WO2019221312A1

WO2019221312A1 - Fire management system having fire information providing function including lifesaving information and method thereof

Info

Publication number: WO2019221312A1
Application number: PCT/KR2018/005613
Authority: WO
Inventors: 이세호
Original assignee: ㈜예람
Priority date: 2018-05-16
Filing date: 2018-05-16
Publication date: 2019-11-21

Abstract

The present invention relates to a fire management system having a fire information providing function including lifesaving information and a method thereof, the system providing status information about people located at a fire site along with fire information to facilitate fire suppression in case of fire and to maximize lifesaving at the fire site.

Description

Fire management system having fire information providing function including lifesaving information and method

The present invention relates to a technology for providing a state information on a person who is located at the fire site together with the fire information when a fire occurs, facilitating extinguishment of the fire at the time of fire, and maximizing the life structure of the fire site. .

In general, facilities such as buildings are equipped with fire fighting equipment in case of fire. Here, the fire fighting equipment means the equipment necessary for the fire fighting whose installation is mandatory by the laws related to fire fighting. These types of fire-fighting equipment include fire-fighting equipment for extinguishing fire directly, alarm equipment for detecting and notifying fires in case of fire or extinguishing activities, evacuation equipment used to prevent human injury in case of fire, fire There are fire extinguishing facilities for storing extinguishing water necessary for extinguishing and extinguishing facilities for carrying out fire extinguishing in case of fire.

In general, the fire management system detects a fire occurrence when a plurality of sensors installed in a facility such as a building detects a fire and operates a fire receiver connected to the plurality of sensors to determine whether a fire has occurred in a facility such as a building. It judges and performs a series of actions to ring the emergency bell or provide fire occurrence information to the related organizations.

As a prior art document, a method and system for providing fire notification alarm including fire occurrence location information of Korea Patent Publication No. 10-2013-0083224 includes a home device, an alarm device, a wired / wireless communication network, and a management server. Implement a fire location information processing process on the server to provide fire notification alarms to enable rapid fire alarms to tenants in a common residential area or households. By realizing high-tech IT technology for home devices that are currently being distributed by enabling them to move to a safe evacuation route, the voice alarm and visual alarm function can be properly operated to inform residents of a fire immediately after a fire and to provide safe evacuation. Do it.

On the other hand, for the rescue of life at the fire site, the urgent need of golden time to determine life and death is required, and the rescue plan is decided at the fire site in response to the structure and use of the building and the fire situation.

However, the method and system for providing a fire notification alarm including the location information of the fire occurrence is to inform the tenant of the location of the fire occurrence and to secure a safe evacuation route. There is no way to recognize it.

Therefore, even if firefighters or paramedics arrive at the fire site, the number of people trapped in the fire zone and the location of the trapped people cannot be determined. Therefore, it is impossible to determine the optimal fire suppression and rescue plan for the fire situation. As a result, it is common to miss the golden time for lifesaving.

Thus, by providing the status information of people located on the site in the event of a fire to the outside, a way to maximize the rescue of life by securing a golden time that can make accurate decisions as well as fire suppression is required.

In addition, in some commercial facilities, a fire detector may be turned off in order to prevent material damage caused by emergency bell driving due to malfunction of a sensor for detecting a fire.

If an actual fire occurs in such a state, since the fire management system is not operated, the fire and the casualty may be greater.

Thus, in order to operate the fire management system more stably, even if the fire detector does not operate properly, it is necessary to double-monitor the fire state to determine whether a fire has occurred.

Accordingly, the present invention has been made in view of the above circumstances, and by providing the state information on the person located at the fire site together with the fire information, it is easy to extinguish the fire in the event of a fire, and to save the life structure of the fire site. It is a technical object of the present invention to provide a fire management system and method having a fire information providing function including life-saving information that can be maximized.

In addition, the present invention analyzes the voice of the people around, in the case of the rescue voice, even if the fire occurrence signal is not received by analyzing the fire conditions at other locations to determine whether the fire occurs, more stable fire management services can be provided It is another technical object to provide a fire management system and method having a fire information providing function including life-saving information to enable it.

According to an aspect of the present invention for achieving the above object, a one-to-one correspondence with a smart adapter communicatively coupled to the fire receiver and the control terminal connected to the detector and the alarm device, and a fire receiver connected to the detector and the alarm device By analyzing the fire information provided from the smart adapter, which is connected to at least one smart adapter and configured to communicate with each other, the fire status is predicted, and the number of rescued persons and the number of rescued persons are transferred based on rescued life data. A control terminal for estimating and providing fire status information including rescue information to a fire management server, or providing fire information provided from a smart adapter to a fire management server and requesting the fire management server to generate the above-mentioned fire status information. It is configured to include, the smart adapter, A power supply unit for supplying the same power, a communication unit for performing wired or wireless communication, a voice sensor installed outside the smart adapter to collect voice around the smart adapter, a fire occurrence signal is received from the communication unit, or is provided from the voice sensor When it is determined that the rescued voice has been received by comparing the voice signal with the registered rescued voice, the voice pattern data including at least one of intonation, tone, tremor, and speed of the rescue is generated for the received rescued voice. In addition to generating rescue voice data including the corresponding sound source and voice pattern data, and generating rescue name data including rescue code data of the adapter code and at least one or more different rescue voices, the rescue name data and A controller for providing fire information, including fire occurrence information, to the control terminal; This adapter cord and rescue fire control system provided with a fire information including life-saving information function characterized in that comprises a memory that stores the fire information including audio properties is provided.

In addition, the voice sensor is composed of four, and is disposed at a predetermined angle in a different direction with respect to the center point of the smart adapter, the control unit is the position of the rescuer based on the signal strength of the rescued voice provided from each voice sensor Is calculated, and the rescue voice data is provided with a fire management system having a fire information providing function including lifesaving information, characterized in that it further includes location information of the rescuer.

In addition, four motion sensors are additionally installed on the outside of the smart adapter at different angles to collect motion values around the smart adapter, and the controller calculates the number of rescuers based on the motion values. Fire management system having a fire information providing function including lifesaving information, characterized in that it further includes movement information including the number of rescuers and the movement value to the rescued rescuer data including rescued voice data received at the same time This is provided.

In addition, the smart adapter performs a fire occurrence verification request to the control terminal when the rescue voice is received while the fire occurrence information is not received, and generates rescue life data based on the fire occurrence information received from the control terminal. The control terminal requests the current status information from another smart adapter that can communicate with itself in response to the fire occurrence verification request from the smart adapter, and collects the status information from another smart adapter in response to the status of at least one smart adapter. In the event of a fire state, a fire management system having a fire information providing function including lifesaving information, characterized in that to transmit the fire occurrence information to the smart adapter requesting a fire occurrence verification is provided.

In addition, the smart adapter collects a voice having a signal strength of a predetermined size or more in units of three syllables or less in a standby mode in which a fire occurrence signal is not received, and determines a rescued voice. There is provided a fire management system having a fire information providing function including lifesaving information, characterized in that it is collected in units of three syllables or less to determine rescued voices.

In addition, the smart adapter is configured with an additional fire detection sensor, and determines whether the fire itself based on the fire detection signal collected through the fire detection sensor, the fire occurrence information is not received from the fire receiver When the fire occurrence state is determined by the above-described fire detection sensor, the fire management system having a fire information providing function including lifesaving information, characterized in that it is configured to generate rescue life data for the rescued voice received thereafter This is provided.

In addition, the smart adapter extracts feature information of at least one voice pattern among the intonation, tone, tremor, and speed of the rescued voice, assigns a rescuer code corresponding to the feature information of the rescued voice, and supplies the rescued voice data to the rescued voice data. A fire management system having a fire information providing function including lifesaving information, characterized in that it is configured to add a rescuer code.

In addition, the memory stores the rescue codes corresponding to the fire situation, the fire situation code, the evacuation situation code and the emergency situation code in response to the rescue situation, and the different rescue voices are stored in response to each situation code. The control unit has a fire information providing function including lifesaving information, characterized in that it is generated in addition to the generated rescue rescue voice data, characterized in that configured to add the rescue code for the rescued voice collected in the rescue voice data A fire management system is provided.

The control unit may be configured to generate rescue voice data by assigning a rescue hold code to a received voice that is not registered as a rescue code, and after the fire extinguishment is completed, the fire management server corresponds to the rescue hold code in the rescue rescue data. And extracting a sound source, and if the extracted voice satisfies a preset rescue condition, adds the sound source to the memory of all the smart adapters as a rescue voice. Having a fire management system.

In addition, the control terminal measures the change in the voltage and current of the line connected between the fire receiver and the detector and the alarm device to collect operation state information on whether the detector is operating, the operation of the alarm device according to the fire situation, and the operation state information Provided is a fire management system having a fire information providing function including life-saving information, characterized in that for generating the fire occurrence information according to the transmission to the smart adapter.

In addition, the control terminal is provided with a fire management system having a fire information providing function including life-saving information, characterized in that after operating the power supply via a line connected to the alarm device, operating the alarm device according to the operation status information. do.

In addition, the control terminal and the fire management server and configured to further comprise a smart terminal coupled via a network, the fire management server provides a fire management application for processing fire-related remote control information to the smart terminal, The smart terminal automatically executes the fire management application when the fire occurrence information is received from the control terminal, and sets a control execution rule according to a user condition to fire control including lifesaving information, characterized in that configured to remotely control the control terminal. A fire management system having a providing function is provided.

In addition, the control terminal stores the administrator information granted access rights and their own log records and external access records, the smart terminal communicates with the control terminal and the fire management server, log records of the control terminal, automatic fire detection equipment There is provided a fire management system having a fire information providing function including lifesaving information, characterized in that configured to view the operation status information or the processing information of the fire response processor according to their access rights.

In addition, according to another aspect of the present invention for achieving the above object, the control terminal is installed to communicate with the fire receiver in a one-to-one correspondence with the fire receiver connected to the detector and the alarm device and at least one or more smart adapter communication In the method of providing fire information in a fire management system, which is connected to the control terminal and the fire management server, which is connected to each other, the first step of monitoring whether fire occurrence information including fire detection information is received from the smart adapter. And a second step of collecting the surrounding voice signal from the smart adapter and determining whether the sound source of the collected voice is a registered rescued voice, the fire occurrence information is received in the first step from the smart adapter, or the second step. If a rescue voice is received from the A third step of generating voice pattern data including at least one of volume, tone, shaking, and speed, and generating rescued voice data including a corresponding sound source and the voice pattern data; A fourth step of generating rescue name data including rescue voice data for the different rescue voices and providing fire information including the rescue name data and fire occurrence information to the control terminal; and from the smart adapter at the control terminal. Analyzes the fire information provided to predict the current state of fire occurrence, estimates the number of rescued persons and the movement of rescued persons on the basis of rescued person data, and generates fire status information including rescued person information to the fire management server. Fire or by providing fire information from the smart adapter to the fire management server. A fire information providing method including lifesaving information in a fire management system, comprising a fifth step of requesting to generate fire status information from a management server is provided.

In addition, four voice sensors are installed on the outside of the smart adapter to be spaced at a predetermined angle in different directions with respect to the center point of the smart adapter, and in the third step, the smart adapter has a signal of the rescued voice provided from each voice sensor. A fire information providing method including lifesaving information in a fire management system, which calculates the location of a rescuer based on the intensity and adds the calculated location information to the rescue voice data.

In addition, four motion sensors are installed on the outside of the smart adapter so as to be spaced apart at a predetermined angle in different directions with respect to the center point of the smart adapter. In addition, in the third step, the smart adapter calculates the number of rescuers based on the movement value, and adds the movement information including the number of rescuers and the movement value to rescued rescuer data including rescued voice data received at the same time. There is provided a fire information providing method including lifesaving information in a fire management system, characterized in that it further comprises.

In addition, when the fire occurrence information is not received in the first step and the sound source received in the second step is a rescued voice, the smart adapter performs a fire occurrence verification request to the control terminal. Requesting the status information and correspondingly collecting the status information from another smart adapter and transmitting the fire occurrence information to the smart adapter that has requested fire verification when the state of the at least one smart adapter is a fire occurrence state; A fire information providing method including lifesaving information in a fire management system, comprising the step of performing the procedure after the third step based on the fire occurrence information received from the control terminal.

In the second step, the smart adapter collects a voice having a signal strength of a predetermined size or more in units of three syllables or less in the standby mode in which the fire occurrence signal is not received, and determines the rescued voice. Provided is a fire information providing method including lifesaving information in a fire management system, characterized in that it is collected in units of three syllables or less regardless of signal strength.

In addition, the smart adapter is configured with an additional fire detection sensor, in the first step, the smart adapter determines whether the fire itself based on the fire detection signal collected through the fire detection sensor, the fire from the fire receiver When the fire occurrence state is determined by the fire detection sensor in the state that the occurrence information is not received, providing the fire information including the lifesaving information in the fire management system, characterized in that the operation after the third step is performed. A method is provided.

Further, in the third step, the smart adapter extracts feature information of at least one voice pattern of intonation, tone, shaking, and speed of the rescued voice, and assigns a rescuer code corresponding to the feature information of the voiced pattern. In the third step, the smart adapter provides a fire information providing method including lifesaving information in a fire management system, wherein the rescue voice data is further added by adding the rescuer code.

In addition, the rescue voice is set to the fire situation code, the evacuation situation code and the emergency situation code in response to the on-site situation, and a different rescue voice is set in response to each situation code, the third In the step, the smart adapter is provided with a fire information providing method including lifesaving information in the fire management system, characterized in that for generating the rescue code for the collected rescue voice in addition to the rescue voice data.

In addition, in the third step, the smart adapter is configured to generate rescue voice data by assigning a rescue hold code to a received voice that is not registered as a rescue code, and after the fire extinguishment is completed, the fire management server rescues the rescue data from rescue lives. And extracting a sound source corresponding to the hold code and additionally registering the sound source in the memory of all the smart adapters as the rescued voice when the extracted voice satisfies a preset rescue condition. A fire information providing method including lifesaving information in a fire management system is provided.

In addition, in the first step, the control terminal measures the voltage and current change of the line connected between the fire receiver and the detector and the alarm device to collect operation state information on whether the detector is operating and whether the alarm device is operated according to the fire situation. It provides a fire information providing method including the life-saving information in the fire management system, characterized in that for generating a fire occurrence information according to the operation state information and transmitting to the smart adapter.

In addition, the control terminal is provided with a fire information providing method including life-saving information in the fire management system, characterized in that after operating the power supply via the line connected to the alarm device, the alarm device in accordance with the operation status information. do.

The fire management system may further include a smart terminal coupled to the control terminal and the fire management server through a network, and include a fire management application that processes fire-related remote control information from the fire management server to the smart terminal. And providing a fire management application automatically when the fire occurrence information is received from the control terminal in the smart terminal, and setting a control execution rule according to a user condition to remotely control the control terminal. A fire information providing method including lifesaving information in a fire management system is provided.

The smart terminal may further communicate with the control terminal and the fire management server to view log records of the control terminal and view operation state information of the automatic fire detection facility or processing information of the fire response processor according to their access authority. Provided is a fire information providing method including lifesaving information in a fire management system, characterized in that configured to include.

According to the present invention, by providing the state information on the person located at the fire site with the fire information to the outside, it is easy to extinguish the fire of the firefighters when the fire occurs, it is possible to maximize the life structure at the fire site. .

In addition, the present invention can provide a more stable fire management service by determining whether the fire occurred by analyzing the fire state at other locations even if the rescue voice is collected even if the fire occurrence signal by the fire detector is not received. have.

1 is a diagram showing a configuration of a fire management system having a fire information providing function including lifesaving information according to a first embodiment of the present invention.

2 and 3 are diagrams illustrating an installation shape of the control terminal 300 shown in FIG.

Figure 4 is a diagram showing the inner configuration for functionally separating the internal configuration for the smart adapter 200 shown in FIG.

FIG. 5 is a diagram illustrating an arrangement form of the voice sensor 220 and the PIR sensor 230 shown in FIG. 4.

FIG. 6 is a diagram illustrating a reference sound source for each rescue code registered in the memory 240 shown in FIG.

FIG. 7 is a diagram illustrating a rescue name data structure generated by the controller 250 shown in FIG.

8 is a diagram showing functionally separated internal structure of the control terminal 300 shown in FIG.

9 is a view for explaining a fire information providing method including lifesaving information in a fire management system according to the present invention.

10 is a diagram showing the configuration of a fire management system having a fire information providing function including lifesaving information according to a second embodiment of the present invention.

Configurations shown in the embodiments and drawings described in the present invention are merely preferred embodiments of the present invention, and do not represent all of the technical idea of the present invention, the scope of the invention is the embodiments and drawings described in the text It should not be construed as limited by That is, since the embodiments may be variously modified and may have various forms, the scope of the present invention should be understood to include equivalents capable of realizing the technical idea. In addition, the objects or effects presented in the present invention does not mean that a specific embodiment should include all or only such effects, the scope of the present invention should not be understood as being limited thereby.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art unless otherwise defined. The terms defined in the commonly used dictionary should be interpreted to correspond with the meanings in the context of the related art, and should not be interpreted as having an ideal or excessively formal meaning not explicitly defined in the present invention.

1 is a diagram showing the configuration of a fire management system having a fire information providing function including lifesaving information according to a first embodiment of the present invention.

Referring to FIG. 1, a fire management system having a fire information providing function including lifesaving information includes a smart adapter 200, a control terminal 300, and a fire management server 400.

The automatic fire detection equipment may include a fire fighting equipment, a fire extinguishing equipment, and a smoke control equipment. The fire fighting equipment may be connected to a plurality of detectors to receive a detection signal transmitted from the integrated receiver 100, depending on the fire situation. It includes an alarm device for generating an alarm, but may include a fire shutter, a sprinkler, an automatic door, etc. in some cases.

The control terminal 300 is installed inside or outside the fire receiver 100 and collects operation state information of the automatic fire detection facility by measuring a voltage and current change of a line connected between the fire receiver 100 and the detector and the alarm device. do. In this case, the control terminal 300 can be simply installed in the internal space or the external side of the fire receiver 100 without circuit replacement and structural change, and a wire connection type or a non-contact current sensor type connection method to the fire receiver 100. It may be installed in any one form.

2 and 3 are diagrams illustrating the installation form of the control terminal 300, FIG. 2 shows the installation form of the line connection type connection method, and FIG. 3 shows the installation form of the non-contact current sensor type connection method. .

As shown in FIG. 2, in the line connection type connection method, the input terminal 301 of the control terminal 300 is electrically connected to the detector terminal 111 and the alarm device terminal 112 to measure a current change, and control The line between the detector and the alarm device is connected to the output terminal 302 of the terminal 300. In this case, the detector terminal 111 may include a terminal coupled with the smart adapter 200.

Therefore, the line connection type control terminal 300 can communicate with the smart adapter 200 and the PLC, and can detect the operating conditions of the fire receiver 100, the detector, and the alarm device.

In addition, since the line connection type control terminal 300 can supply power to the alarm device through the output terminal 302, the alarm device may operate by itself regardless of the fire receiver 100.

As shown in FIG. 3, in the non-contact current sensor type wiring system, a magnetic core 303 is installed at an input terminal and an output terminal of the control terminal 300, and a fire receiver 100 is formed using the magnetic core 303. By measuring the current change in the line connected between the detector and the alarm device, the operating status of the automatic fire detection system can be checked.

In this case, the magnetic core 303 is formed to be open and closed when connected to each line, and the control terminal 300 can measure the current change of each line since the line is inserted into the magnetic core 303. have.

The non-contact current sensor type control terminal 300 can detect the operation of the fire receiver, the detector, and the alarm device, but it is different from the line connection type control terminal 300 in that it cannot control the alarm device itself. .

Meanwhile, in FIG. 1, the smart adapter 200 is connected to communicate with the fire receiver 100 and the control terminal 300, and monitors the voice and movement of a person located nearby. In this case, although one smart adapter 200 is connected to the control terminal 300 in FIG. 1, at least one smart adapter 200 may be connected to one control terminal 300. For example, one fire receiver 100 and one control terminal 300 may be installed for each floor, and the smart adapter 200 may be installed to correspond to the number of households of the floor.

In addition, when a preset rescue voice is detected through voice analysis, the smart adapter 200 generates rescue rescue data including the rescue voice and motion information and provides it to the control terminal 300.

At this time, the smart adapter 200 monitors the voice signal at all times, if the rescued voice is detected in the state that the fire occurrence signal is not received from the fire receiver 100, and requests the control terminal 300 to verify the fire situation On the other hand, when fire occurrence information is received from the control terminal 300, rescued rescuer data may be generated. That is, the smart adapter 200 generates rescue life data when fire occurrence information is received from the fire receiver 100 or the control terminal 300.

The control terminal 300 transmits and receives various information from the smart adapter 200 and the fire receiver 100 or the fire management server 400 to generate a real-time fire treatment control command. Fire control control commands include user commands for on / off operation of a particular device, return to initial state, change of firefighting policy, and the like.

In addition, the control terminal 300 collects the fire-related state information from the other smart adapter 200 in response to the request from the smart adapter 200, and analyzes the fire-related state information of these other smart adapters to the current fire occurrence situation Verify Then, the result is provided to the smart adapter 200. In this case, when it is determined that the fire occurs, the fire signal is also transmitted to the corresponding fire receiver 100, the other smart adapter 200 and the other fire receivers located at the corresponding fire site so as to recognize the current fire situation as a whole. do.

The control terminal 300 may be a communication device capable of network connection such as a desktop computer, a laptop computer, a smartphone, a personal digital assistant (PDA), a portable multimedia player (PMP), a navigation terminal, a tablet PC, and the like. There is no limit to the number.

Automatic fire detection equipment is installed in the disaster prevention target building, the fire management server 400 is installed in a control center for integrated management of the building, a private fire service provider that provides fire management services, a firefighting disaster prevention agency or a fire brigade's general situation room, or such a fire. It can be organized in conjunction with relevant agencies.

In addition, the fire management server 400 collects fire information and rescued name data provided from each smart adapter 200 by communicating with the control terminal 300, and analyzes the fire information and rescued name data in an integrated manner to respond to a preset fire. Process the process.

The fire response process is set up to prevent the spread of combustion, evacuation and fire suppression activities in consideration of the fire facilities, internal evacuation passages, and fire time of the disaster prevention building, and to provide fire information and Provide lifesaving information so that rescue can be carried out more efficiently at the fire site.

In addition, the fire management server 400 is provided with a data storage (not shown) for storing information collected from the control terminal 300 and fire-related analysis information therein or configured to be linked through a network.

On the other hand, the fire management server 400 provides a smart fire treatment application to the control terminal 300, the control terminal 300 in conjunction with the fire management server 400 through the smart fire treatment application to perform a real-time fire treatment control command May occur. At this time, the smart fire treatment application includes the function of each module for the fire control process of the fire management server (400). That is, in the present invention, the analysis of the fire information and the rescued person data and the processing of the fire corresponding processor corresponding thereto may be performed in the control terminal 300 in the same way. In this embodiment, the fire management server 400 may perform the same. It will be described as.

FIG. 4 is a block diagram illustrating the functional separation of the internal configuration of the smart adapter 200 shown in FIG. 1.

Referring to FIG. 4, the smart adapter 200 includes a communication unit 210, a voice sensor 220, a PIR sensor 230, a memory 240, and a controller 250.

The communication unit 210 performs wired communication including a PLC communication function and wireless communication such as Wi-Fi, Bluetooth, and LoRa. The communication unit 210 may communicate by selecting an internal network communication method or an external Internet communication method with the smart adapter 200 according to a network environment in an area where an automatic fire detection facility is installed.

The voice sensor 220 detects a person's voice, and in a standby mode in which no fire occurs under the control of the controller 250, a voice having a predetermined signal strength (50 dB) or more is 3 syllables or less, preferably 2 syllable units. In the fire mode of the fire state, the entire voice is collected in units of 3 syllables or less regardless of signal strength.

The voice sensor 220 is disposed outside the body of the smart adapter 200, as shown in Figure 5, the four first to

fourth voice sensors

222, 222, 223, 224 are spaced 90 degrees apart on the same horizontal plane smart adapter Based on the center point (C) of the (200) is arranged in each of the different directions of front, rear, left and right. In this case, the first voice sensor 221 is disposed to face the door (not shown) in the space where the smart adapter 200 is located, the second voice sensor 222 is 90 ° left of the first voice sensor 221. The third voice sensor 223 is disposed in the right 90 ° direction with the first voice sensor 221, and the fourth voice sensor 224 is disposed in the 180 ° direction with the first voice sensor 221. It is arranged in the rear.

Passive Infra-Red (PIR) sensor 230 detects the movement of people around. At this time, the PIR sensor 230, like the voice sensor 220, to detect the movement of people located in different directions, for example, four first to fourth motion sensors (231 to 234) are first to fourth It is arranged in the same manner as the voice sensors 221 to 224.

The memory 240 stores the identification code of the corresponding adapter, the distance between the adapter location and the door, the sound source information for each rescued voice code, and the information processed by the controller 350. That is, the memory 240 stores voice monitoring information and motion monitoring information for a predetermined period collected in the standby mode, and saves rescued life data collected in the fire mode.

6 illustrates reference sound source information corresponding to a rescue code. As shown in FIG. 6, the rescue code may be divided into a fire situation code "01", an evacuation situation code "02", and a response situation code "03" in response to an on-site situation. For example, a fire source corresponding to a fire situation code is stored as a fire source including "fire, fire extinguisher, fire, 110 report, fire occurrence", and an evacuation source corresponding to an evacuation situation code is "evacuation damage." Emergency sound recordings including "run, run, run, lower body, get out of the way" are included, and the emergency source corresponding to the emergency code is "Help, call other people, save me, scream (Oh, evil, 윽)." Etc.) is stored. In this case, the sound code-related sound source is set to three syllables or less.

The controller 250 constantly monitors the voice received from the voice sensor 220 and, if it is determined that the fire has occurred, analyzes the voice received from the voice sensor 220 and generates rescued voice data. At this time, the controller 250 collects the corresponding voice reception strengths of the first to fourth voice sensors 221 to 224, and calculates the angle of the vector sum of the signal reception values of the two voice sensors having the large received signal strengths. Thus, the position value of the rescuer (talker) is obtained, which can be included in the rescue voice data. In this case, the rescue voice data includes a rescue target code that uttered the voice, and the rescuer code is arbitrarily assigned by the control unit 250. The controller 250 extracts feature information about at least one voice pattern among the intonation, tone, tremor, and speed of the voice for each rescuer code, and then assigns the same rescuer code to the voice having the same feature information.

In addition, the controller 250 generates motion data including the number of people and the motion value in the monitoring area of the smart adapter 200 based on the motion information received from the PIR sensor 240. The controller 250 may calculate a moving direction of a person based on the door based on the movement values of the PIR sensors 240 in different directions and the distance information between the adapter and the door, and include the same in the movement data.

The controller 250 generates rescue name data by using rescue voice data and motion data. The rescued name data corresponds to the adapter code, PIR information including the number of people and the movement value, the transmission time, the number of rescued voice data received at the same time, and the number of rescued voice data as shown in FIG. It may be composed of first to Nth rescued voice data. At this time, the rescued voice data is variably formed corresponding to the number of rescuers received from the voice sensor 220. Each rescued voice data includes a rescuer code, a rescue code, a sound source, a voice pattern, and a voice reception time as shown in FIG. 7B, and the positional information calculated by the received intensity of the rescuer's voice signal. May be further included.

The power supply unit 260 receives power from the outside and supplies driving power required for the smart adapter 200. The power supply unit 260 has a built-in emergency battery so that the smart adapter 200 can operate even in the event of a power failure.

The smart adapter 200 may further include at least one or more fire detection sensors 270 of various types capable of determining a fire occurrence, including a temperature sensor, a smoke detection sensor, and a flame detection sensor.

Accordingly, the controller 250 may determine the fire state by itself or verify the fire occurrence signal of the fire receiver 100 without relying only on the fire occurrence signal from the fire receiver 100.

FIG. 8 is a block diagram illustrating a functional separation of the internal configuration of the control terminal 300 shown in FIG. 1.

Referring to FIG. 8, the control terminal 300 includes, but is not limited to, a power supply unit 310, a communication unit 320, a control unit 330, and a storage unit 340.

The power supply unit 310 receives power from the outside and supplies driving power to the control terminal 300. The power supply unit 310 has a built-in emergency battery so that the control terminal 300 can operate even in the event of a power failure.

The communication unit 320 performs wireless communication such as wired communication, Wi-Fi, Bluetooth, LoRa, etc., including a PLC communication function. The communication unit 320 performs communication by selecting an internal network communication method and an external Internet communication method with the smart adapter 200 according to a network environment in an area where an automatic fire detection facility is installed.

The controller 330 measures the voltage and current change of the line connected between the fire receiver 100 and the detector and the alarm device, and calculates operation state information on whether the detector operates and whether the alarm device operates according to the fire situation. In addition, the controller 330 generates a fire occurrence message according to the operation state information and transmits it to the smart adapter 200 and the fire management terminal 400, and after determining whether the external operation control command is normal, Therefore, the operation of automatic fire detection equipment is individually controlled.

At this time, the operation state information includes temperature data such as temperature value measured by the fire receiver 100 or the detector, average temperature value for a certain period, and temperature rising slope value, illuminance value through the illuminance sensor, line number where the detector operates, and each Contains operation information of the alarm device.

The storage unit 340 stores operation state information, administrator information granted access authority, its own log record, and external access record. That is, the storage unit 340 records all the log records, the operation control commands, the execution results according to the operation control commands, the operation of the detector or the smart adapter 200, the operation of the fire receiver, and the activity information of the control terminal 300. Save it.

9 is a flowchart illustrating a fire information providing method including lifesaving information in a fire management system according to the present invention.

First, the smart adapter 200 monitors the fire-related signal provided from the detector to the corresponding fire receiver 100 (ST10). The fire related signal provided from the detector to the fire receiver 100 may be fire detection information including temperature data, smoke data, and flame data, and a fire occurrence signal as a result of the fire occurrence determination.

In addition, the control terminal 300 measures the change in voltage and current of the line connected between the fire receiver 100 and the detector and the alarm device to collect operating state information on whether the detector is operating, the alarm device according to the fire situation. And, it can generate the fire occurrence information according to the operation state information and transmit it to the smart adapter. In this case, the control terminal 300 may supply power through a line connected to the alarm device, and then operate the alarm device according to the operation state information.

When the fire occurrence signal is received from the fire-related signal provided to the fire receiver 100 from the detector, the smart adapter 200 performs the ST80 step of generating rescue life data while switching to the fire mode. In this case, the smart adapter 200 may analyze the fire monitoring information collected from the fire detector and the fire monitoring information collected from the fire detection sensor 270 to determine the fire occurrence state by itself, and perform the ST80 step when the fire occurs. have.

Meanwhile, the smart adapter 200 stores the voice and motion information collected through the voice sensor 220 and the PIR sensor 230 in the memory 240 in a standby mode in which no fire occurs, and receives the received sound source and rescues the memory. It is determined whether or not the rescued voice is compared by comparing the reference sound source registered for the code (ST20, ST30). The judgment of the rescued voice in the standby mode is performed in units of two syllables only for voices of 50 dB or more. In this case, in the case of not the rescued voice, the storage time is cleared for a certain time in order to efficiently operate the memory 240, or the pre-stored voice and motion information are cleared in the order of the oldest storage period so as to maintain a certain amount of data.

The steps ST10 to ST30 are repeatedly performed until a fire occurrence signal is received in step ST10 or it is determined that the rescued voice is found in step ST30.

At this time, when the smart adapter 200 determines that the voice received in step ST30 is a rescued voice in a state in which a fire occurrence signal is not received, the smart adapter 200 requests a fire occurrence verification to the control terminal 300 (ST40). The fire occurrence verification request information includes an adapter code, a reception sound source, and a rescue code.

The control terminal 300 requests status information from other smart adapters 200 in the vicinity of the fire occurrence verification request from the smart adapter 200 and fires based on the status information collected from the other smart adapters 200. Analyzes whether or not the situation occurs (ST50). In this case, the state information may be fire detection information and voice and motion information including temperature data, smoke data, and flame data stored in the smart adapter 200. The control terminal 300 may determine the fire occurrence state when it is confirmed that the fire occurs in at least one by analyzing the collected state information of each smart adapter 200.

The control terminal 300 basically provides the fire occurrence verification result to the smart adapter 200 which has requested the fire occurrence verification, and when it is determined that the fire has occurred, to the fire receiver 100 and the smart adapter 200. At the same time, fire occurrence information is transmitted (ST60, ST70). In this case, the control terminal 300 transmits the fire occurrence information to other smart adapters and other fire receivers that do not recognize the fire situation to perform the corresponding process for the fire occurrence. This allows the user to determine the fire condition by external voice recognition even before the threshold time to detect the fire condition or the failure state due to the failure or power off state of the fire detector or the fire receiver. To do so. Through this, the present invention provides a golden time to make an accurate decision by providing and utilizing information on preliminary confirmation, initial fire suppression, and evacuation of rescuers before the existing fire detection system operates the fire recognition and alarm device. I can secure it.

On the other hand, when the smart adapter 200 receives a fire state verification result of the non-fire state from the control terminal 300, it determines as a temporary error.

Subsequently, the smart adapter 200 switches to the fire mode based on the fire occurrence information received from the control terminal 300, generates rescue voice data and movement data in the fire mode, and rescues the fire based on this. Generates the life data and transmits to the control terminal 300 (ST80, ST90) At this time, the smart adapter 200 also transmits the fire detection information to the control terminal 300 at regular intervals, the fire detection information and rescued life data May be generated and transmitted in the form of one data frame.

Here, the rescue voice data includes voice pattern information. The voice pattern is generated by pattern data of pitch, speed, tremor, intonation, tone, and gender of voice.

In addition, the rescue voice data includes a rescuer code, and the smart adapter 200 extracts and stores at least one voice feature data of the rescuer's voice pattern with respect to the rescuer code, and then generates the same voice when generating rescue voice data. The same rescuer code can be assigned to a voice having feature data.

On the other hand, the control terminal 300 transmits the rescued rescuer data received from the smart adapter 200 to the fire management server 400 (ST100). In this case, the control terminal 300 may transmit the fire information including the rescue name data and the fire occurrence information to the fire management server 400.

The fire management server 400 analyzes the rescue life data and the fire detection data of each smart adapter to calculate the fire occurrence status, the spread direction and the spread speed, and the number of rescuers and each rescuer in each detection area. The movement status (movement direction and movement speed and movement position) is estimated (ST110). In addition, the fire management server 400 transmits the fire suppression information and lifesaving information to the corresponding external linkage organ (ST120).

In this case, the number of rescuers may be calculated stochasticly based on the rescuer code, the movement value, and the rescuer's movement included in the rescuer's name data. Here, the number of the rescuers may be calculated based on the rescuer code, but the number of rescuers may be appropriately added or subtracted in consideration of the magnitude of the movement value and the movement of the rescuers.

In addition, the movement status of the rescuer can be confirmed through the rescuer code for each adapter code. For example, if the A adapter code is included in the first adapter code at a first time, and the A player code is included in the fifth adapter code at a second time, the A player is changed from the first adapter position to the fifth adapter position. After moving, the moving speed may be calculated based on the first time and the second time. In addition, if the A adapter code is included in the first adapter code and the A adapter code is not included in the other adapter code, the A player may be determined to be located in the first adapter region.

In addition, the fire management server 400 may predict the number of rescuers and the future movement paths of individual rescuers and all rescuers based on the magnitude of the magnitude and frequency of the movement value detected by the PIR sensor.

In addition, the fire management server 400 calculates prediction information through fire cause analysis, weak earth analysis, occurrence pattern analysis of fire cause or type according to the fire occurrence point and the fire occurrence point through the fire detection data, and the building information. Alternatively, the fire suppression information including a floor plan or a layout of the fire occurrence point, the initial fire suppression information, or the evacuation information may be provided based on the fire equipment information.

After the fire suppression, the fire management server 400 communicates with the smart adapter 200 through the control terminal 300 to clear the fire-related rescued life-rescue data stored in the memory 250 of the smart adapter 200.

Meanwhile, in the above embodiment, the fire management terminal 400 receives the rescue name data and the fire detection data for each smart adapter from the control terminal 300 and performs the integrated analysis, but the control terminal 300 performs the smart adapter. It is also possible to perform the analysis process for each rescue life data and fire detection data to generate fire information including rescue life information and to provide it to the fire management terminal (400).

In addition, in the present invention, the voice collected in the fire situation can be added to the reference sound source corresponding to the rescue code in the fire management server 400.

That is, the smart adapter 200 generates rescued voice data in units of 3 syllables or less for all voices received in the event of fire (in step ST80 of FIG. 9), and generates rescued rescue data including the rescued rescue data to the control terminal 300. send. At this time, the salvation pending code "00" is set as the salvage code for the reception sound source having no salvage code registered in advance.

The control terminal 300 provides the rescue lifesaving data received from the smart adapter 200 to the fire management server 400, the fire management server 400 stores the rescue lifesaving data for each smart adapter.

Then, when the fire extinguishing is completed, the fire management server 400 extracts the sound source corresponding to the salvation pending code from the saved salvage name data, and if the extracted sound source satisfies the preset salvage code condition, salvage the sound source. Additional code can be registered. In this case, the salvage code condition may be set to a number in which the same sound source is repeatedly extracted, for example, ten or more times.

In addition, the fire management server 400 may perform additional registration for the rescue code reference sound source through the information input and output means (not shown) for the interface with the manager. That is, the fire management server 400 may provide a sound source corresponding to the salvation hold code through the information input / output means, and may additionally set a sound source selected by the administrator as a reference sound source for the salvage code set by the administrator.

As described above, the additionally set reference sound source is provided to the control terminal 300 and additionally registered in the memory 250 of all the smart adapters 200 through the control terminal 300.

FIG. 10 is a view illustrating a fire management system having a fire information providing function including lifesaving information according to a second embodiment of the present invention. As shown in FIG. In a separate terminal, that is, by communicating with the control terminal 300 or the fire management server 400 through the network via a smart terminal 500, it can be carried out to provide a fire-related remote control function.

At this time, the smart terminal 500 receives and executes a fire management application for processing fire-related remote control information from the fire management server 400, thereby performing a series of fire control procedures.

In more detail, the smart terminal 500 receives the operation state of the automatic fire detection facility through the control terminal 300 to perform individual operation control of the automatic fire detection facility and monitor the fire information according to the fire response processor. Can be.

That is, the smart terminal 500 automatically executes the fire management application when a fire occurrence message is received when a fire occurs according to a fire response process, and analyzes operation state information to automatically include a line connection situation of a fire receiver and whether a detector operates. The screen outputs the operation state of the fire detection facility, and remotely controls the control terminal 300 by setting a control execution rule according to a user condition.

In addition, the smart terminal 500 may view the log record of the control terminal, the operation status information of the automatic fire detection facility stored in the fire management server or the processing information of the fire response process according to its access authority. At this time, the control terminal 300 has administrator information granted access authority, its own log record and external access record, for example, connection and release information and operation control command by remote control from the smart terminal 500, and operation. Execution result information according to the control command may be additionally stored.

Claims

A smart adapter communicatively coupled to a fire receiver and a control terminal connected to the detector and the alarm;

In addition to the one-to-one correspondence with the fire receiver connected to the detector and the alarm device, and by analyzing the fire information provided from the smart adapter communicatively connected to at least one smart adapter, the fire situation is predicted, Estimates the number of rescuers and their movements based on human life data, and provides fire status information including rescue information to the fire management server, or provides fire information from the smart adapter to the fire management server. Including the control terminal for requesting to generate the above-mentioned fire status information,

The smart adapter

A power supply unit for supplying driving power;

Communication unit for performing wired or wireless communication,

Multiple voice sensors installed outside the smart adapter to collect voice around the smart adapter,

If a fire occurrence signal is received from the communication unit or when the rescue voice is received by comparing the pre-registered rescue voice with the voice signal provided from the voice sensor, the intonation, tone, and tremor of the rescued voice are subsequently received. , Generating voice pattern data including at least one of the speed, and generating rescue voice data including the corresponding sound source and the voice pattern data, and reconstructed voice for the own adapter code and at least one different rescue voice. A control unit for generating rescue name data including data, and providing fire information including the rescue name data and fire occurrence information to a control terminal;

Fire management system having a fire information providing function including lifesaving information, characterized in that it comprises a memory for storing the fire-related information including the adapter code and the rescue voice registration information.
The method of claim 1,

The voice sensor is composed of four, spaced at a predetermined angle in different directions with respect to the center point of the smart adapter,

The control unit calculates the position of the rescuer based on the signal strength of the rescue voice provided from each voice sensor, and the rescue voice data includes the rescue information of the rescuer further comprising the rescue information of the rescuer. Fire management system with providing function.
The method according to claim 1 or 2,

Four additional motion sensors are installed on the outside of the smart adapter at different angles to collect motion values around the smart adapter.

The control unit calculates the number of rescuers based on the motion value, and further includes the rescue information including the rescuer's number and the movement value in rescue name data including rescue voice data received at the same time. Fire management system having a fire information providing function including rescue information.
The method of claim 1,

The smart adapter performs a fire occurrence verification request to the control terminal when the rescue voice is received in the state where the fire occurrence information is not received, and generates rescue life data based on the fire occurrence information received from the control terminal.

The control terminal requests the current status information from another smart adapter that can communicate with itself in response to the fire occurrence verification request from the smart adapter, and collects the status information from another smart adapter in response to the state of at least one smart adapter. Fire management system having a fire information providing function including life-saving information, characterized in that for transmitting the fire occurrence information to the smart adapter requesting verification of the fire occurrence.
The method of claim 4, wherein

The smart adapter collects a voice having a signal strength of more than a predetermined size in units of three syllables or less in a standby mode in which a fire occurrence signal is not received, and determines a rescued voice. Fire management system having a fire information providing function including life-saving information, characterized in that the collection of three syllables or less to determine the rescue voice.
The method of claim 1,

The smart adapter is further provided with a fire detection sensor, and determines whether the fire itself based on the fire detection signal collected through the fire detection sensor, the fire occurrence information is not received from the fire receiver in the state If the fire occurrence state is determined by the fire detection sensor, the fire management system having a fire information providing function including lifesaving information, characterized in that it is configured to generate rescue life data for the rescued voice received thereafter.
The method of claim 1,

The smart adapter extracts feature information of at least one voice pattern of intonation, tone, shaking, and speed of the rescued voice, assigns a rescuer code corresponding to the feature information of the rescued voice, and saves the rescued voice to the rescued voice data. Fire management system having a fire information providing function including lifesaving information, characterized in that it is configured to add a code.
The method of claim 1,

The memory stores the rescue codes by dividing them into a fire situation code, an evacuation situation code and an emergency situation code in response to a scene situation, and stores different rescue voices corresponding to each situation code.

The control unit has a fire information providing function including lifesaving information, characterized in that it is generated in addition to the generated rescue rescue voice data, characterized in that configured to add the rescue code for the rescued voice collected in the rescue voice data Fire management system.
The method of claim 8,

The control unit is configured to generate rescue voice data by assigning a rescue hold code to a received voice not registered as a rescue code,

The fire management server extracts a sound source corresponding to a salvation hold code from the salvage name data after the fire extinguishing is completed, and if the extracted voice satisfies a preset salvage condition, the sound source is stored as a salvage voice in the memory of all smart adapters. Fire management system having a fire information providing function including life-saving information, characterized in that configured to further register.
The method of claim 1,

The control terminal collects operation state information on the operation of the detector and the operation of the alarm device according to the fire situation by measuring the voltage and current change of the line connected between the fire receiver and the detector and the alarm device, and according to the operation state information Fire management system having a fire information providing function including the life-saving information, characterized in that the generation of fire information and transmitting to the smart adapter.
The method of claim 10,

The control terminal is a fire management system having a fire information providing function comprising life-saving information, characterized in that for operating the alarm device in accordance with the operation state information after supplying power through a line connected to the alarm device.
The method of claim 1,

It is configured to further include a smart terminal coupled via the network with the control terminal and fire management server,

The fire management server provides a fire management application for processing fire-related remote control information to the smart terminal,

The smart terminal automatically executes a fire management application when the fire occurrence information is received from the control terminal, and sets a control execution rule according to a user condition to remotely control the control terminal. Fire management system with informational function.
The method of claim 12,

The control terminal stores the administrator information granted access rights and their own log records and external access records,

The smart terminal is configured to communicate with the control terminal and the fire management server to view the log records of the control terminal, the operation status information of the automatic fire detection equipment or the processing information of the fire response processor according to their access authority. Fire management system having a fire information providing function including life-saving information.
The control terminal is installed to communicate with the fire receiver in a one-to-one correspondence with the fire receiver connected to the detector and the alarm device, and at least one smart adapter is communicatively connected, and the control terminal and the fire management server are connected through a network. In the fire information providing method in the management system,

A first step of monitoring whether the smart adapter receives fire occurrence information including fire detection information;

A second step of collecting a surrounding voice signal from the smart adapter and determining whether a sound source of the collected voice is a registered rescue voice;

When the fire occurrence information is received in the first step or the rescue voice is received in the second step, the smart adapter includes at least one of intonation, tone, tremor, and speed of the rescuer with respect to the received rescue voice. A third step of generating voice pattern data and generating rescued voice data including a corresponding sound source and the voice pattern data;

The smart adapter generates rescue name data including rescue code data of its adapter code and at least one different rescue voice, and provides fire information including the rescue name data and fire occurrence information to the control terminal. 4 steps,

It analyzes the fire information provided from the smart adapter at the control terminal to predict the fire occurrence status, estimates the number of the rescued persons and the movement of the rescued persons on the basis of the rescued person data, and retrieves the fire status information including the rescued person information. And generating a fire management server or providing fire information provided from a smart adapter to a fire management server, and requesting the fire management server to generate fire status information. Fire information providing method including life-saving information in the system.
The method of claim 14,

Four voice sensors are installed on the outside of the smart adapter to be spaced at a predetermined angle in different directions with respect to the center point of the smart adapter.

In the third step, the smart adapter calculates the location of the rescued person based on the signal strength of the rescued voice provided from each voice sensor, and adds the calculated location information to the corresponding rescued voice data. Fire information provision method including the life-saving information of the.
The method according to claim 14 or 15,

On the outside of the smart adapter four motion sensors are installed to be spaced apart at a predetermined angle in different directions with respect to the center point of the smart adapter,

In the second step, the smart adapter additionally collects surrounding motion values through the motion sensor.

In the third step, the smart adapter calculates the number of rescuers based on the movement value and additionally includes the movement information including the number of rescuers and the movement value in rescue name data including rescue voice data received at the same time. Fire information providing method comprising the life-saving information in the fire management system characterized in that.
The method of claim 14,

When the fire occurrence information is not received in the first step and the sound source received in the second step is a rescue voice, the smart adapter performing a fire occurrence verification request to the control terminal;

The control terminal requests the current status information from the other smart adapter to the other smart adapter, and collects the status information from the other smart adapter in response thereto, and when the state of the at least one smart adapter is a fire occurrence state, the smart adapter that has requested the fire occurrence information to be verified. Transmitting to,

And a step of performing the procedure after the third step based on the fire occurrence information received from the control terminal in the smart adapter.
The method of claim 17,

In the second step, the smart adapter determines a rescued voice by collecting a voice having a signal strength of a predetermined size or more in units of three syllables or less in a standby mode in which a fire occurrence signal is not received.

In the third step, the smart adapter collects in units of three syllables or less regardless of signal strength, and determines the rescued voice.
The method of claim 14,

The smart adapter is configured to further include a fire detection sensor,

In the first step, the smart adapter determines whether a fire has occurred based on the fire detection signal collected through the fire detection sensor, but when the fire occurrence information is not received from the fire receiver, the fire occurs by the fire detection sensor. If it is determined, the fire information providing method including the life-saving information in the fire management system, characterized in that to perform the operation after the third step.
The method of claim 14,

In the third step, the smart adapter extracts feature information of at least one voice pattern among the intonation, tone, shaking, and speed of the rescued voice, and assigns a rescuer code corresponding to the feature information of the voiced pattern.

In the third step, the smart adapter further includes the rescuer code to generate rescue voice data, Fire information providing method comprising the life-saving information in the fire management system.
The method of claim 14,

The rescue voice is divided into a fire situation code, an evacuation situation code and an emergency situation code in response to an on-site situation, and a different rescue voice is set in response to each situation code.

The smart adapter in the third step, the fire information providing method including lifesaving information in the fire management system, characterized in that for generating the rescue code for the rescued rescue voice in addition to the rescue voice data.
The method of claim 21,

In the third step, the smart adapter is configured to generate rescue voice data by assigning a rescue hold code to a received voice that is not registered as rescue codes.

The fire management server extracts the sound source corresponding to the rescue pending code from the rescue name data after the fire extinguishing is completed, and if the extracted voice satisfies a preset rescue condition, the sound source is stored in the memory of all the smart adapters as the rescue voice. Fire information providing method comprising the life-saving information in the fire management system, characterized in that further comprising a sixth step of additional registration.
The method of claim 14,

In the first step, the control terminal measures the voltage and current change of the line connected between the fire receiver and the detector and the alarm device to collect operation state information on whether the detector is operating and whether the alarm device is operated according to the fire situation. Fire information providing method comprising the life-saving information in the fire management system, characterized in that for generating the fire occurrence information according to the status information and transmitting to the smart adapter.
The method of claim 23, wherein

And the control terminal supplies power through a line connected to the alarm device, and then operates the alarm device according to the operation state information.
The method of claim 14,

The fire management system is configured to further include a smart terminal coupled via the network with the control terminal and fire management server,

Providing a fire management application for processing fire-related remote control information from the fire management server to the smart terminal;

The fire management system comprising the step of automatically executing a fire management application when the fire occurrence information is received from the control terminal in the smart terminal, and remotely controlling the control terminal by setting a control execution rule according to a user condition. Fire information provision method including lifesaving information in the.
The method of claim 25,

The smart terminal may further include communicating with a control terminal and a fire management server to view log records of the control terminal, and view operation state information of the automatic fire detection facility or processing information of the fire response processor according to their access authority. Fire information providing method comprising the life-saving information in the fire management system, characterized in that the configuration.