KR20140036398A - Cctv integrated management system - Google Patents

Abstract

Disclosed is an integrated system for managing a surveillance camera. According to the system, the location of a surveillance camera in which failure has occurred is correctly detected in real time for rapid maintenance of the surveillance camera, and information obtained by the surveillance camera is computerized for easy retrieval of data and easy access to information. The system is provided with: a surveillance camera installed in a field to shoot an image of a peripheral area in order to transmit a monitoring image, providing installation location information and installation details through an attached quick response (QR) code, and detecting failure to transmit monitoring image information and failure detection information to a remote control center server; and the control center server for receiving the monitoring image information and the failure detection information transmitted from the surveillance camera via a network, generating failure occurrence information including information on a location where the failure has occurred in the form of text information, and transmitting the text information to a pre-registered terminal of a person in charge in order to notify the occurrence of failure to the terminal in real time. [Reference numerals] (200) Network relay device; (300) Network; (400) Control center server; (500) Reporter terminal; (600) Manager terminal

Description

Surveillance Camera Integrated Management System

The present invention relates to a surveillance camera (Closed-Circuit Television (CCTV) integrated management system, and more specifically, to accurately determine the location of the faulty surveillance camera in real time to ensure that the maintenance is made quickly, obtained by the surveillance camera The present invention relates to a surveillance camera integrated management system for computerizing information to facilitate data retrieval or information access.

In general, a CCTV system uses a surveillance camera (CCTV) as a means for monitoring a predetermined object or area, and such a surveillance camera is installed on a road to inform traffic information or to be installed in various places such as buildings, banks, and parking lots. . In order to remotely control a large number of surveillance cameras distributed in various areas, the central control center remotely controls the cameras installed at each location, and the image data captured from the cameras are transmitted from the central control center for monitoring and storage.

This CCTV management system is not known at the central control center about the status of the CCTV equipment distributed in various areas, and in order to check the abnormality of the CCTV equipment, it was inconvenient to go directly to the place where CCTV was installed.

Proposed technology to solve the inconvenience caused in the management of the CCTV system as described above, Korean Patent Office Publication No. 10-2007-0080965 (published Aug. 14, 2007) (Invention: Ubiquitous city integrated control System (hereinafter, abbreviated as "prior art").

The disclosed prior art includes an information collection and management unit that collects various types of information in a ubiquitous city and converts the collected information into a predefined standardized data format. The information collection and management unit performs threshold analysis on the collected information to filter and collect only information beyond the threshold, and controls the operation of each external component for information collection according to a control signal provided from an individual control service system. . In addition, it is determined whether the external component is abnormal according to the continuity of information provided from the external components and whether the output value is within a prescribed normal range.

That is, the information collection and management unit remotely detects whether or not a failure of the external components by checking whether the information provided from the external components is received without interruption and whether the output value is within the normal range specified do.

In case of failure, history information (date and time of occurrence, location, device name, control range / role of the device, failure details, etc.) is stored in the component database (DB), and a message notifying the occurrence of a failure is notified to the operator or the integrated control system administrator.

1. Korean Patent Office Publication No. 10-2007-0080965 (published Aug. 14, 2007) (name of the invention: Ubiquitous city integrated control system)

However, the prior art as described above has a disadvantage in that it is possible to determine to some extent whether the CCTV equipment from a remote, but it is impossible to express the installation location of the CCTV at a glance through the map information.

In addition, the prior art has a disadvantage that the failure handler does not easily inform the management personnel of the completion of the failure treatment in the field after handling the failure.

In addition, the prior art has a disadvantage in that the computerized storage and management of the disability-related information is not made, so that the statistical analysis of the disability-related status cannot be performed.

In addition, the prior art has a disadvantage that it is difficult to determine the location information of the CCTV in the real-time when residents and citizens to identify and report the CCTV failure status of the site.

In addition, the prior art has a disadvantage that it is not possible to check the surrounding environment of the area where CCTV is installed, and it is also impossible to record and manage major situations such as events, visits, regular maintenance, etc., which are performed in the control center.

Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art,

The problem to be solved by the present invention is to accurately grasp the location of the faulty surveillance camera in real time so that maintenance can be made quickly, and computerized information obtained by the surveillance camera to facilitate the data search or access to information. To provide a surveillance camera integrated management system.

Another problem to be solved by the present invention is to attach a QR code embedded with surveillance camera information including the location information and installation information on the surveillance camera, the surveillance camera integrated management so that the reporter can easily obtain the surveillance camera location information To provide a system.

Another problem to be solved by the present invention is to map the installation location information of the surveillance camera with the map information to show the surveillance camera installation location on the map, the surveillance camera integrated management system to check the installation status of the surveillance camera at a glance To provide.

Another problem to be solved by the present invention is to manage the information from the request to the destruction of all the video taken out by the request of the police and civil complaints by managing the information, the surveillance camera to quickly and accurately grasp the various conditions related to the video export It is to provide an integrated management system.

Surveillance camera integrated management system according to the present invention for solving the above problems,

It is installed at the site to take a video of surroundings and transmit the surveillance video, and provides installation location information and installation contents information through the attached QR code. A surveillance camera for transmitting the;

The surveillance camera receives the surveillance image information and the failure detection information transmitted through the network, generates a failure occurrence information including the location information where the failure occurred when a failure is detected, and then generates the character information generated by a pre-registered terminal. It includes a control center server for transmitting to notify the person in charge of the failure terminal in real time.

In addition, the surveillance camera integrated management system according to the present invention,

And a manager terminal for generating failure processing completion information on the detected failure detection camera and transmitting the failure completion information to the control center server through the network.

In addition, the surveillance camera integrated management system according to the present invention,

Obtaining the location information of the surveillance camera through the QR code, generating the occurrence information on the basis of the acquired location information and the failure information and transmits to the control center server through the network to request a complaint complaint terminal It further comprises.

In the above, the control center server,

The failure is determined based on the failure detection information and the completion of failure processing information, and upon failure detection, the failure generation information is generated and transmitted to the terminal in charge of failure occurrence information, and upon completion of the failure, the failure processing is completed so that the completion of failure processing can be confirmed. And a failure processing unit for registering the information in the information database.

The failure processing unit,

A failure determination unit determining whether a failure or failure processing is completed based on the failure detection information and failure processing completion information;

A character generation unit for generating a failure occurrence information into a text by combining the location information of the surveillance camera with the failure and the failure occurrence guide information when the failure determination unit determines that the failure is detected;

A text transmission unit for transmitting the failure occurrence information generated by the text generation unit to a person in charge of a terminal through a network;

A failure processing information checking unit for determining a failure processing completion state through the failure processing completion information when the failure determination unit determines that the failure processing is completed;

And a failure processing information storage unit for storing the failure processing information identified by the failure processing information checking unit in an information database.

In the above, the control center server,

Receives the surveillance camera complaint information transmitted from the reporter terminal through the network, generates the failure character information based on the surveillance camera location information and the failure occurrence guide information included in the received complaint information, and transmits it to the registered representative terminal. Characterized in that it comprises a complaint processing unit.

In the above complaint processing unit,

Complaint information receiving unit for receiving complaint information about the occurrence of the surveillance camera failure transmitted from the reporter terminal through the network;

A location information extraction unit for extracting surveillance camera location information included in the received complaint information;

A character generator for generating failure occurrence information as a character based on the extracted position information and failure occurrence guide information;

Characterized in that it comprises a character transmission unit for transmitting the generated failure character information to the registered personnel terminal.

In the above, the control center server,

The surveillance video transmitted from the surveillance camera is stored in an information database, and when the installation location of the surveillance camera is input, the surveillance camera location information is generated and the location information generated by mapping the generated location information to the map information stored in the map database is installed on the map. It characterized by including a CCTV management unit that provides a location.

The CCTV management unit,

An image receiving unit which receives the surveillance image transmitted from the surveillance camera;

An image storage unit storing the surveillance image received by the image receiver in an information database;

CCTV location information generation unit for generating CCTV location information when the installation location of the surveillance camera is input;

A CCTV location mapping unit for generating surveillance camera location information by mapping the generated CCTV location information and map information stored in a map database;

And a CCTV information management unit for storing the surveillance camera position information database and displaying CCTV position information on a map in conjunction with the information database when the surveillance camera position information is requested.

In the above, the control center server,

It includes a control center management unit that collects equipment information of the control center, generates schedule information of the control center to manage the control center information,

The control center management unit,

A control center equipment information collecting unit for collecting control center equipment information input by an operator;

A control center schedule information generation unit configured to generate control center schedule information based on event information, visit information, regular maintenance information, and situation information input by the operator;

The collected control center equipment information and the generated control center schedule information are made into computerized information and stored in the information database, and when the equipment information or schedule information is requested by the operator, the control center equipment information or control center schedule information is extracted from the information database. It characterized in that it comprises a control center information management unit to display on the screen.

According to the present invention, it is possible to accurately identify the location of the faulty surveillance camera in real time, which has the advantage of facilitating the maintenance quickly, and by computerizing the information obtained by the surveillance camera to manage data retrieval or access There is an advantage to promote convenience.

In addition, according to the present invention by attaching a QR code embedded in the surveillance camera information including the location information and installation information on the surveillance camera, there is an advantage that the reporter can easily obtain the surveillance camera position information.

In addition, according to the present invention by mapping the installation location information of the surveillance camera with the map information to show the surveillance camera installation location on the map, there is also an advantage that can clearly check the installation status of the surveillance camera.

In addition, according to the present invention, by computerizing and managing the information from the request to the destruction of all the video materials carried out by the request of the police and civil complaints, there is also an advantage that can quickly and accurately grasp the various conditions related to the video export.

1 is a schematic configuration diagram of a surveillance camera integrated management system according to the present invention,
2 is a configuration diagram of an embodiment of the surveillance camera of FIG.
3 is a configuration diagram of an embodiment of the control center server of FIG.
4 is a configuration diagram of an embodiment of the failure processing unit of FIG. 3;
5 is a configuration diagram of an embodiment of the civil processing unit of FIG. 3,
6 is an embodiment configuration diagram of the CCTV management unit of FIG.
7 is a configuration diagram of an embodiment of the control center management unit of FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

1 is a schematic configuration diagram of a surveillance camera integrated management system according to the present invention, a plurality of surveillance cameras 110, 120, network repeater 200, network 300, control center server 400, the reporter terminal ( 500) and the manager terminal 600.

Surveillance cameras 110 and 120 are installed in the field to take a picture of the surrounding images and transmit the surveillance image, and provides installation location information and installation content information through the attached QR code (Quick Response Code), and detects the failure It transmits the surveillance image information and the failure detection information to the remote control center server 400. Here, since the configuration and function of each of the plurality of surveillance cameras are the same, only one surveillance camera 110 will be described below for convenience of description.

As shown in FIG. 2, the surveillance camera 110 includes a photographing unit 111 for capturing the camera periphery, an image processing unit 112 for properly processing the surveillance image photographed by the photographing unit 111, and a surveillance camera ( A QR code 113 including the installation position information and the installation content information of the surveillance camera, a controller 114 controlling the storage and transmission of the image processed by the image processing unit 112, and a surveillance image. A storage unit 115 which temporarily stores and stores a program for controlling the surveillance camera 110, a failure detection unit 116 and a controller 114 which detect a failure of the surveillance camera 110 using a self-diagnostic function; It transmits the surveillance image and the failure detection information to the control center server 400 through the network 300, and transmits the failure detection command or remote control command transmitted from the control center server 400 to the control unit 114. With network interface 117 .

The network repeater 200 provides a wired or wireless communication interface between the surveillance cameras and the network 300. In particular, since it is connected to the plurality of surveillance cameras 200, it is preferable to apply a communication technique for data collision prevention and high speed data transmission.

The network 300 is a communication network for connecting the surveillance cameras and the control center server 400, the manager terminal 600, the control center server 400, the caller terminal 500 and the control center server 400 by a network. , Wired or wireless communication network, mobile communication network, etc.

The control center server 400 receives the surveillance image information and the failure detection information transmitted through the network 300 from the surveillance camera 110, and generates failure occurrence information including the location information where the failure occurred when detecting the failure in text. After that, it transmits the text information generated to the pre-registered person terminal to inform the person in charge of the failure in real time.

As shown in FIG. 3, the control center server 400 includes a network interface unit 410, a control unit 420, an information database (DB) 430, a failure processing unit 440, a complaint processing unit 450, and a CCTV. The management unit 460, the control center management unit 470, and the video recording management unit 480.

The failure processing unit 440 determines a failure based on the failure detection information and the failure processing completion information, generates a failure occurrence information as a text message when the failure is detected, and transmits it to the terminal in charge. It serves to register the failure processing completion information in the information database (430).

As shown in FIG. 4, the failure processing unit 440 determines whether a failure is completed or failure processing is completed based on the failure detection information and failure processing completion information. The failure determination unit 441 is as follows. If it is determined by the failure detection, the failure generation information generated by the character generation unit 442, the character generation unit 442 to generate the failure occurrence information by combining the surveillance camera location information and the failure occurrence guide information For checking the completion status of the failure processing through the failure processing completion information when the text transmission unit 443 and the failure determination unit 441 determine that the failure processing is completed through the network 300. The processing information checking unit 444 includes a processing unit information storage unit 445 which stores the processing information of the processing unit identified by the processing unit information processing unit 444 in the information database 430.

Complaint processing unit 450 receives the surveillance camera complaint information transmitted from the reporter terminal 500 through the network 300, and generates a failure based on the surveillance camera position information and the failure occurrence guide information included in the received complaint information It generates text information and transmits it to the registered terminal.

As shown in FIG. 5, the complaint processing unit 450 receives the complaint information receiving unit 451 for receiving complaint information about the occurrence of a surveillance camera failure transmitted from the reporter terminal 500 through the network 300. Location information extraction unit 452 for extracting the surveillance camera location information included in the complaint information, a text generation unit 453 for generating failure information as a text based on the extracted location information and the failure occurrence guide information, generated failure It includes a text transmission unit 454 for transmitting the text information to the registered personnel terminal.

The CCTV management unit 460 stores the surveillance video transmitted from the surveillance camera 110 in the information database 430. When the installation location of the surveillance camera 110 is input, the CCTV management unit 460 generates the surveillance camera location information and maps stored in the map database. Mapping the location information created to the information serves to provide the installation location of the surveillance camera on the map.

As shown in FIG. 6, the CCTV manager 460 includes an image database 461 that receives the surveillance video transmitted from the surveillance camera 110, and an information database that monitors the surveillance video received from the video receiver 461. Image storage unit 462 to store in the storage unit 462, CCTV position information generation unit 463 for generating CCTV position information when the installation position of the surveillance camera 110 is input, the generated CCTV position information and map database 465 CCTV position mapping unit 464 for generating the surveillance camera position information by mapping the map information stored in the storage, the surveillance camera position information is stored in the information database 430, the information database 430 at the request of the surveillance camera position information And the CCTV information management unit 467 for displaying the CCTV location information on the map in conjunction with.

The control center management unit 470 collects the equipment information of the control center, generates schedule information of the control center, and manages the control center information. As shown in FIG. 7, the control center input by the operator Control center equipment information collection unit for collecting equipment information 471, control center schedule information generation unit for generating the control center schedule information based on the event information, visit information, regular maintenance information, situation information input by the operator 472, the collected control center equipment information and the generated control center schedule information is made into computerized information and stored in the information database 430, and when the equipment information or schedule information is requested by the operator, the control is performed from the information database 430. Control center information management unit 473 for extracting the center equipment information or control center schedule information to be displayed on the screen.

The image recording management unit 480 registers the surveillance image captured by the surveillance camera in the information database 430, manages information generated when the registered surveillance image is exported at the request of the police and civil affairs, and registers the registered image. It manages the information at the time of destruction of the information, and serves to provide various status information on all the video objects.

The manager terminal 600 generates a failure processing completion information upon completion of failure processing for the detected surveillance camera and transmits the failure processing completed information to the control center server 400 through the network 300. An administrator carrying a terminal is a portable terminal, and usually means a communication terminal including a smartphone.

The caller terminal 500 acquires the location information of the surveillance camera through the QR code attached to the surveillance camera 110, and generates failure information based on the acquired location information and the failure information in the network 300. By transmitting to the control center server 400 through the role of applying for complaints, complaints reporter for reporting the failure of the surveillance camera is a portable terminal, usually means a communication terminal including a smartphone.

Surveillance camera integrated management system according to the present invention configured as described above is largely a failure processing function for handling the failure when the failure of the surveillance camera, a complaint processing function for handling the complaints generated when the reporter reported the failure of the surveillance camera, the installed surveillance camera Surveillance camera management function to manage (CCTV), Control center management function to manage equipment and schedule in the control center, Surveillance video management function to manage the registration, export, and destruction of the surveillance images acquired by the surveillance camera Emergency contact network function to quickly contact the person in charge of the camera failure, each function will be described in detail below.

First, referring to the failure processing function, the failure detection unit 116 of the surveillance camera 110 periodically detects a failure state of the surveillance camera through a self-diagnostic function, and generates a failure detection information in the controller 114 when a failure is detected. , Through the network interface 117 transmits the failure detection information to the control center server 400 in real time.

As another method of detecting a failure, the failure processing unit 440 of the control center server 400 periodically transmits a failure detection command to the surveillance camera 110 and receives the failure detection command from the surveillance camera 110 to detect the failure. The detection and failure detection result information is transmitted to the control center server 400 in real time.

If a failure detection command is transmitted from the control center information 400 to a specific surveillance camera, if there is no response within a certain time from the surveillance camera, the failure is regarded as a failure of the surveillance camera.

The failure processing unit 440 receives the failure detection information or the failure detection result information from the failure determination unit 441 to determine whether there is a failure. For example, when failure detection information is received, it is determined that a failure occurs in a specific surveillance camera. If failure detection information is included in failure detection result information, it is determined that a failure occurs in the corresponding surveillance camera. Here, the classification of the surveillance camera uses a unique number for distinguishing each surveillance camera when the surveillance camera is installed in advance, and information on the corresponding surveillance camera in each unique number (for example, installation location information and installation content information). By combining and storing, the surveillance cameras can be easily distinguished.

When it is determined that the failure is determined by the failure determination unit 441, the text generation unit 442 generates the failure occurrence information as text including the location information of the surveillance camera and the failure occurrence guide information. For example, Surveillance Camera Location-Camera 150, Yeoksam-dong, Gangnam-gu, will generate a character such as a failure. In this case, it is desirable to generate and register a text about a failure in advance, and change only the information on the position of the surveillance camera.

The generated faulty character information is transmitted to the person in charge of the person in charge registered in advance in the character transmitter 443, so that the person in charge recognizes the surveillance camera that has failed in real time. The person in charge then informs the administrator who handles the failure of the surveillance camera so that the failure can be handled quickly.

The administrator in charge of the fault handling can quickly and accurately identify the location of the faulty surveillance camera by the surveillance camera installation position information included in the fault occurrence information, and move to the corresponding position to repair the surveillance camera. After the failure processing is completed, the repaired portion of the surveillance camera repaired through its own terminal, that is, the administrator terminal 600 is photographed, and the information on the completion of repair is input through the keypad. Then, the control means of the manager terminal 600 generates the failure processing completion information by combining the repair image and the repair completion information, and transmits the failure processing completion information to the control center server 400 through the network (300). Here, the transmission method of the failure processing completion information is preferably processed in the same manner as the multimedia data processing in a communication terminal such as a smart phone.

The failure determining unit 441 in the failure processing unit 440 analyzes the received information and transmits the failure processing completion information to the failure processing information checking unit 444 if the failure processing completion information is included, and the failure processing information checking unit 444. ) Is confirmed as the failure processing completion information, and transmits the corresponding information to the failure processing information storage unit 445. Thereafter, the failure processing information storage unit 445 registers the failure processing completion information in the information database 430. Through this process, failure processing of the surveillance camera is completed, and the failure processing record is computerized and stored in the information database 430, so that it is easy to check information on failure processing later.

Next, the function of handling complaints is as follows.

The complainant (reporter), who finds a failure of a specific surveillance camera, scans the QR code attached to the failed surveillance camera using his mobile device (for example, a smartphone equipped with a QR code reader). At this time, the installation location information of the surveillance camera is obtained through the QR code, and the reporter inputs information (disaster guide information) to report through the keypad in the complaint mode. When the input of the report information is completed, the control means provided in the reporter terminal 500 generates civil complaint information by adding the installation location information of the surveillance camera and the information on the occurrence of the failure, and converts it into multimedia data through the network 300. Send to the control center server (400). In this case, the multimedia data may include image information of a surveillance camera having a failure.

Complaint information receiver 451 of the complaint processing unit 450 in the control center server 400 receives the complaint information received in the form of multimedia data as described above, the location information extraction unit 452 is included in the received complaint information Information on the installation location of the failed surveillance camera.

The character generation unit 453 generates the failure occurrence information as the character information based on the surveillance camera position information and the failure occurrence guide information extracted as described above, and the character transmission unit 454 generates the generated failure character information by the person in charge. Transfer to a terminal (eg, mobile phone, smartphone) registered in advance. This allows the person in charge to know the situation of the failed surveillance camera in real time without having to always watch the surveillance monitor provided in the control center. After that, as described above, failure management information is transmitted to the administrator terminal 600 carried by the administrator who handles the failure, so that the failure management manager can quickly repair the failed monitoring camera.

In addition, the text generation unit 453, when the failure processing is completed, generates a text message for the completion of the failure processing, the text transmission unit 454 is a complaint terminal terminal number obtained when the complaint is filed for complaint completion Send a text message. Therefore, the complainant will be able to receive the response to the complaint conveniently reported through his portable terminal. The complaint processing information is also stored in the information database 430, so that it can be used for statistical analysis.

Next, the CCTV management function is as follows.

If the operator inputs the location information, installation content information and unique number of the surveillance camera to be installed on the site before the surveillance camera is installed on the site through the terminal of the control center server 400, the CCTV location information generator 463 CCTV location information is generated based on the information input by the operator and transmitted to the CCTV location mapping unit 464. The CCTV location mapping unit 464 combines the transmitted CCTV location information with the map information extracted from the map database 465 to generate CCTV installation location information. For example, by mapping the CCTV installation location on the map, it is possible to check the CCTV installation status on the map. The CCTV installation location information generated in this way is registered in the information database 430 through the CCTV information management unit 467. Then, when the request for the CCTV installation status occurs, by extracting the CCTV installation location information from the information database 430 and displayed on the screen, the status requestor can check the CCTV installation status on a map at a glance.

If a specific CCTV is specified while checking the CCTV on the map, the surrounding environment where the CCTV is installed is displayed on the screen through the road view. Therefore, the verifier can easily grasp the environment around the CCTV.

In addition, the surveillance image transmitted from the surveillance camera installed in the field is received by the image receiving unit 461, the image storage unit 462 is processed by a normal image processing method and then registered in the information database 430. In this case, it is preferable to map and register location information, surveillance video, and date information of the surveillance camera. After that, when a request for a registered image occurs, the registered surveillance image is extracted and displayed on a screen, so that the surveillance image at a specific position can be easily identified. In this case, when the registered image is searched, the registered surveillance image is searched based on the location information and the date and time information of the surveillance camera, so that the surveillance image can be searched very easily and quickly and accurately.

Next, the control center management function will be described.

The control center equipment information collecting unit 471 collects information of all used equipments provided in the control center, for example, information such as equipment image information, usage information, and usage information, and transmits the collected information to the control center information management unit 473. In addition, the control center schedule information generation unit 472 generates schedule information on the basis of schedule information input from a terminal provided in the control center, that is, event schedule, visit schedule, and regular maintenance schedule. Transfer to management unit 473.

The control center information management unit 473 collects the transmitted control center equipment information and the control center schedule information, classifies them, and registers them in the information database 430. Then, when the control center operator or the person in charge, such as requesting the current equipment status or schedule information request, by extracting the equipment status information or schedule information registered in the information database 430 to display on the terminal monitor in the control center, The operator or person in charge can conveniently check the current status of the control center equipment or the entire schedule of the control center. In this case, by granting the access right to the operator or the person in charge, when the user registers arbitrary information in the information database or requests the registered information, whether or not the information is provided is determined according to the access rights of the operator or the person in charge. You can increase it.

Looking at the surveillance image management function is another feature of the present invention.

Although not shown in the drawing, the control unit 420 of FIG. 3 is connected to an input device such as a keyboard, and when a request is made to export images stored in the information database 430 at the request of the police and civil affairs through the keyboard, the control unit 420 ) Records the export requester's information in the information database 430 and exports the requested recorded image.

In addition, when destroying the stored surveillance video, information such as the requestor of destruction, the destroyer is registered in the information database so that various statuses of all the images can be grasped at a glance.

Another feature of the present invention is the emergency liaison network function. Emergency contact network function, when the failure of the surveillance camera or the emergency of the control center, or when contacting the person in charge according to the emergency situation, if you specify only the emergency contact person in the control unit 420, the control unit 420 is not automatically shown in the drawings However, the text generation means are controlled to generate text for emergency contact. Thereafter, the registered terminal number (smartphone, mobile phone, PDA, etc.) of the person in charge registered in the information database 430 is extracted, and a text for emergency contact is transmitted to the extracted terminal number through a text transmission means. Therefore, in case of an emergency, the person in charge can be contacted quickly.

As the well-known surveillance camera integrated management system of the present invention, it is possible to handle the failure when the failure of the surveillance camera, it is possible to promptly handle the complaints that occurred when the reporter reported the failure of the surveillance camera, installed surveillance camera (CCTV) can be managed remotely and automatically, and equipment and schedule in the control center can be managed automatically. In addition, it is possible to manage the registration, export, destruction, etc. of the surveillance image obtained by the surveillance camera, it is also possible to establish an emergency contact network to quickly contact the person in charge in case of failure of the surveillance camera.

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 in the appended claims and their equivalents. Of course, such modifications are within the scope of the claims.

110 ... Security camera
113 ... QR code
116 ... Fault detection unit
200 ... Network repeater
300 ... network
400 ... Administrative Center Server
430 ... Information database
440 ... Fault handling unit
450... Civil processing department
460 ... CCTV Management Department
470... Control Center Management Department
480... Video Record Management Department

Claims (10)

It transmits surveillance images acquired by taking surrounding images taken at the site, and provides installation location information and installation contents information through attached QR (Quick Response) code, and detects obstacles and monitors them with a remote control center server A surveillance camera for transmitting image information and fault detection information;
The surveillance camera receives the surveillance image information and the failure detection information transmitted through the network, generates a failure occurrence information including the location information where the failure occurred when a failure is detected, and then generates the character information generated by a pre-registered terminal. Surveillance camera integrated management system comprising a control center server that transmits to notify the person in charge of the failure terminal in real time.
The method according to claim 1,
Surveillance camera integrated management system, characterized in that it further comprises a manager terminal for generating failure processing completion information for the detection of the failure detection camera via the network to the control center server.
The method of claim 1, wherein the location information of the surveillance camera is obtained through the QR code, and a failure occurrence information is generated based on the obtained location information and the failure information, and transmitted to the control center server through the network to request a complaint. Surveillance camera integrated management system, characterized in that it further comprises a claimant terminal to apply.
The method according to claim 1, wherein the control center server,
The failure is determined based on the failure detection information and the completion of failure processing information, and upon failure detection, the failure generation information is generated as a text and transmitted to the terminal in charge. Surveillance camera integrated management system comprising a failure processing unit for registering the information in the information database.
The method of claim 4, wherein the failure processing unit,
A failure determination unit determining whether a failure or failure processing is completed based on the failure detection information and failure processing completion information;
A character generation unit for generating a failure occurrence information into a text by combining the location information of the surveillance camera with the failure and the failure occurrence guide information when the failure determination unit determines that the failure is detected;
A text transmission unit for transmitting the failure occurrence information generated by the text generation unit to a person in charge of a terminal through a network;
A failure processing information checking unit for determining a failure processing completion state through the failure processing completion information when the failure determination unit determines that the failure processing is completed;
Surveillance camera integrated management system, characterized in that it comprises a failure handling information storage unit for storing the failure handling information identified in the failure processing information check unit in an information database.
The method according to claim 1, wherein the control center server,
Receives the surveillance camera complaint information transmitted from the reporter terminal through the network, generates the failure character information based on the surveillance camera location information and the failure occurrence guide information included in the received complaint information, and transmits it to the registered representative terminal. Surveillance camera integrated management system comprising a civil processing unit.
The method of claim 6, wherein the civil processing unit,
Complaint information receiving unit for receiving complaint information about the occurrence of the surveillance camera failure transmitted from the reporter terminal through the network;
A location information extraction unit for extracting surveillance camera location information included in the received complaint information;
A character generator for generating failure occurrence information as a character based on the extracted position information and failure occurrence guide information;
Surveillance camera integrated management system comprising a character transmission unit for transmitting the generated failure character information to the registered personnel terminal.
The method according to claim 1, wherein the control center server,
The surveillance video transmitted from the surveillance camera is stored in an information database, and when the installation location of the surveillance camera is input, the surveillance camera location information is generated and the location information generated by mapping the generated location information to the map information stored in the map database is installed on the map. Surveillance camera integrated management system, comprising a CCTV management unit that provides a location.
The method according to claim 8, wherein the CCTV management unit,
An image receiving unit which receives the surveillance image transmitted from the surveillance camera;
An image storage unit storing the surveillance image received by the image receiver in an information database;
CCTV location information generation unit for generating CCTV location information when the installation location of the surveillance camera is input;
A CCTV location mapping unit for generating surveillance camera location information by mapping the generated CCTV location information and map information stored in a map database;
And a CCTV information management unit storing the surveillance camera position information database and displaying CCTV position information on a map in association with the information database when the surveillance camera position information is requested.
The method according to claim 1, wherein the control center server,
It includes a control center management unit that collects equipment information of the control center, generates schedule information of the control center to manage the control center information,
The control center management unit,
A control center equipment information collecting unit for collecting control center equipment information input by an operator;
A control center schedule information generation unit configured to generate control center schedule information based on event information, visit information, regular maintenance information, and situation information input by the operator;
The collected control center equipment information and the generated control center schedule information are made into computerized information and stored in the information database, and when the equipment information or schedule information is requested by the operator, the control center equipment information or control center schedule information is extracted from the information database. Surveillance camera integrated management system comprising a control center information management unit to display on the screen.

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