KR20150018975A - Photographing and monitoring system based on GPS for emergency scene using IP CCTV and Photographing and monitoring method for emergency scene therefor - Google Patents

Abstract

The present invention relates to a system for photographing and monitoring an emergency scene based on GPS location information using IP CCTVs and a method using the same, which are capable of acquiring image data on an emergency scene and monitoring and storing the acquired image data through a remote server by operating IP CCTV cameras, which are adjacent to a region where an emergency situation occurs, at angles for photographing the emergency scene only with a specific application executed in a mobile smart terminal, such as a smartphone, a tablet PC, etc. The system includes a mobile smart terminal, a network management server, a CCTV monitoring server, and IP CCTV cameras. The mobile smart terminal is carried by a user, and enables the user to report an emergency situation through the application when the user witnesses the emergency situation. The network management server acquires GIS-based location data using a network automatic reset device based on GPS information provided by the mobile smart terminal. The CCTV monitoring server detects IP CCTV cameras adjacent to the scene of an emergency based on the GIS-based location data acquired by the network management server. The IP CCTV cameras are operated at angles for photographing the emergency situation under the remote control of the CCTV monitoring server to acquire image data on the scene of the emergency.

Description

Technical Field [0002] The present invention relates to an emergency situation monitoring and monitoring system based on GPS position information using IP CCTV, and a method for monitoring and capturing an emergency situation using the same scene therefor}

The present invention relates to a system and method for photographing and monitoring an emergency situation site, and more particularly, it relates to a system and method for capturing and monitoring an emergency situation where a specific application is executed in a mobile smart terminal such as a smart phone or a tablet PC, Is used as the shooting angle of the emergency situation to acquire the image data of the emergency situation site, and the obtained image data is monitored and stored through the remote server. System, and a method for shooting and monitoring an emergency situation site using the same.

Generally, a closed circuit television (CCTV) receives image information of a photographing apparatus (hereinafter referred to as a "CCTV camera") such as a video camera installed in a specific space via a closed wired / wireless transmission path and reproduces and stores in real time, It is a system that enables information to be used for specific purposes such as security and crime prevention.

In the early stage of commercialization, CCTV was mainly used to prevent theft of the bank. As the crime and the threat of terrorism increased, the scope of CCTV was extended to home, school, company and government institutions to protect people's privacy and safety. In addition, demand is expanding in special fields such as medical, military, and aviation sectors.

Especially, in real life, CCTV is installed in the entrance of apartment, vulnerable point of residential area, elevator and shopping center for the purpose of guaranteeing the safety of people. Provide the necessary key clues.

However, such a CCTV can not actively change the installation position and the angle of the CCTV camera in accordance with the location of the accident scene, and thus can not acquire the image data of the accident scene occurring in the blind spot of the CCTV camera. In addition, the blind spot of such a CCTV camera is relatively wide and criminals use it. However, for this reason, it is necessary to use a very large number of CCTV cameras and related equipment Installation and operation are practically impossible.

Meanwhile, in recent years, automatic equipment technologies have been proposed to check the connection status of the Internet in real time, and to quickly recover from an error in the Internet connection. The applicant of the present invention has proposed Korean Network Registration No. 1143922 (Registered on May 01, 2012), "Network Automatic Recovery Device".

The Applicant has proposed the present invention using the network automatic recovery device in the process of overcoming the functional limitations of the CCTV and the CCTV camera described above.

Korean Registered Patent No. 0717677 (2007.05.07. Announcement), "Emergency Alarm System and Method to Notify Risk Situation" Korea Public Patent No. 2012-0136221 (Dec. 18, 2012), "Reliable Service Method and System Providing Location-Based Security Service and Real-time Camera Video"

SUMMARY OF THE INVENTION The present invention has been proposed in order to solve the above-mentioned problems, and it is an object of the present invention to provide a smart mobile terminal, a tablet PC, The nearby IP CCTV camera in the emergent area operates the image capturing angle of the corresponding emergency scene through the control of the remote server and obtains the image data of the emergency situation site and the obtained image data is monitored and stored through the server of the remote site The present invention relates to a method and system for monitoring and capturing an emergency situation on the basis of GPS position information using IP CCTV,

According to another aspect of the present invention, there is provided a system for capturing and monitoring an emergency situation on the basis of a GPS location information using IP CCTV according to the present invention. The system includes a GPS module, an emergency notification application installed therein, A mobile smart terminal for transmitting GPS information to a repeater through a mobile communication network, and a mobile smart terminal connected to the repeater through a wired / wireless communication network to receive GPS information of the mobile smart terminal and to integrate the GPS information received through a wired / Based on the GIS-based location data received from the GIS-based location data transmitted from the network management server, detects one or more IP CCTV cameras within a predetermined range based on the received GIS-based location data, CCTV camera via wired / wireless communication network A CCTV monitoring server connected to the CCTV monitoring server through a wired / wireless communication network to receive GPS information of the mobile smart terminal, and based on GPS information received from the mobile smart terminal, A network management server for detecting GIS-based location data of the restoration device and transmitting the detected GIS-based location data to the CCTV monitoring server through a wired / wireless communication network; and a control server connected to the CCTV monitoring server via a wired / And an IP CCTV camera that operates at a shooting angle with respect to an emergency situation site reported through the mobile smart terminal according to a signal to acquire image data of the emergency scene.

The mobile smart terminal is connected to the network management server through a mobile communication network and a wired / wireless communication network to download the emergency notification application.

In addition, the network management server analyzes the traffic status of the network automatic recovery apparatuses and performs a power reset operation on the network automatic recovery apparatus whose traffic delay level falls within a predetermined range.

The network management server includes a communication unit for transmitting and receiving various data and electrical signals to and from the network automatic recovery devices and the CCTV monitoring server, an IP address and other identification information of the network automatic recovery devices, An input unit for inputting various information required for operation of the server such as operation and control conditions of the mobile smart terminal and a current position of the mobile smart terminal based on the GPS information of the mobile smart terminal received through the communication unit Based position data of the network automatic restoration apparatus closest to the network automatic restoration apparatus and transmits the GIS based position data of the detected network automatic restoration apparatus to the CCTV monitoring server through the communication unit, To auto-recovery devices A display unit for displaying the control data of the control unit on the screen; and a control unit for controlling a part or all of the GIS-based position data of the network automatic restoration devices and the control data generated by the control unit And a database server for storing the program.

In addition, the network automatic recovery device determines a network connection state by checking a return signal responded from a corresponding IP address after transmitting a PING signal to an IP address of a terminal connected to the network, and when the network connection state is released or unstable, The user can set the return signal reference value of the PING signal for the IP address according to the performance and specification of the terminal, the type of communication line, the communication company, or whether the Internet game or file download is used. If the return signal for the PING signal is not transmitted from the IP address, the user can set the number of retry attempts by retransmitting the PING signal according to the degree of the speed of the return signal answered from the IP address out of the reference value, The return signal returned from the address is outside the range of the reference value And a user setting unit that allows the user to set a reset time and a network connection waiting time for turning on / off the power supply of the network automatic recovery apparatus according to the degree of the return signal being out of the reference value, And a network connection wait time setting key of the network automatic recovery device. The network reset time setting key of the network automatic restoration device includes a setting key for setting a reference value of a return signal to be returned from the address of the network, a retry count setting key, A display unit for displaying information on the selected function key when the function key selection unit selects one of the function keys, and an operation unit for modifying and inputting information on the function keys displayed on the display unit do.

In addition, the mobile smart terminal automatically transmits GPS information of the GPS module to the repeater when the emergency notification application is executed, or when an execution signal for transmission of GPS information is input after execution of the emergency notification application, To the mobile station.

The CCTV monitoring server detects the nearest IP CCTV camera based on the GIS-based location data transmitted from the network management server and outputs a control signal to the detected IP CCTV camera through the wired / wireless communication network.

Also, the CCTV monitoring server is positioned opposite to the detected IP CCTV camera and detects another IP CCTV camera nearest to the GCC based position data, and outputs a control signal to the detected IP CCTV camera through a wired / wireless communication network And simultaneously photographed through two-directional IP CCTV cameras in which the emergency sites reported through the mobile smart terminal are conflicting with each other.

In addition, the location-based emergency scene shooting and monitoring system using the IP CCTV according to the present invention is equipped with a GPS module and an emergency notification application is installed to transmit GPS information to the repeater through the mobile communication network Based on the GPS information received after receiving the GPS information of the mobile smart terminal, the mobile smart terminal being connected to the relay device through a wired / wireless communication network, A network management server that detects data and transmits the detected GIS-based location data to an external server through a wired / wireless communication network; and a network management server that is connected to the network management server through a wired / wireless communication network and receives GIS- GIS based location A CCTV monitoring server connected to the CCTV monitoring server through a wired / wireless communication network, for outputting a control signal to a detected IP CCTV camera through a wired / wireless communication network after detecting one or two or more IP CCTV cameras within a predetermined range based on the data And an IP CCTV camera that operates with a photographing angle of an emergency situation site reported through the mobile smart terminal according to a control signal of the CCTV monitoring server to acquire image data of the emergency scene.

The method for capturing and monitoring an emergency situation based on location information based on IP CCTV according to the present invention is characterized in that the mobile smart terminal executes an emergency report application and transmits GPS information through the GPS module to a repeater through a mobile communication network A step in which a CCTV monitoring server connected to the relay station through a wired / wireless communication network receives GPS information of the mobile smart terminal, a step of transmitting GPS information received by the CCTV monitoring server to a network management server through a wired / wireless communication network, Based on the GPS information received by the network management server, GIS-based location data of the network automatic restoration device closest to the current location of the mobile smart terminal, and transmitting the GIS-based location data to the CCTV monitoring server through a wired / wireless communication network; GIS machine where CCTV monitoring server is received The method comprising the steps of: detecting one or more IP CCTV cameras within a predetermined range based on location data; transmitting a control signal to a IP CCTV camera detected by the CCTV monitoring server through a wired / wireless communication network; And a step of photographing an emergency report site through the mobile smart terminal according to a control signal of the CCTV monitoring server to acquire image data of the emergency report site.

In addition, the method for capturing and monitoring an emergency situation occurrence site based on location information using IP CCTV according to the present invention is characterized in that the mobile smart terminal executes an emergency report application and transmits GPS information through the GPS module to a repeater through a mobile communication network And a network management server connected to the repeater through a wired / wireless communication network receives GPS information of the mobile smart terminal and detects GIS-based position data of the network automatic recovery device closest to the mobile smart terminal based on the received GPS information And transmitting the GIS-based location data to the CCTV monitoring server through the wired / wireless communication network; and transmitting the GIS-based location data received from the network management server to the CCTV monitoring server, Preset based on location data The method comprising the steps of: detecting one or more IP CCTV cameras in the CCTV monitoring server; outputting a control signal to the IP CCTV camera detected by the CCTV monitoring server through a wire / wireless communication network; And acquiring image data of the emergency notified site by operating at an angle to photograph an emergency notified scene through the mobile smart terminal according to a signal.

According to the present invention, a user of a mobile-type smart terminal such as a smart phone or a tablet PC only recognizes the occurrence of an emergency situation and then executes a specific application in his / her smart terminal, so that a nearby IP CCTV camera Through the control of the remote server, the image data of the emergency situation site is obtained while operating at the shooting angle of the corresponding emergency situation site, and the obtained image data can be monitored and stored through the server of the remote site.

FIG. 1 is a conceptual view of an emergency situation occurrence photographing and monitoring system based on GPS position information using IP CCTV according to an embodiment of the present invention
FIG. 2 is a block diagram showing a configuration of a system for photographing and monitoring an emergency situation occurrence based on GPS location information using IP CCTV according to an exemplary embodiment of the present invention,
3 and 4 are block diagrams showing a configuration of an automatic network restoration apparatus in an emergency situation occurrence photographing and monitoring system based on GPS position information using IP CCTV according to an embodiment of the present invention
FIG. 5 is a block diagram showing a configuration of a system for photographing and monitoring an emergency situation occurrence based on GPS position information using IP CCTV according to another embodiment of the present invention,
6 is a flowchart of a method for photographing and monitoring an emergency situation occurrence based on GPS position information using IP CCTV according to an embodiment of the present invention
7 is a flowchart of a method for capturing and monitoring an emergency situation occurrence based on GPS location information using IP CCTV according to another embodiment of the present invention

Hereinafter, an emergency situation scene capturing and monitoring system based on GPS position information using IP CCTV according to an embodiment of the present invention, and a shooting and monitoring method of an emergency scene using the system will be described in detail with reference to the accompanying drawings .

FIG. 1 is a conceptual diagram illustrating a system for photographing and monitoring emergency situation occurrence based on GPS location information using IP CCTV according to an embodiment of the present invention. Referring to FIG.

As shown in the figure, an emergency situation occurrence photographing and monitoring system based on GPS location information using IP CCTV according to an exemplary embodiment of the present invention is a system for photographing and monitoring an emergency situation occurrence phenomenon based on GPS position information, The GPS information of the mobile smart terminal 110 is transmitted to the CCTV monitoring server 130 through the mobile communication network and the relay 120 and the wired / wireless communication network through the emergency notification application 112 mounted on the mobile smart terminal 110 of the mobile smart terminal 110. [ Lt; / RTI > In this embodiment, the wired / wireless communication network is exemplified as a wired / wireless Internet network, but the present invention is not limited thereto. In the following description, the wired / wireless communication network will be described as a wired / wireless Internet network.

The CCTV monitoring server 130 receiving the GPS information of the mobile smart terminal 110 transmits the corresponding GPS information to the network management server 140 via the wired and wireless Internet network and accordingly the network management server 140 Based on the GPS information, the GIS-based position data of the network automatic restoration device 160 closest to the current position of the mobile smart terminal 110 from the database server 145.

The network management server 140 transmits the GIS-based location data of the detected network automatic recovery device 160 to the CCTV monitoring server 130 through the wired / wireless Internet network. Accordingly, the CCTV monitoring server 130 transmits the received GIS Based on the IP-CCTV camera 150, the IP CCTV camera 150 is detected and then remotely controlled by the IP CCTV camera 150. The IPCC CCTV camera 150 receives the image data photographed through the IP CCTV camera 150, Monitor the site of occurrence.

Next, the overall configuration and operation of the emergency situation scene capturing and monitoring system based on the GPS position information using the IP CCTV according to the embodiment of the present invention will be described with reference to FIG.

FIG. 2 is a block diagram showing a configuration of an emergency situation occurrence photographing and monitoring system based on GPS location information using IP CCTV according to an exemplary embodiment of the present invention, with reference to data transmission process.

As shown in FIG. 1, the system for photographing and monitoring an emergency situation occurrence based on GPS location information using IP CCTV according to an embodiment of the present invention includes a mobile smart terminal 110, a CCTV monitoring server 130, 160, a network management server 140 for integrally managing the IP CCTV cameras 150, and an IP CCTV camera 150.

The mobile smart terminal 110 is equipped with a GPS module 111 and an emergency notification application 112 is installed to transmit the GPS information to the relay 120 through the mobile communication network when the emergency notification application 112 is executed . Here, the mobile smart terminal 110 may access the network management server 140 through a mobile communication network and a wired / wireless Internet network to download and install the emergency notification application 112. In addition, the network management server 140 may allow downloading of the emergency notification application 112 only to the mobile smart terminal 110 that has been authenticated based on membership and subscription.

In addition, the mobile smart terminal 110 may transmit the GPS information of the GPS module 111 to the repeater automatically when the emergency notification application 112 is executed, or may transmit an execution signal for transmission of the GPS information after execution of the emergency notification application 112 And may transmit GPS information to the repeater 120 when it is input. That is, the mobile smart terminal 110 may transmit the GPS information to the CCTV monitoring server 130 through automatic transmission or selective transmission by the user after execution of the emergency signal application 112.

The CCTV monitoring server 130 is connected to the relay 120 through the wired / wireless Internet network to receive the GPS information of the mobile smart terminal 110 and transmit the received GPS information to the network management server 140 via the wired / wireless Internet network . Here, the network management server 140 is a server that integrally manages the network automatic recovery device 160, which will be described later in the description of the network management server 140. The CCTV monitoring server 130 receives the GIS-based location data transmitted from the network management server 140 and detects one or more IP CCTV cameras 150 within a predetermined range based on the received GIS- And outputs a control signal to the IP CCTV camera 150 through the wired / wireless Internet network.

Here, the CCTV monitoring server 130 detects the nearest IP CCTV camera 150 based on the GIS-based location data transmitted from the network management server 140, and controls the detected IP CCTV camera 150 through the wired / Lt; / RTI > signal. Also, the CCTV monitoring server 130 is located on the opposite side of the detected IP CCTV camera 150, and detects another IP CCTV camera 150 nearest to the GIS-based location data, 150 via a wired / wireless Internet network and simultaneously photographed via a two-directional IP CCTV camera 150, which is opposite to an emergency site reported through the mobile smart terminal 110. [

This is to prevent the image data from being normally acquired due to an abnormal operation of one IP CCTV camera 150 or other reasons in order to accurately acquire image data of an emergency situation site from various angles.

The network management server 140 is connected to the CCTV monitoring server 130 through a wired / wireless communication network and receives GPS information of the mobile smart terminal 110 and transmits the GPS information to the mobile smart terminal 110 based on the received GPS information. And detects GIS-based position data of the adjacent network automatic recovery apparatus 150. [ Then, the network management server 140 transmits the detected GIS-based location data to the CCTV monitoring server 130 through the wired / wireless communication network.

The network management server 140 may include a communication unit 141, an input unit 142, a control unit 143, a display unit 144, and a database server 145.

The communication unit 141 transmits and receives various data and electrical signals to and from the network automatic recovery devices 160 and the CCTV monitoring server 130.

The input unit 142 functions to input various information necessary for the operation of the server such as the IP address and other identification information of the network automatic recovery devices 160 and the control conditions of the operation and management status of the network automatic recovery devices 160 .

The control unit 143 controls the operation of the network automatic restoration device 160 closest to the current position of the mobile smart terminal 110 based on the GPS information of the mobile smart terminal 110 received through the communication unit 141 Based location data and transmits the GIS-based location data of the network automatic recovery apparatus 160 detected to the CCTV monitoring server 130 through the communication unit 141. [ The control unit 143 generates control data for remote control and management of the network automatic recovery devices 160 according to a signal input through the input unit 142. [

The display unit 144 functions to display the control data of the control unit 143 on the screen.

The database server 145 stores part or all of the GIS-based position data of the network automatic restoration devices 160 and the control data generated by the control unit 143 and also stores the stored data in accordance with the control signal of the control unit 143. [ (143).

The IP CCTV camera 150 is connected to the CCTV monitoring server 130 through the wired / wireless Internet network and displays the photographed angle of the emergent scene reported through the mobile smart terminal 110 according to the control signal of the CCTV monitoring server 130 And the IP CCTV camera 150 operated at an angle for photographing the scene of the emergency situation acquires the image data of the corresponding emergency situation scene.

Then, the IP CCTV camera 150 transmits the acquired image data of the emergency situation occurrence site to the CCTV monitoring server 130 via the wired / wireless Internet network, and the CCTV monitoring server 130 transmits the image data of the received emergency situation occurrence site And the CCTV monitoring server 130 stores the image data of the received emergency situation occurrence site on the database server 131. [

The network management server 140 may individually analyze the traffic status of the network automatic recovery devices 160 and reset the power to the network automatic recovery device 160 whose traffic delay level falls within a predetermined range.

3 and 4, a network automatic recovery apparatus 160 integrated and managed through the network management server 140 will be described.

FIG. 3 and FIG. 4 are block diagrams illustrating a configuration of an automatic network restoration apparatus in an emergency situation occurrence photographing and monitoring system based on GPS location information using IP CCTV according to an exemplary embodiment of the present invention.

Prior to the description, the network automatic recovery apparatus 160 according to the present embodiment has the basic configuration of the Korean Registered Patent No. 1143922 (registered on May 01, 2012), "Network automatic recovery apparatus" of the present applicant.

3, the network automatic restoration apparatus 160 includes a user setting unit 161, a PING transmission / reception unit 162, a control unit 163, a reset unit 164, and a lamp unit 165. As shown in FIG.

The user setting unit 161 can set the user to the performance and specification of the computer or the reference value of the ping signal responded from the IP address in accordance with the communication line and the communication company. If there is no response of the PING signal from the IP address, If there is no return signal for the PING signal, the user can set the number of retry attempts by sending the PING signal again. If the PING signal answered from the IP address is out of the range of the reference value, The user can set the reset time to turn OFF / ON and the network connection wait time.

4, when the user selects one of the function keys in the function key selection unit 161a and the function key selection unit 161a provided with the function keys, the user setting unit 161 sets the information And an operation unit 161c for modifying and inputting information on the function keys displayed on the display unit 161b.

Here, the function key selection unit 161a includes a PING reference value setting key 161a-1, a retry setting key 161a-2, a reset time setting key 161a-3, and a network connection waiting time setting key 161a-4 ).

The PING reference value setting key 161a-1 can set a reference value (speed value) of the ping signal to be returned from the IP address. That is, the reference value of the ping rate can be set according to the performance and specification of the computer, the type of communication line, the communication company, or whether to use Internet game, download, or the like.

If the PING signal is not received from the network management server 140 or is determined to be abnormal, the retry setting key 161a-2 re-confirms whether the network management server 140 is operating by sending a PING signal again. At this time, the number of times of retries can be determined according to the degree of the speed of the ping signal responded from the network management server () to the reference value.

The reset time setting key 161a-3 and the network connection wait time setting key are used to turn off the power of the network automatic recovery device 140 when the PING signal answered from the network management server 140 is out of the reference value range And reset. At this time, the reset time and the network connection waiting time may be set to be short or long depending on the degree of the PING signal received from the network management server 140 out of the reference value, thereby restoring the network more reliably.

Referring again to FIG. 3, when the function key selection unit 161a selects one of the function keys, the display unit 161b displays information of the function key, and a window for modifying or newly inputting the function key is displayed. For example, when the function key selection unit 161a selects the PING reference value setting key, a predetermined PING reference value is displayed, and a window for modifying or newly inputting the PING reference value is displayed.

The operation unit 161c includes numeric keys, a /, and a symbol key, and can input numbers to the display unit 161b.

Meanwhile, the PING transmitting / receiving unit 162 transmits the PING signal to the network management server 140 designated by the user, and receives the PING signal of the response from the network management server 140 that sends the PING signal.

The controller 163 determines whether a ping signal of a response received from the ping transmitter-receiver 162 is included in a predetermined reference range and controls operations of the reset unit 164 and the ramp unit 165 according to the determination result.

The reset unit 164 turns off the power of the network automatic recovery device 160 according to the signal of the control unit 163, and turns on the power.

As a result of the determination by the controller 163, the lamp unit 165 uses the green lamp when the network connection is normal and allows the administrator to visually check the connection status of the network using the red lamp when the network connection is abnormal . Also, the alarm unit may be connected to the lamp unit 165 so that an audible alarm sounds when the red lamp is used.

Next, referring to FIG. 5, an emergency situation scene capturing and monitoring system based on GPS location information using IP CCTV according to another embodiment of the present invention will be described.

FIG. 5 is a block diagram showing a configuration of a system for photographing and monitoring an emergency situation occurrence based on GPS location information using IP CCTV according to another embodiment of the present invention, with reference to data transmission process.

As shown in the figure, an emergency situation occurrence photographing and monitoring system based on GPS location information using IP CCTV according to another embodiment of the present invention includes a mobile smart terminal 210, a network management server 240, a CCTV monitoring server 230 ), And an IP CCTV camera 250.

The mobile smart terminal 210 includes a GPS module 211 and an emergency notification application 212 installed therein to transmit the GPS information to the relay device through the mobile communication network when the emergency notification application 212 is executed.

The network management server 240 is connected to the repeater through a wired / wireless Internet network to receive GPS information of the mobile smart terminal 210, and based on the received GPS information, Based location data of the device 260. The network management server 240 transmits the detected GIS-based location data to the CCTV monitoring server 230 via the wired / wireless Internet network.

The CCTV monitoring server 230 is connected to the network management server 240 via the wired / wireless Internet network, and receives the GIS-based location data of the network automatic recovery device 260, One or more IP CCTV cameras 250 are detected. The CCTV monitoring server 230 outputs a control signal to the detected IP CCTV camera 250 through a wired / wireless communication network.

The IP CCTV camera 250 is connected to the CCTV monitoring server 230 via the wired / wireless Internet network and displays the photographing angle of the emergency scene occurring through the mobile smart terminal 210 according to the control signal of the CCTV monitoring server 230 And the IP CCTV camera 250 operated at an angle for photographing the scene of the emergency situation acquires the image data of the corresponding emergency situation scene. The IP CCTV camera 250 transmits the acquired image data to the CCTV monitoring server 230 through the wired / wireless Internet network.

Then, the CCTV monitoring server 230 detects the nearest IP CCTV camera 250 based on the GIS-based location data transmitted from the network management server 240 and transmits a control signal to the detected IP CCTV camera 250 through the wired / wireless communication network It can be output. Also, the CCTV monitoring server 230 is located on the opposite side of the detected IP CCTV camera 250, and detects another nearest IP CCTV camera 250 on the basis of the GIS-based location data, 250 through the wired / wireless communication network and simultaneously photographed via the IP smart CCTV camera 250 in two directions, which are opposite to each other, through the mobile smart terminal 210.

Next, referring to FIG. 6, a method of capturing and monitoring an emergency situation occurrence based on GPS location information using IP CCTV according to an embodiment of the present invention will be described.

FIG. 6 is a flowchart illustrating a method of capturing and monitoring an emergency situation occurrence based on GPS location information using IP CCTV according to an exemplary embodiment of the present invention.

Prior to the description, in the present embodiment, an emergency situation occurrence photographing and monitoring system based on GPS position information using IP CCTV follows the configuration of an emergency situation occurrence photographing and monitoring system based on GPS position information according to FIGS. 1 to 4 Therefore, in the following description, the same reference numerals as those of the photographing and monitoring system of the emergency situation occurrence phenomenon based on the GPS position information according to FIGS. 1 to 4 are used.

As shown, the mobile smart terminal 110 executes the emergency notification application 112 in step S130.

Here, before step S130, the mobile smart terminal 110 accesses the network management server 140 via the wired / wireless communication network in step S110. In step S120, A step of downloading and installing the emergency notification application 112 from the management server 140 may be preceded.

In step S140, the mobile smart terminal 110 transmits GPS information via the GPS module 111 to the CCTV monitoring server 130 through the mobile communication network, the repeater 120, and the wired / wireless Internet network. Lt; / RTI >

In step S150, the CCTV monitoring server 130 transmits the received GPS information to the network management server 140 through the wired / wireless Internet network.

In step S160, the network management server 140 detects GIS-based location data of the network automatic recovery device 160 closest to the current location of the mobile smart terminal 110 based on the received GPS information.

In step S170, the network management server 140 transmits the GIS-based location data detected in step S160 to the CCTV monitoring server 130 through the wired / wireless Internet network.

In step S180, the CCTV monitoring server 130 detects one or more IP CCTV cameras 150 within a predetermined range based on the GIS-based location data received through step S170.

In step S190, the CCTV monitoring server 130 transmits a control signal to the IP CCTV camera 150 detected in step S180 through the wired / wireless Internet network.

The IP CCTV camera 150 is connected to the CCTV monitoring server 130 through the wired / wireless Internet network and displays the photographed angle of the emergent scene reported through the mobile smart terminal 110 according to the control signal of the CCTV monitoring server 130 And the IP CCTV camera 150 operated at an angle for photographing the scene of the emergency situation acquires the image data of the corresponding emergency situation scene.

In step S210, the IP CCTV camera 150 transmits the acquired image data to the CCTV monitoring server 130 through the wired / wireless Internet network.

In step S220, the CCTV monitoring server 130 displays the image data of the received IP CCTV camera 150. [

In step S230, the CCTV monitoring server 130 transmits the received video data of the IP CCTV camera 150 to the database server 131. [

In step S240, the database server 131 stores the image data of the emergency situation occurrence site received through step S230.

In step S180, the CCTV monitoring server 130 may detect the two IP CCTV cameras 150 located closest to each other on the basis of the received GIS-based location data.

Accordingly, in operation S200, the two IP CCTV cameras 150 located opposite to each other based on the GIS-based location data received by the CCTV monitoring server 130 are transmitted through the mobile smart terminal 110 It may include the process of shooting a reported emergency site.

Next, referring to FIG. 7, a method of capturing and monitoring an emergency situation occurrence based on GPS position information using IP CCTV according to another embodiment of the present invention will be described.

7 is a flowchart illustrating a method of capturing and monitoring an emergency situation occurrence based on GPS location information using IP CCTV according to an exemplary embodiment of the present invention.

Prior to the description, in the present embodiment, an emergency situation occurrence imaging and monitoring system based on GPS position information using IP CCTV follows the configuration of an emergency situation occurrence imaging and monitoring system based on GPS position information according to FIG. 5, The same reference numerals as those of the photographing and monitoring system of the emergency situation occurrence phenomenon based on the GPS position information according to FIG. 5 are used.

As shown, the mobile smart terminal 210 executes the emergency notification application 212 in step S330.

In step S330, the mobile smart terminal 210 accesses the network management server 240 through the wired / wireless communication network in step S310. In step S320, A step of downloading and installing the emergency notification application 212 from the management server 240 may be preceded.

In step S340, the mobile smart terminal 210 transmits the GPS information through the GPS module to the network management server 240 through the mobile communication network, the repeater, and the wired / wireless Internet network.

In step S340, the network management server 240 receives the GPS information of the mobile smart terminal 210, and based on the received GPS information, performs a GIS based on the network automatic recovery device 250 that is closest to the mobile smart terminal 210 The position data is detected.

Hereinafter, steps S350 to S430 are the same as steps S160 to S240 according to the embodiment of FIG. 6, and a detailed description thereof will be omitted.

As can be seen from the embodiments of FIGS. 1 to 7, the system for capturing and monitoring an emergency situation based on GPS position information using the IP CCTV according to the present invention, A method is such that a user of a mobile type smart terminal such as a smart phone or a tablet PC executes a specific application in his / her smart terminal after recognizing the occurrence of an emergency situation, So that the image data of the emergency situation site can be obtained and the acquired image data can be monitored and stored through the server of the remote site.

The above description is only one embodiment for carrying out an emergency situation scene shooting and monitoring system based on GPS position information using the IP CCTV according to the present invention and photographing and monitoring the emergency scene using the same. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims, The technical spirit of the present invention will be described.

110, 210: Mobile smart terminal 111, 211: GPS module
112, 212: emergency notification application 120, 220:
130, 230: CCTV monitoring server 131, 231:
140, 240: Network management server 141:
142: input unit 143:
144: Display section 145: Database server
150,250: IP CCTV camera 160,260: Network automatic recovery device
161 User setting section 161a: Function key setting section
161b: Display section 161c:
162: PING transmitting / receiving unit 163:
164: reset section 165: lamp section

Claims (17)

A mobile smart terminal on which a GPS module is installed and an emergency notification application is installed to transmit GPS information to a repeater through a mobile communication network when the emergency notification application is executed;
And transmits the GPS information received through the wired / wireless communication network to the network management server, which receives the GPS information of the mobile smart terminal and integrally manages the GPS automatic information through the wired / wireless communication network, A CCTV monitoring server receiving GIS-based location data, detecting one or more IP CCTV cameras within a predetermined range based on the received GIS-based location data, and outputting a control signal to the detected IP CCTV camera through a wired / wireless communication network;
Based on the GPS information received after receiving the GPS information of the mobile smart terminal connected to the CCTV monitoring server through a wired / wireless communication network, detects the GIS based position data of the network automatic recovery device closest to the current position of the mobile smart terminal A network management server for transmitting the detected GIS-based location data to the CCTV monitoring server through a wire / wireless communication network;
A CCTV monitoring server connected to the CCTV monitoring server through a wired / wireless communication network and operated at an angle to an emergency scene reported through the mobile smart terminal according to a control signal of the CCTV monitoring server, Emergency Situation Shooting and Monitoring System Based on GPS Location Information Using IP CCTV Including Camera. The method according to claim 1,
Wherein the mobile smart terminal accesses the network management server through a mobile communication network and a wired / wireless communication network to download the emergency notification application. The method according to claim 1,
Wherein the network management server analyzes the traffic status of the network automatic recovery devices and resets the power to the network automatic recovery device whose traffic delay degree falls within a predetermined range. Emergency on - the - spot shooting and monitoring system. The network management system according to claim 1, wherein the network management server
A communication unit for transmitting and receiving various data and electrical signals to and from the network automatic recovery devices and the CCTV monitoring server;
An input unit for inputting a variety of information necessary for operating a server, such as an IP address and other identification information of the network automatic recovery apparatuses and a control condition of operation and management statuses of the network automatic recovery apparatuses;
Based on the GPS information of the mobile smart terminal received through the communication unit, GIS-based position data of the network automatic restoration apparatus closest to the current position of the mobile smart terminal, A control unit for transmitting GIS-based position data to the CCTV monitoring server through the communication unit and generating control data for remote control and management of the network automatic recovery devices according to a signal input through the input unit;
A display unit for displaying control data of the control unit on a screen;
And a database server for storing part or all of the GIS-based location data of the network automatic recovery devices and the control data generated by the control part. system. The apparatus of claim 1, wherein the network automatic recovery device
After the PING signal is transmitted to the IP address of the terminal connected to the network, the network connection state is determined by checking a return signal responded from the IP address. If the network connection state is released or unstable, Automatically recover,
The user can set the return signal reference value of the PING signal for the IP address according to the performance and specification of the terminal or the type of the communication line, the communication company, or whether the Internet game or file download is used, and the return signal for the PING signal from the IP address is If it is not transmitted, the user can set the number of retries by retransmitting the PING signal according to the degree of the return signal being returned from the IP address out of the reference value. If the return signal returned from the IP address is out of the range of the reference value And a user setting unit that allows the user to set a reset time and a network connection wait time for turning on / off the power supply of the network automatic recovery apparatus according to the degree of the return signal being out of the reference value,
The user setting unit may include a PING reference value setting key, a retry count setting key, a power reset time setting key of the network automatic recovery apparatus, a network connection setting unit, A function key selection unit configured with a wait time setting key;
A display unit for displaying information on the selected function key when the function key selection unit selects one of the function keys;
And an operation unit for modifying and inputting information of a function key displayed on the display unit. The system for capturing and monitoring an emergency situation site based on GPS location information using IP CCTV. The method according to claim 1,
The mobile smart terminal automatically transmits GPS information of the GPS module to the repeater when the execution of the emergency notification application or automatically transmits GPS information to the repeater when an execution signal for transmission of the GPS information is inputted after execution of the emergency notification application The system comprising: an IP CCTV system for capturing and monitoring an emergency situation based on GPS location information. The method according to claim 1,
Wherein the CCTV monitoring server detects the nearest IP CCTV camera based on the GIS-based location data transmitted from the network management server and outputs a control signal to the detected IP CCTV camera through the wired / wireless communication network. Information - based emergency scene shooting and monitoring system. 8. The method of claim 7,
The CCTV monitoring server is located on the opposite side of the detected IP CCTV camera and detects another nearest IP CCTV camera based on the GIS based position data and outputs a control signal to the detected IP CCTV camera through the wired / wireless communication network And the IPCC CCTV camera is used to simultaneously photograph the emergency sites reported through the mobile smart terminal in the opposite directions. A mobile smart terminal in which a GPS module is installed and an emergency notification application is installed to transmit GPS information to a repeater through a mobile communication network when the emergency notification application is executed;
Based on the GPS information received after receiving the GPS information of the mobile smart terminal, the GIS-based position data of the network automatic recovery device closest to the current position of the mobile smart terminal, A network management server for transmitting GIS-based location data to an external server via a wired / wireless communication network;
Based on the GIS-based location data received after receiving the GIS-based location data of the network automatic recovery device, connected to the network management server via a wired / wireless communication network, and detecting one or more IP CCTV cameras within a predetermined range based on the received GIS- A CCTV monitoring server for outputting a control signal to a CCTV camera through a wired / wireless communication network;
A CCTV monitoring server connected to the CCTV monitoring server through a wired / wireless communication network and operated at an angle to an emergency scene reported through the mobile smart terminal according to a control signal of the CCTV monitoring server, Emergency Situation Shooting and Monitoring System Based on GPS Location Information Using IP CCTV Including Camera. 10. The method of claim 9,
Wherein the CCTV monitoring server detects the nearest IP CCTV camera based on the GIS-based location data transmitted from the network management server and outputs a control signal to the detected IP CCTV camera through the wired / wireless communication network. Information - based emergency scene shooting and monitoring system. 11. The method of claim 10,
The CCTV monitoring server is located on the opposite side of the detected IP CCTV camera and detects another nearest IP CCTV camera based on the GIS based position data and outputs a control signal to the detected IP CCTV camera through the wired / wireless communication network And the IPCC CCTV camera is used to simultaneously photograph the emergency sites reported through the mobile smart terminal in the opposite directions. Transmitting the GPS information through the GPS module to the repeater through the mobile communication network after the mobile smart terminal executes the emergency notification application;
Receiving GPS information of the mobile smart terminal from a CCTV monitoring server connected to the relay device through a wired / wireless communication network;
Transmitting the GPS information received by the CCTV monitoring server to a network management server through a wired / wireless communication network;
Detecting the GIS-based location data of the network automatic recovery device closest to the current location of the mobile smart terminal based on the GPS information received by the network management server, and transmitting the GIS-based location data to the CCTV monitoring server through a wire / wireless communication network;
Detecting one or more IP CCTV cameras within a predetermined range based on GIS-based location data received by the CCTV monitoring server;
Transmitting a control signal to an IP CCTV camera detected by the CCTV monitoring server through a wired / wireless communication network;
Wherein the IP CCTV camera is operated at an angle to photograph an emergency report site through the mobile smart terminal in accordance with a control signal of the CCTV monitoring server to obtain image data of the emergency report site Location - based imaging and monitoring of emergency situations. Transmitting the GPS information through the GPS module to the repeater through the mobile communication network after the mobile smart terminal executes the emergency notification application;
Based on the GPS information received after receiving the GPS information of the mobile smart terminal, the GIS-based position data of the automatic network restoration device closest to the mobile smart terminal, the network management server connected to the relay device through the wired / wireless communication network ;
Transmitting the GIS-based location data detected by the network management server to a CCTV monitoring server through a wire / wireless communication network;
Detecting one or more IP CCTV cameras within a predetermined range based on GIS-based location data received after the CCTV monitoring server receives GIS-based location data from the network management server;
Outputting a control signal to the IP CCTV camera detected by the CCTV monitoring server through a wired / wireless communication network;
Wherein the IP CCTV camera is operated at an angle to photograph an emergency report site through the mobile smart terminal in accordance with a control signal of the CCTV monitoring server to obtain image data of the emergency report site Location - based imaging and monitoring of emergency situations. The method according to claim 12 or 13,
After the IP CCTV camera operates in accordance with a control signal of the CCTV monitoring server to acquire image data of an emergency notified scene through the mobile smart terminal,
Transmitting video data acquired by the IP CCTV camera to the CCTV monitoring server through a wire / wireless communication network;
Further comprising the step of displaying the image data of the IP CCTV camera received by the CCTV monitoring server and storing the image data in a database TM server. The method according to claim 12 or 13,
Before the mobile smart terminal executes the emergency report application and transmits the GPS information through the GPS module to the repeater through the mobile communication network
Further comprising the step of the mobile smart terminal accessing the network management server through a wired / wireless communication network to download and install the emergency notification application, and then taking and monitoring an emergency situation based on location information using IP CCTV . 13. The method of claim 12,
The step of detecting one or more IP CCTV cameras within a predetermined range based on the GIS-based location data received by the CCTV monitoring server may include detecting, by the CCTV monitoring server, And detecting two adjacent IP CCTV cameras,
The step of the IP CCTV camera operating in accordance with a control signal of the CCTV monitoring server to acquire image data of an emergency notified scene through the mobile smart terminal may be performed by the CCTV monitoring server based on the GIS- And photographing an emergency site notified via the mobile smart terminal in a direction opposite to that of the two IP CCTV cameras located on the opposite sides. Way. 14. The method of claim 13,
The step of the CCTV monitoring server detecting one or more IP CCTV cameras within a predetermined range based on the GIS-based location data received after receiving the GIS-based location data from the network management server comprises: Based on the GIS-based location data, two IP CCTV cameras located respectively on the opposite sides of each other,
The step of the IP CCTV camera operating in accordance with a control signal of the CCTV monitoring server to acquire image data of an emergency notified scene through the mobile smart terminal may be performed by the CCTV monitoring server based on the GIS- And photographing an emergency site notified via the mobile smart terminal in a direction opposite to that of the two IP CCTV cameras located on the opposite sides. Way.

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