KR101909157B1 - Fire alarm system using water flow detection in fire pipe - Google Patents

Abstract

The present invention relates to a fire alarm system using water flow detection in a fire pipe, navigation applications for an evacuation installed in mobile terminals which all the persons inside and PCs provided in a ship or a service store which many persons use are executed according to a fire sensing signal according to the water flow detection in a water pipe of a fire extinguishing facility by a water flow detection device through remote control. The shortest path to an exit is guided. A visual guide means and an audible guide means installed in the exit are operated by an infrared signal transmitted from the mobile terminal, thereby more quickly and safely performing the evacuation.

Description

FIELD OF THE INVENTION The present invention relates to a fire alarm system,

The present invention relates to a fire alarm system using water detection in fire-fighting pipelines, more specifically, to detect the occurrence of a fire by detecting water in fire-fighting pipelines, A navigation app for evacuation is installed in a mobile terminal carried by all entertainers and a navigation app for evacuation is executed to guide the shortest route to the exit and an infrared signal transmitted from the mobile terminal The present invention relates to a fire alarm system using water detection in a fire-fighting pipeline, which enables quick and safe evacuation by allowing the means and auditory guidance means to operate.

In general, sprinkler fire extinguishing systems require the detection of watertightness in the sprinkler head, so water pots are installed in the water line of the sprinkler fire extinguishing system.

For example, in a case of a hospice and a ship used by many people, when a fire occurs and a sprinkler is operated and water is generated, the control room confirms the occurrence of the fire and the location of the fire.

9 and 10, the conventional storm surveillance apparatus is provided with a sensing device 40 having a sensing switch 40 and a paddle 31 on the outer circumferential surface of the channel 10.

A through hole is formed in the outer circumferential surface of the conduit 10 and the paddle 31 is rotatably supported on the housing 20 of the sensing device while being positioned inside the conduit 10.

In addition, the sensing device is sealed by a sealing member 21 so that water in the pipeline 10 is prevented from leaking into the sensing part, one end of the shaft 32 is connected to the paddle 31, And is supported by the sealing member 21 so as to be rotatable.

In the sensing part, the paddle 31 is rotated by the water flow, and when the shaft 32 rotates in conjunction therewith, the sensing switch 40 is operated to sense generation of the water flow.

However, the conventional flow sensor has the following problems.

First, since it is not possible to know whether water is supplied to the pipeline 10 equipped with a water sensing device when a fire occurs, it is difficult to respond in the field.

Second, although the coil spring 33 is used to maintain the paddle 31 in a vertical state in the duct 10, when the coil spring 33 is deformed during assembly, it is troublesome to replace the coil spring with another coil spring.

Also, since the gap between the shaft 32 of the paddle 31 and the sensing switch 40 must be maintained by a coil spring, assembly is difficult.

A prior art that solves such a problem is disclosed in Korean Patent No. 10-0594935 (registered on Jun. 22, 2006) entitled " Water flow detection device employing an alarm. "

The prior art has a simple structure and can display a detection signal by an alarm sound or an alarm. The prior art has a fixing block formed with a communication hole communicating with the water supply pipe and coupled to the water supply pipe by a coupling means, and a hole communicating with the communication hole An elastic sealing member coupled to the hole and resiliently supporting the shaft, and a shaft connected to a lower end of the shaft, wherein the shaft is rotatably coupled to the hole of the base, And a signal display unit for generating a detection signal in accordance with the operation of the detection switch. The signal display unit includes a paddle positioned on the water supply channel, a detection switch operated in conjunction with a shaft flowing by the water generated in the water supply pipe, The signal display unit is composed of a speaker for generating an alarm sound or an illuminating light for illuminating the occurrence of water flow through a speaker or an illuminating lamp in order to recognize the water supply in an emergency situation. In addition, despite the gap between the shaft and the detection switch which are interlocked with each other, a conical adjustment block is employed to easily control the operation so that accurate operation is possible.

However, in the prior art, a fire alarm outputs an alarm sound by an emergency bell or a speaker installed on a wall of a shipyard or a ship. Since the fire alarm is merely indicating that a fire has occurred to a tenant, In addition, it is very difficult to find the emergency exit by looking at the light attached to the wall when the clock is bad due to the smoke caused by the fire. In the case where the indicator is not visible, I can not, and I become extremely embarrassed.

In addition, although there are fire extinguishers such as fire extinguishers in hospitals and ships, they are not easily found because they are not equipped with lights, so their utilization is very low.

Emergency evacuation routes and evacuation routes with evacuation routes are also available at hospitals and ships. However, there are few people familiar with evacuation routes, which makes them virtually useless.

In addition, although the announcement is made in the event of a fire, it is only a notification that a fire has occurred. Thus, it is virtually impossible to broadcast the information from an arbitrary position to an emergency exit.

As a result, conventional emergency lights, evacuation announcements, and announcements can not be evacuated quickly and safely, leading to large-scale human accidents.

Therefore, it is required to develop a technology that can easily find an emergency exit and evacuate quickly and safely when a fire occurs in a hall or a ship.

Korean Registered Patent No. 10-0594935 (Registered on Jun.22, 2006) "Water flow detection device employing an alarm"

Accordingly, an object of the present invention is to provide a navigation app for evacuation to a mobile terminal carried by a PC in a shipyard or a ship, which is used by many people, The navigation application for evacuation is executed to guide the shortest path to the exit and the visual guidance means and the auditory guidance means installed in the exit are operated by the infrared signal transmitted from the mobile terminal, And a fire alarm system using water detection in a fire pipe to enable the fire alarm system to be operated.

According to an aspect of the present invention, there is provided a sprinkler fire extinguishing system including a fixed block formed with a communication hole communicating with a water supply pipe of a sprinkler fire extinguishing system and coupled to the water supply pipe by a coupling means, a hole communicating with the communication hole, An elastic sealing member coupled to the hole and elastically supporting the shaft; and an elastic sealing member coupled to the lower end of the shaft, wherein the elastic sealing member is rotatably supported by the hole of the base, A water sensing means having a paddle located on the flow path of the water supply pipe and a sensing switch operated in conjunction with the shaft flowing by the water generated in the water supply pipe; A control unit for outputting a remote control command according to a fire detection signal of the detection switch; and a remote control signal transmission unit for transmitting a remote control signal through a Wi-Fi network in accordance with a remote control command of the control unit; It is located in the intestine and is based on a Wi-Fi location measurement system and is set up to authorize remote control and includes an emergency exit POI indicating the location of the exit and a fire exit POI indicating the location of the fire exit. A PC with a built-in navigation app, a monitor, and a wireless LAN card; An infrared transmission module for carrying infrared signals, an emergency exit POI for indicating the location of the exit, and a fire extinguishing system for fire extinguishing equipment, which are carried by employees or crews and visitors, based on a WiFi positioning system, A mobile terminal having a navigation application for evacuation including an indoor map in which a fire extinguishing equipment POI for displaying a location and an infrared signal transmitting button for operating the infrared transmitting module are displayed; Visual guidance means and auditory guidance means installed in an emergency exit including a final exit; An infrared sensor installed in proximity to the exit for receiving an infrared signal transmitted from the mobile terminal and a guide means driving unit for driving the visual guide means and the auditory guide means in accordance with a detection signal of the infrared sensor, Wherein the control unit detects a fire and transmits a fire detection signal to the control unit, and the control unit outputs a remote control command in response to a fire detection signal, The control signal transmitting unit transmits the remote control signal through the Wi-Fi network, and the remote control signal of the remote control signal transmitting unit is received by the PC and the mobile terminal via the Wi-Fi network, Exit and the evacuation app will launch to launch the emergency exit POI and fire extinguishing equipment POI The mobile terminal displays a shortest route to the emergency exit on the monitor, and the mobile terminal terminates the running application in accordance with the remote control signal and executes the navigation application for evacuation to transmit the emergency exit POI, fire extinguishing equipment POI, The route map including the current location icon and the arrow is displayed, and the route guidance line including the current location icon and the arrow is displayed, and the shortest route from the current location to the exit is automatically set. When the infrared signal transmitting button is pressed, an infrared signal is transmitted from the infrared signal transmitting unit of the mobile terminal by the function of the navigation app for evacuation, and the infrared sensor of the emergency exit guide controlling unit installed on the exit side of the infrared ray is infrared Signal, and in accordance with the received infrared signal, The visual guidance by the visual guidance means and the auditory guidance by the auditory guidance means are performed in accordance with the driving signal of the guide means driving unit. The fire safety management system using the mobile system.

According to the fire alarm system using the water detection in the fire pipe of the present invention, according to the fire detection signal according to the detection of the water in the water pipe of the fire extinguishing system by the water sensor, A visual navigation means and an auditory guidance means installed in an emergency exit by means of an infrared signal transmitted from the mobile terminal are displayed on the display unit By operating it, you can evacuate more quickly and safely.

1 to 8 show a preferred embodiment of a fire alarm system using water flow detection in a fire protection pipe according to the present invention,
1 and 2 are operational cross-sectional views of a flow sensing device,
Fig. 3 is a cross-sectional view of the recessed portion of Fig. 1,
FIG. 4 is a conceptual view of a fire alarm system using water flow detection in a fire protection pipe according to the present embodiment,
5 is a view showing an example of a map in the intestines in which the shortest path is set,
6 is a perspective view showing a normal state of the visual guiding means,
7 is a perspective view showing the state of the visual guiding means in operation,
8 is a functional block diagram of an auditory guidance means,
Figures 9 and 10 are schematic diagrams of a conventional flow sensing device.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a fire alarm system using water detection in a fire protection piping according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a block diagram of a fire alarm system according to an embodiment of the present invention; FIG.

The fire alarm system using the water flow detection in the fire pipe according to the present embodiment is provided with the water flow rate sensing apparatus 100.

The water sensing apparatus 100 may be employed in a sprinkler system or a fire-fighting system to easily detect the generation of water at a corresponding location, thereby facilitating assembly.

Further, the fluidity sensing apparatus 100 is configured such that the paddles are installed in the water supply pipe, and when the position of the paddles is changed due to the movement of water (flowing water), the switch is turned on to generate a water sensing signal.

1 to 3, the water flow sensor 100 according to the present embodiment includes:

A fixing block 60 formed with a communication hole 62 communicating with the water supply pipe 50 and coupled to the water supply pipe 50 by a coupling means and a hole communicating with the communication hole 62, A shaft 140 rotatably coupled to a hole of the base 101 to be long in the vertical direction of the base 101 and a shaft 140 coupled to the shaft 101, A paddle 160 connected to a lower end of the shaft 140 and positioned on a flow path of the water supply pipe 50, and an elastic sealing member 180 elastically supporting the water supply pipe 50, And a signal display unit for generating a sensing signal in response to the operation of the sensing switch 130. The sensing switch 130 is operated by interlocking with the shaft 140,

A cover member 110 for protecting components such as a sensing switch 130 is coupled to the base 101 and an elastic sealing member 180 coupled to a hole of the base 101 is connected to a water supply pipe 50, Thereby preventing the flowing water from penetrating into the space of the cover member 110 and allowing the shaft 140 to rotate in a resilient manner.

As shown in Fig. 3, the signal display unit is constituted by a speaker 105 for generating an alarm sound or an illumination light 106 for emitting light.

In addition, in the apparatus according to the embodiment of the present invention, the upper end of the shaft 140 is formed with a male screw, a conical adjustment block 141 screwed to the shaft 140 and vertically movable, 130 and a plate spring 132 whose other end is in contact with the outer circumferential surface of the adjustment block 141.

The adjustment block 141 is vertically movable along the shaft 140 by rotating the end of the plate spring 132 to elastically contact the slope 141A of the adjustment block 141. [ Reference numeral 133 denotes a roller which smoothes the contact of the leaf spring 132 when the adjustment block 141 flows by the rotation of the shaft 140. [

5, a rotating piece 150 is rotatably supported on the fixed block 60. The paddle 160 is fixed to a lower end of the rotating piece 150 so that the paddle 160 can rotate And the shaft 140 is rotated in conjunction with rotation of the pivoting piece 150.

The paddle 160 is formed of a rubber member to prevent damage to the paddle 160 due to water pressure and to minimize the resistance of the water flow.

Reference numeral 170 denotes a timer for outputting a test signal after a predetermined time when the shaft 140 is rotated by flowing water to operate the sensing switch 130. Reference numeral 120 denotes a timer, It is a fixed plate.

As shown in FIG. 1, the water flow sensing device may be formed with flanges 62 and 51 to be fixed to the fixed block 60 and the water supply pipe 50, and may be bolted thereto.

The flow sensing device having the above-described configuration operates as follows.

First, when a sprinkler recognizing a fire detection signal is activated due to the occurrence of a fire or the like, flowing water is generated through the water pipe 50

, The shaft 140 is rotated when the paddle 160 is moved in the flow direction of the flowing water as shown in Fig. 2

The leaf spring 132 is interlocked and the switch terminal 131 is contacted to recognize the detection signal.

At this time, after a delay time set in the timer 170, a detection signal is transmitted to the control room and a warning sound is generated or emitted through the speaker 105 or the illumination light 106 to inform the surrounding people that water is generated.

When an assembly error occurs in the gap between the sensing switch 130 and the shaft 140 at the time of assembling the sensing device 100, the conical shaped adjustment block 141 is moved up and down so that the end of the plate spring 132 So that the assembly error can be overcome.

The fire alarm system using water detection in the fire protection pipe according to the present invention includes a management unit 200 installed in a hall or a hall of a ship, a PC 300 provided in the hall, and a mobile terminal 400 A visual guiding means 600 installed at an exit port 510 including a final exit port and an auditory guiding means 700 and a control means for controlling the visual guiding means 600 and auditory guiding means 700 And further comprises an emergency exit guide control means (800).

The management unit 200 includes a controller 210 for issuing a remote control command in response to a sensing signal of the sensing switch 130 of the water flow sensing apparatus 100, And a remote control signal transmitting unit 220 for transmitting the remote control signal through the WiFi network.

The PC 300 may include all the PCs provided for business or customers in the hall, and may include all PCs if the hall is a PC.

The mobile terminal 400 includes a mobile terminal carried by an employee of a hospitality business or a crew member of a ship or an in-hall visitor.

The PC 300 is installed with a wireless LAN 320, and the mobile terminal 400 uses a wireless LAN built-in type.

The PC 300 and the mobile terminal 400 are equipped with a navigation app for evacuation based on a Wifi Positioning System (WPS) using Wi-Fi.

The navigation mouth includes an exit map PO that indicates the location of the exit 510 and an indoor map M that displays the fire extinguishing equipment POI P2 indicating the location of the fire extinguishing equipment 520.

Also, the POI of the facilities in the intestines is also displayed on the intestinal map (M), which is not shown in the drawings.

The navigation map for evacuation installed in the mobile terminal 400 includes an infrared transmitting module for transmitting an infrared signal and the indoor map M displayed on the liquid crystal screen 410 of the mobile terminal 400 includes an infrared transmitting module An infrared signal transmission button B for activating the infrared signal is displayed.

The infrared signal transmitting button B is for transmitting infrared rays from the infrared signal transmitting unit 420 built in the mobile terminal 400.

The navigation app for evacuation is installed in advance in the PC 300 provided at the hospitality business or on the ship and the mobile terminal 400 of the employee or crew. When the user accesses the mobile terminal 400 of the visitor, Or can be installed after reservation or ticketing.

A method of installing a navigation app for evacuation to the mobile terminal 400 includes a method of downloading and installing the navigation app through the Internet homepage of a corresponding hospice or shipping company and a method of installing the navigation app using a mobile terminal 400 And a method of automatically installing the QR code by scanning the QR code printed on the admission ticket or the like can be employed.

In addition, by installing a router for each floor in the intestine, cost-effective navigation apps can include intestinal maps for each floor, and can also be expressed as a three-dimensional map including interlayer stairs.

Thus, for example, when the emergency exit 510 is located on the first floor, it is possible to guide the emergency exit to the lower floor through the stairs at the second floor or more.

The visual guiding means 600 may be installed on both sides of the upper and lower ends of the exit port 510 so that a guide beam may be irradiated to the floor and the ceiling.

The visual guiding means 600 is embedded in a wall surface W on which the emergency exit port 510 is installed and has a buried enclosure 610 with an open front face and a rear wall 610 fixed to a rear wall of the buried enclosure 610, A lamp 630 installed at a front end of the lamp mount 620 and a beam guide tube 640 surrounding the lamp mount 620 and the lamp 630. The beam guide 640, And a linear actuator 650 for moving the tube 640 in the forward and backward directions.

The buried enclosure 610 may be constructed and buried in the form of a metal box that is embedded in a wall or ceiling of a building.

The lamp support 620 can fix the flange 621 formed at the rear end thereof to the rear wall of the embedding body 610 by screws.

The lamp 630 may be an incandescent lamp or an LED lamp, and may be installed in the lamp support 620 by a conventional method.

The beam guide tube 640 allows the beam irradiated from the lamp 630 to travel relatively far without being widely diffused.

It is preferable that a reflective layer is formed on the inner surface of the beam guide tube 640 so that the light irradiated from the lamp 630 is not absorbed but is reflected to prevent the illumination of the guide beam from lowering.

A blocking plate 641 is formed at the tip of the beam guide pipe 640 so as to cover the front opening of the buried envelope 610. The blocking plate 641 is connected to the beam guide pipe 640 A through hole 642 is formed.

As the linear actuator 650, a solenoid having a general operating rod may be used, or a working rod having a motor having a hollow motor shaft having a female screw portion on the inner circumferential surface thereof and a male screw portion engaged with the female screw portion of the hollow motor shaft may be used have.

The solenoid or motor used as the linear actuator 550 may be fixed to the embedding housing 510 by a conventional fixing method.

The auditory guidance means 700 includes a conventional speaker 710 installed at the upper end of the emergency exit 510, a memory 720 in which a guidance voice is stored, a guidance voice stored in the memory 720, And a guidance voice reproducing unit 730 for transmitting the guidance voice to the user.

The emergency exit guide control unit 800 includes an infrared sensor 810 installed around the exit port 510 to receive an infrared signal transmitted from the mobile terminal 400, And a guiding means driving unit 820 for driving the visual guiding means 600 and the auditory guiding means 700.

The guiding unit driving unit 820 may be configured as a switching device for turning on and off the driving power of the visual guiding unit 600 and the auditory guiding unit 70 in accordance with the detection signal of the infrared sensor 810 .

The emergency exit guide control unit 800 may be installed in the buried enclosure 610 constituting the visual guide unit 600 by modularization.

The emergency power supply control means 800 may be a commercial power supply or an emergency power supply.

Hereinafter, the operation of the fire alarm system using fire detection in the fire pipe according to the present invention will be described.

A fire detection signal of the fire detection signal of the sensing switch 130 is sensed by the sensing switch 130 of the water sensor 100 and the fire detection signal of the sensing switch 130 is transmitted to the control unit 210 of the management unit 200 The control unit 210 outputs a remote control command according to the transmitted fire detection signal and the remote control signal sending unit 220 according to the remote control command of the control unit 210 transmits a remote control signal through the Wi- .

The remote control signal is received by the PC 300 through the wireless LAN card 320 and is received by the mobile terminal 400 through the wireless LAN.

In the PC 300 and the mobile terminal 400 receiving the remote control signal, the currently running app is terminated and the navigation app for the evacuation is executed and the position of the exit 510 is displayed on the monitor 310 and the liquid crystal screen 410 A shortest route to the current position icon PP and the exit port 510 is displayed along with the exit map PO and the digestion equipment POI P2 indicating the location of the fire extinguishing equipment 520. [ A route guide line GL is displayed.

Therefore, the in-hall personnel using the PC 300 can evacuate to the emergency exit 510 by referring to the in-house map M and the path guide line GL displayed on the PC 200. Thereafter, The user can evacuate according to the guide map M and route guidance displayed on the map.

In the navigation app for evacuation of the mobile terminal 400, the shortest path to the exit 510 is set, the current position icon PP and the path guide line GL are displayed, and the guidance is started by the guidance voice.

Accordingly, the in-hall personnel carrying the mobile terminal 400 can quickly move to the emergency exit 510 according to the guide map M, the route guide line GL and the voice guidance displayed on the liquid crystal screen 410 and can be evacuated .

When the infrared signal sending button B displayed on the liquid crystal screen 410 is pressed while moving toward the emergency exit 510, the visual guidance means 600 and the auditory guidance means 700 are operated You can get the actual location.

That is, when the infrared signal sending button B is pressed, the infrared signal transmitting unit 420 of the mobile terminal 400 transmits the infrared signal by the function of the navigation app for evacuation, The infrared sensor 810 of the control means 800 receives the infrared signal and the guide means driving unit 820 drives the visual guidance means 600 and the auditory guidance means 700 according to the received infrared signal, The visual guidance by the visual guidance means 600 and the auditory guidance by the auditory guidance means 700 are simultaneously performed in accordance with the driving signal of the guidance means driving unit 820. [

The visual guide means 600 is normally kept in a state in which the beam guide tube 640 is retracted and the blocking plate 541 covers the front opening portion of the embedding body 610 (see FIG. 6).

The visual guiding means 600 is configured such that the lamp 630 is turned on in response to the driving signal of the guiding means driving unit 820 and the working rod 651 of the linear actuator 650 advances, The beam 640 and the blocking plate 641 are advanced so that the beam of the lamp 630 is irradiated forward through the beam guide tube 640 and the through hole 642 so that the guide beam can go straight to the far side Reference).

The guiding beam irradiated here is obliquely irradiated on the floor and the ceiling rather than irradiated on the air, so that guideline by light is generated on the floor and ceiling, thereby increasing the visibility.

The auditory guidance means 700 outputs the guidance voice stored in the memory 720 by the guidance voice reproduction unit 730 through the speaker 710 in accordance with the driving signal of the guide means driving unit 820. [

Thus, disabled people can evacuate with more precise guidance based on visual and auditory guidance.

The fire extinguishing equipment 520 can be easily and quickly found by the fire extinguishing equipment POI P2 displayed on the monitor 310 of the PC 300 and the liquid crystal screen 410 of the mobile terminal 400, .

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100: Water flow sensor 130: Detection switch
200: management unit 210:
220: remote control signal transmitter 300: PC
400: mobile terminal 510: emergency exit
520: Fire extinguishing equipment 600: Visual guidance means
610: buried enclosure 620: lamp installation stand
630: Lamp 640: Beam guide tube
650: Linear actuator 651: Working rod
700: auditory guidance means 710: speaker
720: Memory 730: Guide voice reproduction unit
800: Emergency exit information control means 810: Infrared sensor
820: Guide means driving section

Claims (1)

A fixing block 60 formed with a communication hole 62 for communicating with the water supply pipe 50 of the sprinkler fire extinguishing system and coupled to the water supply pipe 50 by a coupling means, and a hole communicating with the communication hole 62 are formed A shaft 140 rotatably supported on a hole of the base 101 so as to be extended up and down from the base 101 to be fixed to the fixed block 60; An elastic sealing member 180 elastically supporting the shaft 140 and paddles 160 connected to a lower end of the shaft 140 and positioned on the flow path of the water supply pipe 50; (100) having a sensing switch (130) that is operated in conjunction with the shaft (140) flowing by the water generated in the shaft (140);
A control unit 210 for outputting a remote control command according to a fire detection signal of the detection switch 130 and a remote control signal transmission unit 210 for transmitting a remote control signal through a Wi- A management unit 200 including a control unit 220;
A fire extinguishing system POI (P1) which is provided in the field and is based on a Wi-Fi position measuring system and is set to approve remote control and which displays the position of the fire exit POI P1 and fire extinguishing equipment 520 A PC 300 equipped with a navigation app for evacuation displaying an intrasite map M including a map P2 and connected to a monitor 310 and equipped with a wireless LAN card 320;
An infrared transmission module for carrying infrared signals, and an emergency exit point (POI) indicating the location of the emergency exit (510), based on a WiFi location measurement system, which is carried by employees or crew and visitors, A navigation map app for evacuation including an indoor map (M) in which an extinguishing equipment POI (P2) indicating the location of the fire extinguishing equipment (520) and an infrared signal transmitting button (B) A mobile terminal 400 equipped with a wireless LAN;
A visual guidance means 600 and an auditory guidance means 700 installed on the exit port 510 including the final exit entrance;
An infrared sensor 810 installed in proximity to the emergency exit 510 to receive an infrared signal transmitted from the mobile terminal 400 and an infrared sensor 810 installed in the visual guide unit 600 in response to a detection signal of the infrared sensor 810. [ And a guide means driving unit (820) for driving the auditory guidance means (700)
When a fire occurs, the detection switch 130 detects a fire and transmits a fire detection signal to the controller 210,
The control unit 210 outputs a remote control command according to a fire detection signal,
The remote control signal transmitting unit 220 transmits a remote control signal through the Wi-Fi network according to a remote control command of the controller 210,
The remote control signal of the remote control signal transmitting unit 220 is received by the PC 300 and the mobile terminal 400 via the Wi-Fi network,
The running app is terminated in accordance with the remote control signal from the PC 300 and the navigation app for evacuation is executed and the map of the inside M and the exit 510 including the exit POI P1 and the fire extinguishing POI P2 Is displayed on the monitor 310,
The mobile terminal 400 terminates the running application according to the remote control signal and executes the evacuation navigation app to execute the emergency exit POI P1, the fire extinguishing equipment POI P2, and an infrared signal transmission button B is displayed on the liquid crystal screen 410 and a shortest path from the current position to the emergency exit 510 is automatically set and a path guide line (GL) is displayed, guidance of the route is started by the guidance voice,
When the infrared signal transmitting button B is pressed, an infrared signal is transmitted from the infrared signal transmitting unit 420 of the mobile terminal 400 by the function of the navigation app for evacuation, The infrared sensor 810 of the means 800 receives the infrared signal and the guide means driving unit 820 drives the visual guidance means 600 and the auditory guidance means 700 according to the received infrared signal The visual guidance by the visual guidance means 600 and the auditory guidance by the auditory guidance means 700 are performed in accordance with the driving signal of the guidance means driving unit 820. [ Fire fighting fire safety management system.

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