KR100577379B1 - Apparatus and method for united management of disaster prevention - Google Patents

Abstract

The present invention is to provide a disaster management integrated management apparatus and method, a disaster situation processing unit for receiving, analyzing and processing the disaster situation; A disaster prevention management unit which receives the disaster situation processed by the disaster situation processing unit, collects and monitors information related to the received disaster situation; Receiving the occurrence of the disaster situation by receiving an alarm about the disaster situation from the disaster prevention management unit, and including an alarm sending unit for notifying the residents of the disaster occurrence area as an alarm text using a mobile communication network, It will be able to process information related to the disaster situation and to alert residents in hazardous areas to promptly and accurately handle appropriate evacuation and disaster prevention.

Disaster Prevention, Disaster, Disaster Prevention, Flood, Forest Fire, Weather, Drainage, Wippy, WIPI, Mobile Network

Description

Disaster disaster prevention integrated management system including alarm transmission method for evacuation of dangerous area residents during disaster disasters {Apparatus and method for united management of disaster prevention}

1 is a block diagram of the integrated disaster prevention disaster management apparatus according to an embodiment of the present invention.

FIG. 2 is a detailed block diagram of the disaster situation processing unit and its neighboring blocks in FIG. 1.

FIG. 3 is a detailed block diagram of the disaster prevention management unit and its neighboring blocks in FIG. 1.

4 is a detailed block diagram of the alarm sending unit and its neighboring blocks in FIG.

Figure 5 is a flow chart showing a disaster prevention disaster integrated management method according to an embodiment of the present invention.

6 is a conceptual diagram illustrating an example in which an alarm is sent by the present invention.

Explanation of symbols on the main parts of the drawings

100: disaster handling unit 110: wireless modem

120: character processing unit 130: situation reception server

131: Web-based reception unit 132: Wifi-based reception unit

140: situation analysis processing unit 200: disaster prevention management unit

210: control unit 220: external organ connecting unit

230: Real-time data collector 240: Web service connection

250: video integration server 251: video device

260 Database 270 Geographic Information System

280: monitoring management tool 300: alarm sending unit

310: alarm sending processing unit 320: base station interface unit

330: database 340: character sending unit

400: External organization data collection server 410: Meteorological Agency server

420: Water Resources Corporation Server 430: National Safety Management Information System Server

500: real-time data collection server 510: flood warning system server

520: Integrated drainage management system server 600: Web service

710: base station / switching network management unit 720: character sending server

730: PSDN network 740: base station

750: mobile station

The present invention relates to the integrated disaster prevention management, in particular to recognize the occurrence of the disaster situation, to handle the information related to the disaster situation and to send out an alarm to the residents of the hazardous area to ensure that the appropriate evacuation and disaster prevention appropriately and quickly An integrated disaster prevention management apparatus and method thereof are provided.

Modern society has undergone rapid development and has been faced with a number of disaster disasters that have not been experienced in the past. Flooding, fires, and other disasters can quickly disrupt a structured community and cause loss of life and property in a variety of ways.

In order to effectively respond to such disasters, the basic measures are remote observation of rainfall and water level through flood warning system, that is, a mixture of VHF (Very High Frequency) network, satellite communication or mobile communication network, and siren Remote management of alarm systems and drainage (rainwater) pumping stations for broadcasting and alarm broadcasting, and introduction of various closed circuit television (CCTV) systems have been attempted. In addition, a variety of ways are being explored, including the operation of a disaster room to expedite all situations.

However, the problem of the conventional disaster prevention system is that the alarm system is not direct because it is composed of a system structure such as siren or alarm broadcasting, and cannot cope with local limitations and various disasters.

In addition, the current situation of disaster disasters is more diversified, and therefore, faster and faster decision making is required, and systematic and efficient disaster management integrated management is required to cope with various disasters.

The technologies of the disaster prevention management system introduced in the prior art include Korean Patent Registration No. 10-390600 (Forest Fire Monitoring and Position Tracking Device and Operation Method: Hereinafter, Prior Art 1), Korean Utility Model No. 20-217025 (Forest Fire Monitoring) And location tracking device: Hereinafter, the prior art 2), Republic of Korea Patent No. 10-0515162 (real-time disaster prevention system using GPS and inertial navigation device and its operation method: below, prior art 3).

However, in the case of the prior arts 1 and 2, the Global Positioning System (GPS) also fails to function in dense forests, high-rise buildings, and underground caves, and thus cannot identify a disaster point or range. There is this.

In addition, the geographic information team dispatched to the scene of disaster needs to be able to move and install quickly according to the changing disaster situation from time to time, but the technology introduced in Prior Art 1 and Prior Art 2 is easy to install and operate quickly. Not.

In addition, in the case of the prior art 3, it is possible to check the disaster occurrence situation using GPS, but there was a limit to comprehensively managing various types of disaster situations.

Accordingly, the present invention has been proposed to solve the above conventional problems, the object of the present invention is to recognize the occurrence of the disaster situation, process information related to the disaster situation and send out an alert to the residents of the dangerous area to evacuate appropriately To provide a disaster prevention integrated management device and method that can quickly and accurately handle disaster prevention.

Disaster prevention and disaster prevention integrated management device according to an embodiment of the present invention to achieve the above object,

A disaster situation processing unit that receives, analyzes, and processes the disaster situation; A disaster prevention management unit which receives the disaster situation processed by the disaster situation processing unit, collects and monitors information related to the received disaster situation; It is characterized in that the technical configuration comprises an alarm transmission unit for receiving and processing the alarm for the disaster situation from the disaster prevention disaster management unit, and using the mobile communication network to notify the residents of the disaster-prone area as an alarm text. .

Disaster prevention disaster integrated management method according to an embodiment of the present invention to achieve the above object,

A first step of receiving and interpreting disaster situation information including one or more information among disaster areas and disaster classifications, disaster information, and disaster details; A second step of monitoring a disaster occurrence situation and collecting and controlling data after the first step; After the second step using a mobile communication network characterized in that the technical configuration comprising a third step of notifying the disaster occurrence situation to the residents of the disaster-prone region as an alarm text.

Hereinafter, an embodiment according to the present invention, the integrated disaster prevention disaster management apparatus and method thereof will be described with reference to the accompanying drawings.

1 is a block diagram of an integrated disaster prevention management apparatus according to an embodiment of the present invention, Figure 2 is a detailed block diagram of the disaster situation processing unit and its peripheral block in Figure 1, Figure 3 is a disaster prevention management unit in Figure 1 And a detailed block diagram of the peripheral block, and FIG. 4 is a detailed block diagram of the alarm sending unit and its peripheral block in FIG. 1.

As shown in Figure 1, the disaster situation processing unit 100 for receiving, analyzing and processing the disaster situation; A disaster prevention management unit 200 which receives the disaster situation processed by the disaster situation processing unit 100 and collects and monitors information related to the received disaster situation; It is configured to include an alarm sending unit 300 to receive and process the alarm for the disaster situation from the disaster prevention management unit 200, and to notify the residents of the disaster-prone region as an alarm text by using a mobile communication network. It features.

The disaster situation processing unit 100, as shown in Figure 2, the wireless modem for receiving a text message about the disaster situation from the mobile communication terminal; A text processing unit 120 for processing a text received through the wireless modem 110; A situation reception server 130 for receiving information on a disaster situation through an internet network; It comprises a situation analysis processing unit 140 for receiving the information on the disaster situation from the text processing unit 120 and the situation reception server 130 to analyze and process the disaster situation and transmit to the disaster prevention management unit 100 It is characterized by.

The wireless modem 110, characterized in that for receiving a text about the disaster situation from the mobile communication terminal using one or more of the short message service (SMS) or multimedia message service (MMS).

The situation reception server 130 is configured to include a web-based reception unit 131 connected to the internet network and web-based to receive information on a disaster situation through the internet network.

The situation reception server 130 is connected to a Wi-Fi (Wireless Internet Platform for Interoperability, WIPI, Korea-type wireless Internet platform) is connected to the Internet-based reception unit configured to receive information about the disaster situation configured through a network It is characterized by.

The disaster prevention management unit 200 may reduce and enlarge an output screen by applying a flash-based dynamic screen composition technique to geographic information linked to a geographic information system (GIS) 270. And iconize the disaster situation so that it is displayed along with the disaster history in the area where the disaster situation occurred, and monitor the weather situation or rainfall or water level or other real time information and disaster situation including real time video. .

The disaster prevention management unit 200, as shown in Figure 3, the control unit 210 for controlling the operation of the disaster prevention disaster management unit 200; An external institution connection unit 220 which is controlled by the controller 210 and collects information related to the disaster situation received from the disaster situation processing unit 100; Under the control of the control unit 210, it is characterized in that it comprises a real-time data collection unit 230 for collecting the flood warning information or drainage management information in real time.

The disaster prevention management unit 200, under the control of the control unit 210, characterized in that it further comprises a web service connection unit 240 to enable to control the disaster prevention management unit 200 remotely over the Internet. It is done.

The disaster prevention management unit 200, under the control of the control unit 210, the video integrated server for collecting the video information of the area related to the disaster situation received from the disaster situation processing unit 100 through the video device 251 Characterized in that it further comprises 250.

The disaster prevention management unit 200, under the control of the control unit 210, characterized in that it further comprises a database 260 for storing information related to disaster prevention.

The disaster prevention management unit 200 is connected to the geographic information system 270, and uses geographic information transmitted from the geographic information system 270 for disaster prevention management.

The alarm sending unit 300, as shown in Figure 4, the alarm dispatch processing unit 310 for receiving and processing the alarm for the disaster situation from the disaster prevention disaster management unit 200; A base station interface unit 320 which receives the alarm processed by the alert transmission processor 310 and performs an interface with the base station 740 through the base station / switch network manager 710; A database 330 connected to the base station interface unit 320 and storing information; When notified of the alert transmission from the base station interface unit 320, characterized in that it comprises a text sending unit 340 for sending an alert text using the information stored in the database 330.

The text sending unit 340 is characterized in that for sending an alert text by using one or more methods of SMS (Short Message Service) or MMS (Multimedia Message Service).

The disaster prevention integrated management device, as shown in Figure 3, including one or more of the meteorological office server 410, the water resources corporation server 420, the national safety management information system server 430, the disaster prevention It is characterized in that it further comprises an external institution data collection server 400 is connected to the external organization connection unit 220 in the management unit 200 to provide information related to the disaster situation.

The disaster prevention integrated management device, the flood disaster warning system server 510 for providing flood warning information in real time or the integrated drainage management system server 520 for providing drainage management information in real time, the disaster prevention management unit ( It is characterized in that it further comprises a real-time data collection server 500 is connected to the real-time data collection unit 230 in 200 to provide real-time flood warning or information or drainage management information.

Here, reference numeral 280 is a monitoring management tool, 600 is a web service, 720 is a text sending server, 730 is a PSDN (Public Switched Data Network) network, and 750 is a mobile communication terminal (mobile phone, etc.). Mobile Station (MS).

Figure 5 is a flow chart showing a disaster prevention disaster integrated management method according to an embodiment of the present invention.

As shown therein, a first step (ST10) of receiving and interpreting disaster situation information including at least one of disaster area and disaster classification, disaster information, and disaster details; A second step (ST20) of monitoring a disaster occurrence situation and collecting and controlling data after the first step; And after the second step, a third step (ST30) of notifying a disaster occurrence situation as an alarm text to the residents of the disaster occurrence area using a mobile communication network.

Referring to the accompanying drawings, the operation of the integrated disaster prevention and disaster management apparatus and method according to the present invention configured as described in detail as follows.

First, the present invention is to recognize the occurrence of the disaster situation, to process the information related to the disaster situation and to send out an alarm to the residents of the dangerous area to quickly and accurately handle the appropriate evacuation and disaster prevention.

To this end, the present invention is composed of a disaster situation processing unit 100, disaster prevention management unit 200, alarm sending unit (300). In addition, the external institution data collection server 400, real-time data collection 500 may be added.

Thus, the disaster situation processing unit 100 receives and analyzes and analyzes the disaster situation, including the wireless modem 110, the text processing unit 120, the situation reception server 130, the situation analysis processing unit 140, and the like. Can be configured.

In such a disaster situation processing unit 100, the wireless modem 110 receives a text on the disaster situation from the mobile communication terminal. At this time, the reception method may use a mobile communication system of a code division multiple access (CDMA) method. In addition, various mobile communication systems can be used. The mobile communication system includes an AMPS (Advanced Mobile Phone Service) system using an analog method, a Code Division Multiple Access (CDMA) system using a digital method, a Wideband Code Division Multiple Access (WCDMA), and a TDMA (Time). Division Multiple Access, Time Division Multiple Access (FDMA) system, Frequency Division Multiple Access (FDMA) system, Wireless Local Loop (WLL), CDMA2000-1x, IMT-2000 (International Mobile Telecommunication in the year 2000 , Global mobile communication (GSM) systems, and GSM (Global System for Mobile communication) systems.

In addition, the text received by the wireless modem 110 may use SMS or MMS. Here, MMS (Multimedia Message Service) is a leading standard set by the 3rd Generation Partnership Project (3GPP), an organization that defines the asynchronous IMT-2000 service standard specification, which is being developed by several working groups. The MMS may transmit multimedia data such as still images, long texts, audio, video, and animations, compared to short message services (SMSs) that rely on short texts. Since the recent launch of color LCD (Liquid Crystal Display, LCD) terminals with cameras, subscribers' demand for services has been increasing.

The text processor 120 processes the text received through the wireless modem 110 and transmits the text to the context analysis processor 140.

In addition, the situation reception server 130 receives the information on the disaster situation through the Internet network and transmits it to the situation analysis processing unit 140. In the situation receiving server 130, the web-based receiving unit 131 is connected to the Internet network and the web-based to receive information about the disaster situation through the Internet network and transmits to the situation analysis processing unit 140. In addition, the Wi-Fi-based reception unit 132 is connected to the Wi-Fi base receives the information on the disaster situation through the Internet network and transmits to the situation analysis processing unit 140.

WIPI is the wireless Internet platform standard. Since 2001, the government has been promoting national projects with the aim of reducing national waste by allowing mobile operators to use the same platform. The wireless internet platform refers to basic software that functions as an operating system (OS) of a personal computer in a mobile communication terminal. Mobile carriers have created and used wireless Internet platforms in different ways, so content providers have no choice but to create the same content on multiple platforms. Therefore, various unnecessary wastes occurred due to content creation and service, and Wi-Fi was created to reduce such wastes at the national level.

In addition, the situation analysis processing unit 140 receives information on the disaster situation from the text processing unit 120 and the situation reception server 130 to analyze and process the disaster situation and transmit it to the disaster prevention management unit 100.

Meanwhile, the disaster prevention management unit 200 receives a disaster situation processed by the disaster situation processing unit 100 and collects and monitors information related to the received disaster situation. Therefore, the disaster prevention management unit 200 applies a flash-based dynamic screen composition technique to geographic information linked to the geographic information system 270 to reduce and enlarge the output screen and iconize the disaster situation. In addition, the disaster situation is displayed in the area where the disaster occurred along with the disaster history, and it is possible to monitor the weather situation or rainfall or water level or other real-time information and disaster situation including real-time video. Basic control of the operation may be performed by the control unit 210 in the disaster prevention management unit 200. In addition, it can be controlled remotely using a monitoring management tool 280, etc. from an external PC connected to the Internet through the web service connection unit 240.

The external agency connection unit 220 collects information related to the disaster situation received from the disaster situation processing unit 100 in the disaster prevention management unit 200. The external institution connection unit 220 is connected to the external institution data collection server 400. In addition, the external agency data collection server 400 includes a meteorological office server 410, a water resources corporation server 420, a national safety management information system server 430, and the like. Thus, the external agency connection unit 220 in the disaster prevention management unit 200 is connected with various external organizations included in the external institution data collection server 400 to receive information related to the disaster situation.

In addition, the real-time data collection unit 230 in the disaster prevention management unit 200 collects flood warning information or drainage management information in real time. To this end, the real-time data collection unit 230 is connected to the real-time data collection server 500. The real-time data collection server 500 includes a flood warning system server 510, integrated drainage management system server 520, and the like. Thus, the real-time data collection unit 230 is provided with flood forecasting alarm information in real time through the flood forecasting system server 510, the drainage management information is provided in real time through the integrated drainage management system server 520.

In addition, the disaster prevention management unit 200 may further include a video integration server 250, wherein the video integration server 250 of the region related to the disaster situation received from the disaster situation processing unit 100 through the video device 251. It collects the image information to be processed by the control unit 210. As a result, it is possible to secure a video of the disaster area so that it can respond more appropriately to the disaster situation.

In addition, the disaster prevention management unit 200 may further include a database 260, which stores information related to disaster prevention.

In addition, the disaster prevention management unit 200 is connected to the geographic information system 270 to manage the disaster disaster management geographic information received from the geographic information system 270. Thus, the geographic information of the disaster occurrence area secured by the geographic information system 270 can be output to prepare for disaster more appropriately.

Meanwhile, the alarm sending unit 300 receives and processes an alarm for a disaster situation from the disaster prevention management unit 200, and notifies residents of the disaster occurrence area as an alarm text using a mobile communication network.

The alarm sending unit 300 may include an alarm sending processor 310, a base station interface 320, a database 330, a text sending unit 340, and the like.

Thus, the alarm sending processor 310 in the alarm sending unit 300 receives and processes an alarm for a disaster situation from the disaster prevention management unit 200 and transmits the alarm to the base station interface unit 320.

In addition, the base station interface unit 320 receives an alarm processed by the alert transmission processor 310 and performs an interface with the base station 740 through the base station / switch network manager 710.

In addition, the database 330 of the alarm sending unit 300 to store the information related to sending the alarm text.

In addition, when the character sending unit 340 is notified of the alarm transmission from the base station interface unit 320, using the information stored in the database 330 to the mobile station 750 which is a mobile communication terminal possessed by the residents of the disaster area using the information Will be shipped. In this case, the text sending unit 340 may send an alarm text using SMS or MMS method. Therefore, when a disaster occurs, a disaster compulsory alarm message is sent to a mobile communication terminal possessed by a resident in a dangerous area for emergency evacuation or situation propagation and forecasting.

The operation of the present invention will be described in more detail with reference to FIGS. 5 and 6 as follows.

First, in the first step ST10, disaster situation information including one or more information among disaster area and disaster classification, disaster information, and disaster details is received and interpreted.

Thus, when a disaster situation or an emergency forecast situation occurs, and transmits information such as disaster area and disaster classification, disaster information, disaster details to the disaster situation processing unit 100, the disaster situation processing unit 100 is a wireless modem ( This is received through the text processing unit 110 and the text processing unit 120 or through the web-based receiving unit 131 or the Wi-Fi-based receiving unit 132 is processed by the situation analysis processing unit 140.

In this way, by receiving and processing the text in real time, and then delivered to the disaster prevention management unit 200, it is possible to receive and recognize the disaster situation under any circumstances.

In the second step (ST20), disaster occurrence status is monitored, data collected and controlled.

Thus, a zoom function is implemented by applying a flash technique based on the geographic information transmitted from the geographic information system 270, and the situation occurrence received from the disaster situation processing unit 100 is output to the screen. Then, the disaster situation received from the disaster situation processing unit 100 is displayed as an icon classified according to the type of disaster, and when this icon is clicked, the disaster situation is displayed. In addition, comprehensive basic information about the area is displayed, and rivers, road networks, and key points are displayed to help understand disaster situations and help make quick and quick decisions.

All disaster occurrences and progress are recorded in the database 260, and provide management items such as the cause of the accident, the contents of the damage, major measures or other future prospects and measures, and also enable remote management via the Internet.

In addition, the external institution connection unit 220 collects data automatically from various servers such as the Korea Meteorological Administration, Water Resources Corporation, and national safety management information system, and enables real-time monitoring, and flood forecast alarm by the real-time data collection unit 240. Integrated management is possible by automatically collecting data from the system and the integrated drainage management system and enabling real-time monitoring.

In the video integration server 250 to monitor the video for each disaster occurrence situation to enable a comprehensive disaster prevention work.

In addition, the third step (ST30) is to notify the residents of the disaster-prone area as an alarm text by using a mobile communication network.

Thus, forced alarms in dangerous areas can be generated by using mobile communication networks to evacuate residents within the affected areas where disasters occur or to transmit situations.

To this end, the base station interface unit 320 receives the disaster situation from the alert transmission processor 310 and requests information of the corresponding base station 740 and the mobile station 750 managed by the base station / switching network management unit 710, and Received and stored in the database 330. Then, based on the information stored in the database 330, the character sending unit 340 configures a text message, and transmits an alert character to the character sending server 720 based on the mobile station 750 information stored in the database 330. . Then, the text sending server 720 transmits the alert text to the mobile communication network, such as the PSDN network 730, which is to send the alert text to the mobile station 750 possessed by the residents of the dangerous area through the base station 740.

As such, the present invention recognizes the occurrence of a disaster situation, processes the information related to the disaster situation, and sends out an alert to the residents of the hazardous area to promptly and accurately handle appropriate evacuation and disaster prevention.

Although the preferred embodiment of the present invention has been described above, the present invention may use various changes, modifications, and equivalents. It is clear that the present invention can be applied in the same manner by appropriately modifying the above embodiments. Therefore, the above description does not limit the scope of the invention defined by the limitations of the following claims.

As described above, the integrated disaster prevention management apparatus and method according to the present invention can recognize a disaster situation quickly and effectively when a disaster occurs, process information related to the disaster situation, and provide the mobile communication network to the residents of dangerous areas By providing prompt notification of alarms and forecasts, the appropriate evacuation and response is possible, which will enable the rapid and accurate treatment of disaster prevention.

In addition, the present invention has the advantage that it is possible to build a very effective alarm system by using the already established mobile communication network.

In addition, the present invention can help to effectively and promptly make decisions when dealing with disasters by building efficient monitoring and control of disaster disasters in one place, which is a very suitable means to protect valuable lives and property. Become effective.

Claims (16)

A disaster situation processing unit that receives, analyzes, and processes the disaster situation; A disaster prevention management unit which receives the disaster situation processed by the disaster situation processing unit, collects and monitors information related to the received disaster situation; An alarm sending unit for receiving and processing an alarm for a disaster situation from the disaster prevention management unit and notifying residents of a disaster occurrence area as an alarm text using a mobile communication network; An external agency data collection server including at least one of a meteorological office server, a water resources corporation server, and a national safety management information system server, and connected to an external agency connection unit in the disaster prevention management unit to provide information related to a disaster situation; A flood warning system server providing flood forecasting information in real time or an integrated drainage management system server providing drainage management information in real time are connected to a real-time data collection unit in the disaster prevention management unit to monitor flood forecasting or information or drainage. It is configured to include a real-time data collection server that provides management information in real time, The disaster situation processing unit includes: a wireless modem for receiving a text on a disaster situation from a mobile communication terminal; A text processing unit processing text received through the wireless modem; A situation reception server for receiving information on a disaster situation through an internet network; And a situation analysis processing unit for receiving information on the disaster situation from the text processing unit and the situation reception server, analyzing and processing the disaster situation, and transmitting the information to the disaster prevention management unit. The disaster prevention disaster management unit, a control unit for controlling the operation of the disaster prevention disaster management unit; An external agency connection unit which is controlled by the controller and collects information related to the disaster situation received from the disaster situation processing unit; Under the control of the control unit, and comprises a real-time data collection unit for collecting real-time flood warning information or drainage management information, The alarm sending unit, an alarm sending processing unit for receiving and processing the alarm for the disaster situation from the disaster prevention management unit; A base station interface unit for receiving an alarm processed by the alarm sending processor and performing an interface with a base station through a base station / switch network manager; A database connected with the base station interface unit and storing information; When the notification of the alarm transmission from the base station interface unit, the integrated disaster prevention and disaster management apparatus comprising a text sending unit for sending an alarm message using the information stored in the database. delete The method of claim 1, wherein the wireless modem, Disaster prevention integrated management device, characterized in that for receiving a text message about the disaster situation from the mobile communication terminal using one or more of the SMS or MMS. The method according to claim 1, The situation reception server, Disaster disaster prevention integrated management device comprising a web-based receiving unit connected to the Internet and web-based to receive information about the disaster situation through the Internet. The method according to claim 1, The situation reception server, Disaster prevention integrated management device, characterized in that configured to include a Wi-Fi-based reception unit connected to the Wi-Fi-based to receive information on the disaster situation through the Internet network. The method of claim 1, wherein the disaster prevention management unit, It is possible to reduce and enlarge the output screen by applying the flash-based dynamic screen composition technique to the geographic information system linked with the geographic information system, and to display the disaster situation in the area where the disaster situation occurred along with the disaster details. Disaster prevention and disaster management integrated management device, characterized in that to monitor the weather conditions or rainfall or water level or other real-time information and disaster conditions, including real-time video. delete The method of claim 1, wherein the disaster prevention management unit, Under the control of the control unit, the integrated disaster prevention and disaster management apparatus, characterized in that further comprising a web service connection to enable to remotely control the disaster prevention disaster management through the Internet. The method of claim 1, wherein the disaster prevention management unit, Under the control of the control unit, the integrated disaster prevention disaster management apparatus further comprises a video integration server for collecting the image information of the area related to the disaster situation received from the disaster situation processing unit through a video device. The method of claim 1, wherein the disaster prevention management unit, Under the control of the control unit, disaster management integrated management apparatus further comprises a database for storing information related to disaster prevention. The method of claim 1, wherein the disaster prevention management unit, Disaster prevention and disaster prevention integrated management device, characterized in that connected to the geographic information system using the geographic information received from the geographic information system for disaster prevention management. delete The method of claim 1, wherein the letter sending unit, Disaster prevention and disaster prevention integrated management device, characterized in that for sending one or more of the SMS or MMS alarm text. delete delete delete

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