database, 'foot and mouth, swine flu, hepatitis A , The number of prescriptions for the flu can be displayed in bar graph form.

In this case, the regional-based pandemic disease monitoring system is a bar graph for 'Swine Flu' because the number of prescriptions for 'Swine Flu' is' 100 cases' when the standard number of warning notifications about 'Swine Flu' is '70 cases'. Can be distinguished from the bar graph for 'foot, mouth, hepatitis A, and flu' to alert you to swine flu. Here, regional-based pandemic disease surveillance systems distinguish bar graphs for swine flu from bar graphs for hand, foot, and hepatitis A, and flu using, for example, color, flicker, and bar graph width. Can be displayed.

In addition, the regional-based epidemic disease monitoring system displays the number of prescriptions for each disease type (sickness) by 'Sinsa-dong, Nonhyeon-dong, Cheongdam-dong, and Samsung-dong' in diagram form, and shows 'Sinsa-dong, Non-hyeon-dong' among 'Seoul Gangnam-gu' for each disease. , Cheongdam-dong, and Samsung-dong's disease distribution. In other words, the user can see that hepatitis A occurs more frequently in Nonhyeon-dong than in Sinsa-dong, Cheongdam-dong, and Samsung-dong, and the flu occurs more frequently in Cheongdam-dong than in Sinsa-dong, Nonhyeon-dong, and Samsung-dong. It can be seen.

6 is a flowchart illustrating a method for monitoring a region-based pandemic disease according to an embodiment of the present invention.

Referring to FIG. 6, the region-based pandemic disease monitoring system 101 receives prescription information from a prescription information server and stores the prescription information in a database (601).

Specifically, according to the region-based epidemic disease monitoring system 101 receives an information input event from the prescription information server, identifying the region code of the prescription information server, in consideration of the identified region code, the information input event The prescription information received together with is stored in the database.

The region-based pandemic disease monitoring system 101 extracts prescription information from a database in conjunction with the generation of statistical commands.

At this time, the region-based pandemic disease monitoring system 101 may receive a statistical command according to the input of the location information, or may receive a statistical command generated according to the designation of a point for the map data displayed on the display (603). ). For example, the region-based pandemic disease monitoring system 101 may receive 'Seoul Gangnam-gu' or be designated as 'Seoul Gangnam-gu' on the map.

Subsequently, the region-based epidemic disease monitoring system 101 checks the region code to which the point belongs, or the region code to which the point is assigned through the display unit, from the code matching table, and the prescription information stored in the database corresponding to the identified region code. Can be extracted (605).

For example, the region-based pandemic disease monitoring system 101 may extract prescription information corresponding to the area code '135120' for Sinsa-dong belonging to Gangnam-gu and the area code '135010' for Nonhyeon-dong when Gangnam-gu, Seoul is input. have.

In addition, the region-based pandemic disease monitoring system 101 is a region-based pandemic disease monitoring system 101, when the 'Seoul Gangnam-gu' portion of the map is designated (for example, touch or mouse click), the area related to Sinsa-dong belonging to Gangnam-gu Prescription information corresponding to the code '135120' and the area code '135010' for the nonhyeon-dong may be extracted.

Meanwhile, the region-based pandemic disease monitoring system 101 may extract prescription information satisfying the restriction condition from the database when the restriction condition is input together with the generation of the statistical command. Here, the restriction condition may include at least one of a disease type, a gender, an age, or a period.

The region-based pandemic disease monitoring system 101 analyzes the extracted prescription information to generate disease information for each region, and provides the generated disease information for each region (607).

In this case, the region-based epidemic disease monitoring system 101 processes the generated regional disease information into at least one of a bar graph, a linear graph, or a diagram to display the disease information by region, thereby facilitating disease information by region. To be recognized.

The region-based pandemic disease monitoring system 101 is a bar for the specific disease in the bar graph according to the disease when the number of specific diseases (that is, the number of prescriptions for a specific disease) is more than the set number of prescription information extracted from the database. By displaying the graph separately from the bar graph for other diseases, a warning about the specific disease can be informed.

When the user terminal 105 receives a command for requesting disease information for each region (609), a statistical command is generated and transmitted to the region-based pandemic disease monitoring system 101 (611).

When the region-based epidemic disease monitoring system 101 receives a statistical command from a user terminal 105 connected to a communication network, checks the coordinates of the user terminal 105 and based on the identified coordinates of the user terminal 105. In operation 613, disease information for each region is generated. In this case, if the disease-based disease information corresponding to the coordinates of the user terminal 105 is stored in the database, the region-based epidemic disease monitoring system 101 may extract the disease information from the region from the database and transmit the disease information to the user terminal 105. .

The user terminal 105 may receive region-specific disease information from the region-based pandemic disease monitoring system 101, and map the received region-specific disease information onto map data (615).

At this time, even if the region-based epidemic disease monitoring system 101 receives a statistical command for the location information other than the coordinates of the user terminal 105 from the user terminal 105, the disease information for each region to the user terminal 105 Can provide. For example, when the region-based epidemic disease monitoring system 101 receives a statistical command for the coordinates of the user terminal from the user terminal 105, that is, 'nonhyeon-dong' location information other than 'Seocho-dong', the disease for each region of the 'non-hyun-dong' Information may be provided to the user terminal 105.

According to an embodiment of the present invention, according to the occurrence of the statistical command, by generating the disease information for each region based on the prescription information input from the prescription information server and the region code of the prescription information server, by displaying the generated disease information by region, Disease information by region of the current state can be easily provided.

According to an embodiment of the present invention, according to a statistical command from a user terminal, the disease information for each region is generated based on the coordinates of the user terminal with the prescription information input from the prescription information server, and the disease information for each region is displayed on the map data in the user terminal. By mapping to display, the disease information for each region where the user terminal is located can be easily provided.

Therefore, the present invention can easily prevent the spread of the pandemic disease by providing a disease information for each region, by easily recognizing the infectious state of the pandemic disease, to prepare a preventive measure.

The region-based pandemic disease monitoring method according to an embodiment of the present invention may be implemented in the form of program instructions that can be executed by various computer means and recorded in a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the media may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like. The hardware device described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

As described above, the present invention has been described by way of limited embodiments and drawings, but the present invention is not limited to the above embodiments, and those skilled in the art to which the present invention pertains various modifications and variations from such descriptions. This is possible.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined not only by the claims below but also by the equivalents of the claims.

101: Community-based Pandemic Disease Monitoring System
103: prescription information server
105: user terminal
201: processing unit
203: interface unit
205: control unit
207: database

Claims (12)

In response to receiving an information input event from a prescription information server spaced apart, the processor identifies a region code of the prescription information server, and stores the prescription information received together with the information input event in a database in consideration of the identified region code. ; And
Control unit for extracting the prescription information from the database in conjunction with the generation of the statistical command, and analyzing the extracted prescription information to generate disease information for each region
Area-based pandemic disease monitoring system comprising a. The method of claim 1,
The statistical command is generated according to the input of the position information through the interface unit,
The control unit,
The region-based epidemic disease monitoring system for checking the area code to which the input location information belongs from the code matching table, and extracts the prescription information stored in the database corresponding to the identified area code. The method of claim 1,
The statistical command is generated according to the designation of a point for the map data displayed on the display unit,
The control unit,
The region-based epidemic disease monitoring system for identifying the area code to which the point is assigned, and extracts prescription information stored in the database corresponding to the identified area code. The method of claim 1,
The control unit,
When the restriction condition is input together with the generation of the statistical command, the prescription information satisfying the restriction condition is extracted from the database.
Wherein said restriction condition comprises at least one of a disease type, sex, age or duration. The method of claim 1,
The control unit,
The disease-based epidemic disease monitoring system for processing the regional disease information in the form of at least one of a bar graph, a linear graph or a diagram. The method according to claim 1 or 5,
The control unit,
Based on the coordinates of the user terminal associated with the statistical command, the region-specific disease information to generate, and the disease-specific epidemic disease monitoring system to map the generated region-specific disease information on the map data to display. The method of claim 5,
The control unit,
When the number of specific diseases in the extracted prescription information is more than a set number, in the bar graph according to the disease, the bar graph for the specific disease is displayed separately from the bar graph for other diseases, the region-based epidemic disease monitoring system. Upon receiving the information input event from the spaced prescription information server, the region code of the prescription information server is identified, and the prescription information received with the information input event is stored and maintained in the database in consideration of the identified region code. Making;
Extracting prescription information from the database in association with generation of a statistical command; And
Generating disease information for each region by analyzing the extracted prescription information;
Region-based epidemic disease monitoring method comprising a. The method of claim 8,
The statistical command is generated according to the input of the position information through the interface unit,
Extracting prescription information from the database,
Checking a region code to which the input location information belongs from a code matching table, and extracting prescription information stored in the database corresponding to the identified region code
Region-based epidemic disease monitoring method comprising a. The method of claim 8,
The statistical command is generated according to the designation of a point for the map data displayed on the display unit,
Extracting prescription information from the database,
Checking the area code designated by the point from a code matching table, and extracting prescription information stored in the database corresponding to the identified area code
Region-based epidemic disease monitoring method comprising a. The method of claim 8,
Extracting prescription information from the database,
Extracting prescription information satisfying the restriction condition from the database when a restriction condition is input together with the generation of the statistical command;
The method for monitoring epidemic disease based on the region, the disease-based epidemic comprising at least one of a disease type, a gender, an age or a period. The method of claim 8,
Generating disease information for each region based on coordinates of a user terminal associated with the statistical command, and displaying the generated disease information for each region by mapping the map information on the map data in the user terminal;
Local-based pandemic disease monitoring method further comprising.

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