KR101392628B1 - System for safety returning-home using integrated control - Google Patents

Abstract

The present invention relates to a safe returning-home system using integrated control. The safe returning-home system using the integrated control includes: a user terminal in which a safe returning-home application is installed; a plurality of camera modules; and an integrated control center which includes a terminal communication unit which receives first location information which is the location information of the user terminal, an integrated control unit, an event determining unit which determines the generation of an event, and a member database.

Description

SYSTEM FOR SAFETY RETURNING-HOME USING INTEGRATED CONTROL BACKGROUND OF THE INVENTION 1. Field of the Invention < RTI ID = 0.0 >

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a security home return system, and more particularly, to a security home return system in which a registered member's security home is monitored using a real-time shot image of a camera module and position information of a user terminal.

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 return home, through vulnerable areas.

In order to prevent such crime, CCTV is installed inside and outside the school, residential areas, etc., and proposals for crime prevention such as increase of patrol personnel in vulnerable areas and location service of mobile communication companies are proposed.

In addition, local governments set up a school zone around elementary schools, kindergartens, childcare facilities, and special schools in order to prevent violent crimes such as child abduction, disappearance and sexual violence in advance and to prevent traffic accidents. And install CCTV for security in vulnerable areas.

However, there is a problem that the number of manpower deployed due to budgetary problems is insufficient, and in some cases, nonprofessional personnel are deployed to prevent crime prevention and treatment.

In order to solve such a problem, Korean Registered Patent No. 10-1232115, Feb., 2013, Feb. 05, 2013, a method for managing safe and earnest information and a device thereof) And an information management and method for relieved ears that automatically recognize an emergency when a touch or a predetermined shake or a predetermined sound is sensed is proposed.

However, in the above-described prior art, only the location information is provided by recognizing the environment applied to the communication terminal, and clear monitoring is not provided.

On the other hand, CCTV is used in various fields ranging from security vulnerable areas to daily security, disaster surveillance, traffic volume check, traffic violation, and public facility management. In addition to real-time monitoring, the use of CCTV as a means of securing evidence of various incidents through video images obtained is diverse. In recent trends, in order to secure the cooperation system through the efficiency of various CCTV and collective video management and the sharing of collected information, certain municipalities have integrated the management of traffic, crime, disaster, There are also local governments that operate the control system. There is a need to build a system that can provide more improved services for public interest in connection with such integrated control.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a method and apparatus for receiving a location information of a member registered in a security home service and monitoring a real time image of a surveillance area having received location information, To prevent the occurrence of various crimes, and to promptly respond to incidents.

In addition, the purpose of minimizing the cost of constructing the security service by using the integrated control system that manages CCTV installed for existing traffic collection, disaster monitoring, illegal parking control, garbage surveillance, etc. have.

According to an aspect of the present invention, there is provided a user terminal comprising: A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image; A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored; Wherein the user terminal transmits the connected member information to the integrated control center when the relieved home application is executed, and the event determination unit is configured to determine a return path corresponding to the connected member information and a first position Determining whether an event has occurred based on the information; Wherein the integrated controller displays a real time image photographed by the camera module corresponding to the event occurrence in preference to any one of the plurality of monitor units when the event determination unit determines occurrence of an event This is accomplished with a secure home return system.
In addition, the above object is also achieved by a user terminal having an application for relieving home security according to the present invention; A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image; A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored; Wherein the event determination unit determines that an event has occurred when the first location information received from the user terminal is out of the home route, and when the event determination unit determines that the event occurs, And a real-time image taken by the camera module is displayed in preference to any one of the plurality of monitor units.
In addition, the above object is also achieved by a user terminal having an application for relieving home security according to the present invention; A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image; A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored; The event determining unit determines that an event has occurred when the moving speed based on the first position information received from the user terminal exceeds the preset reference speed or the first position information does not change while exceeding the set reference time Wherein the integrated controller displays a real time image photographed by the camera module corresponding to the event occurrence in preference to any one of the plurality of monitor units when the event determination unit determines that an event has occurred It can also be achieved with a secure return system using integrated control.
In addition, the above object is also achieved by a user terminal having an application for relieving home security according to the present invention; A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image; A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored; Wherein the event determination unit determines that an event has occurred when the reception of the first location information received from the user terminal is interrupted, and when the event determination unit determines that an event has occurred, Real-time image taken by the monitoring unit is displayed in preference to any one of the plurality of monitor units.
In the above embodiment, an on-site terminal connected to the integrated control center through a communication network and receiving and displaying a real-time image of the camera module transmitted from the integrated control center may be provided.

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Here, the integrated control center may further include an image processing unit for processing the real time image displayed on the monitor unit as a data signal for transmission and transmitting the data signal to the terminal communication unit; The integrated control unit may display a control tool for controlling the operation of the image processing unit on the monitor unit when an event occurs.

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If an event is generated by the event determination unit in a state where position information is received from a number of user terminals exceeding the number of the plurality of monitor units, the integrated control unit may capture The real-time image can be displayed on any one of the plurality of monitor units in which the real-time image irrelevant to the event generation is displayed.

The integrated control center may further include a member database storing member information and a return path corresponding to the member information; Wherein the user terminal transmits the connected member information to the integrated control center when the relieved home application is executed, and the event determination unit determines, based on the return path corresponding to the connected member information and the position information received from the user terminal It is possible to determine whether an event has occurred or not.

The terminal communication unit further receives second location information, which is location information of the field terminal; The integrated control unit may be configured to display the first position information of the user terminal corresponding to the event occurrence on the monitor unit when the event is determined to be generated by the event determination unit Real-time video can be transmitted.

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In the present invention, the camera module may include a camera for photographing the surveillance region, a camera communication unit for transmitting a real-time image photographed by the camera to the integrated control center through the communication network, And a camera driver for driving the camera; The integrated controller may be configured to control the camera driver to adjust the photographing direction of the camera corresponding to the first positional information received from the user terminal.

The integrated control center further includes a map database in which map data corresponding to the surveillance area is stored; The integrated control unit may display a map indicating the first position information received from the user terminal on the monitor unit based on the map data.

In addition, the integrated control unit may display the ears path on a map displayed on the monitor unit.

Through the above-described configuration, it is possible to monitor the real-time image of the place corresponding to the position information of the member registered in the relieved home service and to monitor whether or not the user is returning normally. If the on-site response is required, Rapid on-site response becomes possible.

In addition, it is possible to automatically determine whether an event is generated by using the location information of the user terminal, and to display the image for event occurrence in priority, thus ensuring promptness and reliability.

Also, since it operates based on the integrated control system that manages existing CCTV and CCTV images, it is possible to provide a safe home service with minimum construction cost and manpower.

1 is a view showing a configuration of a security return system according to the present invention,
2 is a diagram showing an execution screen of an application,
3 is a diagram showing the configuration of the integrated control center,
4 is a diagram showing a return path and a current position displayed in the map data,
5 is a diagram showing a configuration of a camera module,
6 is a view showing an operation example for operating a camera driver in the camera module,
Fig. 7 is a flowchart showing a procedure of the relief return system.

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

The security restoration system 10 according to the present invention is a system constructed to monitor the return of registered members by utilizing the position information of the user terminal 100 executing the security rest application and the real-time image photographed in the surveillance area.

Fig. 1 is a diagram showing a configuration of a secure return system 10 according to the present invention. As shown in FIG. 1, the secure return system according to the present invention includes a user terminal 100, a camera module 200, an integrated control center 300, and a field terminal 400.

The user terminal 100 can confirm the location information of the user terminal 100 using a GPS or a network location information provider such as a base station or Wi-Fi, and the user terminal 100 can access the integrated control center 300 To provide the location information of the user terminal (100).

2 is a view showing an executed initial screen of the relieved home application installed in the user terminal 100. As shown in FIG. Referring to FIG. 2, the relieved home application may include a start button for connecting to the integrated control center 300 to transmit location information, an emergency button for additional use at a safe home, A function of recording a surrounding environment sound through the terminal 100, and a setting function of setting a return path, a recording emergency call destination number, and the like.

When the user executes the relieved home application and touches the start area, the user terminal 100 attempts to access the integrated control center 300. As another connection method, it is also possible to continuously check the location information of the user terminal 100 and set the self-restoring application to be executed automatically when the user reaches the set location. When the application is executed in any way, the access attempt is made to the integrated control center 300. When authenticated as a registered member from the integrated control center 300, the connection of the user terminal 100 is maintained and the user terminal 100 to the integrated control center 300 at regular intervals.

3 is a diagram showing the configuration of the integrated control center. Referring to FIG. 3, the integrated control center 300 of the secure return system according to the present invention includes a plurality of monitor units 310, a terminal communication unit 320, and an integrated control unit 330.

The terminal communication unit 320 is connected to the user terminal 100 through the communication network and receives the first location information corresponding to the location information of the user terminal 100, as described above. Here, in order for the terminal communication unit 320 to receive the first location information of the user terminal 100, it is required not only to confirm whether or not the user is an authenticated user registered as a registered member who subscribes to the relieved home service, The process of providing the user's information is required.

You can proceed with the informed consent process when you run the app, but you can preconfigure to automatically accept the informed consent process because you may need to run the app in your home in an emergency.

The terminal communication unit 320 is connected to the field terminal 400 through a communication network to exchange data between the integrated control center 200 and the field terminal 400. Here, the data is data having the signal data converted to be able to transmit the real time image displayed on the monitor unit 310 of the integrated control center 200 through the communication network and the second position information being the position information of the field terminal 400 . A detailed description of the above data will be described in detail in the description of the field terminal 400. [

The integrated control unit 330 displays a real-time image photographed by the camera module 200 installed in the monitoring area corresponding to the received location information of the user terminal 100 on one of the plurality of monitors. A plurality of monitor units 310 are provided. In a case where there are a plurality of users receiving the service using the secure home return system 10, the integrated control unit 330 distributes the received image to each monitor unit 310 so that the monitoring task can be distributed to a plurality of administrators. do. The integrated control unit 330 distributes the collected data to the monitor unit 310. For example, in the case of a fraudulent time, the data of the commuting time or the late returning time which tend to cause an occurrence of an event such as a crime is organized. In the case of non-vulnerable time, the number of the monitor units 310 to display the real time image is set to be limited, and the real time image is distributed and displayed only in the set monitor unit 310.

By controlling the plurality of monitor units 310 and the plurality of monitor units to display real-time images, it is possible to cope with an event generated by cooperative surveillance when the size of an event generated is large or when a large number of suspects are present.

The integrated control unit 330 may control the real time image output from the monitor unit 310 according to the occurrence of the event, the camera module 200, the map displayed on the monitor unit 310, 300, and more detailed description will be made of the configuration and features of the present invention which will be described later in more detail, and a more detailed control operation will be described.

 The on-site terminal 400 is connected to the integrated control center 300 through a communication network and receives and displays real-time images of the camera module 200 transmitted from the integrated control center 300. The on-site terminal (400) displays information transmitted from the integrated control center (300) to the on-site processing unit or the police station patrol car, and is used for arresting criminals and communicating information at the event site.

According to such a configuration, by monitoring the real time image of the surveillance region corresponding to the position information using the position information of the user terminal 100, it is possible to visually confirm whether an event occurs during the return of the registered member. When it is determined that a field response is required for the generated event, the real-time image of the integrated control center can be provided so that it can be confirmed from outside by using the field terminal 400.

Here, the integrated control center 300 may further include an image transmission unit 370 for transmitting a real-time image displayed on the monitor unit 310 to a patrol car or a field processing unit that can be dispatched to an event occurrence area. When an event occurs, the integrated control unit 330 activates a control tool for controlling the operation of the image transmission unit 370. When a control input for transmitting a real time image is performed, the image transmitting unit 370 converts the image to be transmitted into a communicable data signal and transmits the data signal to the terminal communication unit 320. The terminal communication unit 320 transmits the converted data signal to the on-site terminal 400 of the patrol car or the field processing unit through the communication network.

When the integrated control center 300 transmits the image to the field terminal 400, it is possible to transmit the image considering the location of the event and the location of the field terminal 400. As described above, the second location information, which is the location information of the field terminal 400, can be used. When the on-site terminal 400 communicates with the integrated control center 300, the on-site terminal 400 transmits the second location information, which is the location information of the on-site terminal 400. The integrated controller 330 receives the event information from the event determiner 340 The real time image taken by the field terminal 400 at the position closest to the position information of the user terminal 100 corresponding to the occurrence of the event is transmitted based on the second position information of the field terminal 400 do.

In this case, the administrator of the integrated control center 300 can control the plurality of the site terminals 400 to transmit the displayed real-time image to be transmitted, and also the site terminal 400 in the order of proximity to the event occurrence site, May be designated as a transmission target first.

Accordingly, even if an event occurs, since the image corresponding to the occurrence of the event is provided to the on-site terminal nearest to the place where the event occurs, it is possible to simplify the procedure of designating the person in charge of the on-site processing according to the occurrence of the event, This makes it easier for primary investigations and arrests of criminals.

According to the present invention, in the integrated control center (300), the administrator manually selects the camera module (200) to monitor the camera module (200) at all times. On the other hand, it is also possible to notify the occurrence of an event through automatic monitoring, which is performed by the event determination unit 340 of the integrated control center 300.

 The event determination unit 340 determines the occurrence of an event based on the position information received by the terminal communication unit 320. When an event is generated by the event determination unit 340, the integrated control unit 330 transmits a real-time image photographed by the camera module 200 corresponding to the position information corresponding to the event to the monitor unit 310 It is displayed in preference to one. The manager of the integrated control center 300 constantly monitors the real time image corresponding to the received position information and continuously checks whether or not the event has occurred, as in the case of the normal monitoring as described above. The display of the regularly supervised image displayed on the monitor unit 310 is pushed to a rearranged position and the image corresponding to the occurrence of the event has the display priority and is displayed on any one of the plurality of monitors.

The image corresponding to the occurrence of the event is displayed in priority, so that it is possible to directly check the image of the occurrence of the event without sequentially confirming all the objects, so that even if an event such as a crime occurs, quick response is possible.

Here, when an event occurs, the integrated controller 330 displays a real-time image corresponding to the occurrence of an event on only one of the monitors, but may also display an event occurrence on another monitor on which the real-time image is not displayed. As described briefly above, event images can be shared by the respective monitor units 310 when a large-scale event or cooperative monitoring is required.

 On the other hand, when an event is generated by the event determination unit 340 in a state where position information is received from the number of user terminals 100 exceeding the number of the plurality of monitor units 310, the integration control unit 330 A real time image corresponding to the position information is displayed on any one of the plurality of monitor parts 310 on which real time images irrelevant to the occurrence of the event are displayed.

In this case, if all the monitoring units 310 are displayed regardless of the occurrence of an event, there is no problem in displaying them on any of the monitor units 310. However, An image corresponding to the occurrence is displayed, so that the monitoring of the previously displayed event image is not interrupted.

On the other hand, if an image related to the occurrence of an event is displayed on all the monitor units 310, the integrated control unit 330 indicates that there is an event image waiting in the plurality of monitor units 310, And a method of controlling the monitor unit 310 to display an image of a pending event can also be applied. That is, when the manager judges that there is no singular point in the video of the event occurrence, it delays the event determination of the corresponding user terminal 100 to output a pending event image.

Some examples of cases where the event determination unit 340 determines that an event has occurred and a case where the event determination unit 340 determines that an event has occurred are described below.

First, it is determined that an event has occurred. If an ears of the user is out of the path of the pre-stored user, it can be determined that an event has occurred. The ears path is a method in which the principal ears of the user terminal 100 are input and specified in the application. And is updated to the contents transmitted to the integrated control center 300 when the home return path is newly input to the relieved home application or when the inputted home return path is changed.

At this time, the return home route is a return route that is stored in the member database 350 of the integrated control center 300 in a matching manner with the member information.

Further, when the reception of the positional information from the user terminal 100 is interrupted, it can be determined that an event has occurred. Or when the user terminal 100 is powered off or the destination is not reached and the application is terminated.

As another example, when the calculated moving speed based on the position information received from the user terminal 100 exceeds the preset reference speed, it can be determined that the event is generated by assuming a state of jumping due to a risk occurrence.

If the position information of the user terminal 100 is received but the position information does not change while the predetermined reference time is exceeded, it is assumed that the user terminal 100 is stopped or the user terminal 100 is dropped It is determined that an event has occurred.

On the other hand, as an example of the case where the occurrence of the event is not determined, it is determined that the location of the receiving information of the user terminal 100 arrives at the destination of the return route but the application is not terminated, .

Next, it is determined by the manager's judgment in the integrated control center 300. When it is determined that an event has occurred from the event determination unit 340 and the corresponding real-time image is checked as a result of a simple path deviation or a non-specific waypoint, for example, when the user moves to a mart, a laundry or the like, It is possible to increase the monitoring efficiency by setting it to be excluded from the event occurrence judgment.

4 is a diagram showing a return path and a current position displayed in the map data. 4 is a part of a screen displayed on the monitor unit 310 of the integrated control center 300. As shown in the figure, the ear path, that is, the starting point and the destination point are displayed on the map, and the path moving from the starting point is displayed using the received position information. In this drawing, the area indicated by a purple circle on the map is a region where the camera module 200 is installed to confirm a real-time image, and an area other than the purple circle is an area where the camera module 200 is not installed It is an example. If the user executes the relieved home application from the point where the camera module 200 is not installed, the home state is displayed using only the received location information in the integrated control center 300, and the integration state through the camera module 200 The real time image taken by the camera module 200 in the surveillance area corresponding to the positional information can be used together for monitoring.

In addition, in the figure, the installation position of the camera (a) and the field speaker (b) and the position (c) of the field terminal 400 are displayed together in an area where integrated control is possible. The origin, destination, and return route are displayed on the map. The map displayed here is displayed by referring to the map data stored in the map database 360 constructed in the integrated control center 300. (A) Location of the camera module installed in the area where the integrated control is carried out, (b) Location of the on-site speaker, (b) On-site terminal (C) is displayed. When an event occurs, the manager simply selects and operates the devices (a, b, c) displayed on the map.

FIG. 5 is a diagram illustrating the configuration of the camera module 200, and FIG. 6 is a diagram illustrating an operation example for operating the camera driver 230 in the camera module 200. Referring to FIG. The camera module 200 includes a camera 210 for photographing a surveillance region, a camera communication unit 220 for transmitting a real-time image photographed by the camera 210 to the integrated control center 300 via the communication network, And a camera driver 230 for driving the camera 210 such that the photographing direction of the camera 210 is adjusted.

The camera 210 collects various kinds of image information, and is installed so as to monitor the illegally parked car so as to be able to monitor the vehicle to prevent enforcement, life security, security, and various disaster accidents. The performance of the camera 210 is also an important factor. A camera having a performance higher than a certain resolution is required, and it is appropriate to use an HD-class camera as a camera for a multipurpose public benefit.

The real-time image as shown in FIG. 6 may be displayed prior to the occurrence of the event, or may be displayed by clicking the position (a) of the camera module 200 displayed on the map as shown in FIG. 4, Is a screen displayed when the current position of the user terminal 100 being received is clicked and a nearby camera module 200 is selected. As shown in FIG. 6, a control tool for operating the camera driver 230 is output together with a real-time image. The administrator resident in the integrated control center 300 inputs a signal for controlling the vertical and horizontal directions and the zooming function to the camera driver 230 using the control tool displayed on the monitor unit 310. When the camera communication unit 220 And operates the camera driving unit 230. [

Thus, by operating the direction taken by the camera 210 installed in the surveillance area, multi-direction surveillance of the periphery of the user terminal 100 becomes possible.

On the other hand, the camera driver 230 can be operated according to the manual control of the manager as described above, but can also be automatically controlled by the integrated controller 330. [ Specifically, the integrated control unit 330 controls the shooting direction of the camera 210 based on the first position information, which is the position information of the user terminal 100 received by the terminal communication unit 320, in a direction corresponding to the first position information . The direction and focus of the camera 210 are controlled according to the change of the position information of the user terminal 100.

When the first position information is out of the photographable area of each camera module 200, the integrated controller 330 controls the camera module 200 installed in the moving direction of the user to move the image of the user's ear It controls to be able to monitor by relay method according to position. Here, it may be more useful for monitoring to install a part of the photographing area of the camera module so that they overlap each other. When the first position information is received in the overlapping area, the camera 210 to be photographed is selected, And real-time monitoring of real-time images.

The first position information which is changed in accordance with the movement of the user is automatically tracked and the real time image is provided.

Here, it is a matter of course that the camera communication unit 220 also has a function of transmitting the image photographed by the camera 210 to the integrated control center 300.

Fig. 7 is a flowchart showing a procedure of the relief return system. Hereinafter, a processing procedure of the secure return system according to the present invention will be described with reference to FIG.

 (S100) in which the devices constituting the integrated control center 300 are activated, and the safe-return home application installed in the user terminal is executed in a state in which the administrator performing the monitoring is prepared to provide the relief home service. The execution of the relieved home application can be automatically executed according to the setting so as to be executed when the user reaches the area having the manual execution or the preset location information.

When the relieved home application is executed, it has an integrated control center connection process (S200). The integrated control center access process (S200) includes a registered member authentication step (S210) and an information provision agreement step (S220). When the information on the user terminal 100 is transmitted to the integrated control center 300, the integrated control unit 330 transmits information on the received user terminal to the member information stored in the member database 350, And comparing the user terminal information with the user terminal information to check whether the terminal is a registered user terminal. If the information stored in the member database matches the user terminal information, the connection is maintained.

The information providing consent step S220 may include a location information providing consent procedure S220 for providing the user with his / her location information to the integrated control center 300 even if the user is registered according to a law established to prevent leakage or abuse of the location information ). The connection with the terminal communication unit 320 of the integrated control center 300 is maintained after the user's location information providing agreement is made. The location information providing consent procedure (S220) may be set so that the user can automatically accept the security restricting application upon execution.

When both the registered member authentication procedure (S210) and the information provision agreement procedure (S220) are completed, the terminal communication unit (320) receives the location information of the user terminal (100).

When the positional information is received, the positional information and the image display step (S400) for displaying the received positional information and the real-time image based on the received positional information on the monitor unit 310 are provided. The image displayed here includes an always-monitored image display step S410 for directly selecting a camera to be monitored by the administrator and monitoring whether an event of the registered member is generated (S410), a camera module corresponding to the event occurrence position generated by the event determination unit 200 are included in the display step S420, respectively, so that they can be performed individually and simultaneously.

However, as described above, when an event is generated by the event determination unit during the continuous monitoring, the image displayed on the monitor unit 310 is displayed in priority to the real-time image corresponding to the occurrence of the event. Of course, when the event is determined to be generated by the administrator even during the normal monitoring, the monitoring state may be switched to the event generation mode and operated. In this case, the event image generated by the event determination unit may be an image The display unit 310 displays an event occurrence notification on one side of the monitor unit 310, and has a video display standby state. When the monitoring event is terminated or canceled, the administrator operates the standby image to be displayed on its monitor.

The image displayed on the monitor unit 310 of the integrated control center 300 includes not only a real time image of the camera module 200 to be monitored but also a map including a jurisdiction area where integrated control is performed, Path, the location of the user terminal, the installation location of the camera module, the installation location of the speaker module, and the location of the terminal for the site are displayed together on the map, and the administrator performs the monitoring (S500). In the monitoring step 500, the camera driving unit 230 is operated through the integrated control unit 330 to control the photographing direction of the camera 210 to create an optimal monitoring state. In addition, speakers installed in the vicinity of the event occurrence position can be used together for monitoring.

If necessary, an event notification and image transmission step S520 may be included in the monitoring step S500. When an event requiring an on-site response occurs during monitoring, an event occurrence is reported and a real-time image to be monitored is transmitted to an on-site terminal (400) possessed by the on-site processing unit so that an image of an event occurrence point can be confirmed on the spot.

As described above, the camera module 200 installed in the surveillance site or the integrated surveillance system using the speaker or the like can be provided with a security service for monitoring the registered members based on the real-time shot image on the basis of the location information of the user terminal 100 So that it is possible to quickly respond to the occurrence of an event while minimizing the construction cost of the security system.

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.

10: security rest home system 100: user terminal
200: camera module 210: camera
220: camera communication unit 230: camera driving unit
300: Integrated control center 310: Monitor section
320: terminal communication unit 330:
340: Event determination unit 350: Member database
360: map database 370: image transmission unit
400: field terminal

Claims (13)

A user terminal equipped with a secure home application;
A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image;
A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored;
Wherein the user terminal transmits the connected member information to the integrated control center when the relieved home application is executed,
Wherein the event determination unit determines whether an event is generated based on a return path corresponding to the connected member information and first position information received from the user terminal;
Wherein the integrated controller displays a real time image photographed by the camera module corresponding to the event occurrence in preference to any one of the plurality of monitor units when the event determination unit determines occurrence of an event Reliable home system using control.
A user terminal equipped with a secure home application;
A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image;
A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored;
Wherein the event determination unit determines that an event has occurred when the first location information received from the user terminal is out of the home route,
Wherein the integrated controller displays a real time image photographed by the camera module corresponding to the event occurrence in preference to any one of the plurality of monitor units when the event determination unit determines occurrence of an event Reliable home system using control.
A user terminal equipped with a secure home application;
A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image;
A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored;
The event determining unit determines that an event has occurred when the moving speed based on the first position information received from the user terminal exceeds the preset reference speed or the first position information does not change while exceeding the set reference time ,
Wherein the integrated controller displays a real time image photographed by the camera module corresponding to the event occurrence in preference to any one of the plurality of monitor units when the event determination unit determines occurrence of an event Reliable home system using control.
A user terminal equipped with a secure home application;
A plurality of camera modules distributed in each monitoring area to photograph the monitoring area and transmit a photographed real time image;
A terminal communication unit for receiving first position information which is the position information of the user terminal from the user terminal on which the relieved-ear application is executed; and a terminal communication unit for receiving, based on the real- An integrated controller for displaying a real-time image photographed by the camera module installed in a surveillance area corresponding to the first position information on one of the plurality of monitor units; an event determination unit for determining occurrence of an event; And an integrated control center having a member database in which a return route corresponding to the member information is stored;
Wherein the event determination unit determines that an event has occurred when the reception of the first location information received from the user terminal is interrupted,
Wherein the integrated controller displays a real time image photographed by the camera module corresponding to the event occurrence in preference to any one of the plurality of monitor units when the event determination unit determines occurrence of an event Reliable home system using control.
5. The method according to any one of claims 1 to 4,
And an on-site terminal connected to the integrated control center through a communication network and receiving and displaying a real-time image of the camera module transmitted from the integrated control center.
6. The method of claim 5,
The integrated control center further includes an image transmission unit for processing the real time image displayed on the monitor unit into a data signal for transmission to be received by the field terminal and transmitting the data signal to the terminal communication unit;
The integrated control unit
And displays a control tool for controlling operation of the image transmission unit on the monitor unit when an event occurs.
6. The method of claim 5,
Wherein the terminal communication unit further receives second location information which is location information of the field terminal;
The integrated control unit may be configured to, when it is determined that an event has occurred, generate a real-time image photographed by the camera module to the field terminal that is closest to the first location information of the user terminal corresponding to the event occurrence on the basis of the second location information The system comprising: a control unit configured to control the operation of the control unit;
5. The method according to any one of claims 1 to 4,
The integrated control unit
When an event is generated by the event determination unit in a state where position information is received from a number of user terminals exceeding the number of the plurality of monitor units, a real-time image photographed by the camera module corresponding to the position information is divided into a plurality of Wherein the real-time image is displayed on any one of the monitor units of the monitoring apparatus that is not related to the occurrence of the event.
delete delete 5. The method according to any one of claims 1 to 4,
The camera module
A camera for photographing the surveillance area,
A camera communication unit for transmitting the real-time image photographed by the camera to the integrated control center through a communication network;
And a camera driver for driving the camera such that a shooting direction of the camera is adjusted;
Wherein the integrated control unit controls the camera driving unit to adjust the photographing direction of the camera corresponding to the first position information received from the user terminal.
5. The method according to any one of claims 1 to 4,
Wherein the integrated control center further comprises a map database in which map data corresponding to the surveillance area is stored;
Wherein the integrated control unit displays on the monitor unit a map displaying first position information received from the user terminal based on the map data.
13. The method of claim 12,
Wherein the integrated control unit displays the return path on a map displayed on the monitor unit.

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