KR102518702B1 - Apparatus and method for responding disaster - Google Patents

Abstract

The present invention is a disaster recognition unit for recognizing whether a disaster has occurred and an area where the disaster has occurred, and an image captured through a CCTV located around the area where the disaster occurred in response to the occurrence of the disaster being recognized through the disaster recognition unit. Collects, identifies the location identification unit for identifying the location of the disaster based on the collected images, identifies the energy equipment provided at the location of the disaster identified through the location identification unit, collects and collects measurement information from the identified energy equipment A state judgment unit that determines the state of energy facilities based on the measured information and collected images, a traffic information collection unit that collects traffic information corresponding to the location of the disaster identified through the location identification unit, and a location identification unit that identifies and a transmission unit for transmitting at least one of the location of the disaster, the state of the energy facility determined through the state determination unit, and the traffic information collected through the traffic information collection unit to a related institution.

Description

Disaster response system and method {APPARATUS AND METHOD FOR RESPONDING DISASTER}

The present invention relates to a disaster response system and method, and relates to a disaster response system and method capable of recognizing the occurrence of a disaster and responding to the occurrence of the recognized disaster.

As IoT technology develops rapidly, technology for monitoring cities based on IoT technology, so-called smart city technology, is also rapidly developing. Smart City uses information and communication technology to detect, analyze and integrate various key information from the city's core system to intelligently respond to various needs, including people's livelihood, environment, protection, public safety, city services, and industrial and commercial activities. say that

These smart city technologies include disaster response services that can respond to disasters. In general, after recognizing a disaster through a linkage method with the national disaster information system or a method of monitoring CCTV, the on-site situation is monitored through CCTV. We respond to disasters through monitoring methods.

However, in the case of conventional disaster response services, problems in not immediately identifying energy-related disasters occurring in the city, such as sinkholes, hot water pipe rupture accidents, and damage to energy facilities due to traffic accidents, and recovery from recognition of energy-related disasters There is a problem that a series of response systems up to this point are insufficient.

The background art of the present invention is disclosed in 'Disaster Response Method Using Wireless Internet' of Republic of Korea Patent Registration No. 10-0727395 (2007.06.05.).

The present invention has been devised to solve the above problems, and an object according to an aspect of the present invention is to provide a disaster response system and method capable of recognizing the occurrence of a disaster and responding to the occurrence of the recognized disaster.

A disaster response system according to an aspect of the present invention includes a disaster recognition unit recognizing whether a disaster has occurred and an area where the disaster has occurred; In response to the occurrence of the disaster being recognized through the disaster recognition unit, location identification for collecting images captured through CCTVs located around the area where the disaster occurred and identifying the location of the disaster based on the collected images. wealth; Identify energy facilities provided at the location of the disaster identified through the location identification unit, collect measurement information from the identified energy facilities, and determine the state of the energy facilities based on the collected measurement information and the collected images. a state judgment unit that determines; a traffic information collection unit that collects traffic information corresponding to the location of the disaster identified through the location identification unit; and a transmission unit that transmits at least one of the location of the disaster identified through the location identification unit, the state of the energy facility determined through the state determination unit, and the traffic information collected through the traffic information collection unit to a related institution. It is characterized by doing.

In the present invention, the disaster recognizing unit, as at least a part of the recognizing operation, collects disaster-related information using crowd sourcing, and determines whether the disaster has occurred and whether the disaster has occurred based on the collected disaster-related information. It is characterized by recognizing the generated area.

In the present invention, the disaster recognition unit, as at least a part of the recognizing operation, collects measurement information from measuring instruments provided in each region, and determines whether the disaster has occurred and whether or not the disaster has occurred based on the collected measurement information. It is characterized by recognizing the region.

In the present invention, the meter is provided in the water supply / sewer pipe or heating / hot water pipe to measure the pressure of the water supply / sewage pipe or the heating / hot water pipe, and is provided in the gas pipe to measure the pressure of the gas pipe It is characterized in that it includes at least one of a pressure gauge for measuring and an ammeter provided with a power line and measuring a current flowing through the power line.

In the present invention, the traffic information collection unit collects route information and operation information of the bus corresponding to the location of the identified disaster from a bus information system as at least a part of the operation of collecting the traffic information. It is characterized by doing.

In the present invention, the detour information generation unit for generating detour information based on the traffic information collected through the traffic information collection unit and the location of the disaster identified through the location identification unit; further includes, wherein the transmission unit includes the detour information It is characterized in that the detour information generated through the generating unit is transmitted to the related institution.

In the present invention, based on the state of the energy facility determined through the state determination unit, a response plan derivation unit for deriving a response plan for the disaster; further comprising, the transmission unit, the response derived through the response plan derivation unit Characterized in that the plan is transmitted to the relevant institution

A disaster response method according to an aspect of the present invention includes recognizing, by a disaster recognition unit, whether a disaster has occurred and an area where the disaster has occurred; The location identification unit, in response to recognizing the occurrence of the disaster through the disaster recognizing unit, collects images captured through CCTVs located around the area where the disaster occurred, and determines the location of the disaster based on the collected images. identifying; A state determination unit identifies an energy facility provided at the location of the disaster identified through the location identification unit, collects measurement information from the identified energy facility, and determines the energy based on the collected measurement information and the collected image. determining the state of the facility; Collecting, by a traffic information collection unit, traffic information corresponding to the location of the disaster identified through the location identification unit; and transmitting, by a transmission unit, at least one of the location of the disaster identified through the location identification unit, the state of the energy facility determined through the state determination unit, and traffic information collected through the traffic information collection unit to a related institution; It is characterized in that it includes.

In the recognizing step in the present invention, the disaster recognition unit collects disaster-related information using crowd sourcing, and determines whether the disaster has occurred and the area where the disaster occurred based on the collected disaster-related information. It is characterized by recognizing.

In the recognizing step in the present invention, the disaster recognition unit collects measurement information from instruments provided in each region, and recognizes whether the disaster has occurred and the region where the disaster has occurred based on the collected measurement information. It is characterized by doing.

In the present invention, the meter is provided in the water supply / sewer pipe or heating / hot water pipe to measure the pressure of the water supply / sewage pipe or the heating / hot water pipe, and is provided in the gas pipe to measure the pressure of the gas pipe It is characterized in that it includes at least one of a pressure gauge for measuring and an ammeter provided with a power line and measuring a current flowing through the power line.

In the step of collecting the traffic information in the present invention, the traffic information collection unit collects route information and operation information of the bus corresponding to the location of the identified disaster from a bus information system. to be

In the present invention, the detour information generation unit generates detour information based on the traffic information collected through the traffic information collection unit and the location of the disaster identified through the location identification unit; and transmitting, by the transmitting unit, the detour information generated through the detour information generating unit to the related institution.

In the present invention, the step of deriving a response plan for the disaster based on the state of the energy facility determined by the countermeasure derivation unit through the state determination unit; and transmitting, by the transmitter, the countermeasure generated through the countermeasure derivation unit to the related institution.

According to one aspect of the present invention, it is possible to quickly recognize the occurrence of a disaster through crowd sourcing.

According to another aspect of the present invention, when a disaster occurs, the location of the disaster can be quickly identified in association with CCTVs located around the area where the disaster occurred.

According to another aspect of the present invention, when a disaster occurs, a quick response can be induced by determining the state of an energy facility provided at a location where a disaster has occurred and transmitting the state of the identified energy facility to related organizations.

According to another aspect of the present invention, when a disaster occurs, traffic information corresponding to a location where a disaster occurs is collected, and the collected traffic information is transmitted to related organizations or citizens, thereby preventing the spread of damage caused by the disaster.

1 is a block diagram illustrating a disaster response system according to an embodiment of the present invention.
2 is an exemplary view for explaining a disaster response system according to an embodiment of the present invention.
3 is a first exemplary diagram for explaining a process of responding to a sinkhole in a disaster response system according to an embodiment of the present invention.
4 is a second exemplary diagram for explaining a process of responding to a sinkhole in a disaster response system according to an embodiment of the present invention.
5 is a flowchart illustrating a disaster response method according to an embodiment of the present invention.

Hereinafter, a disaster response system and method according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. In this process, the thickness of lines or the size of components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or operator. Therefore, definitions of these terms will have to be made based on the content throughout this specification.

1 is a block configuration diagram for explaining a disaster response system according to an embodiment of the present invention, and FIG. 2 is an exemplary diagram for explaining a disaster response system according to an embodiment of the present invention.

1 and 2, the disaster response system according to an embodiment of the present invention includes a disaster recognition unit 100, a location identification unit 200, a state determination unit 300, a traffic information collection unit 400, a detour It may include an information generator 500, a countermeasure derivation unit 600, and a transmission unit 700.

The disaster recognition unit 100 may recognize whether a disaster has occurred and an area where the disaster has occurred.

Here, disasters are those that cause or may cause damage to the lives, bodies, and properties of citizens and the country, including events such as fires, building collapses, ground collapses (sinkholes), explosions, and traffic accidents, as well as water supply/sewer pipes, heating/hot water, etc. It may be a concept including damage to public facilities such as pipes, gas pipes, power lines, and the like. In addition, a disaster may be a concept including an event caused by a natural phenomenon as well as an event caused by human error, negligence, or intentional.

According to an embodiment of the present invention, the disaster recognition unit 100 collects disaster-related information using crowd sourcing, and determines the occurrence of a disaster and the occurrence of a disaster based on the collected disaster-related information. area can be recognized.

For example, the disaster recognition unit 100 receives a disaster report message including whether or not a disaster has occurred and the region where the disaster occurred from a user terminal including a smart phone, and based on the received disaster report message, the occurrence and Areas where disasters have occurred can be recognized. That is, the disaster recognition unit 100 may collect information from citizens through a smart phone, and recognize the occurrence of a disaster and the area where the disaster occurred based on the collected information. Here, a region may be a more comprehensive concept than a location described later. The disaster recognition unit 100 may determine that a disaster has occurred in the corresponding region only when more than a preset number of disaster reporting messages for the corresponding region are received during a preset time in order to exclude false reports. Meanwhile, a dedicated application for supporting a corresponding function may be installed in the user terminal.

According to an embodiment of the present invention, the disaster recognition unit 100 may collect measurement information from instruments provided in each region, and recognize whether or not a disaster has occurred and the region where the disaster occurred based on the collected measurement information. there is.

According to one embodiment of the present invention, the meter is provided in the water supply / sewage pipe or heating / hot water pipe to measure the pressure of the water supply / sewage pipe or heating / hot water pipe, and is provided in the gas pipe to measure the pressure of the gas pipe It may include at least one of a pressure gauge for measuring and an ammeter provided with a power line and measuring a current flowing through the power line.

In some areas, a measuring instrument capable of communicating with the disaster recognition unit 100 in a wired or wireless manner may be provided, and the disaster recognition unit 100 collects measurement information from the measuring instrument in real time and analyzes the collected measurement information. Thus, it is possible to determine whether a disaster has occurred and the area where the disaster occurred.

For example, when a water supply/sewer pipe or a heating/hot water pipe is damaged, a pressure measured through a water pressure gauge installed in the water supply/sewer pipe or the heating/hot water pipe becomes low. Similarly, when damage occurs in the gas pipe, the pressure measured through the pressure gauge provided in the gas pipe becomes low. Meanwhile, when a ground fault occurs in the power line, a fault current is sensed through an ammeter provided in the power line. The disaster recognition unit 100 may determine that a disaster has occurred in an area equipped with a corresponding instrument when the aforementioned change occurs in the measurement information collected through the instrument.

The location identification unit 200 responds to recognizing the occurrence of a disaster through the disaster recognition unit 100, collects images captured through CCTVs located around the area where the disaster occurred, and based on the collected images, location can be identified.

For example, when a disaster report message is received through the disaster recognition unit 100, the location identification unit 200 collects images captured through CCTVs located around the area included in the disaster report message, and collects the collected images. By analyzing the video, the location and scale of the disaster can be more specifically identified.

The state determination unit 300 identifies energy equipment provided at the location of the disaster identified through the location identification unit 200, collects measurement information from the identified energy equipment, and collects at least one of the collected measurement information and the collected image. Based on one, the state of the energy facility can be determined.

Here, the energy facility may include water supply/sewer pipes, heating/hot water pipes, gas pipes, and power lines. However, it is not limited to the above-described embodiment, and all facilities related to supply, production, and distribution of electricity, gas, steam, water supply, communication, heating, and energy may correspond to energy facilities.

Specifically, the state determination unit 300 may identify the energy facility provided at the location of the disaster by referring to a database in which location information related to the energy facility, scenery information related to the energy facility, and land information related to the energy facility are stored. there is. Subsequently, the state determining unit 300 collects measurement information from the measuring instrument provided in the identified energy facility, and determines the state of the identified energy facility based on at least one of the collected measurement information and an image previously collected through CCTV. can do.

For example, when it is identified that an energy facility provided at the location of a disaster is a water supply/sewer pipe or a heating/hot water pipe, the condition determining unit 300 measures a water pressure gauge installed in the water supply/sewer pipe or heating/hot water pipe. Based on the pressure measured through the system, the state of the energy facility can be determined. Meanwhile, when it is identified that the energy facility provided at the location of the disaster is a gas pipe, the state determination unit 300 may determine the state of the energy facility based on the pressure measured through a pressure gauge provided in the gas pipe. On the other hand, when it is identified that the energy facility provided at the location of the disaster is a power line, the state determination unit 300 may determine the state of the energy facility based on whether a fault current is detected through an ammeter provided in the remaining power line. there is. In addition, the state determination unit 300 can analyze the images collected through CCTV to identify whether the energy facility is damaged, the degree of damage, the location of the damage, etc., and determine the state of the energy facility based on the identified information. .

The countermeasure derivation unit 600 may derive a countermeasure based on the state of the energy facility determined through the state determination unit 300 . At this time, the countermeasure derivation unit 600 may derive a countermeasure considering the characteristics of the energy facility.

For example, it is identified that the damaged energy facility is a water supply/sewer pipe, a heating/hot water pipe, or a gas pipe, and it is determined that an abnormality has occurred in the water supply/sewer pipe, heating/hot water pipe, or gas pipe. In this case, the countermeasure derivation unit 600 may derive as a countermeasure to block the divisor closest to the damage location. On the other hand, when it is identified that the damaged energy facility is a power line and it is determined that an abnormality has occurred in the power line, the countermeasure derivation unit 600 may derive a countermeasure to operate the circuit breaker closest to the damaged location. there is. In addition, the countermeasure derivation unit 600 may derive various countermeasures to prevent ripples due to abnormalities in energy facilities.

The traffic information collection unit 400 may collect traffic information corresponding to the location of the disaster identified through the location identification unit 200 .

According to an embodiment of the present invention, the traffic information collection unit 400 may collect bus route information and operation information corresponding to the location identified through the location identification unit 200 from the Bus Information System. can That is, the traffic information collection unit 400 determines whether there is a bus passing through the location where the disaster has occurred from the bus traffic information system, and if there is a bus passing through the location where the disaster has occurred, the route information and operation information of the corresponding bus exist. can be checked.

The detour information generation unit 500 may generate detour information based on the traffic information collected through the traffic information collection unit 400 and the location of the disaster identified through the location identification unit 200 . That is, the detour information generating unit 500 may generate detour information for not passing through a location where a disaster has occurred so as to minimize inconvenience to citizens due to unavailability of some traffic routes due to a disaster. For example, the detour information generation unit 500 may generate detour information so that a route passing through a location where a disaster has occurred is not included in bus route information.

The transmission unit 700 includes the location of the disaster identified through the location identification unit 200, the state of energy facilities determined through the state determination unit 300, and traffic information collected through the traffic information collection unit 400. At least one may be transmitted to a related institution. In addition, the transmission unit 700 transmits the location of the disaster identified through the location identification unit 200, the state of the energy facility determined through the state determination unit 300, and the traffic collected through the traffic information collection unit 400. At least one of the pieces of information may be transmitted to a user terminal of a preset person in charge.

Here, the relevant institution may include at least one of an energy institution managing energy facilities, a police station, a fire department, a local government (ie, a city hall), and a transportation company. That is, the transmission unit 700 may induce prompt response to a disaster by transmitting information on the location of the disaster, the state of energy facilities, and traffic to related agencies. For example, the transmission unit 700 may promptly implement measures such as vehicle control for the location of the disaster by transmitting the location of the disaster, the state of energy facilities, and traffic information to the police station, and transmit the information to the police station. By doing so, rescue activities such as fire suppression and emergency rescue can be induced quickly, and ripple prevention work or disaster recovery can be induced quickly by transmitting to energy agencies.

In addition, the transmission unit 700 may transmit the detour information generated by the detour information generating unit 500 to related organizations. That is, the transmission unit 700 may transmit detour traffic information to transportation companies such as bus companies and taxi companies in order to prevent secondary damage or traffic congestion due to a disaster.

In addition, the transmission unit 700 may transmit the response plan derived through the response plan derivation unit 600 to the related organization. That is, the transmission unit 700 can prevent damage from spreading by inducing prompt response to a disaster by transmitting a countermeasure plan to the relevant agency.

In addition, the transmission unit 700 generates a disaster message requesting to refrain from approaching the location of the disaster based on the location of the disaster, the state of the energy facility, and traffic information of the identified disaster, and generates the disaster. The message may be transmitted to a user terminal of a resident of an area where a corresponding disaster occurs or a citizen existing within a preset distance from the location of the corresponding disaster.

As described above, the present invention can quickly recognize the occurrence of a disaster through crowd sourcing. In addition, when a disaster occurs, the present invention can quickly identify the location of a disaster in association with CCTVs located around the area where the disaster occurred. In addition, when a disaster occurs, the present invention can induce prompt response by identifying the state of an energy facility provided at a location where a disaster has occurred and transmitting the state of the identified energy facility to related organizations. In addition, the present invention can prevent the spread of damage due to a disaster by collecting traffic information corresponding to a location where a disaster occurs and transmitting the collected traffic information to related organizations or citizens when a disaster occurs.

3 is a first exemplary diagram for explaining a process of responding to the occurrence of a sinkhole by the disaster response system according to an embodiment of the present invention, and FIG. 4 is a diagram showing the occurrence of a sinkhole by the disaster response system according to an embodiment of the present invention. It is a second exemplary diagram for explaining a process corresponding to .

Hereinafter, with reference to FIGS. 3 and 4, a process of responding to the occurrence of a sinkhole in the disaster response system according to an embodiment of the present invention will be described.

The disaster recognition unit 100 receives a disaster report message including the occurrence of a sinkhole and the region where the sinkhole occurred from a citizen, and recognizes the occurrence of the sinkhole and the region where the sinkhole occurred based on the received disaster report message. can

Subsequently, the location identification unit 200 collects images captured through CCTVs located around the area where the sinkhole occurred in response to the occurrence of the sinkhole being recognized through the location identification unit 200, and displays the collected images. Based on this, the location and size of the sinkhole can be identified. That is, as shown in FIG. 3 , the location identification unit 200 can identify the location and scale of the sinkhole through an image captured by a CCTV located around the area where the sinkhole occurred.

Subsequently, the state determination unit 300 may identify an energy facility installed at the location of the sinkhole identified through the location identification unit 200 . Specifically, the state determination unit 300 analyzes the cross-sectional view of the road corresponding to the sinkhole location to identify energy facilities such as power, water supply, sewage, gas, heating, and communication facilities located at the location of the sinkhole. can That is, the state determining unit 300 may analyze the cross-sectional view of the road as shown in FIG. 4 to identify an energy facility located at the location of the sinkhole.

Subsequently, the state determination unit 300 determines the state of the identified energy facility (whether or not it is damaged, damage information, location of damage, etc.) can do.

Subsequently, the traffic information collection unit 400 may collect traffic information corresponding to the location of the sinkhole identified through the location identification unit 200 . For example, the traffic information collection unit 400 may collect whether or not there is a bus passing through the location of the sinkhole, and if there is a bus passing through the location of the sinkhole, route information and operation information of the corresponding bus.

Subsequently, the transmission unit 700 transmits the location of the sinkhole identified through the location identification unit 200, the state of the energy facility determined through the state determination unit 300, and the traffic collected through the traffic information collection unit 400. At least one of the information may be transmitted to at least one of an energy agency, a police department, a fire department, a local government, and a transportation company.

As described above, the present invention recognizes the sinkhole, identifies the location and scale of the sinkhole, identifies energy facilities provided at the location of the sinkhole, identifies the state of the identified energy facilities, and is related to the location of the sinkhole. By collecting traffic information and transmitting the information to related organizations, it is possible to respond quickly to the occurrence of a sinkhole.

5 is a flowchart illustrating a disaster response method according to an embodiment of the present invention.

Hereinafter, a disaster response method according to an embodiment of the present invention will be described with reference to FIG. 5 .

First, the disaster recognition unit 100 may recognize whether or not a disaster has occurred and the area where the disaster has occurred (step S100).

According to an embodiment of the present invention, the disaster recognition unit 100 collects disaster-related information using crowd sourcing, and determines the occurrence of a disaster and the occurrence of a disaster based on the collected disaster-related information. area can be recognized.

According to an embodiment of the present invention, the disaster recognition unit 100 may collect measurement information from instruments provided in each region, and recognize whether or not a disaster has occurred and the region where the disaster occurred based on the collected measurement information. there is.

According to one embodiment of the present invention, the meter is provided in the water supply / sewage pipe or heating / hot water pipe to measure the pressure of the water supply / sewage pipe or heating / hot water pipe, and is provided in the gas pipe to measure the pressure of the gas pipe It may include at least one of a pressure gauge for measuring and an ammeter provided with a power line and measuring a current flowing through the power line.

The location identification unit 200 responds to recognizing the occurrence of a disaster through the disaster recognition unit 100, collects images captured through CCTVs located around the area where the disaster occurred, and based on the collected images, The position of can be identified. (Step S200)

The state determination unit 300 identifies energy equipment provided at the location of the disaster identified through the location identification unit 200, collects measurement information from the identified energy equipment, and collects at least one of the collected measurement information and the collected image. Based on one, it is possible to determine the state of the energy facility. (Step S300)

The countermeasure derivation unit 600 may derive a countermeasure based on the state of the energy facility determined by the state determination unit 300 (step S400).

The traffic information collection unit 400 may collect traffic information corresponding to the location of the disaster identified through the location identification unit 200 (step S500).

The detour information generation unit 500 may generate detour information based on the traffic information collected through the traffic information collection unit 400 and the location of the disaster identified through the location identification unit 200 (step S600).

The transmission unit 700 includes the location of the disaster identified through the location identification unit 200, the state of energy facilities determined through the state determination unit 300, traffic information collected through the traffic information collection unit 400, and detours. At least one of detour information generated through the information generating unit 500 and countermeasures derived through the countermeasure derivation unit 600 may be transmitted to a related institution (step S700).

As described above, the disaster response system and method according to an embodiment of the present invention can quickly recognize the occurrence of a disaster through crowd sourcing. In addition, when a disaster occurs, the location of the disaster can be quickly identified in connection with CCTVs located around the area where the disaster occurred. In addition, when a disaster occurs, a quick response can be induced by identifying the state of the energy facility provided at the location where the disaster occurred and transmitting the state of the identified energy facility to the relevant agency. In addition, when a disaster occurs, traffic information corresponding to the location where the disaster occurred is collected, and the collected traffic information is transmitted to related organizations or citizens, thereby preventing the spread of damage caused by the disaster.

Implementations described herein may be embodied in, for example, a method or process, an apparatus, a software program, a data stream, or a signal. Even if discussed only in the context of a single form of implementation (eg, discussed only as a method), the implementation of features discussed may also be implemented in other forms (eg, an apparatus or program). The device may be implemented in suitable hardware, software and firmware. The method may be implemented in an apparatus such as a processor, which is generally referred to as a processing device including, for example, a computer, microprocessor, integrated circuit or programmable logic device or the like. Processors also include communication devices such as computers, cell phones, personal digital assistants ("PDAs") and other devices that facilitate communication of information between end-users.

Although the present invention has been described with reference to the embodiments shown in the drawings, it should be noted that this is only exemplary and various modifications and equivalent other embodiments are possible from those skilled in the art to which the technology pertains. will understand Therefore, the true technical protection scope of the present invention should be defined by the claims below.

100: Disaster Recognition Department
200: location identification unit
300: state determination unit
400: traffic information collection unit
500: detour information generating unit
600: countermeasure derivation unit
700: transmission unit

Claims (1)

Disaster recognition unit for recognizing whether a disaster has occurred and an area where the disaster has occurred;
In response to the occurrence of the disaster being recognized through the disaster recognition unit, location identification for collecting images captured through CCTVs located around the area where the disaster occurred and identifying the location of the disaster based on the collected images. wealth;
Identify energy facilities provided at the location of the disaster identified through the location identification unit, collect measurement information from the identified energy facilities, and determine the state of the energy facilities based on the collected measurement information and the collected images. a state judgment unit that determines;
a traffic information collection unit that collects traffic information corresponding to the location of the disaster identified through the location identification unit; and
A transmission unit for transmitting at least one of the location of the disaster identified through the location identification unit, the state of the energy facility determined through the state determination unit, and the traffic information collected through the traffic information collection unit to a related institution; and ,
The disaster recognition unit collects disaster reporting messages including information on areas where disasters have occurred using crowdsourcing, recognizes whether a disaster has occurred and the area where a disaster has occurred based on the collected disaster reporting messages, and ,
The disaster recognition unit recognizes that a disaster has occurred in the specific region when more than a preset number of disaster report messages for a specific region are received for a preset time period;
Further comprising a detour information generation unit for generating detour information based on the traffic information collected through the traffic information collection unit and the location of the disaster identified through the location identification unit,
The transmission unit transmits the bypass information generated through the bypass information generator to the related institution;
The traffic information collection unit collects route information and operation information of a bus corresponding to the location of the identified disaster from a Bus Information System,
Further comprising; a response plan derivation unit for deriving a response plan for the disaster based on the state of the energy facility determined through the state determination unit;
Disaster response system, characterized in that the transmission unit transmits the response plan derived through the response plan derivation unit to the relevant agency.

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