KR20200102390A - Mobile urgent disaster reporting and processing system - Google Patents

Abstract

The present invention relates to a mobile emergency disaster reporting and processing system. To this end, provided is a mobile emergency disaster reporting and processing system, which is characterized by comprising: a reporting mobile providing disaster information and location information; a central server to which the reporting mobile is connected by means of a mobile communication network; a receiving mobile which receives the disaster information and the location information from the central server by means of the mobile communication network and includes other mobile devices and a mobile of a rescue organization; a plurality of CCTV cameras which provide video stream data of installed locations; a plurality of basic monitors which display the video stream data as a video; a plurality of reporting location monitors to which the video of the CCTV cameras, proven to be closer to the location of the disaster by the central server based on the location information provided by the reporting mobile, is connected to be displayed; and a monitor switch into which the video stream data transmitted from the plurality of CCTV cameras are inputted, such that each of the video stream data may be connected to the basic monitors and the reporting location monitors in accordance with the control of the central server to be displayed as a video.

Description

Mobile urgent disaster reporting and processing system

The present invention relates to a mobile emergency disaster reporting and processing system,

If you select the disaster information provided in the menu method from the report mobile that reports a disaster and send it to the central server, the location of the report mobile is provided at the same time, and text information input to the reporter's mobile can also be transmitted. In addition to being able to transmit the included media information, it supports reporting and processing by voice and video calls, and based on the disaster information and location, the central server searches for CCTV cameras adjacent to the disaster location and displays the report information monitor. A mobile emergency disaster reporting and handling system that can be accessed and transmits disaster, rescue, and location information in a single packet and transmits it to other mobile devices and the mobile of a rescue organization is a technical field.

As a background technology for reporting and handling a disaster using a mobile, there is a location-based on-site risk information provision and disaster response service system and method technology of Korean Patent No. 10-1265510 shown in FIG. 1. This technology includes: a communication terminal having at least a GPS module and a camera module mounted thereon, acquiring site risk information in the form of a photo (or video) using the same, and transmitting the acquired site risk information through a wired or wireless communication network; And a site risk information management server that receives the site risk information from the communication terminal through a wired/wireless communication network in real time, builds a site risk information database using the received site risk information, and provides it. In addition, the communication terminal includes an electronic map display function for displaying an electronic map indicating a current location on the screen of the communication terminal using GPS location information of the communication terminal; A photographing function for generating a photograph (or video) photographing operation of the communication terminal; A location information matching function for extracting GPS location information matching the captured photo (or video) data; A memory in which an application program for realizing a data transmission function for transmitting the captured photo (or video) data and GPS location information matching the captured photo (or video) data to the site risk information management server is provided. It is characterized by being.

As another background technology related to the present application, a system for photographing and monitoring an emergency situation based on GPS location information using IP CCTV of Korean Patent Registration No. 10-1498985 shown in FIG. 2, and photographing an emergency situation using the same And monitoring method technology. This technology acquires GIS-based location data using a network automatic recovery device based on a mobile smart terminal that allows a user to carry and report an emergency through the application when an emergency is observed, and the GPS information of the mobile smart terminal. Network management server to perform, CCTV monitoring server that detects IP CCTV cameras near the site where the emergency situation occurs through GIS-based location data of the network management server, and operates at an angle to shoot the site of emergency situations according to the remote control of the CCTV monitoring server. It is configured to include an IP CCTV camera that acquires the image data of the corresponding emergency reporting site, and only executes a specific application on a mobile type smart terminal such as a smartphone or tablet PC, and an IP CCTV camera near the area where the emergency situation occurs. It operates at the shooting angle of the emergency situation site to acquire image data of the emergency situation site, and the acquired image data is monitored and stored through a remote server.

KR 10-1265510 B1 KR 10-1498985 B1 KR 10-1744517 B1

The present invention provides the location of the reporting mobile at the same time by selecting the disaster information provided in a menu method from the reporting mobile for reporting a disaster and transmitting it to the central server, and also transmits text information input to the mobile of the reporter, Media information including photos and videos can be transmitted as well as reporting and processing by voice and video calls, and the central server searches and reports CCTV cameras adjacent to the disaster location based on the disaster information and location. It is a task to solve the problem of providing a mobile emergency disaster reporting and handling system that can be connected to an information monitor and transmits disaster, rescue, and location information in a single configuration packet and transmits it to other mobile devices and the rescue agency's mobile. do.

In order to solve the above problems, the present invention provides a report mobile providing disaster information and location information, a central server to which the report mobile is connected through a mobile communication network, and the disaster information and location information from the central server through a mobile communication network. Receiving mobiles that are provided and include mobile devices of other mobile devices and rescue agencies, multiple CCTV cameras provided with video stream data of the installed location, multiple basic monitors that display the video stream data as images, and locations provided from the reporting mobile Based on the information, the central server connects and displays the video of CCTV cameras adjacent to the location where the disaster occurred, and the video stream data transmitted from the multiple CCTV cameras is input. It provides a mobile emergency disaster reporting and processing system, characterized in that it consists of a monitor switch that connects video stream data to a basic monitor and a report location monitor and displays an image as a solution to the problem.

The mobile emergency disaster reporting and processing system of the present invention provides the location of the reporting mobile at the same time by selecting the disaster information from the reporting mobile that reports the disaster and transmitting it to the central server, and also provides text information and photos input to the reporter's mobile. In addition to being able to transmit media information including video or video, it supports reporting and processing by voice and video calls, and the central server searches CCTV cameras adjacent to the disaster location based on the disaster information and location to report information. It can be connected to the monitor and transmits disaster, rescue, and location information in a single packet, and transmits it to other mobile devices and the mobile of the rescue organization, providing a technical effect to respond to an urgent disaster.

Fig. 1 is a background technology that provides location-based on-site risk information and disaster response service system and its method technology.
Figure 2 is another background technology, which is a system for shooting and monitoring an emergency situation based on GPS location information using IP CCTV, and a method technology for shooting and monitoring an emergency situation using the same.
Figure 3 is the basic configuration of a mobile disaster reporting and handling system.
Figure 4 is a configuration of the mobile emergency disaster reporting and processing system of the present invention
Figure 5 is a configuration of the reporting mobile (100a) and the receiving mobile (100b) of the present invention
Figure 6 is an example of the configuration of disaster information and location information of the present invention
7 is an example of a screen configuration input and stored in the set value storage unit 110
Figure 8 is an example of the operation of the report mobile (100a) of the present invention
Figure 9 is another example of the operation of the report mobile (100a) of the present invention
Figure 10 is another example of the operation of the report mobile (100a) of the present invention
Figure 11 is a configuration of the central server 200 of the present invention
12 is a detailed configuration of the monitor switch 300 of the present invention
13 is an example of a CCTV camera arrangement corresponding to the CCTV information DB of the central server 200 in the present invention
14 is an example of the configuration of the CCTV information DB 218 provided in the central server 200 of the present invention
Figure 15 is a process of calculating and determining a CCTV camera adjacent to the point received from the report mobile (100a)
Figure 16 is a configuration of disaster and rescue, location information transmitted from the central server 200 to the receiving mobile (100b)
FIG. 17 is an example of displaying information distinguished from the receiving mobile 100b receiving the disaster and rescue and location information transmitted from the central server 200 to the receiving mobile 100b

The following content merely illustrates the principles of the present invention. Accordingly, although not clearly described or illustrated herein, those skilled in the art can implement the principles of the present invention and invent various devices included in the concept and scope of the present invention. It should be understood that all conditional terms and examples listed in this specification are, in principle, expressly intended only for the purpose of making the concept of the present invention understood, and are not limited to the embodiments and states specifically listed as such. .

In addition, it is to be understood that all detailed descriptions listing specific embodiments as well as principles, aspects and embodiments of the present invention are intended to include structural and functional equivalents of these matters.

The above objects, features and advantages will become more apparent through the following detailed description in connection with the accompanying drawings. In describing the present invention, when it is determined that a detailed description of a related known technology may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

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

3 shows the basic configuration of a mobile disaster reporting and handling system.

(A) of the drawing is the configuration of the existing disaster reporting and processing system disclosed in the above background technologies. When the location information and the disaster information are transmitted from the mobile device in text, photo, or video to the control server, it is received. One control server's main function is to provide the disaster information and location information to other mobile devices or rescue agencies. However, in this configuration, when the user of the mobile device reporting a disaster does not have time to respond to the disaster, or in an emergency situation as a victim of an accident, or when a voice call is not possible in a situation where they lose consciousness, it is transmitted to the control server. Incidents and accidents occur frequently because there is no room to manipulate the mobile.

In addition, when a disaster location information and disaster information are received from the control server, it is difficult to search for, access and monitor adjacent cameras to monitor the site through public surveillance cameras and CCTVs for disasters provided from mobile devices. There is. For example, based on the disaster information and location information received from the control server in Seoul, where about 60,000 security CCTVs are installed, the distance from the disaster location is calculated for 60,000 security CCTVs. It is impossible to perform real-time processing to search for, access, and monitor CCTVs in the near distance.

Figure (b) is a basic configuration of the present invention to solve the problem described in Figure (a). The present invention provides a mobile emergency disaster reporting and processing system that overcomes the limitations of the existing disaster reporting and processing system described above.

In the present invention, the location of the reporting mobile is provided at the same time by simply selecting the disaster information provided in a menu method from the reporting mobile reporting a disaster and transmitting it to a central server (hereinafter referred to as'central server' to distinguish it from the existing control server) Provides a mobile emergency disaster reporting and handling system. In addition, it provides a mobile emergency disaster reporting and handling system that can transmit text information input to the reporter's mobile, media information including photos and videos, as well as reporting and processing by voice and video calls. . In addition, the central server can search CCTV cameras adjacent to the location where the disaster has occurred based on the disaster information and location and connect to the report location monitor, and transmit the disaster, rescue, and location information in a single packet to other mobile devices. It provides a mobile emergency disaster reporting and handling system that is transmitted to the mobile of the department and rescue agencies.

Figure 4 shows the configuration of the mobile emergency disaster reporting and processing system of the present invention. The mobile emergency disaster reporting and processing system of the present invention;

A report mobile (100a) providing disaster information and location information; and a central server 200 to which the report mobile (100a) is connected through a mobile communication network; A receiving mobile (100b) receiving disaster information and location information from the central server 200 through a mobile communication network and including other mobile devices and a mobile of a rescue organization; A plurality of CCTV cameras 600 provided with image stream data at an installed location, and a plurality of basic monitors 500 for displaying the image stream data as images; A plurality of report location monitors 400 to which images of CCTV cameras adjacent to the location where the disaster has occurred are connected and displayed by the central server 200 based on location information provided from the report mobile 100a; Video stream data transmitted from a plurality of CCTV cameras 600 are input, and each video stream data is connected to the basic monitor 500 and the report location monitor 400 according to the control of the central server 200 and displayed as an image. It consists of a; monitor switch 300;

Therefore, from the above configuration, the central server 200 of the present invention receives disaster information and location information from the reporting mobile 100a through a mobile communication network, transmits it to the receiving mobile 100b, and controls the monitor switch 300 Video stream data transmitted from a plurality of CCTV cameras 600 are provided as images through a plurality of basic monitors 500, as well as images of CCTV cameras adjacent to a location where a disaster has occurred to a plurality of report location monitors 400. Display it.

Figure 5 shows the configuration of the reporting mobile (100a) and the receiving mobile (100b) of the present invention. The reporting mobile 100a and the receiving mobile 100b of the present invention have the same configuration and support reporting and processing by voice and video calls, and are connected to the central server 200 through a mobile communication network to provide disaster information and location information. It is possible to perform the functions of the providing reporting mobile 100a and the receiving mobile 100b receiving disaster information and location information from the central server 200 through a mobile communication network.

The reporting mobile 100a and the receiving mobile 100b of the present invention are the same mobile device; A mobile processor 102 that performs overall control of the mobile; A communication interface 104 connected to the central server 200 through a mobile communication network and providing a video call function; A GPS measuring unit 106 that measures the GPS coordinates of a point where the mobile device is located and provides it to the mobile processor 102; A display 108 for displaying information provided to a mobile device and inputting data through a touch screen; A setting value storage unit 110 for storing setting values as the reporting mobile 100a and the receiving mobile 100b; Disaster information, which is a work area configured by the mobile processor 102, in which disaster information and location information transmitted to the central server 200 through the communication interface 104 and stored in a menu type disaster type as the report mobile 100a Memory 112; A reception information storage unit 114 for storing disaster, rescue, and location information transmitted from the central server 200 to the mobile communication network through the communication interface 104 as the receiving mobile 100b; It consists of a clock timer 116 that provides time information of month, day, hour, and minute as a real-time clock.

FIG. 6 shows an example of the configuration of disaster information and location information transmitted to the central server 200 by the mobile device of the present invention as a report mobile 100a.

Disaster information and location information of the present invention; The number of the reporting mobile 100a (CID: caller ID); A classification code that is reset to '0' when the location information is a previously input address, and is set to '1' when the location information is the GPS coordinate of a point where the reporting mobile 100a is located; A GPS coordinate of a point at which the report mobile 100a, which is input and coded in advance according to the classification code, or read from the GPS measuring unit 106 is located; Location information consisting of,

A date and time including time information at which the disaster information provided from the clock timer 116 is transmitted; The type of disaster to be selected and provided in a menu manner; A first flag f1 that is set to '1' when there is disaster information input by text; Disaster information entered in text; A second flag f2 that is set to '1' when there is disaster information input as a photo or video; Disaster information entered as photo or video data; It consists of: a user reserved area including disaster information consisting of and information defined by the user.

Therefore, the central server 200 receiving the disaster information and location information of the above structure can determine whether the location information is an address or a GPS coordinate, the type of disaster, and whether a text, a letter, or a video is included in the disaster information. And location information and disaster information can be managed accordingly.

7 shows an example of a screen configuration that is input and stored in the setting value storage unit 110 in the mobile device as the reporting mobile 100a and the receiving mobile 100b of the present invention.

As described in FIG. 6, when the location information transmitted to the central server 200 as the report mobile 100a by the mobile device of the present invention is a previously input address, the identification code is reset to '0', and the According to the classification code, the address is entered in advance and coded to form location information.

(A) of the figure shows an example of a screen configuration for inputting an address in advance as the report mobile 100a. The input method is the same as the general address input method, and the upper address area can be replaced with a postal code, and detailed addresses such as building name, floor, and number of buildings can be entered as a character code or a separately assigned code. The address information as described above is configured to be selected as the input'name'.

(B) of the drawing shows the disaster information and location information stored in the reception information storage unit 114 received from the central server 200 through the communication interface 104 as the receiving mobile 100b to the mobile communication network on the display 108. The distance to be displayed can be set for each type of disaster. Therefore, the receiving mobile 100b of the present invention calculates the distance between the coordinates of the receiving mobile 100b measured from the GPS measuring unit 106 for the disaster information and location information transmitted from the central server 200, and It may be set to be selectively displayed on the display 108 according to the configuration.

The codes of the pre-input addresses as described above and the set value of the display distance for each type of disaster are stored in the set value storage unit 110 by the mobile processor 102.

Figure 8 shows an example of the operation of the reporting mobile (100a) of the present invention. The operation of the report mobile 100a may be provided (not shown) as an icon of the display 108, and according to the selection, the report mobile 100a displays a menu type disaster type from the disaster information memory 112 (108). ). Accordingly, when the type of disaster is selected from the menu on the screen, the mobile processor 102 of the reporting mobile 100a allocates the disaster information and location information area as shown in Fig. 6 to the disaster information memory 112, Is set to '1', and the GPS coordinate of the report mobile 100a provided from the GPS measurement unit 106, the date and time, and the type of the selected disaster are input.

When'send' is selected in this state, the mobile processor 102 transmits the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. In this case, it is preferable that the'transmission' is performed with the highest priority using an interrupt function of the mobile processor 102. This transmission structure is useful in urgent situations because it enables the fastest input and transmission. In addition, disaster information and location information may be transmitted from the report mobile 100a located at a point such as a hill, a sea, or the like where the place name is unknown or difficult to input. In addition, the reporting mobile 100a of the present invention is capable of making a real-time video call by voice and video through the communication interface 104 in parallel with transmitting the disaster information and location information.

Accordingly, in the central server 200 receiving the disaster information and location information having the above structure, it is possible to manage information according to the GPS coordinates, the type and date of the disaster as location information.

9 shows another example of the operation of the reporting mobile (100a) of the present invention.

As shown in (a) of the drawing, when the type of disaster is selected from the menu on the screen, the mobile processor 102 of the reporting mobile 100a stores the disaster information and location information area as shown in FIG. 6 in the disaster information memory 112. By assigning, the CID and the classification code are set to '1', and the GPS coordinates, date and time, and the type of the selected disaster of the reporting mobile 100a provided from the GPS measurement unit 106 are input.

In this state, in parallel with transmitting the disaster information and location information, a real-time video call through audio and video through the communication interface 104 is also possible. In addition, when the GPS coordinates, date and time, and type of the selected disaster are input and the'text/photo video' menu is selected, the mobile processor 102 inputs text and photo video as shown in (b) and (c) of the drawing. Converting to a screen and arranging a character string, a photo, or a video input by a user's manipulation in the text area of FIG. 6 or the photo video area, and when there is text disaster information, the first flag f1 is set to '1'; When there is disaster information inputted as a picture or video, the second flag f2 is set to '1'.

When'Send' is selected on the text input or picture/video input screen, the mobile processor 102 transmits the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. . In this case, it is preferable that the'transmission' is performed with the highest priority using an interrupt function of the mobile processor 102. This transmission structure provides specific disaster information. Therefore, in the central server 200 that has received the disaster information and location information having the above structure, it is possible to manage information provided as location information in GPS coordinates, the type and date of the disaster, and text or photographic video. In addition, the reporting mobile 100a of the present invention is capable of making a real-time video call by voice and video in parallel with transmitting the disaster information and location information.

Figure 10 shows another example of the operation of the reporting mobile (100a) of the present invention. As shown in (a) of the drawing, when the type of disaster is selected from the menu on the screen, the mobile processor 102 of the reporting mobile 100a stores the disaster information and location information area as shown in FIG. 6 in the disaster information memory 112. By assigning, the CID and the classification code are set to '1', and the GPS coordinates, date and time, and the type of the selected disaster of the reporting mobile 100a provided from the GPS measurement unit 106 are input. When'send' is selected on the screen, the mobile processor 102 transmits the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104 as shown in FIG. 8. do.

When the'Address' menu is selected on the screen, the mobile processor 102 of the reporting mobile 100a resets the classification code to '0' in the disaster information and location information area allocated to the disaster information memory 112, The names of addresses previously input to the set value storage unit 110 are displayed on the display 108. When one of the names of addresses is selected by the user as shown in (b) of the drawing, the mobile processor 102 places an address code of the selected name in the address/GPS area of the location information area. At this time, the displayed address can be provided so as to distinguish the reported address by displaying the name of the address input in FIG. 7 and the full address or sub-detailed address together.

When the'send' menu is selected after selecting the address, the mobile processor 102 transmits the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. In addition, the reporting mobile 100a of the present invention is capable of making a real-time video call by voice and video in parallel with transmitting the disaster information and location information.

Therefore, in the central server 200 that has received the disaster information and location information having the above structure, it is possible to manage information provided as location information, such as an address, a disaster type, and a date and time.

When the'text/photo video' menu is selected after selecting the address address, the mobile processor 102 is a screen for inputting text and photo videos, as shown in (b), (c) and 10 (c) of the drawing. To switch to and place a character string, photo, or video input by the user's manipulation in the text area of FIG. 6 or the photo video area, and set the first flag f1 to '1' when there is text disaster information; When there is disaster information inputted as a picture or video, the second flag f2 is set to '1'.

When'Send' is selected on the text input or picture/video input screen, the mobile processor 102 transmits the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. . Accordingly, in the central server 200 that has received the disaster information and location information having the above structure, as location information, the address, the type and date of the disaster, and information provided in text or photographic video can be managed. In addition, the reporting mobile 100a of the present invention may provide disaster information and location information through a real-time video call by voice and video in parallel with transmitting the disaster information and location information.

11 shows the configuration of the central server 200 of the present invention.

Central server 200 of the present invention;

A server controller 204 for controlling the central server 200; A mobile interface 202 through which the reporting mobile 100a and the receiving mobile 100b are connected to a mobile communication network; A monitor switch control unit 206 for controlling the video streams of the plurality of CCTV cameras 600 and the monitor switch 300 for switching the plurality of basic monitors 500 and the plurality of report location monitors 400 by the server controller 204 ); A reception information buffer 208 for storing disaster information and location information received from the report mobile 100a through the mobile interface 202; A counter module 210 for determining the number of times N of disaster information and location information duplicated received from the plurality of reporting mobiles 100a by the server controller 204 and counting the number of duplicate receptions; A GPS distance calculator 212 that calculates a distance between two GPS coordinates; An electronic map storage unit 214 for retrieving the location name information on the map or the GPS coordinates of the address information from the GPS coordinates received from the report mobile 100a by the server controller 204 to determine the location on the map; An outgoing information buffer 216 as a working area for configuring by the server controller 204 disaster, rescue, and location information transmitted to the receiving mobile 100b through the mobile interface 202; CCTV information DB 218 for storing and managing a plurality of CCTV information; A duplicate guidance message for transmitting the disaster information and location information of the reporting mobile 100a received after the number of duplicate receptions N counted by the counter module 210, and a menu type disaster type transmitted from the reporting mobile 100a A processing message storage unit 220 in which similar text message data is stored; An outgoing message storage unit 222 for storing outgoing messages for each disaster information for transmitting the disaster information received from the reporting mobile 100a to the receiving mobile 100b as messages to other mobile devices and rescue organizations; Disaster information and location information of the reception information buffer 208 received from the report mobile 100a, and a processing information DB 224 that records the disaster information and location information sent to the receiving mobile 100b through the mobile interface 202 It consists of;

At this time, the server controller 204 performing the control of the central server 200 continuously stores the disaster information and location information received from the reporting mobile 100a in the reception information buffer 208, and stores these stored disaster information and location information. If it is determined that the GPS coordinates are within a certain distance by comparing the information or the upper address is identical, it is determined as the same report and counted by the counter module 210, and the disaster information of the report mobile 100a received after the number of times N of duplicate receptions is received. For location information, a message such as "This is'fire' information that has been reported and being processed" is transmitted to the report mobile 100a. This duplicate guidance message is provided in the processing message storage unit 220 for each type of disaster.

In addition, if the disaster information received from the report mobile 100a is reported by text, but the sentence contains typos, such as "Siㄹ ㅕ Jusaeword" and "ㅂㄹ Not eoyeo", "Siㄹ ㅕ Jusaeword" => Help me. => Rescue request report, "Yeah, better" => Fired => As a fire report, the server controller 204 stores similar words and phrases for each type of accident to determine the type of disaster in the processing message storage unit 220. At this time, the server controller 204 compares the disaster information received in text with the consonants of similar words and phrases for each type of accident in the processing message storage unit 220 to determine the type of disaster.

Therefore, the server controller 204, even if a duplicate report for the disaster information and location information of the same disaster information is received, or a text report including a typo is received, the duplicate guidance message of the message storage unit 220 and the accident type are similar. You can respond and grasp using sentences.

12 shows a detailed configuration of the monitor switch 300 of the present invention.

As described above, the monitor switch 300 of the present invention is basically a video stream data transmitted from a plurality of CCTV cameras 600 is input so that each video stream data is displayed as an image under the control of the central server 200. It is connected to the monitor 500 and the report position monitor 400. To this end the monitor switch 300 of the present invention;

A video stream terminal 302 to which video stream data transmitted from a plurality of CCTV cameras 600 are connected and converted into image information; Each converted image information of a plurality of CCTV cameras 600 is input and the image information is transferred to a plurality of basic monitors 500 and a plurality of report location monitors 400 according to control data transmitted from the central server 200. It is configured to be connected and displayed, and a stream image selector 304 that provides access information of each of the plurality of basic monitors 500 and the plurality of report location monitors 400 to the central server 200.

Here, a plurality of basic monitors 500 displays images of a plurality of CCTV cameras 600, and a plurality of report location monitors 400 are provided with the central server 200 from the disaster information and location information transmitted from the report mobile 100a. The image information of the adjacent CCTV cameras 600 calculated and set in) is displayed.

13 shows an example of a CCTV camera arrangement corresponding to the CCTV information DB of the central server 200 in the present invention. In the actual case, much more CCTV cameras are installed than shown, and it is showing a continuous increase. Such CCTV cameras provide the advantage of not only checking the disaster occurrence point in the central server 200 that received the disaster report, but also monitoring the situation of the disaster and providing photo or video information for the receiving mobile 100b. For this, it is important to be able to quickly search and monitor CCTV cameras adjacent to the site along with reporting.

The drawings show representative locations of security CCTV cameras and traffic monitoring cameras in Seoul, and as of the filing date, there are 60,000 security CCTV cameras and traffic monitoring cameras. Therefore, the server controller 204 extracts the GPS coordinates of point A received from the report mobile 100a from the electronic map storage unit 214 or the GPS coordinates of the address information, from which a plurality of adjacent CCTV cameras are located within a distance r. In order to search from the CCTV camera 600, a distance calculation between GPS coordinates of more than 60,000 times is required, even if only Seoul is limited. This amount of calculation may increase exponentially when a plurality of disaster information is simultaneously received from the reporting mobiles 100a and may impair the function of the central server 200. In the present invention, as a solution to this, a CCTV information DB 218 is provided and a simple sorting operation is performed in parallel to reduce the distance calculation amount of the central server 200, thereby providing a plurality of CCTV cameras 600 as a rapid disaster response means. do.

14 shows an example of the configuration of the CCTV information DB 218 provided in the central server 200 of the present invention. In the CCTV information DB 218 of the present invention, individual information of each of the aforementioned CCTV cameras 600 is stored, the individual information;

A management number assigned as a unique number of CCTV cameras; Latitude coordinates from the GPS coordinates of the point where the CCTV camera is installed; Longitude coordinates in the GPS coordinates of the point where the CCTV camera is installed; An installation location name constituting a location message of a disaster information message provided from the central server 200 to the receiving mobile 100b; It is configured to basically include a control code transmitted from the central server 200 to the monitor switch 300 in order to connect the video stream image of the CCTV camera to the designated basic monitor 500 or the report location monitor 400. The control code is for driving the stream image selector 304 for each CCTV camera 600, and can be designated and accessed for each of the basic monitor 500 and the report location monitor 400.

FIG. 15 shows a process of calculating and determining a CCTV camera adjacent to a point received from the reporting mobile 100a by using the CCTV information DB 218 in the central server 200 of the present invention. The central server 200 extracts the GPS coordinates of the disaster corresponding to the address from the electronic map storage unit 214 when the location information transmitted from the report mobile 100a is an address, and transmits the disaster report from the report mobile 100a. When the location information of is GPS coordinates, the GPS coordinates of the disaster location are separated into reception latitude coordinates and reception longitude coordinates, respectively.

1. Subsequently, the central server 200 searches the CCTV information DB 218 and extracts m information of CCTV cameras adjacent to the reception latitude coordinates. The number of m is preferably around 100.

2. Next, the central server 200 extracts information of n CCTV cameras adjacent to the reception longitude coordinates among the information of m CCTV cameras adjacent to the reception latitude coordinates.

3. For each of the extracted information of the n CCTV cameras, the central server 200 calculates the distance between the GPS coordinates of the disaster provided from the reporting mobile 100a and the latitude and longitude coordinates of the n CCTV cameras. Calculate as (212).

4. Control codes are retrieved from the CCTV information DB 218, respectively, in the smallest order (closest order) between the calculated GPS coordinates of the disaster and n CCTV cameras.

5. The central server 200 controls the monitor switch 300 with the searched control code to access the video of the CCTV cameras closest to the disaster occurrence location to the report location monitor 400.

Therefore, the central server 200 of the present invention calculates and determines a CCTV camera adjacent to the disaster location received from the report mobile 100a using the CCTV information DB 218 and provides it to the report location monitor 400.

FIG. 16 shows the configuration of disaster, rescue, and location information transmitted from the central server 200 to the receiving mobile 100b according to the present invention. The server controller 204 of the central server 200 of the present invention extracts the GPS coordinates of the disaster corresponding to the address from the electronic map storage unit 214 when the location information transmitted from the report mobile 100a is an address, When the location information of the disaster transmitted from the reporting mobile 100a is GPS coordinates, the GPS coordinates of the disaster location are arranged as location information in the disaster, rescue, and location information configured in the outgoing information buffer 216. In addition, the central server 200 includes an address of a disaster location and a message for guiding the disaster report date and time and disaster content transmitted from the report mobile 100a. At this time, when the location information transmitted from the reporting mobile 100a is GPS coordinates, an address corresponding to the GPS coordinates of the disaster is extracted from the electronic map storage unit 214 and disposed. The server controller 204 displays the GPS coordinates or address of the disaster on the electronic map of the electronic map storage unit 214 and stores it as map information. In addition, the server controller 204 may additionally record the picture and video transmitted from the report mobile 100a in the disaster information area.

The disaster, rescue, and location information includes an information area for a rescue organization, and the rescue organization information includes a report CID transmitted from the report mobile 100a, and the disaster information for each disaster information received from the report mobile 100a. The message is retrieved from the outgoing message storage unit 222 and stored as a rescue message.

The disaster, rescue, and location information as described above is searched as described above, and the disaster point is identified through a CCTV camera adjacent to the disaster location, and the other mobile devices and the mobile devices of the rescue organization are commonly transmitted as the receiving mobile 100b. The receiving mobile 100b may display location information and disaster information on other mobile devices, and location information and rescue agency information on a mobile device of a rescue agency to provide distinguished information. The receiving mobile 100b receives the above disaster, rescue, and location information, calculates the distance to the GPS coordinates of the receiving mobile 100b read from the GPS measurement unit 106, and calculates the distance from (b) of FIG. 7 If it is set as described above and is within the guide range (distance) stored in the set value storage unit 110, the disaster information may be displayed on the display 108. In addition, in the receiving mobile (100b), the above disaster, rescue, and location information is received, and the address included in the disaster information is set as in (a) of Fig. 7 and is stored in the setting value storage unit 110. It may be configured to display the disaster information on the display 108 even if the upper address (for example, the address up to the road name or the building name) is the same as compared with the disaster information.

FIG. 17 shows an example of displaying information distinguished from the receiving mobile 100b receiving the disaster and rescue and location information transmitted from the central server 200 to the receiving mobile 100b of the present invention.

(A) of the drawing is a case in which the receiving mobile 100b is a different mobile device, and an embodiment in which the above-described disaster, rescue, and location information is received and displayed on the screen of the receiving mobile 100b using the location information and the disaster information. to be.

In (b) of the drawing, when the receiving mobile 100b is a mobile device of a rescue organization, an embodiment is distinguished by receiving disaster, rescue, and location information and displaying location information and rescue organization information.

(C) of the drawing is an embodiment in which the receiving mobile 100b receives and displays an electronic map indicating the GPS coordinates or address of the disaster by the server controller 204 as described in FIG. 16. At this time, the receiving mobile (100b) calculates the distance between the GPS coordinates of the point where the disaster occurred and the GPS coordinates of the point where the receiving mobile (100b) is located, provided as the disaster, rescue, and location information received from the central server 200. If it is set as in (b) of FIG. 7 of FIG. 7 and is within the guide range (distance) stored in the set value storage unit 110, the disaster information may be displayed on the display 108.

According to the mobile emergency disaster reporting and processing system of the present invention described as above,

When the user of the mobile device reporting a disaster does not have time to respond to the disaster, or in an emergency situation as a victim of an accident, or when the location information such as the address of the disaster location is unknown, the menu on the report mobile device that reports the disaster If you select the disaster information provided by the method and send it to each other at the same time, the location of the reporter mobile is provided at the same time, text information input to the reporter's mobile can be transmitted, and media information including photos and videos can be transmitted. Provides a mobile emergency disaster reporting and processing system that supports reporting and processing by voice and video calls, and the central server searches for CCTV cameras adjacent to the disaster location based on the disaster information and location in a quick operation to report location. It can be connected to a monitor, and it provides a technical effect of transmitting disaster, rescue, and location information in a single packet to provide it to other mobile devices and rescue organizations' mobiles.

The mobile emergency disaster reporting and processing system of the present invention, although described by the limited embodiments and drawings, the present invention is not limited thereto, and by those of ordinary skill in the art to which the present invention belongs. It goes without saying that various modifications and variations are possible within the scope of the technical idea and the claims to be described below.

100a: report mobile 100b: receive mobile
102: mobile processor 104: communication interface
106: GPS measurement unit 108: display
110: setting value storage unit 112: disaster information memory
114: reception information storage unit 116: clock timer
200: central server 202: mobile interface
204: server controller 206: monitor switch control unit
208: reception information buffer 210: counter module
212: GPS distance calculation unit 214: electronic map storage unit
216: Outgoing information buffer 218: CCTV information DB
220: processing message storage unit 222: outgoing message storage unit
224: processing information DB 300: monitor switch
302: video stream terminal 304: stream image selector
400: report location monitor 500: basic monitor
600: CCTV camera

Claims (15)

In the mobile emergency disaster reporting and processing system that provides the location of the reporting mobile by selecting the disaster information provided in a menu method from the reporting mobile that reports the disaster and transmitting it to a central server, and supporting voice and video calls,
Report mobile (100a) providing disaster information and location information; And,
A central server 200 to which the reporting mobile 100a is connected through a mobile communication network;
A receiving mobile (100b) receiving disaster information and location information from the central server 200 through a mobile communication network and including other mobile devices and a mobile of a rescue organization;
A plurality of CCTV cameras 600 provided with video stream data of the installed location;
A plurality of basic monitors 500 for displaying the image stream data as images;
A plurality of report location monitors 400 to which images of CCTV cameras adjacent to the location where the disaster has occurred are connected and displayed by the central server 200 based on location information provided from the report mobile 100a;
Video stream data transmitted from a plurality of CCTV cameras 600 are input, and each video stream data is connected to the basic monitor 500 and the report location monitor 400 according to the control of the central server 200 and displayed as an image. Monitor switch 300;
Mobile emergency disaster reporting and processing system, characterized in that consisting of.
The method of claim 1, wherein the reporting mobile (100a) and the receiving mobile (100b),
Supports audio and video calls as the same mobile device;
A mobile processor 102 that performs overall control of the mobile;
A communication interface 104 connected to the central server 200 through a mobile communication network and providing a video call function;
A GPS measuring unit 106 that measures the GPS coordinates of a point where the mobile device is located and provides it to the mobile processor 102;
A display 108 for displaying information provided to a mobile device and inputting data through a touch screen;
A setting value storage unit 110 for storing setting values as the reporting mobile 100a and the receiving mobile 100b;
Disaster information, which is a work area configured by the mobile processor 102, in which disaster information and location information transmitted to the central server 200 through the communication interface 104 and stored in a menu type disaster type as the report mobile 100a Memory 112;
A reception information storage unit 114 for storing disaster, rescue, and location information transmitted from the central server 200 to the mobile communication network through the communication interface 104 as the receiving mobile 100b;
A clock timer 116 that provides time information of month, day, hour, and minute as a real-time clock;
Mobile emergency disaster reporting and processing system, characterized in that consisting of.
According to claim 2, The disaster information and location information;
The number of the reporting mobile 100a (CID: caller ID);
A classification code that is reset to '0' when the location information is a previously input address, and is set to '1' when the location information is the GPS coordinate of a point where the reporting mobile 100a is located;
A GPS coordinate of a point at which the report mobile 100a, which is input and coded in advance according to the classification code, or read from the GPS measuring unit 106 is located; Location information consisting of,
A date and time including time information at which the disaster information provided from the clock timer 116 is transmitted;
The type of disaster to be selected and provided in a menu manner;
A first flag f1 that is set to '1' when there is disaster information input by text;
Disaster information entered in text; A second flag f2 that is set to '1' when there is disaster information input as a photo or video;
Disaster information entered as photo or video data; Disaster information consisting of,
A user reserved area including information defined by a user;
Mobile emergency disaster reporting and processing system, characterized in that consisting of.
The method of claim 2, wherein the report mobile (100a),
The disaster type of the menu method is expressed on the display 108 from the disaster information memory 112,
When the type of disaster is selected from the menu on the screen, the mobile processor 102 of the reporting mobile 100a allocates the disaster information and location information area to the disaster information memory 112 to input the CID,
Set the classification code to '1',
Input the GPS coordinates, date, and type of the selected disaster of the reporting mobile 100a provided from the GPS measurement unit 106,
When the'transmit' menu is selected, the mobile processor 102 is configured to transmit the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. Disaster reporting and handling system.
The method of claim 2, wherein the report mobile (100a),
The disaster type of the menu method is expressed on the display 108 from the disaster information memory 112,
When the type of disaster is selected from the menu on the screen, the mobile processor 102 of the reporting mobile 100a allocates the disaster information and location information area to the disaster information memory 112 to input the CID,
Set the classification code to '1',
Input the GPS coordinates, date, and type of the selected disaster of the reporting mobile 100a provided from the GPS measurement unit 106,
When the'text/photo video' menu is selected, the mobile processor 102 switches to a screen for inputting text and photo videos, and places a text, photo, or video input by the user's manipulation in the text area or the photo video area. and,
If there is character disaster information, the first flag f1 is set to '1';
If there is disaster information input as a photo or video, set the second flag f2 to '1',
When'send' is selected on the text input or photo video input screen, the mobile processor 102 transmits the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. Mobile emergency disaster reporting and processing system, characterized in that configured.
The method of claim 2, wherein the report mobile (100a),
The disaster type of the menu method is expressed on the display 108 from the disaster information memory 112,
When the type of disaster is selected from the menu on the screen, the mobile processor 102 of the reporting mobile 100a allocates the disaster information and location information area to the disaster information memory 112 to input the CID,
Set the classification code to '1',
Input the GPS coordinates, date, and type of the selected disaster of the reporting mobile 100a provided from the GPS measurement unit 106,
When the'Address' menu is selected,
The mobile processor 102 of the report mobile 100a resets the classification code to '0' in the disaster information and location information area allocated to the disaster information memory 112,
The names of addresses previously entered into the set value storage unit 110 are displayed on the display 108,
When one of the names of addresses is selected by the user, the mobile processor 102 places an address code of the selected name in the address/GPS area of the location information area,
When the'send' menu is selected after selecting the address, the mobile processor 102 is configured to transmit the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. Mobile emergency disaster reporting and handling system.
The method of claim 2, wherein the report mobile (100a),
The disaster type of the menu method is expressed on the display 108 from the disaster information memory 112,
When the type of disaster is selected from the menu on the screen, the mobile processor 102 of the reporting mobile 100a allocates the disaster information and location information area to the disaster information memory 112 to input the CID,
Set the classification code to '1',
Input the GPS coordinates, date, and type of the selected disaster of the reporting mobile 100a provided from the GPS measurement unit 106,
When the'Address' menu is selected,
The mobile processor 102 of the report mobile 100a resets the classification code to '0' in the disaster information and location information area allocated to the disaster information memory 112,
The names of addresses previously entered into the set value storage unit 110 are displayed on the display 108,
When one of the names of addresses is selected by the user, the mobile processor 102 places an address code of the selected name in the address/GPS area of the location information area,
Then, when the'Text/Photo Video' menu is selected,
The mobile processor 102 converts to a screen for inputting text, photo and video, and places a character string, photo, or video input by the user's manipulation in the text area or the photo video area, and when there is text disaster information, the first flag f1 Set to '1';
If there is disaster information entered as a photo or video, the second flag f2 is set to '1',
When'Send' is selected on the text input or photo video input screen,
The mobile processor 102 is configured to transmit the disaster information and location information configured in the disaster information memory 112 to the central server 200 through the communication interface 104. Mobile emergency disaster reporting and processing system, characterized in that.
According to claim 1, The central server (200);
A server controller 204 for controlling the central server 200;
A mobile interface 202 through which the reporting mobile 100a and the receiving mobile 100b are connected to a mobile communication network;
A monitor switch control unit 206 for controlling the video streams of the plurality of CCTV cameras 600 and the monitor switch 300 for switching the plurality of basic monitors 500 and the plurality of report location monitors 400 by the server controller 204 );
A reception information buffer 208 for storing disaster information and location information received from the report mobile 100a through the mobile interface 202;
A counter module 210 for determining the number of times N of disaster information and location information duplicated received from the plurality of reporting mobiles 100a by the server controller 204 and counting the number of duplicate receptions;
A GPS distance calculator 212 that calculates a distance between two GPS coordinates;
An electronic map storage unit 214 for retrieving the location name information on the map or the GPS coordinates of the address information from the GPS coordinates received from the report mobile 100a by the server controller 204 to determine the location on the map;
An outgoing information buffer 216 as a working area for configuring by the server controller 204 disaster, rescue, and location information transmitted to the receiving mobile 100b through the mobile interface 202;
CCTV information DB 218 for storing and managing a plurality of CCTV information;
A duplicate guidance message for transmitting the disaster information and location information of the reporting mobile 100a received after the number of duplicate receptions N counted by the counter module 210, and a menu type disaster type transmitted from the reporting mobile 100a A processing message storage unit 220 for storing similar word and phrase message data according to the following;
An outgoing message storage unit 222 for storing outgoing messages for each disaster information for transmitting the disaster information received from the reporting mobile 100a to the receiving mobile 100b as messages to other mobile devices and rescue organizations;
Disaster information and location information of the reception information buffer 208 received from the report mobile 100a, and a processing information DB 224 that records the disaster information and location information sent to the receiving mobile 100b through the mobile interface 202 ;
Mobile emergency disaster reporting and processing system, characterized in that consisting of.
According to claim 1, The monitor switch (300);
A video stream terminal 302 to which video stream data transmitted from a plurality of CCTV cameras 600 are connected and converted into image information;
Each converted image information of a plurality of CCTV cameras 600 is input and the image information is transferred to a plurality of basic monitors 500 and a plurality of report location monitors 400 according to control data transmitted from the central server 200. A stream image selector 304 for accessing and displaying, and providing access information of each of the plurality of basic monitors 500 and the plurality of report location monitors 400 to the central server 200;
Mobile emergency disaster reporting and processing system, characterized in that consisting of.
The method of claim 9, wherein the plurality of basic monitors (500),
Displays images of a plurality of CCTV cameras 600,
The plurality of report location monitors 400 are configured to display image information of adjacent CCTV cameras 600 calculated and set in the central server 200 from the disaster information and location information transmitted from the report mobile 100a. Emergency disaster reporting and handling system.
According to claim 8, The CCTV information DB (218);
It stores individual information of each of the CCTV cameras 600,
The individual information;
A management number assigned as a unique number of CCTV cameras;
Latitude coordinates from the GPS coordinates of the point where the CCTV camera is installed;
Longitude coordinates in the GPS coordinates of the point where the CCTV camera is installed;
An installation location name constituting a location message of a disaster information message provided from the central server 200 to the receiving mobile 100b;
Includes a control code transmitted from the central server 200 to the monitor switch 300 in order to connect the video stream image of the CCTV camera to the designated basic monitor 500 or the report location monitor 400,
The control code is for driving the stream image selector 304 for each CCTV camera 600, and is configured to designate and access each of the basic monitor 500 and the report location monitor 400. Reporting and processing system.
The method of claim 8, wherein the central server (200),
When the location information transmitted from the reporting mobile 100a is an address, the GPS coordinates of the disaster corresponding to the address from the electronic map storage unit 214 are separated into reception latitude coordinates and reception longitude coordinates, respectively,
When the location information of the disaster transmitted from the reporting mobile 100a is GPS coordinates, the GPS coordinates of the disaster location are separated into reception latitude coordinates and reception longitude coordinates, respectively,
Then, the central server 200 searches the CCTV information DB 218,
Extracting m information of CCTV cameras adjacent to the reception latitude coordinates,
Next, the central server 200 extracts information of n CCTV cameras adjacent to the reception longitude coordinates among information of m CCTV cameras adjacent to the reception latitude coordinates,
The central server 200 for each of the extracted information of n CCTV cameras,
The distance between the GPS coordinates of the disaster provided from the reporting mobile 100a and the latitude and longitude coordinates of the n CCTV cameras is calculated by the GPS distance calculator 212,
The calculated distance between the GPS coordinates of the disaster and n CCTV cameras is in small order (closest order), and the control codes are searched from the CCTV information DB 218, respectively,
Mobile emergency disaster reporting and processing system, characterized in that configured to control the monitor switch 300 with the searched control code to access the video of the CCTV cameras closest to the disaster occurrence location to the report location monitor (400).
The method of claim 8, wherein the central server (200),
Transmits disaster and rescue, location information to the receiving mobile (100b),
The above disaster and rescue, location information,
When the location information transmitted from the report mobile 100a is an address by the server controller 204 of the central server 200, the GPS coordinates of the disaster corresponding to the address are extracted from the electronic map storage unit 214, and the report mobile When the location information of the disaster transmitted from (100a) is GPS coordinates, the received location of the disaster is GPS coordinates;
A message indicating the date and time of the disaster report and the contents of the disaster transmitted from the report mobile 100a and the address of the disaster location;
A map in which the GPS coordinates or addresses of the disaster are displayed on the electronic map of the electronic map storage unit 214 by the server controller 204;
Photo video transmitted from the report mobile 100a;
Report CID sent from report mobile 100a,
A message to the rescue agency retrieved from the outgoing message storage unit 222 by the server controller 204 for each disaster information received from the report mobile 100a;
A mobile emergency disaster reporting and processing system, characterized in that it configures disaster, rescue, and location information, and transmits other mobile devices and mobile devices of the rescue organization to the receiving mobile (100b).
The method of claim 13, wherein the receiving mobile (100b),
It receives disaster and rescue, location information from the central server 200,
When the distance to the GPS coordinates of the receiving mobile 100b read out from the GPS measurement unit 106 is calculated and is within the guide range stored in the set value storage unit 110, disaster, rescue, and location information are displayed on the display 108 Mobile emergency disaster reporting and processing system, characterized in that configured to be.
The method of claim 13, wherein the receiving mobile (100b),
A mobile device, characterized in that the address included in the disaster information and the set value storage unit 110 are compared with addresses and configured to display disaster, rescue, and location information on the display 108 when the upper address matches disaster information. Emergency disaster reporting and handling system.

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