KR101223680B1 - Smart type fire monitoring and detecting system - Google Patents

Abstract

PURPOSE: A smart fire monitoring and sensing system using an IP camera is provided to monitor fire occurrence spot data and whether there is a sensor wrong operation, thereby realizing a quick management of the sensor wrong operation and fire suppressing. CONSTITUTION: A smart fire monitoring system(1) comprises: a fire sensor(100); an IP camera(200); a fire receiver(300); and a control server(400). The fire sensor transmits the sensed fire-related information to the IP camera or the fire receiver. The IP camera transmits the received fire-related information and the image information of the fire area, and transmits various kinds of control signals received from the user's terminal to the fire receiver. The fire receiver suppresses the fire initially by controlling the fire suppressing equipment, and controls the fire suppressing equipment corresponding to the signal received from the IP camera. The control server analyzes the fire-related information and the image information of the fire area received from the IP camera. According to the result of analyzing, the control server sends the control signal of the IP camera or the fire receiver to the IP camera. [Reference numerals] (AA) Network; (BB) Emergency bell; (CC) Emergency lamp; (DD) Spring cooler; (EE) Emergency shutter; (FF) Emergency ladder; (GG) Other control devices

Description

Smart Fire Monitoring System {SMART TYPE FIRE MONITORING AND DETECTING SYSTEM}

The present invention relates to a fire monitoring and detection system, and more particularly, to a comprehensive control system capable of comprehensively monitoring and detecting a fire using an IP camera or a smartphone.

According to the development of the technology of the fire detection system, as disclosed in Patent Publication No. 2002-0014632, a number of systems for detecting fire in advance have been established, thereby enabling the early detection of fire and the prevention of fire. However, it is still unusual to cause a large fire accident due to failure of the sensor to detect a fire. Up to now, the inspection of the sensor had to be carried out periodically to inspect the sensor, so a lot of manpower and equipment were put in place, resulting in a lot of cost, and the user's complaints have also increased.

Therefore, there is a need for a fire monitoring and detection system that can monitor in real time image information of the situation, whether the sensor malfunctions, and can be remotely controlled by a smartphone or the like in the event of a fire or sensor malfunction.

By monitoring the fire occurrence site information and sensor malfunction in real time through IP cameras, it is possible to quickly cope with fire suppression and equipment malfunction. It is to provide a smart fire monitoring detection system that can control the suppression equipment.

According to an aspect, the smart fire monitoring detection system detects at least one of heat, gas, smoke, light, and fire from a fire detector, fire detector including a communication unit for transmitting the fire-related information to the IP camera or fire receiver When the relevant information is received, transmits the received fire-related information and the site image information of the fire occurrence area to the user terminal or the control server, and when receiving various control signals from the user terminal or the control server performs the operation corresponding to the control signal IP camera that transmits the control signal received from the fire receiver, when the fire related information is received from the fire detector, it controls the initial fire suppression equipment to extinguish the fire initially, and when the control signal is received from the IP camera, Fire-related information received from fire receivers and IP cameras controlling the corresponding fire suppression equipment Analyzing the image information and the field, and can generate a control signal for controlling the IP camera or the fire receiver in accordance with the analysis results include a control server to send the IP camera.

In addition, the smart fire monitoring detection system is a field image providing unit for providing the site image information received from the IP camera to the user through the interface, a control information input unit for receiving the fire suppression equipment control information from the user through the interface, received control information A user terminal may further include a control signal generation unit configured to generate a control signal for transmitting a fire signal to the fire extinguishing equipment to the IP camera by using a.

The IP camera receives a fire related information from a fire detector, receives a control signal from a user terminal or a control server, and the video information extracting field image information of a recorded fire occurrence point when receiving a fire related information. If the extractor, the extracted field image information does not exist or the receiver receives the field image capture control signal, the image information generator for generating the field image information by shooting the image of the fire scene and the extracted or captured field image information It may include a transmitting unit for transmitting to the user terminal or the control server, and transmits a control signal related to the fire suppression among the control signals received from the user terminal or the control server to the fire receiver.

In addition, the IP camera may further include a wireless communication module including a wireless LAN module and a communication control unit for controlling the wireless communication module to communicate with the receiver and the transmitter to connect to the wireless communication network.

Initial fire suppression equipment includes at least one of an emergency bell, an emergency light, a sprinkler, an emergency shutter, and an emergency ladder, and the fire receiver uses a fire detector or a communication unit for communicating with an IP camera or a fire related information received through the communication unit. Analysis unit for analyzing whether the fire occurred or a fire alarm, the warning execution unit for guiding the fire occurrence or fire warning preset through the speaker or the screen according to the analysis result of the analysis unit, if the analysis result fire occurs to the fire occurrence point When fire control device is operated and the control signal is received from the IP camera, the fire report is notified to the control server or disaster prevention organization in the event of a fire as a result of the analysis of the suppression device drive unit and the analysis unit that drive the fire suppression device corresponding to the control signal. It may include wealth.

The fire receiver may further include a self test unit for checking the current operation state, outputting self diagnosis information through a speaker or a screen, and transmitting the self diagnosis information to the control server.

In addition, the control server is a communication unit for transmitting and receiving the fire-related information, site image information and control signals with the fire receiver or IP camera, the fire detector, the installation location of the IP camera and the fire receiver, identification information, map information, emergency contact information, fire-related Memory including at least one of information and field image information, Fire-related information received through the communication unit analyzes the information on the screen and the reception information processing unit for storing in the memory, Emergency contact number stored in the memory to fire If the fire-related information displayed on the screen through the emergency telephone call unit and the reception information processing unit is fire detection information, the fire receiver is controlled to drive the initial fire suppression equipment to the point where the fire occurred according to the initial fire suppression command of the administrator. It may include a control signal generator for generating a control signal.

The reception information processor may display the field image information received through the communication unit on a map map stored in the memory and output the information on the screen.

By providing a fire monitoring and detection system through an IP camera, it is possible to monitor fire occurrence site information and sensor malfunctions in real time to quickly cope with fire suppression and equipment malfunctions. While checking the situation, it is possible to remotely control various suppression equipment effectively.

1 is a block diagram of a fire monitoring detection system according to an embodiment.
2 is a block diagram of a fire detector according to the embodiment of FIG.
3 is a block diagram of an IP camera according to the embodiment of FIG. 1.
4 is a block diagram of a fire receiver according to the embodiment of FIG.
5 is a block diagram of a control server according to the embodiment of FIG.
6 is a block diagram of a user terminal according to the embodiment of FIG. 1.

Specific details of other embodiments are included in the detailed description and the drawings. BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and the manner of achieving them, will be apparent from and elucidated with reference to the embodiments described hereinafter in conjunction with the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, a smart fire monitoring detection system according to embodiments of the present invention will be described in detail with reference to the drawings.

1 is a block diagram of a smart fire monitoring detection system according to an embodiment.

Referring to FIG. 1, the smart fire monitoring detection system 1 includes a fire detector 100, an IP camera 200, a fire receiver 300, a control server 400, and an additional user terminal 500. It may further include.

The fire detector 100 is installed in a plurality of buildings, such as department stores, apartments, cinemas, and transmits the fire-related information to the IP camera 200, the fire receiver 300, and the like. The fire detector 100 may detect heat, gas, smoke, light, etc. through various detection sensors. The fire detector 100 is made compact and can be linked with existing equipment.

In general, the fire detector 100 refers to a component that directly detects a fire of an automated material detecting facility or an automatic fire extinguishing facility, and a differential sensor using air expansion and a heat detector using heat accumulation. have. It is roughly classified into a compensation type and a smoke detector which detects smoke using air expansion and heat accumulation at the same time. According to the detection method, it is classified into spot type detector which detects local parts and distributed detector which detects the whole area. Different types of detectors are available: differential spot type, differential distribution type, compensating spot type, constant temperature spot type, constant temperature sensing linear type, ionization type, photoelectric type, heat complex type, smoke composite type, and hot smoke composite type. .

The IP camera 200 is connected to the fire detector 100 by wire or wirelessly to receive fire related information from the fire detector 100. When the fire-related information is received, the field image of the location where the fire detector 100 that transmits the fire-related information is extracted or photographed to transmit the site image information or fire-related information to the user terminal 500 or the control server 400 Can be. In this case, the user terminal 500 includes a smartphone, a general mobile phone, a tablet PC, a notebook, a desktop PC, and the like.

In addition, the IP camera 200 receives various control signals from the user terminal 500 or the control server 400, performs an operation such as photographing a field image according to the received control signal, and the control signal is If the fire receiver 300 is a signal for controlling the fire disaster prevention equipment transmits to the fire receiver (300).

As such, when the control system using the IP camera 200 is built, the user and disaster prevention personnel in real time by transmitting the situation of the site to the user terminal 500 or the control server 400 such as an SMS such as a smartphone. It is possible to check and prevent unnecessary on-site dispatch in advance, it is possible to quickly control remotely by generating various control signals and controlling through the IP camera 200.

The fire receiver 300 may receive fire related information or various control signals from the fire detector 100 or the IP camera 200. The fire receiver 300 is connected to the fire detector 100 or the IP camera 200 by wired or wireless, and when the fire-related information is received, it may determine whether a fire has occurred by analyzing the fire-related information.

If it is determined that the actual fire has occurred as a result of the analysis, the fire receiver 300 may transmit the fire occurrence information to the control server 400 associated with the building. In addition, the fire receiver 300 operates a fire alarm device among various control devices to quickly evacuate people in a building in which a fire occurs, and drives the initial fire suppression equipment so that the fire can be suppressed early. . At this time, the fire suppression equipment may include an emergency bell, emergency light, sprinkler, emergency shutter, emergency ladder, and the like as shown in FIG.

In addition, the fire receiver 300 may be integrated with the fire breaking function, in this case, the fire occurrence status information can be automatically connected to the telephone of the disaster prevention agency (fire department, police station, etc.) directly connected to the notification.

In addition, the fire receiver 300 receives various control signals transmitted from the user terminal 500 or the control server 400 from the IP camera 200 and performs an operation corresponding to the control signals. For example, disaster prevention personnel can generate a control signal to analyze the site situation through the control server 400 to drive the suppression equipment suitable for the result. In addition, general users can check the on-site image information when the user terminal 500, such as a smart phone is received and can immediately control the suppressors of the site.

The control server 400 monitors and analyzes the fire related information and the site image information received from the fire detector 100, the IP camera 200, and the fire receiver 300 in real time to perform appropriate response measures.

The user terminal 500 receives fire related information or field image information from the IP camera 200 or the fire receiver 300, provides the received information to the user through an interface, and provides various control information input from the user. The control signal is generated through the IP camera 200 and transmitted.

According to the disclosed embodiment, the disaster prevention personnel or users can receive various site situation information by the terminal owned by them and directly control the fire disaster prevention equipment through the user terminal. Thus, personnel or users can respond to real-time fire occurrence regardless of their location.

Hereinafter, each component of the smart fire monitoring detection system 1 will be described in detail with reference to FIGS. 2 to 6.

2 is a block diagram of a fire detector according to the embodiment of FIG. Referring to FIG. 2, the fire detector 100 may include a detection sensor 110 and a communication unit 120.

The detection sensor 110 may detect various information such as heat, gas, smoke, and light.

The communication unit 120 transmits and receives fire related information with the IP camera 200, the fire receiver 300, the control server 400 and the like. The communication unit 120 may include a wireless communication unit (not shown) and a wired communication unit (not shown) according to an additional aspect. The wireless communication unit (not shown) may communicate with the at least one IP camera 200, the fire receiver 300 and the control server 400 through a Zigbee communication module or a Bluetooth communication module. The wired communication unit (not shown) performs communication with the IP camera 200 and the fire receiver 300 through RS485 communication or RS232C communication.

When a fire is detected from the detection sensor 110, the fire detector 100 may determine the level of the fire level according to the level of the fire detection signal and notify the IP camera 200 or the fire receiver 300 of the fire occurrence.

According to a further embodiment, when the smoke generation is detected from the sensor 110, the corresponding room temperature information is received from the sensor 110 to determine whether the room temperature is higher than the preset temperature. As a result, when the room temperature is measured to be higher than the preset temperature, the fire detector 100 may transmit the fire related information including the fire announcement information to the IP camera 200 or the fire receiver 300.

3 is a block diagram of an IP camera according to the embodiment of FIG. 1. Referring to FIG. 3, the IP camera 200 may include a receiver 210, an image information extractor 220, an image information generator 230, and a transmitter 2450.

The receiver 210 receives various information from various devices connected by wire or wirelessly. The receiver 210 may receive fire related information from the fire detector 100 and may also receive a control signal from the user terminal 500 or the control server 400. The fire related information received from the fire detector 100 through the receiver 210 checks the unique ID of the corresponding fire detector 100, the fire occurrence information for each fire level, or the operation state of each component of the corresponding fire detector 100. One can include self-diagnostic information.

When the fire information is received from the fire detector 100, the image information extracting unit 220 checks whether a captured image of a place where the fire related information is installed exists in a memory (not shown), and extracts the on-site image information if present. can do.

The image information generation unit 230 captures the current scene image when the scene image information does not exist in the memory (not shown) or when the image information shooting control signal is received from the control server 400 or the user terminal 500. Image information may be generated.

The transmitter 240 may transmit the extracted or generated field image information to the user terminal 500 or the control server 400. In addition, the transmitter 240 transmits a control signal to the fire receiver 300 when a control signal related to driving a fire suppression apparatus is received from the user terminal 500 or the control server 400.

According to an additional aspect, the IP camera 200 may further include a wireless communication module 250 and a communication controller 260. The IP camera 200 is capable of transmitting and receiving data with the fire detector 100, the fire receiver 200, the control server 400, the user terminal 500 through the wireless communication module. At this time, the wireless communication module may include a wireless LAN (WiFi), Bluetooth, Zigbee, NFC (Near Field Communication).

The communication controller 260 controls the connection to the network communication network by controlling the wireless communication module. For example, the communication controller 260 may access an internet network by connecting to an access point (AP) through a WLAN module.

4 is a block diagram of a fire receiver according to the embodiment of FIG. Referring to FIG. 4, the fire receiver 300 includes a communication unit 310, an analysis unit 320, a control unit 330, an alert execution unit 340, a suppression device driving unit 350, a fire report unit 360, and a self-contained unit. The diagnostic check unit 370 may be included.

The communication unit 310 communicates with at least one fire detector 100, the IP camera 200 and the control server 400. The communication unit 200 may more specifically include a wireless communication unit (not shown), a wired communication unit (not shown), and a voice communication unit (not shown).

The wireless communication unit (not shown) communicates various data with the fire detector 100, the IP camera 200, the control server 400, and various controllers through a Zigbee communication module or a communication module such as Bluetooth. Can send and receive

The wired communication unit (not shown) may transmit and receive various data with the fire detector 100 or the control server 400 or various control devices through RS485 communication or RS232C communication. As an example, various controllers, the fire detector 100, the IP camera 200, or the control server 400 may be connected to the fire receiver 300 through one communication cable.

The voice communication unit (not shown) may communicate the fire related information received from the fire detector 100 with the control server 400 by using a voice signal. That is, the fire receiver 300 may further include a microphone (not shown) capable of voice communication with the control server 400, and the voice signal input from the user through the microphone (not shown) is a voice communication unit (not shown). It can be transmitted to the control server 400 through. In addition, when the fire receiver 300 receives a voice signal of the person in charge from the user terminal 500 or the control server 400 through the voice communication unit (not shown), and outputs the voice of the relevant person through the output unit (not shown). can do.

Accordingly, the fire receiver 300 by outputting the voice of the person in charge of the control server 400 or the user terminal 500 through the speaker (not shown), the general users can share the fire-related information.

On the other hand, the fire-related information may include a unique ID of the corresponding fire detector 100, fire occurrence information for each fire level or self-diagnostic information that checks the operation state for each component of the fire detector 100.

The analyzer 320 analyzes the received fire-related information to determine whether a fire has occurred. The analysis unit 320 may check whether the fire related information is a fire occurrence signal with reference to a fire determination DB (not shown). In the fire determination DB (not shown), a threshold for determining a fire occurrence or a fire warning may be preset and stored. According to an embodiment, if a temperature value for informing a fire alarm is preset, and the temperature value received from the fire detector 100 exceeds a preset temperature value, the analyzer 320 may determine that the fire alarm is fire.

The warning execution unit 340 executes a fire warning to the people in the building under the control of the control unit 330 to enable people to evacuate quickly.

The suppression apparatus driving unit 350 may quickly extinguish a fire by driving the suppression apparatuses under the control of the controller 330. The suppression apparatus driving unit 350 receives the fire-related information from the fire detector 100 by the communication unit 310, and analyzes the fire occurrence by the analysis unit 320, according to the control of the control unit 320. They can be quickly controlled early in the fire.

In addition, when the communication unit 310 receives a control signal from the user terminal 500 or the control server 400 through the IP camera 200, the control unit 330 causes the suppression equipment driving unit 350 to be based on the control signal. The corresponding suppression equipment is driven, and the suppression equipment driving unit 350 drives the corresponding suppression equipment according to the control.

For example, the user or the person in charge monitors the fire-related information or the site image information through their user terminal 500 or the control server 400, and provides a control signal to drive the fire suppression equipment most suitable for the site situation. Can be generated. By receiving the control signal, the corresponding fire suppression equipment can be driven to effectively extinguish the fire.

The fire report unit 360 may transmit the fire related information to the control server 400 or the fire disaster prevention organization (not shown) under the control of the controller 330. The fire report unit 360 may transmit a fire occurrence guide message stored in a fire report DB (not shown) to the control server 400 and the user terminal 500 when the analysis of the analysis unit 320 causes a fire. Here, the fire occurrence guidance message preferably includes the location information of the point where the fire occurred and the phone number of the building administrator. On the other hand, if the analysis of the analysis unit 320 is a fire warning, the warning execution unit 340 may inform the fire alarm to the residents in the room through the control server 400 and the speaker and / or the screen.

According to an additional aspect, the controller 330 may cause the self-assembly group check unit 370 to check the self-diagnosis. The self test unit 370 periodically checks whether the battery of the fire receiver 300 is low, an operating state, and an operating state of various connected controllers, and outputs abnormal state information when an abnormality occurs. In addition, the self-diagnostic check information may be transmitted to the control server 400 or the user terminal 500 through the communication unit 310.

5 is a block diagram of a control server according to the embodiment of FIG. Referring to FIG. 5, the control server 400 includes a communication unit 410, a reception information processing unit 420, an emergency telephone call unit 430, a memory 440, a control signal generation unit 450, and an information input unit 460. It may include.

The communication unit 410 may receive fire related information including self-diagnostic information from the fire receiver 300. The communication unit 410 may transmit and receive fire related information with the DTMF signal with the fire receiver 300, and when the fire related information is received with the DTMF signal from the fire receiver 300, the fire related information may be extracted from the received DTMF signal. Can be.

According to a further embodiment, the communication unit 410 may receive field image information from the IP camera 200 through a wireless communication module including a wireless LAN (WiFi).

The memory 440 may store fire related information or field image information received through the communication unit 410. In addition, identification information, installation location information, emergency contact number, map map information such as the fire detector 100, IP camera 200, fire receiver 300 may be further stored.

The reception information processing unit 420 stores the fire related information and the site image information received through the communication unit 410 in the memory 440, and outputs them in real time on the monitoring screen so that the personnel can monitor them. At this time, the fire-related information may be determined whether the fire detection information or self-diagnostic information, and output to the screen through the corresponding interface. In addition, the fire scene image information may be displayed on the map map stored in the memory 440 and output.

Person in charge can check the information displayed on the screen in real time and immediately move to the site by using the field image information printed on the map map as needed, or judge the site situation through the field image information or the fire related information. By transmitting a control signal to the IP camera 200 or the fire receiver 300 to control it, it is possible to cope with time.

The emergency telephone call unit 430 may transmit fire occurrence guide information to a phone number of a person in charge, a general user, and a disaster prevention institution (eg, 119, a police station) stored in the memory 440. At this time, the emergency telephone call unit 430 may display the on-site video information on the map map and transmit the information to the phone of the person in charge. You can control the suppression.

The information input unit 460 receives reference information, control information, etc. from the person in charge of the control server 400, stores the information in the memory 440 or transmits the control signal generator 450. In this case, the control information may be, for example, to allow the fire receiver 300 to drive the fire suppression equipment. Control server 400 personnel can input the control information to accurately analyze the site situation through monitoring and to drive the most appropriate fire suppression equipment. In this case, the information input unit 460 may receive the control information from the person in charge and transmit it to the control signal generation unit 450.

The control signal generation unit 450 may generate a control signal through the control information received from the information input unit 460 and transmit the control signal to the IP camera 200 or the fire receiver 300.

For example, when the fire receiver 300 analyzes the fire-related information on its own and analyzes it as a fire occurrence, an emergency bell or emergency light is sounded to alert the first person by causing an early evacuation of the fire. It can be minimized. In addition, if the control server 400 personnel monitors and analyzes the site situation and determines that the sprinkler is required or the emergency shutter is required, the sprinkler operation and emergency shutter operation control information is inputted. By operating the fire suppression equipment secondary through the fire receiver 300 based on the timely and effectively can suppress the fire.

6 is a block diagram of a user terminal according to the embodiment of FIG. 1. Referring to FIG. 6, the user terminal 500 includes a communication unit 510, an image provider 520, a control signal generator 530, a control information input unit 540, a storage unit 550, and an interface provider 560. It may include.

The communication unit 510 may receive various fire related information and field image information from the IP camera 200 or the control server 400. In addition, various control signals may be transmitted to the IP camera 200, and users may drive the fire suppression equipment by directly inputting control information.

The storage unit 550 stores emergency contact numbers, map map information, and various types of information received through the communication unit 510.

The image provider 520 may display the field image information received through the interface and provide the same to the user. In this case, by displaying and providing the site image information on the map map stored in the storage unit 550, users can quickly determine the location of the site.

The interface provider 560 may provide an interface suitable for the terminal type of users. For example, if the user terminal 500 is a smartphone or a tablet PC, etc., it may be provided in the form of an application, and users may check and input various information by running the app on the smartphone. In addition, if the user terminal 500 is a general PC can be provided in the form of a web page. Users can access the website from the PC to check various information and input control information.

The control information input unit 540 receives various control information, for example, control information for allowing the fire receiver 300 to drive fire suppression equipment through an interface provided from a user. For example, as shown in Table 1 below, the interface provided to the user may display the appropriate fire suppression equipment and its shortcut keys according to the site situation. Users can view the on-site video information provided and press the corresponding hotkey to drive the fire suppression equipment.

Suppression equipment Shortcut Sprinkler One Emergency Shutter 2 Emergency ladder 3 Emergency light 4 Emergency bell 5

When control information is input through the control information input unit 540, the control signal generator 530 may generate a corresponding control signal and transmit the control signal to the IP camera 200 through the communication unit 510. When receiving the control signal, the IP camera 200 may be transmitted to the fire receiver 300 to drive the corresponding fire suppression equipment.

According to the disclosed embodiment, the user can check the image information of the site through a smartphone, etc., regardless of the location of the user, and also through the provided interface to deal with the secondary damage that can be additionally generated It can be minimized.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the foregoing detailed description, and all changes or modifications derived from the meaning and scope of the claims and the equivalents thereof are included in the scope of the present invention Should be interpreted.

1: fire monitoring detection system 100: fire detector
110: sensor 120: communication unit
200: IP camera 210: receiver
220: image information extraction unit 230: image information generation unit
240: transmitter 250: communication module
260: communication control unit 300: fire receiver
310: communication unit 320: analysis unit
330: control unit 340: warning execution unit
350: extinguishing equipment driving unit 360: fire reporting unit
370: self-promoted group unit 400: control server
410: communication unit 420: reception information processing unit
430: emergency telephone call unit 440: memory
450: control signal generation unit 460: information input unit
500: user terminal 510: communication unit
520: image providing unit 530: control signal generation unit
540: control information input unit 550: storage unit
560: interface providing unit

Claims (8)

A fire detector including a communication unit for detecting at least one of heat, gas, smoke, and light and transmitting fire related information to an IP camera or a fire receiver;
When the fire related information is received from the fire detector, the received fire related information and the site image information of the fire occurrence area are transmitted to the user terminal or the control server, and when various control signals are received from the user terminal or the control server, the control signal is responded to. An IP camera which performs an operation or transmits a control signal received to a fire receiver;
A fire receiver to control the initial fire suppression equipment when the fire related information is received from the fire detector to extinguish the fire initially, and to control the fire suppression equipment corresponding to the control signal when the control signal is received from the IP camera; And
A control server analyzing fire-related information and field image information received from the IP camera and generating a control signal for controlling the IP camera or the fire receiver according to the analysis result and transmitting the generated control signal to the IP camera;
The IP camera,
A receiver which receives fire related information from a fire detector and receives various control signals from a user terminal or a control server;
An image information extracting unit extracting field image information of a recorded fire occurrence point when the receiving unit receives fire related information;
An image information generation unit for generating an image of the scene by shooting an image of a scene of a fire when the extracted image information of the scene does not exist or a receiver receives a scene image photographing control signal; And
A transmission unit which transmits the extracted or photographed field image information to a user terminal or a control server, and transmits a control signal related to fire suppression among the control signals received from the user terminal or control server to a fire receiver; Surveillance detection system. The method of claim 1,
On-site image providing unit for providing the site image information received from the IP camera to the user through the interface, a control information input unit for receiving the fire suppression equipment control information from the user through the interface, the fire receiver using the received control information the fire receiver And a user terminal including a control signal generation unit for generating a control signal for controlling the suppression apparatus and transmitting the control signal to the IP camera. delete The method of claim 1, wherein the IP camera,
A wireless communication module including a wireless LAN module; And
And a communication control unit for controlling the wireless communication module to connect to the wireless communication network so that the receiving unit and the transmitting unit can communicate with each other. According to claim 1, wherein the initial material suppressor,
One or more of an emergency bell, emergency light, sprinkler, emergency shutter, and emergency ladder,
The fire receiver,
Communication unit for communicating with the fire detector or the IP camera;
An analysis unit which analyzes whether a fire occurs or a fire warning by using the fire related information received through the communication unit;
A warning execution unit guiding a fire occurrence or a fire warning preset through a speaker or a screen according to an analysis result of the analysis unit;
A fire suppression apparatus driving unit for driving an initial fire suppression apparatus to a fire occurrence point and, when a control signal is received from an IP camera, in response to an analysis result of the analysis unit, driving a fire suppression apparatus corresponding to the control signal; And
Smart fire monitoring detection system comprising a; fire reporting unit to notify the control server or disaster prevention agency in the event of a fire as a result of the analysis of the analysis unit. The method of claim 5, wherein the fire receiver,
Smart self-monitoring detection system further comprises; self-diagnostic group for outputting the self-diagnostic information through the speaker or the screen by checking the current operation state, and transmits the self-diagnostic information to the control server. The method of claim 1, wherein the control server,
Communication unit for transmitting and receiving the fire receiver or IP camera and the fire related information, field image information and control signal;
A memory including at least one of an installation position, identification information, map information, emergency contact information, fire related information, and field image information of the fire detector, the IP camera and the fire receiver;
A reception information processing unit analyzing the fire related information received through the communication unit, displaying the information on the screen, and storing the information on the screen;
An emergency telephone call unit that notifies the occurrence of a fire with an emergency contact number stored in the memory;
If the fire-related information displayed on the screen through the reception information processing unit is the fire detection information, the control to generate a control signal for controlling the fire receiver to drive the fire extinguishing equipment to the point where the fire occurred according to the initial fire suppression command of the administrator Smart fire monitoring detection system comprising a; signal generation unit. The method of claim 7, wherein the receiving information processing unit,
Smart fire monitoring detection system for displaying the on-site image information received through the communication unit on the map map stored in the memory to output on the screen.

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