KR101506120B1 - Security cctv integrated control system using smart phone and safety map - Google Patents

Abstract

The present invention relates to a security CCTY integrated control system using a smartphone and a safety map. The present invention includes: multiple cameras which photograph monitoring areas by being dispersedly installed in each of the monitoring areas; an integrated control center which collects images photographed by each of the cameras by being connected with the multiple cameras; and a smartphone which transmits own location information to the integrated control center when entering a preregistered home area by installing a safe homecoming application. The integrated control center includes: an integrated situation board which displays an image on a screen by displaying multiple display panels in a matrix shape; and a main control unit which controls the integrated situation board to preferentially display a photographed image, which includes a preset monitoring priority area among images received from each of the cameras through a communications network, in any one of the display panels of the integrated situation board and controls the integrated situation board to preferentially display an image, which is photographed by a camera corresponding to the location information, in any one of the display panels in prior to the monitoring priority area when the location information is received from the smartphone about an entrance to a home area. Thereby the present invention enables efficient monitoring by the limited number of monitoring agents by: monitoring by a preset monitoring priority area when the limited monitoring agents monitor an image photographed by multiple cameras; and monitoring regardless of priority when a person applying a homecoming service enters a corresponding area.

Description

{SECURITY CCTV INTEGRATED CONTROL SYSTEM USING SMART PHONE AND SAFETY MAP}

The present invention relates to a security CCTV integrated control system using a smart phone and a safety map, and performs monitoring according to priorities in a security home security service and uses an integrated safety map, The present invention relates to a security CCTV integrated control system using a smart phone and a safety map capable of providing a safety monitoring service for a CCTV system.

In recent years, criminal offenses against socially vulnerable people have become social issues. In particular, the abduction of young people, the assault of young people, the withdrawal of money and sex offenses against women and women at night are frequently encountered in various media . These crimes are often caused by commuting, when going to school, or when passing through vulnerable areas. In this regard, social measures are needed to protect children and young people who have time to get home late from home through safety-vulnerable areas. The system of relieving and returning home is also proposing a way to relieve the socially weak and return to the destination in response to the social demand like this.

In order to prevent crime in the surrounding area, it is necessary to install cameras such as CCTV in the inside or outside of the school, residential areas and crime zones, to increase the number of patrol personnel in vulnerable areas, Are proposed. However, even if a camera such as CCTV is installed in the element of the living environment, it is used as evidence acquisition after the actual accident, but there is a limit to detect the actual crime when it occurs and to dispatch necessary personnel such as police immediately. have.

In order to solve these problems, it is necessary to construct an integrated control center that integrates daily life safety by local governments, display the images taken by the cameras installed in the jurisdiction area in the integrated control panel in the integrated control center, Monitoring monitoring system to check whether there is an accident by monitoring the shooting screen displayed as "

However, as the importance of daily safety increases, the number of cameras installed in the jurisdiction area is increasing, but it is practically difficult to expand the number of monitoring personnel required for monitoring the number of personnel in the integrated control center.

Therefore, it is difficult for one monitoring person to monitor many cameras installed in his monitoring area, and even if the captured images taken by the camera are received at the integrated control center in real time, Lt; / RTI >

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a monitoring method and apparatus for monitoring a photographed image photographed by a plurality of cameras, The purpose of this project is to provide a security CCTV integrated control system using smart phones and safety maps that enable more efficient monitoring even by a limited number of monitoring personnel by performing monitoring regardless of priority when a person who applied for the service enters the relevant area. have.

In addition, in setting the monitoring priority area, a security CCTV integrated control system using a smart phone and a safety map that can provide a safety monitoring service for daily life safety using an integrated safety map integrating a plurality of related agency safety maps There is another purpose to provide.

According to an aspect of the present invention, there is provided an image capturing apparatus comprising: a plurality of cameras distributed in respective monitoring areas to photograph the monitoring area; and a plurality of cameras connected to the plurality of cameras through a communication network, And a smartphone that transmits the location information of the user to the integrated control center upon entering the home area where the security rest home application is installed and registered in advance; The integrated control center includes an integrated status panel in which a plurality of display panels are arranged in a matrix form to display an image on a screen, and an integrated status panel in which the images photographed with respect to a predetermined monitoring priority area among the images received from the respective cameras via a communication network are integrated Controlling the integrated status panel to display preferentially on any one of the display panels of the status board, and when the position information on entry into the home area from the smartphone is received, And a main control unit for controlling the integrated status plate so that an image photographed from a corresponding camera is preferentially displayed on any one of the display panels, wherein the main control unit is achieved by a security CCTV integrated control system using a smart phone and a safety map .

Here, each of the monitoring areas is set, and further includes a plurality of monitoring terminals for selectively monitoring photographed images from a plurality of cameras installed in a corresponding monitoring area of the plurality of cameras; The main control unit may transmit the position information and the image taken from the corresponding camera to a monitoring terminal that monitors the monitoring area corresponding to the position information among the plurality of monitoring terminals.

The main control unit may determine the priority of the location information based on the monitoring priority area when the location information is received from each of the plurality of smartphones.

And a plurality of related institution servers connected to the integrated control center through a communication network and each having an associated institutional safety map related to their own work; The integrated control center generates an integrated safety map by using the related institution database storing the related-facility security guidance received through each communication network from each related-authority server and the related-institution security guidance stored in the related-art institution database An integrated safety map generator and a safety map analyzer for setting the monitoring priority area based on the integrated safety map generated by the integrated safety map generator.

In addition, the safety index of the relevant facility held in the relevant authority server includes a distribution map of a distressed area where a distressed area is displayed on a map of a jurisdiction area, and a social abbreviation in which a residence or a major moving area of the weakened person is displayed on the jurisdiction map A map of a distribution of women showing a residence or a major movement area of a woman on the map of the jurisdiction area, a street lamp distribution map showing the installation area of the streetlamp on the map of the jurisdiction area, A censor distribution map showing a residential area or a main moving area of the area, and a disaster distribution map showing a disaster-generating area on the area map.

The integrated safety map generator may add the predetermined weight to each of the related organs' safety maps and integrate them into the integrated safety map.

In addition, the integrated safety map generator may generate the integrated safety map by varying the weight according to a predetermined condition.

The integrated safety map generator may generate the integrated safety map by displaying a color corresponding to a predetermined safety grade on the map of the jurisdiction area.

In addition, the safety map analyzer may be configured to match security ratings of the respective cameras to each of the cameras based on the security degrees of each area on the integrated safety map; The main control unit may determine the display frequency of the photographed image transmitted from the corresponding camera to the integrated status plate according to the degree of safety matched to each camera.

According to the present invention, in the monitoring of a photographed image photographed by a plurality of cameras, a monitoring staff of a limited number of persons performs monitoring according to a preset monitoring priority area, When entering the area, monitoring is performed irrespective of the priority, and a security CCTV integrated control system using a smart phone and a safety map capable of more efficient monitoring by limited monitoring personnel is provided.

In addition, in setting the monitoring priority area, a security CCTV integrated control system using a smart phone and a safety map that can provide a safety monitoring service for daily life safety using an integrated safety map integrating a plurality of related agency safety maps / RTI >

FIG. 1 is a diagram illustrating a configuration of a security CCTV integrated control system using a smart phone and a safety map according to the present invention,
FIG. 2 is a view showing an example of the configuration of the integrated control center of the security CCTV integrated control system of FIG. 1,
3 is a diagram for explaining a monitoring process of a security CCTV integrated control system using a smartphone and a safety map according to the present invention,
FIG. 4 is a view showing an example of safety management of a navigation system of a security CCTV integrated control system using a smart phone and a safety map according to the present invention,
5 is a diagram illustrating an example of an integrated safety map of a security CCTV integrated control system using a smart phone and a safety map according to the present invention.

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

1 is a block diagram of a security CCTV integrated control system using a smart phone and a safety map according to the present invention. Referring to FIG. 1, the security CCTV integrated control system according to the present invention includes a plurality of cameras 200, a smart phone 500, and an integrated control center 100.

The plurality of cameras 200 are distributedly installed in the respective monitoring areas, and photographs the respective monitoring areas. Here, the camera 200 includes a CCTV installed for various purposes in various related agencies 310, 320, and 330, for example, a police agency, a road traffic corporation, a local government, an army, And the cameras 200 installed in the related facilities 310, 320, and 330 are integrated and managed. Here, the management entity of the integrated control center 100 may be any one of the related organizations 310, 320, and 330, for example, a municipality or a specific company to which the functions are assigned.

Each of the cameras 200 is connected to the integrated control center 100 through a communication network 410. The photographed images taken by the respective cameras 200 are transmitted to the integrated management center 100 through the communication network 410 And collected in the integrated control center 100. Here, it is assumed that the communication network 410 connecting the camera 200 and the integrated control center 100 is connected through a communication network, for example, an optical cable whose external connection is blocked. As a result, it is possible to prevent the shooting image related to the private privacy of the individual from leaking to the outside.

The smartphone 500 is a portable terminal carried by a user who has applied for the security rest home service provided to the security CCTV integrated control system according to the present invention, for example, in the form of a smart phone.

Here, the smartphone 500 is installed as a secure e-mail application provided by the security CCTV integrated control system according to the present invention. At this time, the user registers his / her home area in the secure home application. When the user enters the registered home area while carrying his / her smart phone 500, his / her location information is stored in the smart phone 500 ) To the integrated control center (100).

As described above, the integrated control center 100 is connected to a plurality of cameras 200 through a communication network 410 to collect photographed images photographed by the respective cameras 200. When the location information is received from the smartphone 500, the integrated control center 100 reflects the location information to the monitoring.

2 is a diagram showing an example of the configuration of the integrated control center 100 according to the present invention. Referring to FIG. 2, the integrated control center 100 according to the present invention includes an integrated status panel 161 and a main control unit 120.

A plurality of display panels are arranged in a matrix form to display an image on the screen. The display control unit 160 controls an image to be displayed on each display panel.

At this time, the main control unit 120 controls the display control unit 160 to display a command on which display panel the video photographed by one camera 200 is to be displayed, a command to display one video on the plurality of display panels, To the display control unit 160, thereby selectively controlling an image to be displayed on the unified status plate 161. [

The main control unit 120 selectively displays photographed images received in real time from each camera 200 through the first communication unit 111 in the unified status plate 161. [ The main control unit 120 reflects the priority for monitoring when the location information is received from the smartphone 500 through the second communication unit 112. [

More specifically, the main control unit 120 transmits the photographed images photographed with respect to the predetermined monitoring priority area among the photographed images received from the respective cameras 200 through the first communication unit 111 to And controls the unified status board 161 to be preferentially displayed on any one of the display panels.

When the location information of the entry into the home area is received from the smartphone 500 in the process of displaying the photographed image according to the priority order according to the monitoring priority area as described above, The integrated status board 161 is controlled such that the photographed image photographed from the camera 500 corresponding to the position information is preferentially displayed on any one of the display panels in preference to the priority according to the region.

As described above, in the normal monitoring and operation process, the monitoring priority area is preset and the photographed image is displayed in the integrated status panel 161 according to the priority according to the monitoring priority area, and the applicant of the security rest home service suppresses the user's home area If it is confirmed, priority monitoring of the area will enable more efficient monitoring.

Here, as shown in FIG. 2, the integrated control center 100 according to the present invention may further include a plurality of monitoring terminals 171, 172, and 173.

Monitoring personnel are disposed in the respective monitoring terminals 171, 172 and 173 so that the respective monitoring personnel can monitor a plurality of cameras 200 installed in the monitoring area under their own control over the screen of the monitoring terminals 171, 172, And the like.

At this time, the main control unit 120 controls the monitoring terminals 171, 172, and 173 that monitor the monitoring area corresponding to the location information received from the smartphone 500 among the plurality of monitoring terminals 171, 172, To the photographed image.

In this way, apart from displaying the screen corresponding to the position information in the integrated status panel 161, a monitoring screen can be displayed on the monitoring terminals 171, 172, and 173 of the monitoring personnel so that more detailed monitoring can be performed, For example, adjusting the photographing direction of the camera 200, or controlling the functions such as zooming in or zooming out, the monitoring agent may check the return image of the applicant who applied for the relieved company service And more closely monitored.

Hereinafter, the operation of the security CCTV integrated control system according to the present invention will be described with reference to FIG.

First, in a typical monitoring process, monitoring is performed according to a predetermined monitoring priority area (S60). Here, the setting of the monitoring priority area and the monitoring thereof will be described in detail later.

When the location information is received from the smartphone 500 in the process of monitoring according to the monitoring priority area (S61), the process of providing the secure home return service proceeds according to the reception of the location information.

Here, it is assumed that the present invention includes a step (S62) of checking whether the number (C _I ) of the currently received location information exceeds a predetermined reference number (C _D ). Here, the reference number C _D is set to the number of display panels of the integrated status panel 161 that can be simultaneously monitored, that is, the number of screens or the number of monitoring agents (or the number of monitoring terminals 171, 172, and 173) . That is, it is necessary to determine the priority when the number of simultaneously monitorable numbers exceeds the number of position information.

If the number of location information C _I is less than or equal to the reference number C _D in step S62, the captured image corresponding to the location information is displayed on any one of the screens of the unified status 161 and / or among the monitoring terminals 171, 172, (S65).

On the other hand, when the number of position information C _I exceeds the reference number C _D , the priority of the position information is determined based on the monitoring priority area (S63). Then, in accordance with the determined priority, the captured image is controlled to be displayed (S64).

In the normal monitoring process, the monitoring is performed according to the monitoring priority area. When the applicant for the security home return enters the home area, the monitoring is performed in priority, and the access of the security home service applicant is controlled by the integrated control When the number of simultaneous monitoring of the center 100 is exceeded, the priority is determined based on the monitoring priority area again, thereby enabling more efficient monitoring using limited monitoring personnel.

Hereinafter, a method of setting a monitoring priority area and a monitoring method according to a monitoring priority area in the security CCTV integrated control system according to the present invention will be described in detail. Referring to FIG. 1, the CCTV integrated control system according to the present invention may include a plurality of related institution servers 310, 320, and 330. Here, the related institution servers 310, 320, and 330 are connected to the integrated control center 100 through a communication network 420 such as the Internet.

The related institution servers 310, 320, and 330 have a related institution safety instruction (BM) related to the work of the relevant institution. For example, the National Police Agency may have information about the badlands in the jurisdictions, and may have a map of the badlands in the jurisdictional map showing the badlands. Local governments may also have information on the residential or major transit area of the socially underprivileged, and may have a map of the social underdevelopment map showing the residential or major transit area of the socially underprivileged on the jurisdiction map.

In addition, the related agency safety map (BM) includes a map of the distribution of women showing housing or major moving areas of women on the map of the jurisdiction, a map of distribution of street lamps showing the installation area of the streetlights on the map of the jurisdiction, A criminal's residence, or a map of criminals showing major transit areas.

Here, the above-described example of the related institutional safety map (BM) held by the related institution servers 310, 320, and 330 is merely an example of the integrated CCTV control system according to the present invention. Such as a disaster map showing a natural disaster capable area on a map of a jurisdiction, such as an overflow of water, a flood of a natural disaster, etc., can be provided in various forms that can identify a main area requiring monitoring by the integrated control center 100.

2, the integrated control center 100 according to the present invention may further include a related authority database 131, an integrated safety map generating unit 140, and a safety map analyzing unit 150 have.

The main control unit 120 stores the relevant institutional safety maps BM received from the respective related institution servers 310, 320 and 330 through the second communication unit 112 in the relevant institutional database 131.

The integrated safety map generator 140 generates an integrated safety map TM by using the relevant institutional safety maps BM stored in the related authority database 131 and outputs the generated integrated safety map TM to the integrated safety map TM (TM) database 132. [ FIG. 4 is a view showing an example of a safety management system (BM) of a security CCTV integrated control system according to the present invention. Referring to FIG. 4, the BM is displayed in the form of a contour line in accordance with a predetermined safety grade on the map of the jurisdiction area, so that the area requiring priority monitoring on the jurisdiction map It is differentiated by different regions and grades.

At this time, the integrated safety map generation unit 140 adds the recommended weight to each of the relevant institutional safety maps (BM) and integrates them into the integrated safety map (TM). More specifically, when a jurisdiction area is highly distributed, and a monitoring is required mainly on a bad area, by giving a high weight to the map of the distribution of the above-mentioned bad area, when the integrated safety map (TM) It is possible to more reliably reflect the degree of safety on the distribution map.

Here, the weight value can be varied according to predetermined conditions. For example, in case of high crime in the crime zone in the evening, the weight of the crime map is set low during the daytime, whereas the weight of the social underage map reflecting the weak crime such as children is high during the daytime By setting, the weight of the main moving area of children who are active in the daytime, that is, the area around the school or the area of the school day, can be increased and set as the main monitoring area.

When the integrated safety map TM is generated as described above and the integrated safety map TM is generated, the integrated safety map TM is generated in a state where the color according to the safety grade is displayed on the map of the area map, In addition, areas where more monitoring is required can be distinguished.

At this time, the safety map analyzer 150 sets the monitoring priority area using the integrated safety map (TM). That is, according to the degree of safety set on the Integrated Safety Instruction (TM), the monitoring priority area where the monitoring is firstly required is analyzed. At this time, the safety map analyzing unit 150 can set the monitoring priority areas by classifying them.

When the monitoring priority area is identified, the main control unit 120 displays the photographed image photographed with respect to the monitoring priority area set by the safety map analyzing unit 150 among the images received from each camera 200, The primary interest area is preferentially displayed on any one of the display panels of the integrated status sheet 161, thereby enabling the primary interest area to be preferentially displayed on the screen of the integrated status sheet 161. [

Here, the safety map analyzing unit 150 may match the security degree to each camera 200 based on the security degree of each area on the integrated safety map TM. That is, the safety map analyzing unit 150 confirms the safety degree of the corresponding position from the integrated safety map TM based on the position information of the camera 200 installed in various places in the jurisdiction, Match the rating.

At this time, the main control unit 120 can determine the display frequency of the photographed image transmitted from the corresponding camera 200 to the integrated status plate 161 according to the degree of safety matched to each camera 200. For example, when the monitoring priority area is set for each grade according to the degree of safety degree, the main control unit 120 increases the display period of the photographed image photographed with the high-priority monitoring priority area or lengthens the display time, The display frequency of the display unit 161 is adjusted.

Accordingly, since the photographed images photographed in the monitoring priority area, that is, the area having a low safety grade, are more frequently exposed to the integrated status plate 161, the monitoring of the important areas can be performed more efficiently on the limited screen.

Here, the main control unit 120 may transmit information on safety ratings matched to the cameras 200 controlled by the monitoring terminals 171, 172, and 173 to the monitoring terminals 171, 172, and 173, respectively. Accordingly, the monitoring staff confirms the degree of safety for each camera 200 transmitted from the main control unit 120, so that the monitoring staff can monitor the camera 200 among the cameras 200 in the monitoring area, It is possible to confirm whether or not the photographed image is mainly monitored.

Although several embodiments of the present invention have been shown and described, those skilled in the art will appreciate that various modifications may be made without departing from the principles and spirit of the invention . The scope of the invention will be determined by the appended claims and their equivalents.

100: Integrated control center 111: First communication section
112: second communication unit 120:
131: Relevant authority database 132: Integrated safety map database
140: Integrated safety map generator 150: Safety map analyzer
160: Display control unit 161: Integrated status display
171, 172, 173: monitoring terminal 200: camera
310,320,330: Related organization 500: Smart phone

Claims (9)

A plurality of cameras distributedly installed in the respective surveillance areas and photographing the surveillance area;
An integrated control center connected to the plurality of cameras through a communication network to collect photographed images photographed by the cameras,
A smartphone which transmits its own location information to the integrated control center when a safe-return home application is installed and enters a pre-registered home area,
A plurality of related institution servers connected to the integrated control center through a communication network and each having a related agency security guidance related to their own tasks;
The integrated control center
An integrated status panel in which a plurality of display panels are arranged in a matrix form to display an image on a screen,
A related authority database in which the relevant authority safety map received from each of the related authority server through a communication network is stored,
An integrated safety map generator for generating an integrated safety map using the relevant authority safety map stored in the related authority database,
A safety map analyzer for setting a monitoring priority area based on the integrated safety map generated by the integrated safety map generator;
Controlling the integrated situation board so that images photographed with respect to the monitoring priority area set through the safety map analyzing unit among images received from each camera through a communication network are preferentially displayed on any one of the display panels of the integrated situation board, Wherein when the position information on entry into the home area from the smartphone is received, the image photographed from the camera corresponding to the position information is preferentially displayed on any one of the display panels in preference to the monitoring priority area, And a main control unit for controlling the integrated status plate, and a security CCTV integrated control system using the smart phone and the safety map.
The method according to claim 1,
Further comprising a plurality of monitoring terminals for setting a monitoring area for each of the plurality of cameras and selectively monitoring images photographed from a plurality of cameras installed in a corresponding monitoring area of the plurality of cameras;
Wherein the main control unit transmits the location information and the photographed image from the corresponding camera to a monitoring terminal that monitors a monitoring area corresponding to the location information among the plurality of monitoring terminals. Integrated control system.
3. The method of claim 2,
Wherein the main control unit determines priority of the location information based on the monitoring priority area when the location information is received from each of the plurality of smartphones. .
delete The method according to claim 1,
Wherein the canonical safety map held in the forbidden institution server comprises:
A map of the outbreak area map showing the area of concern on the map of the jurisdiction,
A social weakness distribution map in which a residence or major movement area of a socially weak person is displayed on the map of the jurisdiction area,
A female distribution map showing a female residence or major moving area on the map of the jurisdiction area,
A street lamp distribution map on which an installation area of the street lamp is displayed on the map of the jurisdiction area,
A criminal distribution map in which a residence or major moving area of a criminal is displayed on the map of the jurisdiction area,
And a disaster distribution map in which a disaster possible area is displayed on the jurisdiction map. The security control CCTV integrated control system using the smart phone and the safety map.
6. The method of claim 5,
The integrated safety map generation unit
And integrating the combined safety maps into the integrated safety map by adding predetermined weights to each of the cannabita safety maps.
The method according to claim 6,
Wherein the integrated safety map generator generates the integrated safety map by varying the weight according to a preset condition, and generates the integrated safety map.
8. The method of claim 7,
The integrated safety map generation unit
And displays the color according to the predetermined degree of safety grade on the map of the jurisdiction region to generate the integrated safety map, and the integrated CCTV control system using the smart phone and the safety map.
9. The method of claim 8,
Wherein the safety map analyzer matches security ratings to each camera based on the security rating of each area on the integrated safety map;
Wherein the main control unit determines the display frequency of the photographed image transmitted from the corresponding camera according to the degree of safety matched to each of the cameras to the integrated status version of the smartphone and the security CCTV integrated control system .

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