KR101834134B1 - Integrated crime and disaster preventing system and operating method thereof - Google Patents

Abstract

The present invention relates to an integrated security and disaster prevention system and an operating method thereof. The integrated security and disaster prevention system is configured to enable intelligent management of a distribution board and integrate multiple security and disaster prevention device units while enabling distributed operation management processing. Security and disaster prevention device units receive operation setting signals, configure operation settings accordingly, and transmit image signals recorded by a camera and sensing signals for sensing a disaster or intrusion in accordance with the preset operation. A switch hub unit receives, distributes, and transmits the sensing signals and image signals from the security and disaster prevention device units as well as operating signals, receives and transmits alarm signals and image alarm signals, and receives and transmits the operation setting signals to the security and disaster prevention device units. An integrated monitoring control device unit generates alarm signals and image alarm signals corresponding to the sensing signals and image signals transmitted from the switch hub unit, transmits the generated alarm signals and image alarm signals to the switch hub unit, and generates the operation setting signals corresponding to the operation signals transmitted from the switch hub unit to transmit the operation setting signals to the switch hub unit. A management device unit transmits manager operation signals to the switch hub unit and receives the alarm signals and image alarm signals from the switch hub unit to notify a manager.

Description

[0001] Integrated crime and disaster prevention system and operating method [

The technical field of the present invention relates to an integrated anti-crime prevention system and an operation method thereof, and more particularly, to an integrated anti-crime prevention system for integrating a plurality of anti-crime prevention apparatuses together with intelligent management of a distribution board, And how to operate it.

Many fire detection sensors and surveillance cameras are installed in cultural properties, department stores, large hospitals, schools, large buildings, tunnels, etc., to identify fire or outside intruders and follow up as soon as possible. However, in order to detect a fire, a fire detection sensor or a surveillance camera is installed at a plurality of places to monitor a fire or an intruder. However, most of the fire detection sensors or surveillance cameras are installed and used in a facility management office or a building's responsibility management office. In order to monitor and manage vulnerable areas such as inspection and fire or intruders, management personnel and facilities were insufficient and there were limitations in managing them on their own.

In the management of cultural assets, it is always exposed to the unspecified number of people, and it is subject to arson or is always suffered from the damage and the theft of cultural property. In the traditional market, department store, large hospital, school and large building In the event of a fire, there is a lot of concern about damage to large human lives. However, due to the large surveillance space, a few surveillance personnel have limitations in surveillance.

Korean Registered Patent No. 10-0984389 (Registered on September 20, 2010) discloses a ubiquitous intelligent disaster prevention system, which includes a cultural property, a tunnel and an underground facility, a school facility, a department store, a large theater, a large hospital, A service model that is an object of exposure; A field sensor group including a fire detection sensor and a surveillance camera installed in the service model, respectively; A surveillance server connected to the field sensor group via TCP / IP and monitoring the same; An Internet communication network connecting with a monitoring server for monitoring the field sensor of the service model; An integrated control center which is connected to the Internet communication network and delivers the information to the subordinate institutions according to the situation of the service model; A fire-fighting rescue fire station operating in accordance with the instructions issued by the integrated control center in connection with the situation identified in the service model connected to the Internet communication network; And an SMS server for delivering the situation occurring in each service model to the Internet communication network in real time SMS. The sensing sensor senses and informs ultraviolet rays emitted from the flame and provides a precise flame sensor A far infrared ray sensor for detecting the movement of a person, a smoke sensor for checking the concentration of the smoke by checking substances in the air, and a temperature sensor for indicating the sensed temperature, and a flame sensor, a far- A smoke sensor and a temperature sensor are integrally formed. According to the disclosed technology, it is possible to easily expand the facility by using the Internet communication network and to transmit / reply the situation contents according to the situation in a bidirectional manner, so that the accident can be processed as soon as possible, Through time remote control, it is possible to manage fire prevention systematically in many places with fewer people.

Korean Registered Patent No. 10-0462342 (Registered on Dec. 2004, 2004) integrates a plurality of different disaster prevention devices to unify monitoring, thereby enabling maintenance, management and repair to be carried out smoothly, It is possible to reduce almost all the expenses related to management and to secure safety. Especially, it is possible to reduce most of the expenses because it is performed integrally by reducing the number of management personnel, and it is possible to achieve unified and integrated management, And an integrated disaster prevention device capable of carrying out almost complete disaster prevention since the secondary safety is ensured at the same time. According to the disclosed technology, there are provided a plurality of disaster prevention apparatuses having a plurality of different disaster prevention systems by a warning unit, a fire sensor unit and a fire monitor unit, and a plurality of disaster prevention apparatuses each sensing a different gas by a gas sensing unit, An integrated disaster prevention apparatus having a gas safety device of the present invention; An integrated interface unit for fetching detection signals of different fire sensor units and monitoring signals of the fire monitoring unit from a plurality of disaster prevention devices and interfacing them with integrated disaster prevention signals corresponding to respective signals; An integrated disaster monitoring unit for monitoring the operation status of each of the disaster prevention apparatuses and the respective gas safety apparatuses by receiving the integrated disaster prevention signal of the integrated interface unit, Wow; A monitor unit for informing an administrator of the operation status of each device by at least one of visual and auditory; A telephone communication unit for notifying a manager of a remote location of a dangerous situation of fire and gas leakage recognized from the integrated disaster prevention monitoring unit by telephone; And an internet transmission unit for accessing the integrated disaster monitoring unit through an Internet network and monitoring the operation status at a remote location; The integrated disaster monitoring unit and the integrated interface unit can additionally connect the cooling / heating unit, the lighting unit, and the security unit, interfere with the operation signals thereof, recognize the operation status, and guide the normal operation.

In the case of the distribution board, the conventional integrated anti-crime prevention and dis- tribution system as described above is not only exposed to the outside but also easily exposed to a fire caused by a short circuit or the like and needs to be managed. However, The disaster was not prevented in advance. Also, in the above-described conventional integrated anti-crime prevention and disaster prevention system, a plurality of anti-crime prevention and disaster prevention units are integrated and managed by a single integrated disaster monitoring apparatus or server so that operation signals, video signals, There is a disadvantage in that system errors occur frequently due to overload.

Korean Patent No. 10-0984389 Korean Patent No. 10-0462342

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made in view of the above problems, and an object of the present invention is to provide an integrated anti-crime prevention and disaster prevention system that integrates a plurality of anti-crime prevention units together with intelligent management of a distribution board, And a method of operating the same.

According to one aspect of the present invention, there is provided a method for solving the aforementioned problems, comprising: receiving an operation setting signal and setting an operation corresponding to the operation setting signal; detecting the intrusion or disaster according to a predetermined operation; A crime prevention and disaster prevention device for transmitting a video signal; A switch hub for receiving and transmitting an operation signal and a sensing signal and an image signal from the CRT unit and transmitting and receiving an alarm signal and an image alarm signal, part; An alarm signal and an image alarm signal corresponding to a sensing signal and a video signal transmitted from the switch hub unit are transmitted to the switch hub unit and an operation setting signal corresponding to the operation signal transmitted from the switch hub unit is generated, An integrated supervisory control unit for transmitting to the switch hub unit; And a management unit for transmitting an operation signal of an administrator to the switch hub unit and receiving an alarm signal and an image alarm signal from the switch hub unit and notifying an administrator of the alarm signal.

In one embodiment, the security and disaster prevention device unit detects an intruding object to generate an intrusion detection signal, generates a disaster detection signal by sensing a disaster occurring in the distribution panel and inside and outside the building, Is generated.

In one embodiment, the CRTD unit includes the intrusion detection signal in the intrusion detection signal, includes the disaster detection signal in the disaster detection signal, and includes the image identifier in the video signal.

In one embodiment, the anti-collision device sets a boundary / preliminary time corresponding to a boundary / preliminary time setting signal received through the switch hub unit.

In one embodiment, the anti-collision device sets a border start / end for a desired building in accordance with the boundary start / end setting signal received through the switch hub.

In one embodiment, the switch hub unit identifies signals transmitted from the security disaster prevention device unit and the management device unit, and distributes the signals to the integrated monitoring control unit.

In one embodiment, the switch hub unit identifies an intrusion detection identifier in the intrusion detection signal transmitted from the security disaster prevention device unit and distributes the intrusion detection identifier to the integrated monitoring control unit, and the disaster detection signal transmitted from the anti- And distributes the image identifier to the integrated supervisory control unit. The control unit distributes the image identifier to the integrated supervisory control unit, And the identifier is distributed to the integrated supervisory control unit.

In one embodiment, the integrated supervisory control unit performs dispersion processing of the signals distributed and transmitted from the switch hub unit.

In one embodiment, the integrated supervisory control unit distributes an intrusion detection signal, a disaster detection signal, a video signal signal, and an operation signal, which are distributed and transmitted from the switch hub unit, to each other to respond to an intrusion detection signal or a disaster detection signal And generates an operation alarm signal corresponding to the image signal, an operation setting signal corresponding to the operation signal.

In one embodiment, the integrated supervisory control unit confirms connection of the management unit and displays initial screen information including icon information of an alarm check, a distribution panel, an image view, a boundary / quadrant, a microphone, a single screen, and a quad screen And transmits the read data to the management apparatus unit.

In one embodiment, the integrated supervisory control apparatus unit confirms the distribution board icon click notification of the management apparatus unit and displays the state value information registered in the distribution board 1, the hot wire control, the alarm reset, the alarm confirmation, the distribution panel, , And reads the distribution panel initial screen information including the icon information of the distribution selection and transfers it to the management apparatus unit.

In one embodiment, the state value information includes at least one of a total usage amount, a previous month usage amount, a month usage amount, an internal temperature, a heater state, a state value of each heat, a normal state, an arc, a power failure, a short circuit, Information on the information.

In one embodiment, the integrated supervisory control unit confirms the video view icon click notification of the management unit, and displays the video information of the cameras 1 to 4 of the quad split screen, the alarm check, the distribution panel, the video view, , The image viewing initial screen information including icon information of one screen and four divided screens is read and transmitted to the management apparatus unit.

In one embodiment, the integrated supervisory control unit unit reads the distribution list screen information including the icon information of the list of buildings in which the distribution board is installed by checking the distribution selection icon click notification of the management apparatus unit, and transmits the distribution distribution list screen information to the management apparatus unit .

In one embodiment, the integrated supervisory control apparatus section confirms the distribution board selection notification of the management apparatus section, reads the distribution board screen information corresponding to the selected distribution board, and transfers the read distribution board screen information to the management apparatus section.

In one embodiment, the distribution panel screen information includes icon information of state value information registered in the selected distribution panel, hot line control, alarm reset, alarm confirmation, distribution panel, image viewing, border / The information is characterized by including information of the total usage amount, the previous month usage amount, the monthly usage amount, the internal temperature, the heater status, the status value of each heat, normal, arc, power failure, short circuit, overcurrent, door open, .

In one embodiment, the integrated monitoring control unit confirms one screen icon click and a camera selection notification of the management apparatus unit, reads one screen information corresponding to the selected camera, and transfers the one screen information to the management apparatus unit.

In one embodiment, the one screen information includes icon information of the selected camera, alarm information, distribution panel, image view, boundary / quadrature, microphone, one screen, and quad screen.

In one embodiment, the integrated supervisory control unit confirms the microphone icon click notification of the management unit, performs a communication connection with a speaker installed in the selected camera, completes a communication connection between the management unit and the speaker, The control unit confirms the microphone icon click notification of the management unit and releases the communication connection between the management unit and the speaker to terminate the broadcast, .

In one embodiment, the integrated supervisory control apparatus section confirms the quad screen icon click notification of the management apparatus unit, reads the quad screen list information, transmits it to the management apparatus unit, and displays a quad screen list. , The four-split screen selection notification of the management apparatus unit is confirmed, and the four-split screen information corresponding to the selected four-split screen is read and transmitted to the management apparatus unit.

In one embodiment, the integrated monitoring control unit confirms the border / quote icon click notification of the management unit, reads the border / quote initial screen information, and transmits the boundary / quote initial screen information to the management unit.

In one embodiment, the boundary / quadrant initial screen information includes boundary / quad state value information registered in the building 1, boundary start, boundary finish, the entire building, Daeungjeon, public service area, Nahanjeon, Samsung Corning, , And icon information of the precious stones.

In one embodiment, the integrated supervisory control unit may notify the boundary / quadrant time setting notification of the management unit, upgrade the set boundary / quadrant time to the database, and update the boundary / quadrant time corresponding to the boundary / And transmits the generated setting signal to the CRT apparatus.

In one embodiment, the integrated supervisory control unit checks the boundary start / end setting notification of the management unit and upgrades the boundary start / end setting for the desired building to the database, / End setting signal corresponding to the termination start / end setting, and transmits the generated boundary start / end setting signal to the CRTD unit.

In one embodiment, the integrated monitoring control unit confirms the building map request notification of the management unit, reads the building map information, and transmits the building map information to the management unit.

In one embodiment, the integrated supervisory control apparatus unit reads the alarm confirmation screen information corresponding to the distribution panel in which the alarm is generated by checking the alarm confirmation icon click notification of the management apparatus unit, and transmits the alarm confirmation screen information to the management apparatus unit.

In one embodiment, the alarm confirmation screen information includes blinking display information and alarm occurrence information on a map for a building corresponding to the alarm panel, alarm status information registered in the distribution panel where the alarm is generated, alarm reset, , A distribution panel, an image view, and border / quote icon information.

In one embodiment, the alarm confirmation screen information includes blinking display information and alarm occurrence information on a map of a building in which an intrusion or a fire has occurred, boundary start, border end, and icon information of the entire building.

In one embodiment, the management unit generates an operation signal corresponding to an operation setting command of an administrator, and includes an operation identifier in an operation signal.

In one embodiment, the management apparatus unit is connected to the integrated supervisory control apparatus unit and displays an initial screen when executing the integrated security disaster prevention application.

In one embodiment, the management unit receives initial screen information from the integrated monitoring control unit and displays an initial screen.

In one embodiment, the management apparatus unit notifies the integrated monitoring control apparatus unit of the distribution panel icon click when the distribution panel icon of the manager is clicked, and then receives the distribution panel initial screen information from the integrated monitoring control unit, And a display unit.

In one embodiment, the management apparatus informs the integrated monitoring control apparatus unit of a click of a video view icon when an administrator clicks the video view icon, receives the video view initial screen information from the integrated monitoring control apparatus unit And displays an image view initial screen.

In one embodiment, the management apparatus section notifies the integrated monitoring control apparatus unit of the click of the distribution selection icon when the administrator selects the distribution selection icon, receives the distribution panel list screen information from the integrated monitoring control unit, And displays a list screen.

In one embodiment, the management apparatus section notifies the integrated monitoring control apparatus unit of the distribution board selection at the time of selecting the distribution board to be changed by the manager, receives the distribution board screen information from the integrated monitoring control unit, And displays the image.

In one embodiment, the management apparatus notifies the integrated monitoring control apparatus unit of a single screen icon click and a camera selection at the time of clicking the one screen icon of the manager and selecting the camera to be viewed from the entire camera list, And one screen information is received from the control unit, and one screen is displayed.

In one embodiment, the management apparatus section notifies the integrated monitoring control apparatus unit of the click of a microphone icon and broadcast information at the time of clicking and broadcasting the manager's microphone icon, and when the manager's microphone icon is clicked again, And notifies the integrated monitoring control unit of the click.

In one embodiment, when the manager clicks the quad screen icon and selects the quad screen image to be viewed from among the entire quad screen image list, the management apparatus unit displays the quad screen icon click and the quad screen image selection in the integrated monitoring control unit And displays the quad split screen by receiving the quad screen information from the integrated supervisory control unit.

In one embodiment, the management apparatus informs the integrated monitoring control apparatus unit of the click of the boundary / quad icon when the manager's boundary / quad icon is clicked, and then the boundary / quadrant initial screen information And displays the border / quilt initial screen.

In one embodiment, the management apparatus section notifies the integrated supervisory control section of the boundary / quadrant time setting at the time of setting the boundary time or the emergency time of the manager.

In one embodiment, the management apparatus section notifies the integrated monitoring control apparatus unit of boundary start / end settings at the time of setting a boundary start or an end of the building for the entire building of the manager or individually for the manager.

In one embodiment, after requesting a building map from the manager, the management unit notifies the integrated monitoring control unit of the building map request, receives the building map information from the integrated monitoring control unit, .

In one embodiment, the management apparatus notifies the integrated monitoring control apparatus unit of an alarm check icon click when an administrator clicks the alarm check icon, receives the alarm check screen information from the integrated monitoring control unit, And a confirmation screen is displayed.

In one embodiment, the anti-crime prevention device includes a distribution board for supplying power to the components in accordance with operation settings; A sensor for generating an intrusion detection signal by detecting an intruding object in a building according to an operation setting, a disaster detection signal by generating a disaster detection signal by detecting a disaster occurring in the distribution panel and inside and outside the building; A camera device for generating a video signal photographed by the camera in accordance with an operation setting; The operation of the distribution panel, the sensor, and the camera device corresponding to the intrusion detection signal or the disaster detection signal generated by the sensor and the image signal generated by the camera device into the transmission signal, ; And a switch hub for transmitting a transmission signal generated by the signal processing device to the switch hub unit and receiving an operation setting signal from the switch hub unit and transmitting the operation setting signal to the signal processing device.

In one embodiment, the distribution board confirms the current state of error detection, arc, power failure, overcurrent, overload, short circuit, and door open in real time, and transmits the confirmed state value to the signal processor.

In one embodiment, the sensor comprises a crime detector, a flame detector, a smoke detector, a differential detector, a room detector, a theft detector, and a temperature sensor.

In one embodiment, the security detector detects an event occurring after the boundary time in the boundary / tally indicator and transmits an event value to the signal processor, And is driven or terminated in conjunction with the boundary time / end setting of the signal processing apparatus.

In one embodiment, the flame detector detects an event occurring after the prepaid time in the border / post indicator and transmits an event value to the signal processor, And is driven or terminated in conjunction with the prepaid time / end setting of the signal processing apparatus.

In one embodiment, the smoke detector performs a normal sensing function to transmit an event value to the signal processor when an event is detected, and to transmit its own status value and communication error to the signal processor. do.

In one embodiment, the differential detector performs a normal sensing function, and normally transmits an event value to the signal processing device when detecting an event using a contact, And terminates by resetting the signal processing apparatus.

In one embodiment, the signal processing apparatus includes an intrusion detection signal included in an intrusion detection signal, converts the intrusion detection signal into a transmission signal, converts the disaster detection identifier into a disaster detection signal and converts the disaster detection signal into a transmission signal, And converts the signal into a transmission signal.

In one embodiment, the signal processing apparatus converts a video signal generated by the camera apparatus into a plurality of resolutions, and transmits the resolution to the switch hub.

In one embodiment, the security and antidiscrimination unit drives a warning light or a siren or an LED according to an event value occurring after a boundary time / emergency time, and stops the warning light, the siren, or the LED by the termination of the signal processing apparatus And a boundary / tally indicator.

In one embodiment, the integrated supervisory control unit distributes an operation signal, a video signal, an intrusion detection signal, or a disaster detection signal distributed and transmitted from the switch hub unit, and then transmits an operation setting signal, an image alarm signal, A signal distributor for receiving an alarm signal or a disaster alarm signal and transmitting the signal to the switch hub; An operation server for storing an operation signal dispersed from the signal distributor in a database and generating an operation setting signal corresponding to the operation signal and delivering the operation setting signal to the signal distributor; A video server for storing video signals dispersed from the signal distributor in a database and generating an image alarm signal corresponding to the video signal and delivering the generated image alert signal to the signal distributor; And a signal processing unit for storing an intrusion detection signal or a disaster detection signal distributed from the signal distributor in a database and generating an intrusion alarm signal or a disaster alarm signal corresponding to the intrusion detection signal or the disaster detection signal, And a server.

According to another aspect of the present invention, there is provided a method for solving the above-mentioned problems, comprising the steps of: when a management unit receives an operation signal of a manager, the switch hub receives the operation signal and separates the operation signal from another signal; The integrated supervisory control unit receives the operation signal and generates and transmits a corresponding operation setting signal, and the switch hub receives and transmits the operation setting signal; The security disaster prevention device receiving the operation setting signal and setting an operation corresponding to the operation setting signal; When the crime prevention and disaster prevention unit transmits a detection signal detecting an intrusion or a disaster and a video signal photographed by the camera according to a predetermined operation, the switch hub receives the detection signal and the video signal, ; The integrated supervisory control unit receives the sensing signal and the video signal, generates and transmits an alarm signal and a video alarm signal corresponding thereto, and the switch hub receives and transmits the alarm signal and the video alarm signal; And a management device receiving the alarm signal and the image alarm signal and notifying the manager of the received alarm signal and the image alarm signal.

According to the effect of the present invention, it is possible to provide an integrated crime prevention and disaster prevention system and an operation method thereof, which are implemented so as to intelligently manage a distribution board and to integrate a plurality of anti- It is possible to prevent a disaster caused by the distribution board from occurring and to disperse signals such as an operation signal, a video signal, a processing signal and the like, thereby preventing an overload from occurring beforehand, .

1 is a view for explaining an integrated anti-crime prevention system according to an embodiment of the present invention.
FIG. 2 is a view for explaining an initial screen provided in the management apparatus unit shown in FIG. 1. FIG.
3 is a view for explaining a distribution panel initial screen provided in the management apparatus section shown in FIG.
4 is a view for explaining an image view initial screen provided in the management unit of FIG.
5 is a view for explaining a distribution board list screen provided in the management apparatus section shown in FIG.
FIG. 6 is a view for explaining one screen provided in the management apparatus unit shown in FIG. 1. FIG.
FIG. 7 is a diagram for explaining a quadrant screen list provided in the management apparatus unit shown in FIG. 1. FIG.
FIG. 8 is a view for explaining a boundary / preliminary initial screen provided in the management unit of FIG. 1. FIG.
FIG. 9 is a view for explaining an alarm confirmation screen provided in the management apparatus unit shown in FIG. 1; FIG.
Fig. 10 is a view for explaining the crash safeguard apparatus in Fig. 1. Fig.
11 is a view for explaining the integrated supervisory control unit in Fig.
12 is a view for explaining a method of operating the integrated anti-crime prevention system according to the embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. However, the description of the present invention is merely an example for structural or functional explanation, and the scope of the present invention should not be construed as being limited by the embodiments described in the text. That is, the embodiments are to be construed as being variously embodied and having various forms, so that the scope of the present invention should be understood to include equivalents capable of realizing technical ideas. Also, the purpose or effect of the present invention should not be construed as limiting the scope of the present invention, since it does not mean that a specific embodiment should include all or only such effect.

The meaning of the terms described in the present invention should be understood as follows.

The terms "first "," second ", and the like are intended to distinguish one element from another, and the scope of the right should not be limited by these terms. For example, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component. It is to be understood that when an element is referred to as being "connected" to another element, it may be directly connected to the other element, but there may be other elements in between. On the other hand, when an element is referred to as being "directly connected" to another element, it should be understood that there are no other elements in between. On the other hand, other expressions that describe the relationship between components, such as "between" and "between" or "neighboring to" and "directly adjacent to" should be interpreted as well.

It should be understood that the singular " include "or" have "are to be construed as including a stated feature, number, step, operation, component, It is to be understood that the combination is intended to specify that it does not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs, unless otherwise defined. Commonly used predefined terms should be interpreted to be consistent with the meanings in the context of the related art and can not be interpreted as having ideal or overly formal meaning unless explicitly defined in the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The integrated anti-crime prevention system and its operation method according to an embodiment of the present invention will now be described in detail with reference to the drawings.

FIG. 1 is a view for explaining an integrated anti-crime prevention system according to an embodiment of the present invention. FIG. 2 is a view for explaining an initial screen provided in the management apparatus unit of FIG. 1, FIG. 4 is a view for explaining an initial screen for viewing an image provided in the management apparatus unit shown in FIG. 1, FIG. 5 is a view for explaining a distribution board list screen provided in the management apparatus unit shown in FIG. 1, FIG. 6 is a view for explaining one screen provided in the management apparatus unit shown in FIG. 1, FIG. 7 is a view for explaining a quadrant screen list provided in the management apparatus unit shown in FIG. 1, FIG. 9 is a view for explaining an alarm confirmation screen provided in the management unit of FIG. 1. FIG.

1 to 9, the integrated anti-crime prevention system 100 includes a plurality of anti-clutter devices 110, a switch hub 120, an integrated monitoring control device 130, a network 140, And a device unit 150.

The security disaster prevention unit 110 transmits a sensing signal sensed by intrusion or disaster according to a predetermined operation and a video signal photographed by using the camera to the switch hub unit 120, And receives the operation setting signal and provides the operation setting corresponding to the received operation setting signal.

In one embodiment, the anti-crash device unit 110 is installed in a building (particularly, a cultural property) in which unified crime prevention and disaster prevention is to be performed and can detect an intruding object to generate an intrusion detection signal, A disaster detection signal can be generated by sensing a disaster occurring in and / or outside the vehicle, a video image can be captured through a camera to generate a captured image signal, and a generated intrusion detection signal, a disaster detection signal, To the switch hub unit 120.

In one embodiment, the anti-disaster apparatus 110 may include an intrusion detection signal for identifying an intrusion detection signal in an intrusion detection signal, and may also include a disaster detection identifier for identifying a disaster detection signal, And an image identifier for identifying the video signal can be included in the video signal.

In one embodiment, the anti-fire-fighting apparatus unit 110 sets the boundary / tentative time corresponding to the boundary / tentative time setting signal received from the integrated monitoring control unit 130 through the switch hub unit 120 You can give.

According to an embodiment of the present invention, the anti-crime prevention device unit 110 may respond to a boundary start / end setting signal received from the integrated monitoring control device unit 130 via the switch hub unit 120, You can set the border start / end for the building.

The switch hub unit 120 receives the detection signal (i.e., the intrusion detection signal or the disaster detection signal) transmitted from the anti-collision apparatus unit 110, the video signal, and the operation signal transmitted from the management apparatus unit 150, And transmits an alarm signal (that is, an intrusion alarm signal or a disaster alarm signal) and an image alarm signal transmitted from the integrated monitoring control device unit 130 to the integrated monitoring control device unit 130 through the network 140 And transmits the operation setting signal transmitted from the integrated supervisory control unit 130 to the crime prevention and disaster device unit 110. [

In one embodiment, the switch hub unit 120 can identify the signals transmitted from the fire alarm device unit 110 and the management device unit 150 and distribute them to the integrated supervisory control unit 130. At this time, It is possible to identify the intrusion detection identifier from the intrusion detection signal transmitted from the security disaster prevention apparatus unit 110 and distribute the intrusion detection identifier to the integrated monitoring control unit 130. In addition, Disaster detection identifier to the integrated surveillance control unit 130 and also confirms the video identifier from the video signal transmitted from the surveillance and emergency protection unit 110 and distributes it to the integrated surveillance control unit 130 And may identify the operation identifier in the operation signal transmitted from the management apparatus unit 150 and distribute the operation identifier to the integrated monitoring control apparatus unit 130. [

The integrated supervisory control unit 130 stores a sensing signal (that is, an intrusion sensing signal or a disaster sensing signal) and a video signal transmitted from the switch hub unit 120 in a database and simultaneously outputs a sensing signal (I.e., an intrusion alarm signal or a disaster alarm signal) corresponding to the disaster detection signal (i.e., a disaster detection signal) and an image alarm signal corresponding to the video signal, and transmits the generated alarm signal to the switch hub unit 120, And transmits an operation setting signal corresponding to the operation signal to the switch hub unit 120. [

In one embodiment, the integrated supervisory control unit 130 may distribute the signals distributed from the switch hub unit 120, that is, the sense signals (that is, (I.e., an intrusion alarm signal or a disaster alarm signal) corresponding to a detection signal (that is, an intrusion detection signal or a disaster detection signal) ), An operation setting signal corresponding to the image alarm signal and the operation signal corresponding to the image signal can be generated.

In one embodiment, the integrated supervisory control unit 130 receives the download request signal transmitted from the management unit 150 through the switch hub unit 120, (Or integrated anti-crime / disaster prevention program) to the management apparatus unit 150 after reading the integrated anti-crime prevention / disaster prevention program (or the integrated anti-crime prevention program).

In one embodiment, when the management apparatus unit 150 connects to the management apparatus unit 150 via the switch hub unit 120, the integrated monitoring control apparatus unit 130 confirms this, reads the initial screen information from the database, The initial screen information may be transmitted to the management apparatus unit 150. [ Here, the initial screen information may include icon information such as an alarm check, a distribution panel, an image view, a boundary / quake, a microphone, a single screen, and a quad screen.

In one embodiment, the integrated supervisory control unit 130 can easily perform member registration login using the telephone number of the management unit 150. [ Alternatively, the integrated supervisory control unit 130 may receive the membership subscription selection signal transmitted from the management unit 150, identify the manager identification information in the received subscription selection signal, From the database and transmits the read membership subscription screen information to the management apparatus unit 150. Upon reception of the membership subscription request signal transmitted from the management apparatus unit 150 Checks the manager information and the manager identification information in the received subscription request signal, and registers the identified manager information into a database according to the identified manager identification information, registers it in the database, and then generates a member registration completion signal And transmits it to the device unit 150.

In one embodiment, the integrated supervisory control unit 130 can easily perform log-in using the telephone number of the management unit 150. [ Alternatively, the integrated supervisory control unit 130 may receive the login selection signal transmitted from the management unit 150, check the manager identification information in the received login selection signal, The log-in screen information may be read from the database and transmitted to the management apparatus unit 150. Upon receipt of the log-in request signal transmitted from the management apparatus unit 150, 150) is a legitimate terminal (for example, whether or not the mobile phone number and the password match each other). At this time, the mobile phone number and the password and the manager identification information are checked in the received login request signal, The portable telephone number and the password are read from the database in response to the identified manager identification information, If the identified management device unit 150 is a legitimate terminal, the control unit 150 generates a member authentication completion signal and transmits the signal to the management device unit 150 .

In one embodiment, when the notification of the distribution panel icon click is received from the management device unit 150 via the switch hub unit 120, the integrated monitoring control device unit 130 reads the distribution panel initial screen information from the database And may transmit the read panel screen initial screen information to the management apparatus unit 150. Here, the distribution panel initial screen information includes status value information (for example, total usage amount, previous month usage amount, monthly usage amount, internal temperature, heater status, status values of each heat, The alarm information, the alarm information, the distribution panel, the view of the image, the boundary / quadrature, the selection of the minute, and the like.

In one embodiment, when the integrated monitoring control unit 130 receives a click of the image viewing icon from the management unit 150 via the switch hub unit 120, the integrated monitoring control unit 130 checks the image viewing initial screen information And transmits the read-out image view initial screen information to the management apparatus unit 150. [0154] FIG. Here, the video viewing initial screen information includes icon information such as video information of cameras 1 to 4 of the quad split screen, alarm confirmation, distribution panel, video view, border / quadrature, microphone, one screen, quad screen .

In one embodiment, when the integrated monitoring control unit 130 is informed of the click of the distribution selection icon from the management unit 150 via the switch hub unit 120, the integrated monitoring control unit 130 confirms the distribution distribution list screen information from the database And transmits the read distribution panel list screen information to the management apparatus unit 150. [ Here, the distribution panel list screen information may include icon information of a list of buildings (for example, a main hall, a public hall, a Nahmunjeon, a Samsung Corner, a Chungcheongbuk-do,

In one embodiment, when the supervisory control unit 130 is informed of the selection of the distribution board from the management apparatus unit 150 via the switch hub unit 120, the integrated supervisory control apparatus unit 130 checks the distribution board screen information corresponding to the selected distribution board, May be read from the database and the read distribution panel screen information may be transferred to the management apparatus unit 150. [ Here, the panel screen information includes status value information registered in the selected panel board (for example, the total usage amount, the previous month usage amount, the monthly usage amount, the internal temperature, the heater status, And information of icon such as selection of alarm, alarm, alarm, power distribution, image display, boundary / quadrature, and election of minute.

In one embodiment, when the one-screen icon is clicked and the camera selection is notified from the management unit 150 through the switch hub unit 120, the integrated supervisory control unit 130 confirms the selected one, The corresponding one screen information may be read from the database and the read one screen information may be transferred to the management apparatus unit 150. [ Here, the one-screen information may include icon information such as video information of the selected camera, alarm confirmation, distribution panel, video view, border / quadrant, microphone, one screen, quad screen.

In one embodiment, when a notification of clicking a microphone icon is received from the management unit 150 through the switch hub unit 120, the integrated monitoring control unit 130 confirms the click of the microphone icon, After completing the communication connection between the management apparatus unit 150 and the speaker, the management apparatus unit 150 notifies the management apparatus unit 150 of the broadcast information through the switch hub unit 120, And then notifies the management apparatus 150 of the click of a microphone icon, the control unit 150 confirms the click of the microphone icon and transmits a communication link between the management unit 150 and the speaker So that the broadcast can be terminated.

In one embodiment, when the four-split screen icon is clicked from the management unit 150 through the switch hub unit 120, the integrated supervisory controller unit 130 confirms the click of the four-split screen icon, Divided screen list information is transmitted to the management apparatus unit 150 so as to display the quad screen list, and then the 4-split screen list is displayed from the management apparatus unit 150 through the switch hub unit 120 Division screen information corresponding to the selected quad screen image is read from the database and the read quad screen image information is transferred to the management apparatus unit 150. [

In one embodiment, when the monitoring / control unit icon 130 is notified from the management unit unit 150 via the switch hub unit 120, the integrated monitoring control unit unit 130 confirms the boundary / Screen information, and transmits the read bounded / unpopulated initial screen information to the management apparatus unit 150. Herein, the boundary / quadrant initial screen information includes boundary / quad state value information (for example, information on boundary time, quadrant time, etc.) registered in the building # 1, boundary start, boundary finish, And information of icons such as Nahnjae, Samsung Corner, Chungcheongsil, Chungmu, Kannon, Jejuji, and so on.

In one embodiment, when the boundary supervisory control unit 130 is notified of the boundary / quadrant time setting from the management unit 150 through the switch hub unit 120, the integrated supervisory control unit 130 checks the boundary / To the database, and generates a setting signal (i.e., boundary / preliminary time setting signal) corresponding to the boundary / courtesy time and transmits the generated signal to the crime prevention and disaster prevention device unit 110.

In one embodiment, when the border start / end setting is notified from the management unit 150 through the switch hub unit 120, the integrated supervisory control unit 130 confirms the border start / The boundary start / end setting for the desired building is upgraded to the database, and at the same time, a signal corresponding to the boundary start / end setting (that is, a boundary start / end setting signal) is generated and transmitted to the CRT 110 You can give.

In one embodiment, when the integrated monitoring control unit 130 receives the building map request from the management unit 150 through the switch hub unit 120, the integrated monitoring control unit 130 reads the building map information from the database And can transmit the read building map information to the management apparatus unit 150.

In one embodiment, when the integrated monitoring control unit 130 is informed of the click of the alarm check icon from the management unit 150 through the switch hub unit 120, the integrated monitoring control unit 130 checks the alarm check icon to see if the alert has been generated The corresponding alarm confirmation screen information may be read from the database and the read alarm confirmation screen information may be transmitted to the management apparatus unit 150. [ Here, the alarm confirmation screen information includes information on blinking display information and alarm occurrence information (for example, information on generation of a main building distribution panel arc) on the map for the building corresponding to the distribution panel in which the alarm is generated, (For example, information such as total usage amount, previous month usage amount, month usage amount, internal temperature, heater status, status value of each heat, status display (e.g., arc), alarm reset, Image view, border / quote, and the like. The alarm confirmation screen information includes blinking display information and alarm occurrence information on a map for a building in which an intrusion (or fire) has occurred, information on alarm occurrence (for example, information on occurrence of a main temple intruder, End, and the entire building, and so on.

The network 140 includes a wired communication network or a wireless communication network and performs communication connection between the integrated monitoring control unit 130 and the management unit 150 through the switch hub unit 120, (Or data) between the management apparatus unit 130 and the management apparatus unit 150.

The management device unit 150 transmits an operation signal of the manager to the switch hub unit 120 through the network 140 and transmits an alarm signal transmitted from the switch hub unit 120 through the network 140 An alarm signal or a disaster alarm signal) and an image alarm signal to inform the administrator.

In one embodiment, when the manager instructs the operation setting through the input means, the management apparatus unit 150 can confirm the operation setting command and generate the operation signal corresponding to the operation setting command. At this time, the management apparatus unit 150 identifies the operation signal The operation identifier for the period can be included in the operation signal.

The management device unit 150 may be a terminal used by an administrator (for example, a mobile communication terminal such as a smart phone, a mobile phone, a mobile phone, a PDA, or a communicable terminal such as a PC, After accessing an application providing site (e.g., a play store, an app store, etc.) via the integrated monitoring control unit 130 or the network 1400 via the network 140 via the switch hub unit 120, The integrated monitoring control unit 130 generates a download request signal for downloading the integrated crime prevention / disaster prevention application (or the integrated crime prevention / disaster prevention program) for providing integrated control to the building (particularly, cultural property) (Or a combined anti-crime / disaster prevention program) transmitted from the integrated monitoring control device unit 130 or the app providing site after downloading it to the application providing site .

In one embodiment, when the administrator executes the integrated anti-crime prevention / disaster prevention application (or integrated anti-crime prevention / disaster prevention program) through input means such as a keypad, touch pad, etc., the management device unit 150 automatically (Or audio output through the output means) through the display means such as an LCD, a touch screen or the like, as shown in FIG.

The management apparatus unit 150 receives the initial screen information transmitted from the integrated supervisory control unit 130 when accessing the integrated supervisory control unit 130 through the network 140 , And display an initial screen as shown in FIG. 2 through the display means (or output sound through the output means). Here, the initial screen may include icons such as an alarm check, a distribution panel, an image view, a boundary / quake, a microphone, a single screen, and a quad screen.

In one embodiment, the management apparatus unit 150 can simply perform member subscription using a telephone number by simply executing a combined crime prevention / disaster prevention application (or a combined crime prevention / disaster prevention program). Alternatively, when the administrator selects an item to be registered from the selection items on the initial main screen through the input means, the management device unit 150 confirms the item and selects a member subscription selection signal And then transmits the generated membership management screen information to the integrated monitoring control unit 130. Then, the integrated monitoring control unit 130 receives the membership registration screen information transmitted from the integrated monitoring control unit 130, (Or audio output through the output means) through the display means. Accordingly, the administrator can input his / her own information (i.e., manager information) in the input field of the member registration screen through the input means, (Including the manager identification information) including the inputted manager information, and outputs the membership request signal (including the manager identification information) to the integrated monitoring control unit 130, And then receives a member registration completion signal transmitted from the integrated monitoring control device unit 130 and displays the completion of member registration through the display means (or audio output through the output means) through the display means have.

In one embodiment, the management apparatus unit 150 can simply perform login using the telephone number by simply executing the integrated crime prevention / disaster prevention application (or the integrated crime prevention / disaster prevention program). Alternatively, when the administrator selects a login item from the selection items on the initial screen through the input means, the management device unit 150 confirms the login item and inputs a login selection signal (manager identification information And then transmits the generated login screen information to the integrated supervisory control unit 130. Then, upon receipt of the login screen information transmitted from the integrated supervisory control unit 130, the login screen is displayed on the display unit (Or audio output through the output means). If the administrator inputs a mobile phone number (or ID, administrator identification information, etc.) and password in the input field of the login screen through the input means and selects login (Or ID, administrator identification information, and the like) and a password, and transmits a login request signal (manager identification information And transmits the generated membership authentication completion signal to the integrated monitoring control unit 130. Then, the integrated monitoring control unit 130 receives the member authentication completion signal transmitted from the integrated monitoring control unit 130, (Or audio output through the output means).

In one embodiment, when the administrator clicks the distribution board icon on the initial screen through the input means, the management apparatus unit 150 confirms this and clicks the distribution board icon via the network 140 to the integrated monitoring control unit 130 ), Receives the distribution panel initial screen information transmitted from the integrated monitoring control device unit 130, displays the distribution panel initial screen as shown in FIG. 3 through the display means (or outputs sound through the output means ). Here, the panel screen initial screen includes status values (for example, total usage amount, previous month usage amount, monthly usage amount, internal temperature, heater status, status values of respective heatings, Etc.), hot wire control, alarm reset, alarm confirmation, distribution panel, image viewing, boundary / quadrature, and selection of minutes.

In one embodiment, when the administrator clicks on the video view icon on the initial screen through the input means, the manager device 150 confirms this and clicks on the video view icon via the network 140, The control unit 130 receives the video viewing initial screen information transmitted from the integrated monitoring control unit 130 and displays the video viewing initial screen as shown in FIG. And the like). Here, the video viewing initial screen may include icons such as images 1 to 4 of the quad screen, alarm confirmation, distribution panel, video view, border / quake, microphone, one screen, and quad screen.

In one embodiment, when the manager clicks the distribution selection icon on the distribution panel initial screen through the input means, the management device unit 150 confirms this and clicks the distribution selection icon via the network 140 to the integrated monitoring control device After receiving the distribution panel list screen information transmitted from the integrated monitoring control device unit 130 after notifying the display unit 130 that the distribution panel list screen is displayed (or outputting means) Through voice output). Here, the distribution panel list screen may include an icon of a list of buildings in which the distribution panel is installed (for example, a main hall, a public hall, a Nahmun, a Samsung Corner, a Chrysanthemum, a Shunbang, a Kannon,

In one embodiment, when the administrator selects a distribution board (for example, a building) to be changed on the distribution board list screen through the input means, the management apparatus unit 150 confirms this and selects the distribution board through the network 140 After informing the integrated supervisory control unit 130 of the distribution panel screen information transmitted from the integrated supervisory control unit 130, a distribution panel screen similar to the distribution panel initial screen as shown in FIG. 3 is displayed on the display means Display (or audio output through the output means).

In one embodiment, when the manager clicks one screen icon on the video viewing initial screen through the input means and selects a camera to view from among the entire camera list, the management device unit 150 confirms this and selects one screen icon Screen information transmitted from the integrated supervisory control unit 130 after informing the integrated supervisory control unit 130 of the selection of the camera and the camera 140 via the network 140, A display such as a bar can be displayed (or audio output through an output means).

In one embodiment, when the manager 150 wants to broadcast through a speaker installed in the selected camera, when the manager clicks the microphone icon on the screen through the input means and then broadcasts, And notifies the integrated monitoring control unit 130 of the click of the microphone icon and the broadcast information via the network 140. Then, when the broadcast ends, the administrator clicks the microphone icon again on the screen through the input means The user can notify the integrated monitoring control unit 130 of the click of the microphone icon through the network 140. [ Accordingly, when there is a suspicious person, the manager can directly broadcast a warning, thereby preventing unfavorable work.

In one embodiment, the manager device 150 clicks the quad split screen icon on the video view initial screen through the input means when the installed camera is to change to another quad split screen with five or more cameras , It is checked if a quadrant screen to be watched is selected from among the entire quad screen image list as shown in FIG. 7, and then a quad screen icon click and a quad screen image selection are transmitted through the network 140 to the integrated supervisory control unit (Hereinafter, referred to as " 4-split screen image ") displayed on the display means through the display means Or audio output through the output means).

In one embodiment, when the manager clicks the border / quote icon on the initial screen through the input means, the manager device 150 confirms the border / quote icon and clicks the border / quote icon through the network 140 After receiving the boundary / quadrant initial screen information transmitted from the integrated monitoring control device unit 130 after notifying the device unit 130, the boundary / quadrant initial screen as shown in FIG. 8 is displayed on the display means Or audio output through the output means). Here, the initial boundary / preliminary screen includes a boundary / preliminary state value (for example, boundary time, preliminary time, etc.) registered in Building # 1, boundary start, boundary finish, whole building, Daeungjeon, An icon such as a chlorine room, an ordinal place, a queen yin, and a bean curd may be included.

In one embodiment, when the administrator intends to change the boundary time or the preview time, when the administrator sets the boundary time or the preview time on the boundary / post initial screen through the input means, the manager device 150 confirms It is possible to notify the integrated monitoring control device unit 130 of the boundary /

In one embodiment, when the control unit 150 is to control the start or end of a boundary, the administrator sets the boundary start or end for the desired building to the entire building or individually from the boundary / It may notify the integrated supervisory control unit 130 of the boundary start / end setting through the network 140. In this case,

In one embodiment, when the manager requests the building map through the input means, the management device unit 150 confirms the building map request and notifies the integrated monitoring control device unit 130 of the building map request through the network 140 After receiving the building map information transmitted from the integrated monitoring control device unit 130, the building map can be displayed (or audio output through the output means) through the display means.

In one embodiment, when the administrator clicks the alarm check icon on the initial screen through the input means, the management apparatus unit 150 confirms this and clicks the alarm check icon via the network 140, The control unit 130 receives the alarm confirmation screen information transmitted from the integrated monitoring control unit 130 and displays an alarm confirmation screen as shown in FIG. 9 through the display unit Voice output). Here, the alarm confirmation screen may include a blinking indication on the map and alarm generation (e.g., occurrence of a main pole distribution panel arc) for the building corresponding to the distribution panel in which the alarm is generated, a status value registered in the distribution panel (For example, arcs, etc.), alarm reset, alarm confirmation, distribution panel, image viewing, boundary / pre-charge, etc. Icons, and the like. In addition, the alarm confirmation screen may be displayed on the map of the building where an intrusion (or fire) has occurred and alarm occurrence (for example, occurrence of Daeungjeon intruder, fire of Daeungjeon), boundary start, An alarm check, a distribution panel, an image view, a border / quote, a microphone, and the like. Accordingly, in order to indicate that a disaster (or an intrusion) has been detected in the grand hall among the plurality of buildings displayed through the display means, the management apparatus unit 150 discriminates the other portions such as red (or white, etc.) So that the manager can more easily recognize that a disaster (or an intrusion) has occurred in the building.

The integrated anti-collision < Desc / Clms Page number 17 > disaster prevention system 100 having the above-described configuration integrates the plurality of anti-crime prevention device units 110 together with the intelligent management of the distribution boards, It is possible to prevent disasters that may occur due to the distribution panel by efficiently managing and to distribute signals such as operational signals, video signals, and processing signals in a distributed manner, Can be prevented from occurring.

Fig. 10 is a view for explaining the crash safeguard apparatus in Fig. 1. Fig.

10, the crime prevention and disaster apparatus unit 110 includes a plurality of distribution boards 111, a plurality of sensors 112, a plurality of camera apparatuses 113, a signal processing apparatus 114, and a switch hub 115 .

The distribution board 111 controls the components (that is, the plurality of sensors 112, the plurality of camera devices 113, the signal processing device 114 ), And the switch hub 115).

In one embodiment, the distribution board 111 identifies an error in real time or a current state (e.g., an arc, a blackout, an overcurrent, an overload, a short circuit, (114).

The sensor 112 senses an intrusion or a disaster according to an operation setting of the signal processing device 114 to generate a detection signal. That is, the sensor 112 detects an intruding object to generate an intrusion detection signal, And generates a disaster detection signal, and transmits the generated intrusion detection signal or disaster detection signal to the signal processing unit 114.

In one embodiment, the sensor 112 may include a crime detector, a flame detector, a smoke detector, a differential detector, a room detector, a theft detector, a temperature detector, and the like. Here, in the case of the security detector, it may detect an event occurring after the boundary time in the boundary / advertisement indicator, and may transmit the detected event value to the signal processor 114, Etc. to the signal processing unit 114 and can be driven or terminated in conjunction with the border time / end setting of the signal processing unit 114. In the case of the flame detector, an event occurring after the prepaid time in the boundary / tally indicator may be detected and the detected event value may be transmitted to the signal processing unit 114. Also, And may be driven or terminated in conjunction with the prepaid time / end setting of the signal processing device 114. [ In the case of a smoke detector, it can perform a 24-hour detection (monitoring) function at all times to deliver an event value to the signal processor 114 at the time of event detection, ). In the case of a differential detector, it can perform the 24-hour detection (monitoring) function normally. However, it can transmit an event value to the signal processing unit 114 when detecting an event using a contact point at a normal time, An error or the like to the signal processing unit 114 and can be terminated by resetting the signal processing unit 114. [

In one embodiment, the sensor 112 may include a sensor such as an opposing sensor (e.g., microwave, ultrasonic, laser or infrared sensor), a stiffness sensor (e.g., ultrasonic, infrared, ), Glass break detectors, magnet switches, micro switches or ITV cameras.

In one embodiment, the sensor 112 may be formed of a temperature / humidity sensor, which senses the temperature and humidity of the building to generate a temperature / humidity signal and sends the generated temperature / . In this case, the temperature / humidity sensor can be a 'SHT 711 sensor', and the generated temperature / humidity signal is displayed on the display means of the management unit 150 through the switch hub unit 120, It is possible to visually inform the indoor temperature and humidity.

The camera device 113 generates a video signal photographed by using the camera in accordance with the operation setting of the signal processing device 114. That is, the camera device 113 takes an image through the camera and generates the photographed video signal, And transmits the generated video signal to the signal processor 114.

The signal processing unit 114 converts an intrusion detection signal or a disaster detection signal transmitted from the sensor 112 and a video signal transmitted from the camera unit 113 into a transmission signal and transmits the transmission signal to the switch hub 115, A plurality of sensors 112, and a plurality of camera devices 113 in accordance with an operation setting signal transmitted from the operation panel 115.

In one embodiment, the signal processing apparatus 114 may include an intrusion detection identifier for identifying an intrusion detection signal, and may convert the intrusion detection signal into a transmission signal. In addition, The identifier may be included in the disaster detection signal and converted into a transmission signal. In addition, an image identifier for identifying the video signal may be included in the video signal and converted into a transmission signal.

In one embodiment, the signal processing apparatus 114 converts the video signal generated by the camera apparatus 113 into a plurality of resolutions (for example, 640 480, 960 720, 1920 1080, etc.) The control unit 115 can reduce the amount of data to be transmitted and can minimize the amount of data generated to reproduce images in the management unit 150. [

The switch hub 115 transmits a transmission signal transmitted from the signal processing unit 114 to the switch hub unit 120. The switch hub unit 120 receives the operation setting signal transmitted from the switch hub unit 120, Signal to the signal processing unit 114.

The anti-crime prevention device unit 110 having the above-described configuration may further include a border / courtesy display device (not shown in the drawings for convenience of explanation). The boundary / tally indicator can drive a warning light or a siren (or LED) according to the event value occurring after the boundary time / tentative time. When the signal processing device 114 is terminated, the warning / LED) can be restored (that is, stopped). In addition, the boundary / tally indicator can also start / end border / tally display by a switch.

11 is a view for explaining the integrated supervisory control unit in Fig.

11, the integrated monitoring control unit 130 includes a signal distributing apparatus 131, an operation server 132, a video server 133, and a signal processing server 134.

The signal distributor 131 distributes the operation signals distributed from the switch hub unit 120 to the operation server 132 by identifying and distributing signals distributed from the switch hub unit 120, The video signal transmitted from the switch hub unit 120 is distributed to the video server 133 and the detection signal transmitted from the switch hub unit 120 (that is, the intrusion detection signal or the disaster detection signal) An operation setting signal transmitted from the operation server 132, a video alarm signal transmitted from the video server 133, and an alarm signal transmitted from the signal processing server 134 (that is, an intrusion alarm signal Disaster warning signal) to the switch hub unit 120.

The operation server 132 stores operation signals dispersed from the signal distributor 131 in a database, and at the same time, generates an operation setting signal corresponding to the operation signal and transmits the operation setting signal to the signal distributor 131.

In one embodiment, the operation server 132 is a server that processes operation signals related to overall operation of the integrated anti-piracy system 100, and may be provided with operation software to process operation signals accordingly.

The video server 133 stores video signals dispersed from the signal distributor 131 in a database and generates an image alarm signal corresponding to the video signal and transmits the generated image alert signal to the signal distributor 131.

In one embodiment, the video server 133 is a server that processes video signals related to the entire image of the integrated anti-crime and countermeasure disaster prevention system 100. The server 133 may record the video by date or time or search the recorded video by date or time .

The signal processing server 134 stores a detection signal (that is, an intrusion detection signal or a disaster detection signal) dispersed from the signal distributor 131 in a database and at the same time detects a disaster detection signal or a disaster detection signal And generates a corresponding alarm signal (that is, an intrusion alarm signal or a disaster alarm signal) and transfers the generated signal to the signal distributor 131.

In one embodiment, the signal processing server 134 may be a server that processes processing signals related to overall processing of detection signals and the like of the integrated anti-crime prevention system 100.

12 is a view for explaining a method of operating the integrated anti-crime prevention system according to the embodiment of the present invention.

12, in the management apparatus unit 150, when the operation signal of the manager is transmitted to the switch hub unit 120 through the network 140, the switch hub unit 120 receives the operation signal from the management apparatus unit 150 Receives the operation signal to be transmitted, and divides the received operation signal from other signals, and transmits the operation signal to the integrated supervisory control unit 130 (S201).

In transmitting the operation signal in the above-described step S201, when the manager instructs the operation setting through the input means, the management apparatus unit 150 confirms the operation setting command and generates an operation signal corresponding thereto, And an operation identifier for identifying the operation signal to the generated operation signal. Accordingly, the switch hub unit 120 can identify the operation identifier in the operation signal transmitted from the management apparatus unit 150 and distribute the operation identifier to the integrated monitoring control apparatus unit 130.

When the operation signal is transmitted in the above-described step S201, the integrated supervisory controller unit 130 stores the operation signal transmitted from the switch hub unit 120 in the database and generates an operation setting signal corresponding to the operation signal The switch hub unit 120 transmits the operation setting signal transmitted from the integrated monitoring control unit unit 130 to the emergency disaster prevention unit 110 in step S202.

In transmitting the operation setting signal in the above-described step S202, the integrated supervisory control unit 130 distributes the operation signals distributed from the switch hub unit 120 to the other signals, respectively, Can generate an operation setting signal.

When the operation setting signal is transmitted in the above-described step S202, the anti-disaster apparatus 110 receives the operation setting signal transmitted from the switch hub unit 120 and, in accordance with the received operation setting signal, (S203).

According to the boundary / emergency time setting signal received from the integrated monitoring control unit 130 via the switch hub unit 120, the anti-collision apparatus unit 110 sets the operation / You can set the border / quote time.

In the operation setting in the above-described step S203, the anti-crime prevention device unit 110 responds to the boundary start / end setting signal received from the integrated monitoring control device unit 130 via the switch hub unit 120 You can set a boundary start / end for a building as a whole or individually.

After the operation setting is made in the above-described step S203, the security disaster prevention unit 110 transmits the detection signal detecting the intrusion or disaster according to the predetermined operation and the video signal photographed using the camera to the switch hub unit 120, The switch hub unit 120 receives the detection signal (i.e., the intrusion detection signal or the disaster detection signal) and the video signal transmitted from the anti-disaster apparatus unit 110 and separates the signal from the other signals To the integrated supervisory control unit 130 (S204).

In the above-described step S204, when the sensing signal and the video signal are transmitted, the anti-crash device unit 110 can detect an intruding object and generate an intrusion detection signal. In addition, And generates a disaster detection signal, a disaster detection signal, and a video signal, which are generated by the camera, through a switch hub unit 120 ). ≪ / RTI >

In transmitting the sensing signal and the video signal in the above-described step S204, the anti-disaster apparatus 110 may include an intrusion detection signal for identifying the intrusion detection signal in the intrusion detection signal, A disaster detection identifier for identifying the disaster detection signal may be included in the disaster detection signal and an image identifier for identifying the video signal may be included in the video signal. Accordingly, the switch hub unit 120 can identify the intrusion detection identifier from the intrusion detection signal transmitted from the security disaster prevention apparatus unit 110 and distribute the intrusion detection identifier to the integrated monitoring control unit 130, The disaster detection unit 110 may identify the disaster detection identifier from the disaster detection signal transmitted from the disaster prevention unit 110 and may distribute the disaster detection identifier to the integrated monitoring control unit 130. In addition, To the integrated supervisory control unit (130).

If the sensing signal and the video signal are transmitted in step S204, the integrated supervisory control unit 130 transmits the sensing signal (that is, the intrusion sensing signal or the disaster sensing signal) and the video signal (That is, an intrusion alarm signal or a disaster alarm signal) corresponding to a detection signal (that is, an intrusion detection signal or a disaster detection signal) and a video alarm signal corresponding to the video signal, The switch hub unit 120 transmits an alarm signal (that is, an intrusion alarm signal or a disaster alarm signal) and an image alarm signal from the integrated monitoring control unit 130 to the network 140 To the management apparatus unit 150 (S205).

In transmitting the alarm signal and the image alarm signal in the above-described step S205, the integrated supervisory control unit 130 receives the detection signal (that is, the intrusion detection signal or the disaster detection signal) distributed and transmitted from the switch hub unit 120, (I.e., an intrusion alarm signal or a disaster alarm signal) corresponding to a detection signal (i.e., an intrusion detection signal or a disaster detection signal) and a video corresponding to the video signal An alarm signal can be generated.

When the alarm signal and the image alarm signal are transmitted in the above-described step S205, the management unit 150 transmits an alarm signal transmitted from the switch hub unit 120 via the network 140 Signal) and an image alarm signal to inform the manager of the received detection alarm (i.e., an intrusion detection alarm or a disaster alarm) and an image alarm (step 206).

As described above, the embodiment of the present invention is not limited to the above-described apparatus and / or method, but may be implemented by a program for realizing a function corresponding to the configuration of the embodiment of the present invention and a recording medium on which the program is recorded And the present invention can be easily implemented by those skilled in the art from the description of the embodiments described above. While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It belongs to the scope of right.

100: Integrated Crime Prevention System
110: Crime prevention and disaster prevention unit
111: Distribution board
112: sensor
113: Camera device
114: Signal processing device
115: Switch Hub
120: Switch hub part
130: Integrated supervisory control unit
131: Signal distributor
132: Operation server
133: video server
134: Signal Processing Server
140: Network
150:

Claims (5)

A crime prevention and disaster prevention unit for receiving an operation setting signal and setting an operation corresponding to the operation setting signal, and transmitting a detection signal detecting an intrusion or a disaster according to a predetermined operation and a video signal photographed by the camera;
A switch hub for receiving and transmitting an operation signal and a sensing signal and an image signal from the CRT unit and transmitting and receiving an alarm signal and an image alarm signal, part;
An alarm signal and an image alarm signal corresponding to a sensing signal and a video signal transmitted from the switch hub unit are transmitted to the switch hub unit and an operation setting signal corresponding to the operation signal transmitted from the switch hub unit is generated, An integrated supervisory control unit for transmitting to the switch hub unit; And
And a management unit for transmitting an operation signal of an administrator to the switch hub unit and receiving an alarm signal and an image alarm signal from the switch hub unit,
The crime prevention and disaster device includes a distribution board for supplying power to the components in accordance with an operation setting; A sensor for generating an intrusion detection signal by detecting an intruding object in a building according to an operation setting, a disaster detection signal by generating a disaster detection signal by detecting a disaster occurring in the distribution panel and inside and outside the building; A camera device for generating a video signal photographed by the camera in accordance with an operation setting; The operation of the distribution panel, the sensor, and the camera device corresponding to the intrusion detection signal or the disaster detection signal generated by the sensor and the image signal generated by the camera device into the transmission signal, ; And a switch hub for transmitting a transmission signal generated by the signal processor to the switch hub unit and receiving an operation setting signal from the switch hub unit and transmitting the operation setting signal to the signal processor,
The signal processing apparatus includes an intrusion detection signal included in an intrusion detection signal, converts the intrusion detection signal into a transmission signal, converts the disaster detection identifier into a disaster detection signal and converts the disaster detection signal into a transmission signal, Lt; / RTI &
The integrated supervisory control unit distributes an operation signal, a video signal, an intrusion detection signal, and a disaster detection signal distributed from the switch hub unit, and then transmits an operation setting signal, an image alarm signal, an intrusion alarm signal, A signal distributor receiving the signal and transmitting the signal to the switch hub; An operation server for storing an operation signal dispersed from the signal distributor in a database and generating an operation setting signal corresponding to the operation signal and delivering the operation setting signal to the signal distributor; A video server for storing video signals dispersed from the signal distributor in a database and generating an image alarm signal corresponding to the video signal and delivering the generated image alert signal to the signal distributor; And a signal processing unit for storing an intrusion detection signal or a disaster detection signal distributed from the signal distributor in a database and generating an intrusion alarm signal or a disaster alarm signal corresponding to the intrusion detection signal or the disaster detection signal, Wherein the server comprises a server.
The security system according to claim 1,
A system and method for generating a disaster detection signal, comprising: generating an intrusion detection signal by detecting an intruding object in a building; generating a disaster detection signal by detecting a disaster occurring in a distribution panel and inside and outside the building; .
The security system according to claim 1,
And sets a boundary / quadrature time corresponding to the boundary / quadrature time setting signal received through the switch hub unit.
The security system according to claim 1,
And sets boundary start / end for a desired building as a whole or individually according to a boundary start / end setting signal received through the switch hub unit.
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