KR20140032205A - System and method for disaster damage investigation based on mobile - Google Patents

Abstract

The present invention relates to a disaster damage investigation system based on a mobile and a method thereof and, more specifically, to a disaster damage investigation system based on a mobile (for example, a smart phone) linked with a national disaster management system (NDMS) and a method thereof. For this, the present invention provides a disaster damage investigation system based on a mobile including: an investigator terminal; a mobile server which receives damage investigation information of a disaster region collected through the investigator terminal, and stores and manages additional information included in the disaster investigation information in an additional information DB; a relay DB which receives and stores the damage investigation information provided from the mobile server; and a disaster management server which verifies a disaster register of the damage investigation information stored in the relay DB periodically through a scheduler, and then stores and manages the verified disaster investigation information in a main DB. Therefore, according to the present invention, time and costs can be reduced, by collecting the damage investigation information (including disaster information and additional information) using a portable and public mobile (for example, a smart phone), and then transmitting and registering the damage investigation information in the main DB of the NDMS. [Reference numerals] (AA) National administrative computer network; (BB) Damage investigation system; (CC) National disaster management system (NDMS)

Description

Mobile-based disaster damage investigation system and method {SYSTEM AND METHOD FOR DISASTER DAMAGE INVESTIGATION BASED ON MOBILE}

The present invention relates to a mobile-based disaster damage investigation system and method, and more specifically, to a disaster-disaster investigation system based on a mobile (eg, a smartphone) linked to a national disaster management system (NDMS) and its It is about a method.

National Disaster Management System (NDMS) is a nationwide comprehensive information system that supports disaster-level operations such as prevention, preparedness, response, and recovery. Disaster information sharing system that links and utilizes disaster information of related organizations such as flood control station, and 119 fire-fighting site response system that supports disaster sites are in operation.

In recent years, advancement efforts have been made in earnest to raise the scope and function of the national disaster management system. In particular, the Office of Fire and Disaster Prevention has expanded its disaster response system, which has been built around central administrative agencies and cities and provinces, to major cities, counties, and districts throughout the country, and expanded the scope of the previously established government-wide disaster management network. We have announced and launched a national disaster management advancement project.

The reasons for the advancement of national disaster management projects are as follows: First, deterioration of work efficiency due to inadequate standardization of victims by type of disaster and the possibility of double work accidents; and second; The necessity of establishing standardized data of the county and district, and third, causing the base data to be inadequate for analyzing disaster characteristics such as disaster risk or damage scale due to the inadequate management of disaster data and disaster history management system. Deriving measures to improve policy development and disaster damage reduction through capacity analysis, Fifth, create a foundation for strengthening responsible administration, use of disaster information among related agencies, and low information utilization due to poor system linkage.

In order to upgrade the national disaster management, efficient disaster area damage investigation should be preceded.

However, most current damage investigations require a lot of manpower and time, as they rely on manual labor, resulting in a lack of speed and objectivity in the damage investigation process, as well as the lack of scientific and standardized field survey equipment and extensive damage areas. Since it is difficult to calculate the damage amount, it is inevitable to rely on the discretion of the investigator, and this subjective judgment may cause a very large error in the actual damage amount and damage calculation.

Moreover, since there is no standardized survey process and equipment for each local government that conducts a site survey, it is difficult to derive result items and prepare a basis for calculation. Because it requires manual work, not only a lot of manpower and time are wasted, but there is also a risk of error, and there are difficulties due to the lack of evidence and the ambiguity of the calculation criteria when calculating the damage amount from the survey results.

In addition, due to the fact that complex disaster prevention information and survey results are not disclosed, reliability of the disaster prevention policy cannot be obtained, and in the preservation of the survey results, the process of creating survey results at the site, preparing the account book after collection, and storing data for preservation Because of this division, it is necessary to double and triple work, which wastes a lot of manpower, delays disaster recovery due to lack of manpower, and makes it difficult to search and disclose disaster ledgers. There was a problem that the same disaster was repeated frequently each year in the same place because the waste of phosphorus was large and the time required for establishing the countermeasure was taken.

As an example for solving these problems, Republic of Korea Patent Registration No. 10-0748528 (Registration Date: 2007. 08. 06), 'Real-time automatic update system for disaster damage investigation using wireless communication and Web-GS, and its operation method' (hereinafter, Prior art) has been proposed.

In the above prior art, a field equipment stage composed of various equipments for capturing damage cause information, damage image and video, and voice information and transmitting them to a server is constructed, and the damage investigation information obtained through the field equipment stage is collected from each server end. Automatically process in real time in the form of information suitable for a given type and post it on the main page and bulletin board of the homepage, process it in the form of a standardized disaster register, create a web page, and generate the web page through the coordinates of the occurrence point. It registers the point of occurrence of damages and expresses its attributes, and it is possible to assist in the establishment of countermeasures for disasters and the establishment of disaster prevention policies by connecting various homepages, disaster registers, Web-GIS, etc. to search and confirm various information promptly. And transparency of disaster prevention and disaster recovery measures by posting various information of disaster investigation on general Internet To ensure we can help you improve the citizen policy credibility.

However, the above-described prior art requires a field equipment stage including various research equipments such as digital camera, GPS, voice recorder and wireless high-speed communication equipment, so that it is not only time-consuming and expensive to pack the field equipment. Is not easy. In addition, the process is complicated and requires a lot of time because the results of the damage investigation information collected independently from various devices must be integrated. Moreover, there was a problem that the reliability of the damage investigation information collected in the disaster area could not be guaranteed because no verification work was performed on the collected damage investigation information.

KR 10-0748528 B1, 2007. 08. 06.

Accordingly, the present invention has been proposed to solve the problems of the prior art, a mobile-based disaster prevention investigation system that can save time and money by using a mobile (for example, a smart phone) that is easy to carry and popularly distributed and The purpose is to provide a method.

In addition, the present invention provides a mobile-based disaster damage investigation system and method that can ensure the reliability of the damage investigation information collected in the disaster area by performing the verification work collected through the mobile in the disaster area. There is another purpose.

Another object of the present invention is to provide a mobile-based disaster prevention investigation system and method that can easily and simply provide a user interface with a click-select operation specification.

In accordance with an aspect of the present invention, an investigator terminal receives damage investigation information of a disaster area collected through the investigator terminal, and stores additional information included in the damage investigation information in an additional information DB. And the mobile server to be managed, the relay DB for receiving and storing the damage investigation information provided from the mobile server, and the disaster register of the damage investigation information stored in the relay DB periodically through a scheduler. Provides a mobile-based disaster damage investigation system including a disaster management server that stores and manages survey information in the main DB.

Preferably, the relay DB stores the damage investigation information into "disaster manager general information", "damage detail information", "multimedia information", "traffic situation details" and "damage investigation registration result information", respectively. It can be composed of five tables.

Preferably, in the table where the damage investigation registration result information is stored, the verification result of the scheduler and an error code when the verification failure is recorded, and when applied to the main DB, the history of the change information and whether to apply to the main DB is controlled. Information can be stored.

Preferably, the additional information stored in the additional information DB is connected to the disaster ledger of the damage investigation information stored in the main DB through a unique key, and after the damage investigation information is registered in the main DB, the damage investigation is registered. The unique key stored in the table in which the result information is stored and the "new public facility input number" may be connected with the disaster manager.

Preferably, the mobile server may provide the investigator terminal with damage investigation information stored in the main DB through the disaster management server in response to a request of the investigator terminal.

Preferably, the investigator terminal is provided to the investigator to the investigator in one summary screen for each case, the user to the investigator to input additional information to the disaster ledger information and the disaster ledger through the summary screen It can provide an interface.

Preferably, the investigator terminal is a direct input method for the investigator to directly enter the damage scale information, a map measurement method for providing the distance and area of the damage scale on the map, and using the GPS tracking to measure the distance and area Any of the GPS measurement methods can be provided to easily measure the damage scale.

Preferably, the investigator terminal provides the damage history of the disaster area to the mobile server in a manner of inputting a cross-sectional view and a photo of the damage, wherein the cross-sectional view selects any one of a standard cross section, a pre-stored image selection, or a blank page. The pen function may be used to sketch the damage history, and the damage picture may be directly photographed or pre-recorded to select and input a picture stored in the album.

Preferably, the investigator terminal is provided to confirm the location of the surrounding damage investigation through a map, when the investigator selects a symbol displayed on the map, the summary information window for the damage investigation information is activated, the investigator is activated If you select the summary information window can be provided to go to the screen that the disaster leader is provided.

Preferably, the investigator terminal is provided to be able to look up the disaster ledger using augmented reality, when the investigator selects the damage investigation information box provided through augmented reality, the summary information window is activated in the lower left corner, the summary information window that the investigator is activated If you select, you can be provided to move to the screen that the disaster ledger is provided.

Preferably, the system may further include a security server installed between the investigator terminal and the mobile server to secure the communication between the investigator terminal and the mobile server.

In addition, the present invention according to another aspect to achieve the above object is to collect the damage investigation information in the disaster area using the investigator terminal, and transmitting the damage investigation information collected through the investigator terminal to the mobile server And registering additional information in the damage investigation information transmitted to the mobile server in an additional information DB, registering damage investigation information provided from the mobile server in a relay DB, and performing damage investigation registered in the relay DB. It provides a mobile-based disaster prevention investigation method comprising the step of verifying the information through the scheduler of the disaster management server, and registering the damage investigation information verified through the scheduler of the disaster management server to the main DB.

Preferably, the relay DB stores the damage investigation information into "disaster manager general information", "damage detail information", "multimedia information", "traffic situation details" and "damage investigation registration result information", respectively. It can be composed of five tables.

Preferably, in the table where the damage investigation registration result information is stored, the verification result of the scheduler and an error code when the verification failure is recorded, and when applied to the main DB, the history of the change information and whether to apply to the main DB is controlled. Information can be stored.

Preferably, the additional information stored in the additional information DB is connected to the disaster ledger of the damage investigation information stored in the main DB through a unique key, and after the damage investigation information is registered in the main DB, the damage investigation is registered. The unique key stored in the table in which the result information is stored and the "new public facility input number" may be connected with the disaster manager.

Preferably, after registering the damage investigation information verified through the scheduler of the disaster management server in the main DB, the mobile server in response to the request of the investigator terminal, the damage investigation stored in the main DB through the disaster management server The method may further include providing information to the investigator terminal.

Preferably, in response to a request from the investigator terminal, the mobile server providing the investigator terminal with the damage investigation information stored in the main DB through the disaster management server, each case of the disaster ledger through the investigator terminal. Each summary screen may be provided to an investigator, and a user interface may be provided for the investigator to input information to the disaster ledger and additional information to the disaster ledger through the summary screen.

Preferably, in response to a request of the investigator terminal, the mobile server may provide the investigator terminal with damage investigation information stored in the main DB through the disaster management server through a map screen provided by the investigator terminal. Providing it is possible to check the location of the damage investigation, but if the investigator selects the symbol displayed on the map, the summary information window for the damage investigation information is activated, and if the investigator selects the summary information window is activated, the disaster leader is provided To move to the screen.

Preferably, in response to a request of the investigator terminal, the mobile server provides the investigator terminal with damage investigation information stored in the main DB through the disaster management server, through augmented reality provided by the investigator terminal. When the investigator selects the damage investigation information box provided through augmented reality, the summary information window is activated at the bottom left, and when the investigator selects the summary information window that the investigator is activated, the corresponding disaster ledger is moved to the screen. Can be provided.

Preferably, the step of collecting the damage investigation information in the disaster area by using the investigator terminal, the direct input method in which the investigator directly inputs the damage scale information through the investigator terminal, and measures the distance and area of the damage scale on the map It can be provided to easily measure the damage by any one of the map measurement method provided by the GPS measurement method to measure the distance and area by using the GPS tracking.

Preferably, the step of collecting the damage investigation information in the disaster area using the investigator terminal, the damage investigation information is collected by inputting a cross-sectional view and a damage picture of the damage history of the disaster area through the investigator terminal, Select one of the standard sectional view, pre-stored image selection or blank page, and sketch the damage history through the pen function on the selected sectional view, and the damage picture is directly taken or pre-recorded to select and enter the picture stored in the album. Can be provided.

As described above, according to the present invention, the main DB of the national disaster management system by collecting damage investigation information (including disaster information and additional information) using a mobile (for example, smart phone) that is easy to carry and popularly distributed. You can save time and money by sending and registering with.

In addition, according to the present invention, after storing the damage investigation information collected through the mobile in the disaster area to the relay DB to the damage investigation information collected by verifying the damage investigation information stored in the relay DB using the scheduler of the national disaster management system It can guarantee the reliability.

In addition, according to the present invention, by installing the damage investigation app on the investigator terminal, by providing a variety of damage investigation work functions to the investigator only by the execution of the damage investigation app by the intuitive operation specification of the click-selection, the information search and information easily and simply Easy to collect

1 is a block diagram showing a mobile-based disaster damage investigation system according to an embodiment of the present invention.
2 is a view showing a DB table required for "damage investigation" of the main DB according to the present invention.
3 is a diagram showing a table configuration of a relay DB according to the present invention.
4 is a diagram showing the damage investigation registration result table layout of the relay DB according to the present invention.
5 is a view illustrating a data exchange method between DBs according to the present invention.
6 to 13 are diagrams for explaining the functions of the damage investigation app.
14 is a diagram illustrating a mobile-based damage investigation monitoring page according to the present invention.
15 to 26 are diagrams for explaining the user interface (UI) of the damage investigation app according to the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings. However, the present invention is not limited to the embodiments described below, but may be embodied in various forms.

In the present specification, the present embodiment is provided to complete the disclosure of the present invention and to fully disclose the scope of the invention to a person having ordinary skill in the art to which the present invention belongs. And the present invention is only defined by the scope of the claims. Accordingly, in some embodiments, well known components, well known operations, and well-known techniques are not specifically described to avoid an undesirable interpretation of the present invention.

Like reference numerals refer to like elements throughout the specification. And, the terms used (hereafter) used herein are intended to illustrate the embodiments and are not intended to limit the invention in any way. In the present specification, the singular form includes plural forms unless otherwise specified in the specification. Also, components and acts referred to as " comprising (or comprising) " do not exclude the presence or addition of one or more other components and operations.

Throughout the specification, the "investigator terminal" refers to a communication terminal capable of wired and wireless communication as a terminal possessed by the disaster damage investigator. Here, the communication terminal may be a mobile communication terminal (for example, a mobile phone, a PDA (Personal Digital Assistant), a smart phone, a tablet PC, etc.). Preferably, a smart phone which is an intelligent terminal is used.

The investigator terminal may include a wired / wireless communication unit, an A / V input unit, a user input unit, a sensing unit, an output unit, a memory, an interface unit, a control unit, and a power supply unit. The above-described components are not all essential, and may be added or subtracted depending on the characteristics.

The investigator terminal is installed with an application (hereinafter referred to as damage investigation app) for disaster area damage investigation. The damage investigation app collects the investigator collects damage investigation information (for example, basic information, damage details, damage scale, cross section, photo, location, map search, data search, etc.) in the disaster area to access the mobile server Provided information to be sent and registered.

The investigator terminal is a mobile communication messaging service, for example, a short message service (SMS), a long message service (LMS), a multimedia message service (MMS), and the like through a mobile communication network. A message such as a push message or a notification message may be provided.

The investigator terminal is capable of internet communication, fax, transmission, etc. while moving, and includes a personal information management function. In a daily life such as a communication network such as CDMA (Code Division Multiple Access), WCDMA (Wideband Code Division Multiple Access), LTE (Long Term Evolution), LTE-A (LTE Advanced), Wibro / Wimax, WiFi, 3G (or 4G) It is possible to directly connect to the Internet using an Internet communication network that is readily available, and to access the Internet in various ways using various browsing programs.

The investigator terminal is a GPS-based, mobile communication network-based, WiFi WLAN / sensor network-based location recognition technology, or a satellite navigation device and WiFi WLAN in order to utilize location information using location-based services. It is built to use technology.

The investigator terminal may be provided with location information based on a mobile communication network provided by a telecommunication company. For this, the location information providing system based on a mobile communication network may include a base station, a location recognition server, and a terminal, and a mobile communication network is available. Corresponds to

The investigator terminal may be provided with location information by using a WiFi wireless LAN / sensor network base associated with the satellite navigation system to solve a decrease in reception rate in indoor and building dense areas, which is a disadvantage of the GPS. The location information providing system using the WiFi wireless LAN / sensor network base may include a short-range wireless communication network and an electronic tag.

The investigator terminal is linked with the Geographic Information Systems (GIS) together with the location information obtained through the location-based service to display the location information on the map. Geographical information devices are used for collecting, storing, outputting, and analyzing geographical and geographically related data such as buildings, roads, rivers, contour lines, and administrative zone boundaries. They are used to construct, maintain, edit, analyze, It is a system that helps spatial decision making while acquiring spatial information through processes such as display and output.

Throughout the specification, "security server", "mobile server", "disaster management server" has the same configuration as a conventional web server in hardware in order to communicate data with the investigator terminal, and in software C, C ++ Contains program modules that can be implemented in a variety of languages, including Jaba, Visual Basic, Visual C, and more.

In addition, the "security server", "mobile server", "disaster management server" is the operating system, such as DOS (windows), Windows (linux), Unix (macintosh), Macintosh, etc. in general server hardware It can be implemented using a web server program that is provided in various ways, and typical examples are website used in the Windows environment, CERN, NCSA, APPACH used in the Internet (Internet Information Server) and Unix environment. This can be used. The "security server", "mobile server", "disaster management server" may be a database built in or outside each to store and manage a variety of information.

The database refers to a data storage type that can freely search (extract) data, delete data, edit data, add data, and the like. Such a database may be a relational database management system such as oracle, infomix, sybase, DB2, or an object-oriented database management system such as gemston, orion, O2, specific databases such as excelon, tamino, sekaiju, and the like, and may have appropriate fields or elements.

In the entire specification, "investigator" refers to a subject who visits a disaster area and collects damage investigation information through the investigator terminal and transmits the collected damage investigation information to a mobile server.

Unless defined otherwise, all terms (including technical and scientific terms) used herein may be used in a sense commonly understood by one of ordinary skill in the art to which this invention belongs. Also, commonly used predefined terms are not ideally or excessively interpreted unless they are defined.

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

1 is a block diagram showing a mobile-based disaster damage investigation system according to an embodiment of the present invention.

Referring to FIG. 1, the disaster damage investigation system according to an embodiment of the present invention includes an investigator terminal 10, a mobile server 20, and a disaster management server 30. In addition, the disaster investigation investigation system may further include a relay DB (40). In addition, the security server 50 may further include.

The investigator terminal 10 is installed with a damage investigation app for the investigator to collect the damage investigation information directly from the disaster area and transmit it to the mobile server 20 to register. The damage investigation app may be downloaded from the mobile server 20 and installed, or may be downloaded and installed from other smartphone app stores (for example, Apple App Store, Google Android Market, etc.).

The investigator can access the mobile server 20 through the investigator terminal 10 in various ways. For example, the investigator terminal 10 can access the mobile server 20 by inputting the URL address of the mobile server 20 or install the damage investigation app separately. You can also connect by running it.

The investigator terminal 10 collects the damage investigation information (disaster ledger) surveyed in the disaster area through the execution of the damage investigation app and provides the collected damage investigation information to the mobile server 20 through the communication network 1.

The mobile server 20 builds a damage investigation system together with the additional information DB 21 and provides a mobile service for damage investigation. The mobile server 20 receives the disaster area damage survey information (disaster ledger, additional information) provided from the investigator terminal 10 in real time and provides the disaster management server 30 to the disaster management server 30. The mobile server 20 may provide additional information (eg, photo information, location information, video information, etc.) of damage investigation additional information (for example, photo information, location information, and video information) in addition to the information on the disaster register among the damage investigation information provided from the investigator terminal 10. ) To store and manage.

The mobile server 20 provides information stored in the main DB linked to the disaster management server 30 to the investigator terminal 10 in response to a request of the investigator terminal 10, or the site provided from the investigator terminal 10. The damage investigation information is received and provided to the relay DB 40 in real time.

The disaster management server 30 builds a national disaster management system including a relay DB 40 and receives the damage investigation information provided in real time from the mobile server 20 and registers it in the main DB. The damage investigation information may include a disaster register, and the disaster register information may include "disaster register general information", "damage detail information", "multimedia information", and "traffic situation information".

In the above, "disaster register general information" may include general information and an overview of the disaster. The "detailed detail information" may include the details of each occurrence of the damage and the n details attached to one collective. "Multimedia information" may include attachment file information of the damage history, including a picture, video, location map and the like attached to the disaster register. "Traffic situation details" may include information on traffic conditions in the area where the damage occurred.

Although not shown, the disaster register information is stored and managed in the main DB (not shown) connected to the disaster management server 30. The disaster register information stored and managed in the main DB includes reference information to facilitate later retrieval, and the reference information includes a unique key and a "new public facility input number", etc. of the "damage investigation registration result" table. It may include.

FIG. 2 is a diagram showing a DB table necessary for "damage investigation" among various and vast main DBs in order to manage disaster, damage investigation, and recovery information established in the national management system. As shown in FIG. This main DB is managed by the disaster management system, and some information is transmitted to the investigator terminal 10 through the mobile server 20 because it is necessary data when performing damage investigation through the investigator terminal 10 in the field.

On the other hand, as shown in Figure 1, the disaster damage investigation system according to an embodiment of the present invention may further include a relay DB 40, the relay DB 40 is the damage investigation collected from the investigator terminal 10 As a system for interlocking information with the disaster management server 30 of the disaster management system, when a disaster register is registered in the relay DB 40 in the mobile server 20, the main system periodically verifies the data in the scheduler of the disaster management system. The survey will be reflected in the DB.

The damage investigation information surveyed through the investigator terminal 10 is transmitted and registered to the disaster management server 30 of the national disaster management system. At this time, the relay DB 40 is generated due to the linkage between the damage investigation system and the national disaster management system. It is operated to prevent stability and security problems.

3 is a diagram for explaining the table configuration of the relay DB 40, as shown in Figure 3, the relay DB 40 is largely damage investigation information (for example, disaster ledger) and damage investigation registration The result information can be classified into five tables, each of which has the same structure as the main DB of the national disaster management system, and stores damage investigation information surveyed on-site.

The table in which the damage investigation information is stored includes "disaster manager general information", "damage detail information", "multimedia information", and "traffic situation details". In addition, the disaster register registered in the damage investigation system is stored in the main DB after the national disaster management system is verified by the scheduler. In the table where the damage investigation registration result information is stored, the processing result of the scheduler described above is recorded and the registration failure occurs. Save the error code. In addition, it manages the history of change information when the main DB is applied, and includes information controlling whether or not the main DB is applied.

4 is a diagram illustrating the damage investigation registration result table layout of the relay DB 40.

Referring to Figure 4, '1-6' is an item that stores the factors used to create a unique key of the disaster register. A unique key of the disaster leader is created by combining the factors stored in '1 ~ 6'. &Quot; 5 " is a number which is determined when registering the main DB and assigns a provisional registration number when registering the data relay DB 40. FIG. "7" is an item for requesting the type information of the disaster register registered, for example, new registration, modification and deletion. An item "8" is an item for determining whether to permit registration of the main DB 40. "9" is an item indicating the relay DB initial registration date and time. "10" is an item indicating the last modified date and time of the relay DB 40. "11" is an item indicating the main DB registration result. "12" is the "public facility serial number" determined when the main DB is registered, and is an item recorded separately from "5" for data history management. "13" is an item indicating the processing date and time of the scheduler. The '11 ~ 13 'items are entered by the scheduler of the national disaster management system.

5 is a view illustrating a data exchange method of the disaster investigation investigation system according to an embodiment of the present invention.

Referring to Figure 5, through the investigator terminal 10, the damage investigation information collected at the disaster damage site, that is, the disaster register and additional information is provided to the national disaster management system through the damage investigation system.

The disaster register and additional information provided from the investigator terminal 10 are registered in the relay DB 40. The damage investigation information registered in the relay DB 40 is periodically verified through the scheduler of the national disaster management system, and then the information reflecting the verification contents (investigation contents) is registered in the main DB.

The additional information transmitted from the investigator terminal 10 to the damage investigation system may be stored in real time in the additional information DB 21 through the mobile server 20, and may be connected to the disaster ledger through a unique key. After the main DB registration, the additional information and the disaster register are interconnected (matched) using the unique key of the "damage investigation registration result" table and the reference information of the "new public facility input number".

The investigator terminal 10 may request the disaster management server 30 to view the damage investigation information stored in the main DB, and in response to the request, the disaster management server 30 may request the damage investigation information stored in the main DB ( Disaster information, additional information) is provided to the investigator terminal 10.

6 to 13 are diagrams for explaining the functions of the damage investigation app.

Referring to FIG. 6, the investigator terminal 10 provides the investigator with various damage investigation task functions through the execution of the damage investigation app. For example, task progress by screen unit, automatic input of basic information, measurement of damage quantity (GSP, MAP), location search using augmented reality, location tracking on map according to user's location movement, user interface (UI) considering platform characteristics In addition, it can provide information search functions using augmented reality, selective use of image maps and image maps.

Referring to FIG. 7, the investigator terminal 10 configured the main screen to immediately perform the damage investigation, and integrated the system for inquiring the disaster ledger into a data inquiry screen for convenience of use. In addition, it is possible to move the main screen immediately through the action bar, and various operations are possible without moving the screen through the quick action. In order to compensate for the shortcomings of a small screen, a separate pop-up window can be used for input convenience, and a repetitive input process can be eliminated with a basic disaster setting.

Referring to FIG. 8, the investigator terminal 10 configures one disaster ledger into one summary screen to reflect the user work environment centered on the disaster ledger. In addition, it is possible to search and add information through the summary screen, configure the screen to grasp survey and input items at a glance, and provide an easy and simple user interface (UI) with intuitive operation specification of click-selection.

Referring to FIG. 9, the investigator terminal 10 provides various types of damage scale measurement methods such as direct input, map measurement (distance, area), and GPS measurement, and damages according to the damage scale measured by the application of recovery unit cost. The scale can be calculated automatically. In addition, by applying a distance and area measurement method using GPS tracking it is possible to easily measure the damage scale.

Referring to FIG. 10, the investigator terminal 10 may input a sectional view of the disaster area and a photograph of damage. It provides the user to select the cross section from the standard cross section, image selection, and blank page, and can sketch the damage details on the cross section with the pen function, work group, selection, management function, etc., damage photo by direct shooting, album selection Input is possible.

Referring to FIG. 11, the investigator terminal 10 provides a disaster register inquiry and data management function. Disaster ledger inquiry was integrated into the data inquiry screen for convenience of use, and the bottom menu bar for data management was constructed. In addition, the quick action configuration provides disaster register, damage history deletion, retransmission function, and the registered photos can be viewed and deleted.

Referring to FIG. 12, the investigator terminal 10 provides a map of a disaster ledger using maps and augmented reality. You can check the location of the surrounding damage investigation on the map screen, and select the symbol displayed on the map to activate the summary information window for the damage investigation information. If you select the active summary information window, you can move to the corresponding disaster register screen. In addition, the location of the damage investigation can be confirmed by the AR function, and when the damage investigation information box is clicked, the summary information window is activated at the bottom left. If you select the activated summary information window, you can move to the disaster register screen like the map.

Referring to FIG. 13, the investigator terminal 10 may provide location map registration, transmission, and additional functions. General / satellite maps (Google maps) can be selected, and a plurality of damage locations can be displayed on a location map. It is also possible to send a disaster log to the test server or temporarily store it. In addition, if it fails to obtain the address information for the location, it is also possible to enter directly by the user's selection. It also provides a summary of the program and its transfers via the main screen info window.

FIG. 14 is a diagram showing a mobile-based damage investigation monitoring page. The damage investigation web main page includes damage aggregation (final investigation date and damage amount for the year), final damage reception information, damage status by region and facility (damage and investigation number). ) As a graph.

15 to 26 are diagrams for explaining the user interface (UI) of the damage investigation app.

First, Figure 15 is a screen configuration of the damage investigation app, largely "start screen", "login screen", "main screen", "disaster selection screen", "damage investigation screen", "data inquiry screen", "map search" Screen "," program setting screen "," basic information input screen "," damage detail screen "," damage picture deletion screen "," damage scale measurement screen "," photo registration screen "," address search screen ", etc. Can be done.

16 and 17 are detailed screens. As shown in FIG. 16, a “main screen” is provided with a “basic menu button” that an investigator can select. The "basic menu button" is provided with selection buttons such as "disaster selection", "damage investigation", "data search", "map search" and "setting".

The "disaster selection" is provided with a "home button" moving to the home, a "short menu button" which is a shortcut manual button, a "menu title", and a "disaster selection list" which displays a list of registered disasters.

The "damage investigation" is provided with "basic information input", "basic information details", "damage detail information window", "input complete button", and the like.

"Data Inquiry" provides "Data Status Icon", "Stored Data List", etc.

"Map search" is provided with "satellite / general map switch button", "current location moving button", "address input window", "address search button", "map screen".

"Program setting", "Program setting", "Sync check box", "Program history inquiry", "Update information inquiry", etc. are provided.

As shown in Fig. 17, a window for inputting basic information is provided with "basic information input item", "basic information input state", "input complete" and the like.

In the window for inputting the damage details, "damage details entry items", "damage details entry status", and "input complete button" are provided.

The window for deleting the damaged photo is provided with buttons such as "image thumbnail", "cancel" and "delete".

In the window for measuring and inputting the damage scale, buttons such as "add point", "delete point", "delete all", and "complete input" are provided to register the point of the area where the damage occurred.

In the window for registering a picture, "damage picture thumbnail", "section thumbnail", and the like are provided.

The window where you can search for addresses is provided with a "text entry window" and a map associated with the GIS.

Hereinafter, the operation specifications will be described with reference to FIGS. 18 to 26.

First, as shown in FIG. 18, when the damage investigation app installed in the investigator terminal 10 is executed, a "Smart Damage Investigation" screen is provided, and then a login screen is provided, and the investigator inputs an ID and a password to successfully authenticate. When completed, the "main screen" is provided.

If you select “Disaster Selection” in “Main Screen”, you can select the disaster among those already registered and provided in the terminal DB to set as the basic disaster, and edit and register the basic information for the selected basic disaster or new disaster. In the case, it moves to the basic information input window. In addition, you can move to the window that is requested for the data registered in the main DB in advance for the selected basic disaster.

If you select "Inspection" in "Main Screen", you will be directed to the basic information input window according to "Basic Disaster Setting".

If you select "Map Search" in "Main Screen", an input window is provided. If you input an address in the input window, the point corresponding to the address is displayed on the map screen. It serves as a damage investigation system and a national disaster management system.

19 is a diagram for explaining a basic information input process. Referring to FIG. 19, first, select "basic information input" in the basic information input window, "damage location", "date and time of reception", "administrative service", "subdivision department", "facility classification", "facility class" , "Victims", etc. are provided.

20 is a view illustrating a damage detail input process. Referring to FIG. 20, when "basic information input" is first selected in the basic information input window, "damage location", "large classification", "medium classification", "small classification", "standard", "measurement scale", "cross section" And the like are provided.

FIG. 21 is a diagram for explaining an input process of " damage scale measurement " Referring to FIG. 21, when the "damage scale measurement" is selected, it is divided into "direct input" for inputting input coordinates, "map measurement" using a map, and "GPS measurement" using a GPS. Either method can be used to measure damage.

22 is a screen illustrating a cross-sectional view of a disaster area and a picture registration process. Referring to FIG. 22, when a photograph of a disaster area is to be registered, a photograph may be directly photographed using the investigator terminal 10 or may be selected and registered from a photographed and stored photo album. The cross section can be registered by selecting any one of "standard cross section", "cross section selection" and "image selection". "Standard cross section" provides for the registration of four cross sections (front, left eye, right eye, general). If there is no "standard section", the blank page is loaded and the investigator can draw a section using black, red, and blue pens on the screen.

23 is a screen illustrating a location diagram registration and transmission process. Referring to FIG. 23, after completing writing of the disaster register, the current position screen and the disaster register displayed together with the map on the screen window of the investigator terminal 10 are transmitted together to the national disaster management system through a communication network.

24 is a screen illustrating a map search search process. Referring to FIG. 24, the current location may be displayed on a map through GPS location tracking, or the current location may be displayed on a map by inputting an address in an input window. In addition, the current location of the disaster area can be produced and provided in three dimensions through augmented reality (AR).

25 is a screen illustrating a data inquiry process. Referring to FIG. 25, a tab is provided in the data inquiry screen window to select one of "local data", "server data", and "pre-receipt". "Local data" is the data surveyed and input from the investigator terminal 10, "server data" is the data of the national disaster management system transmitted from the mobile server 20, "pre-receipt" is from the mobile server 20 It is a pre-receipt of the national disaster management system transmitted. The investigator may select any one of them and update the disaster register provided to the national disaster management system through the investigator terminal 10 using newly collected information.

FIG. 26 is a screen for explaining a setting process. Through this screen, "pre-task synchronization", "post-task synchronization", "GPS information", "program information", and the like can be set.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. As such, the present invention can be implemented by combining these. Accordingly, the invention is only defined by the scope of the claims set forth in the claims.

1: communication network
10: investigator terminal
20: Mobile server
21: Additional Information DB
30: disaster management server
40: relay DB
50: security server

Claims (21)

Investigator terminal;
A mobile server for receiving damage investigation information of the disaster area collected through the investigator terminal and storing and managing additional information included in the damage investigation information in an additional information DB;
A relay DB for receiving and storing the damage investigation information provided from the mobile server; And
A disaster management server that periodically verifies the disaster register of the damage investigation information stored in the relay DB through a scheduler and stores and manages the verified damage investigation information in the main DB.
Mobile-based disaster prevention investigation system comprising a.
The method of claim 1,
The relay DB stores and stores the damage investigation information into "disaster general management information", "damage detail information", "multimedia information", "traffic situation details" and "damage investigation registration result information". Mobile disaster investigation system consisting of two tables.
3. The method of claim 2,
In the table where the damage investigation registration result information is stored, a verification result of the scheduler and an error code when verification failure is recorded, and when applied to the main DB, a history of change information and information for controlling the application to the main DB are stored. Mobile based disaster investigation system.
3. The method of claim 2,
The additional information stored in the additional information DB is connected to the disaster ledger of the damage investigation information stored in the main DB through a unique key, and after the damage investigation information is registered in the main DB, the damage investigation registration result information is stored. Mobile-based disaster prevention investigation system connected to the disaster ledger by using the unique key stored in the stored table and the "new public facility input number" as reference information.
The method of claim 1,
The mobile server provides the disaster investigation information stored in the main DB to the investigator terminal through the disaster management server in response to a request from the investigator terminal.
The method of claim 1,
The investigator terminal provides the disaster ledger to the investigator in one summary screen for each case, and provides a user interface for the investigator to input information to the disaster ledger and additional information to the disaster ledger through the summary screen. Mobile disaster investigation system.
The method of claim 1,
The investigator terminal is a direct input method in which the investigator directly inputs damage scale information, a map measurement method for measuring the distance and area of the damage scale on a map, and a GPS measurement method for measuring the distance and area using GPS tracking. A mobile-based disaster investigation system that provides easy measurement of damage in any of the ways.
The method of claim 1,
The investigator terminal provides the damage history of the disaster area to the mobile server by inputting a cross-sectional view and a photo of the damage, wherein the cross-sectional view selects one of a standard cross section, a pre-stored image selection or a blank page, and a pen function on the selected cross section. It provides a sketch of the damage through the damage, the damage photo is directly taken or pre-recorded mobile based disaster damage investigation system that provides to select and enter the photos stored in the album.
The method of claim 1,
The investigator terminal is provided to confirm the location of the surrounding damage investigation through a map, when the investigator selects a symbol displayed on the map, the summary information window for the damage investigation information is activated, and the summary information window for the investigator is activated. When selected, the mobile disaster-based disaster investigation system that provides a screen to move to the corresponding disaster register.
The method of claim 1,
The investigator terminal is provided to be able to look up the disaster ledger using augmented reality, if the investigator selects the damage investigation information box provided through augmented reality, the summary information window is activated at the bottom left, and if the investigator selects the summary information window activated Mobile-based disaster damage investigation system that provides to move to the screen that the disaster register is provided.
The method of claim 1,
And a security server installed between the investigator terminal and the mobile server to secure the communication between the investigator terminal and the mobile server.
Collecting damage investigation information in the disaster area using the investigator terminal;
Transmitting the damage investigation information collected through the investigator terminal to a mobile server;
Registering additional information among damage investigation information transmitted to the mobile server in an additional information DB;
Registering damage investigation information provided from the mobile server in a relay DB;
Verifying damage investigation information registered in the relay DB through a scheduler of a disaster management server; And
Registering the damage investigation information verified through the scheduler of the disaster management server in the main DB
Mobile-based disaster damage investigation method comprising a.
13. The method of claim 12,
The relay DB stores and stores the damage investigation information into "disaster general management information", "damage detail information", "multimedia information", "traffic situation details" and "damage investigation registration result information". Mobile-based Disaster Damage Survey Method consisting of two tables.
14. The method of claim 13,
In the table where the damage investigation registration result information is stored, a verification result of the scheduler and an error code when verification failure is recorded, and when applied to the main DB, a history of change information and information for controlling the application to the main DB are stored. Mobile-based disaster damage investigation method.
14. The method of claim 13,
The additional information stored in the additional information DB is connected to the disaster ledger of the damage investigation information stored in the main DB through a unique key, and after the damage investigation information is registered in the main DB, the damage investigation registration result information is stored. Mobile-based disaster damage investigation method connected to the disaster ledger using the unique key stored in the stored table and the "new public facility input number" as reference information.
13. The method of claim 12,
After registering the damage investigation information verified through the scheduler of the disaster management server in the main DB,
The mobile server provides the investigator terminal with the damage investigation information stored in the main DB in response to the request from the investigator terminal,
Mobile-based disaster damage investigation method further comprising.
17. The method of claim 16,
In response to a request from the investigator terminal, the mobile server provides the investigator terminal with damage investigation information stored in the main DB through the disaster management server.
Through the investigator terminal, the disaster register is provided to the investigator in one summary screen for each case, and the user interface is provided to allow the investigator to input additional information to the disaster register information and the disaster register through the summary screen. Providing mobile-based disaster damage investigation method.
17. The method of claim 16,
In response to a request from the investigator terminal, the mobile server provides the investigator terminal with damage investigation information stored in the main DB through the disaster management server.
The location of the surrounding damage investigation is provided through the map screen provided by the investigator terminal, but when the investigator selects a symbol displayed on the map, the summary information window for the damage investigation information is activated, and the investigator is activated. If you select the summary information window, the mobile disaster-based disaster investigation method that provides the user to go to the screen provided.
17. The method of claim 16,
In response to a request from the investigator terminal, the mobile server provides the investigator terminal with damage investigation information stored in the main DB through the disaster management server.
In the augmented reality provided by the investigator's terminal to provide a disaster ledger inquiry, if the investigator selects the damage investigation information box provided through augmented reality, the summary information window is activated in the lower left corner, and the summary information window to activate the investigator When selected, the mobile disaster-based disaster investigation investigation method to move to the screen provided.
13. The method of claim 12,
Collecting damage investigation information in the disaster area using the investigator terminal,
A direct input method for investigators to directly input damage scale information through the investigator terminal, a map measurement method for providing distance and area of damage scale on a map, and a GPS measurement for measuring distance and area using GPS tracking A mobile-based disaster damage investigation method that provides an easy way to measure the scale of damage in either of two ways.
13. The method of claim 12,
Collecting damage investigation information in the disaster area using the investigator terminal,
Collect the damage investigation information by inputting the cross-sectional view and damage photo of the disaster area of the disaster area through the investigator terminal, wherein the cross-section is selected from a standard cross-sectional view, a pre-stored image selection or a blank page, and a pen on the selected cross-section. It provides a sketch of the damage through the function, the damage photo is directly taken or pre-recorded mobile based disaster damage investigation method to provide to select and enter the photo stored in the album.

Images