KR101980088B1 - Fire safety management system using mobile system - Google Patents

Abstract

The present invention relates to a firefighting fire safety management system using a mobile system, which installs an evacuation navigation application on the PC in a hospitality or vessel used by many people and a mobile terminal carried by all on-site personnel, terminates the application executed on the PC and the mobile terminal when the fire occurs and executes an evacuation navigation application to guide the shortest path to the emergency exit at the same time, and operates a visual guiding means and an auditory guiding means installed in the emergency exit by an infrared signal transmitted from the mobile terminal, thereby allowing people to evacuate faster and safer.

Description

Fire safety management system using mobile system {Fire safety management system using mobile system}

The present invention relates to a fire fire safety management system using a mobile system, and more specifically, to install a navigation app for evacuation in the mobile terminal carried by PC and all the personnel in the hospitality or ships used by many people, In case of fire, the navigation app for evacuation is executed to guide the shortest path to the emergency exit, and the visual and audio guidance means installed in the emergency exit operate by the infrared signal transmitted from the mobile terminal so as to evacuate more quickly and safely. It relates to a fire safety management system using a mobile system to enable.

In general, hospitality establishments and ships used by many people are provided with emergency exits or exits (hereinafter referred to as 'emergency exits') in preparation for fire and accidents, and evacuation or escape by installing emergency lights above or below the emergency exits. To be easily seen by those seeking to evacuate.

Prior art related to the conventional emergency evacuation guidance facility is registered in the Republic of Korea Patent No. 10-0976212 (2010.08.10.) "Emergency lamp" and Republic of Korea Patent No. 10-0725222 (registered May 29, 2007) "height adjustment Floor emergency lights ".

However, when a fire occurs, it is very difficult to find the emergency exit by looking at the indicator light in the state of poor visibility, and in a position where the indicator is not visible, it is extremely embarrassing to know which way to exit the emergency exit.

In addition, hospitality facilities and ships are equipped with fire extinguishers such as fire extinguishers, but because they are not equipped with indicator lights, they cannot be easily found and thus have very low utilization rates.

Hospitality facilities and ships are provided with emergency preparedness guides displaying emergency exits and evacuation routes, but they are practically useless because few people know them.

In addition, although the announcement is made in the event of a fire, it is only to inform that a fire has occurred, so it is virtually impossible to broadcast a guide to an emergency exit at an arbitrary position, so it is practically not helpful for preparation.

Therefore, it is impossible to evacuate quickly and safely with conventional emergency lights, evacuation instructions, and announcements, leading to large-scale casualties.

Therefore, there is a demand for the development of a technology that allows the user to easily find an emergency exit and evacuate quickly and safely in case of fire in hospitality facilities and ships.

Republic of Korea Patent No. 10-0976212 (registered 2010.08.10) "Emergency light" Republic of Korea Patent No. 10-0725222 (2007.05.29. Registration) "Floor emergency light with height adjustment"

Therefore, the object of the present invention is to install the navigation app for evacuation navigation device on the mobile terminal carried by the PC and all on-site personnel in the hospitality or ship used by many people, the shortest path to the emergency exit by running the evacuation navigation app To provide a fire safety management system using a mobile system that can be evacuated more quickly and safely by operating the visual guidance means and the audio guidance means installed in the emergency exit by the infrared signal transmitted from the mobile terminal. will be.

In order to achieve the above object, the present invention provides a fire detector installed in a hospitality or a ship, a control unit for outputting a remote control command according to the fire detection signal of the fire detector, and a remote control command of the control unit A management unit including a remote control signal transmission unit for transmitting a remote control signal through a Wi-Fi network according to the present invention; The evacuation navigation app, which is stored in the intestine, is based on a Wi-Fi positioning system, is set up to approve remote control, and displays an intestinal map containing the emergency exit POI and the fire extinguishing equipment POI, indicating the location of the emergency exit and fire extinguishing equipment. It is installed, the monitor is connected, PC with a wireless LAN card; An infrared exit module for carrying an infrared signal, an emergency exit POI indicating the location of emergency exits and fire-extinguishing equipment, carried by employees or crews and visitors, based on a Wi-Fi positioning system, and configured to approve remote control; An evacuation navigation app including a gut map displaying an infrared signal transmitting button for operating the fire extinguishing equipment POI and the infrared transmitting module is installed, and a mobile terminal having a built-in wireless LAN; Visual guidance means and audio guidance means installed in an emergency exit including a final emergency exit; Emergency exit guidance provided in close proximity to the emergency exit, having an infrared sensor for receiving an infrared signal transmitted from the mobile terminal, and a guide means driver for driving the visual guide means and the audio guide means in accordance with the detection signal of the infrared sensor. It includes a control means, when a fire occurs, the fire detector detects a fire and transmits a fire detection signal to the control unit, the control unit outputs a remote control command according to the fire detection signal, the remote control command in accordance with the remote control command The control signal transmission unit transmits a remote control signal through the Wi-Fi network, the remote control signal of the remote control signal transmission unit is received by the PC and the mobile terminal via the Wi-Fi network, the app running in accordance with the remote control signal from the PC Exit and evacuation navigation app launches emergency exit POI and fire extinguishing equipment POI The intestinal map and the shortest path to the emergency exit are displayed on the monitor, the running app is terminated according to the remote control signal from the mobile terminal, and the evacuation navigation app is executed to transmit the emergency exit POI, the fire extinguishing equipment POI, and the infrared signal. The intestinal map including the infrared signal transmission button is displayed on the LCD screen, and the shortest path from the current location to the emergency exit is automatically set, and the route guide line including the current location icon and the arrow is displayed and guided by voice. Start the route guidance, when the infrared signal transmission button is pressed, the infrared signal is transmitted from the infrared signal transmitting unit of the mobile terminal by the function of the navigation navigation app for evacuation, the infrared sensor of the emergency exit guide control means installed on the emergency exit side is infrared Receiving a signal, guide means according to the received infrared signal The driving signal for the additional visual guide means and the audio guide means is transmitted, and the visual guide by the visual guide means and the audio guide by the acoustic guide means according to the drive signal of the guide means driver To provide a fire fighting fire safety management system using a mobile system.

According to the fire safety management system using the mobile system of the present invention installs a navigation app for evacuation in the mobile terminal carried by the PC and all the personnel in the hospital or ships used by many people, PC and mobile terminal in the event of fire By exiting the app running at the same time to run the navigation app for evacuation to guide the shortest path to the emergency exit, and to operate the visual guidance means and the audio guide means installed in the emergency exit by the infrared signal from the mobile terminal Evacuate more quickly and safely.

1 to 5 shows a preferred embodiment of the fire safety management system using a mobile system according to the present invention,
1 is a conceptual diagram of a fire fire safety management system using a mobile system according to the present embodiment,
2 is a diagram showing an example of an intestinal map set as the shortest diameter;
3 is a perspective view showing a normal state of the visual guide means,
4 is a perspective view showing a state at the time of operation of the visual guide means;
5 is a functional block diagram of the auditory guidance means.

Hereinafter, a fire fire safety management system using a mobile system according to the present invention will be described in detail according to a preferred embodiment illustrated in the accompanying drawings.

1 to 5 show a preferred embodiment of a fire fire safety management system using a mobile system according to the present invention.

Fire fighting fire safety management system using a mobile system according to the present embodiment, as shown in Figures 1 to 5, the management unit 100 is installed in the hospitality of the hospitality or ships, PC 200 and the inside of the In addition, the visual guide means 500 and the acoustic guide means (600) which are installed in the mobile terminal 300, the mobile terminal 300, the final emergency exit, including the final emergency exit, and the visual guide means 500 and Emergency exit guide control means 700 for controlling the acoustic guide means 600.

The management unit 100 is a fire detector 110, a control unit 120 for outputting a remote control command according to the fire detection signal of the fire detector 110, and the remote control according to the remote control command of the control unit 120 It includes a remote control signal transmission unit 130 for transmitting a signal through a Wi-Fi network.

The fire detector 110 of the management unit 100 may use an existing installation in the hospitality of the hospital or ship.

In addition, the fire detector 110 is configured to transmit a fire detection signal to the existing intestinal fire alarm system so that the existing intestinal fire alarm can also be issued.

The remote control signal transmitter 130 transmits a remote control signal for remotely controlling the PC 200 and the mobile terminal 300 through a Wi-Fi network.

The PC 200 may include all PCs provided in the market for business or customers, and may include all PCs when the hospitality office is a PC room.

The mobile terminal 300 includes a mobile terminal carried by all of the employees of the hospitality office or the crew of the vessel and the entertainers.

The PC 200 is a wireless LAN 220 is installed, the mobile terminal 300 uses a model with a built-in wireless LAN.

The PC 200 and the mobile terminal 300 are installed with the navigation navigation app for evacuation based on the Wipe Positioning System (WPS) using Wi-Fi.

The evacuation navigation app includes an intestinal map (M) in which the emergency exit POI (P1) indicating the location of the emergency exit 410 and the fire extinguishing equipment POI (P2) indicating the location of the fire extinguishing equipment 420 are displayed.

In addition, the POI of the intestinal facilities is also displayed on the intestinal map (M), which is omitted in the drawings.

In addition, the navigation navigation app installed in the mobile terminal 300 includes an infrared transmission module for transmitting an infrared signal, the intestinal map (M) is displayed an infrared signal transmission button (B) for operating the infrared transmission module. .

The infrared signal transmitting button (B) is for the infrared ray is transmitted from the infrared signal transmitting unit 320 embedded in the mobile terminal 300.

The navigation app for evacuation is pre-installed in the mobile terminal 300 of the PC 200 and the employees or crew members provided in the hospitality or ship, the visitor's mobile terminal 300 when entering the corresponding hospitality or ship Or it may be installed in the mobile terminal 100 after the reservation or ticketing.

As a method of installing the navigation app for evacuation to the mobile terminal 100, a method of downloading and directly installing through the Internet homepage of the corresponding hospitality or shipping company, and printed on the QR code or entrance ticket attached to the entrance to the mobile terminal 300 Any one of the conventional app installation methods, such as a method for automatically installing by scanning the QR code can be employed.

In addition, when entering the hospitality service or the vessel, the mobile terminal 300 of the visitor if the navigation app for evacuation is not installed, by limiting the entry can ensure a safety.

In addition, by installing a router on each floor of the floor evacuation navigation app may include floor maps for each floor, it may be represented as a three-dimensional map including the stairs between floors.

Therefore, for example, when the emergency exit is located on the first floor, the second floor or more can be guided to descend downstairs through the stairs.

The visual guide means 500 may be installed on both top and bottom sides of the emergency exit 410 to irradiate the guide beam to the floor and the ceiling.

The visual guide means 500 is buried in the wall (W) where the emergency exit 410 is installed, the buried enclosure 510 and the front is open, and fixed to the rear wall of the buried enclosure 510 is projected toward the front opening The lamp mounting stand 520, the lamp 530 is installed at the tip of the lamp mounting stand 520, the beam guide tube 540 surrounding the lamp mounting stand 520 and the lamp 530, and the beam guide tube And a linear actuator 550 for moving 540 forward and backward.

The buried enclosure 510 may be constructed and buried in the form of a metal box that is typically buried in the wall or ceiling of the building.

The lamp mounting stand 520 may fix the flange 521 formed at the rear end to the rear wall of the buried enclosure 510 by screws.

The lamp 530 may use an incandescent lamp or an LED lamp and may be installed on the lamp support 520 by a conventional method.

The beam guide tube 540 allows the beam irradiated from the lamp 530 to go straight relatively far without being diffused.

It is preferable to form a reflective layer on the inner surface of the beam guide tube 540 so that the light irradiated from the lamp 530 is not absorbed and is reflected to prevent degradation of illuminance of the guide beam.

The front end of the beam guide tube 540 is usually coupled to the blocking plate 541 that can block the front opening of the buried enclosure 510, the blocking plate 541 through the hole communicating with the beam guide tube 540 542 is formed.

The linear actuator 550 is configured to move the beam guide tube 530 forward and backward by connecting the tip of the operating rod 551 to the beam guide tube 530 by a connecting piece 552.

As the linear actuator 550, a solenoid having a general operating rod may be used, or a motor having a hollow motor shaft having a female threaded portion formed on an inner circumferential surface thereof, and a working rod having a male threaded portion engaged with a female threaded 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 buried enclosure 510 by a conventional fixing method.

The audio guide means 600 is a conventional speaker 610 is installed on the upper end of the emergency exit 410, the memory 620 stored the guide sound, and the guide sound stored in the memory 620 speaker 610 It may be configured to include a playback unit 630 for transmitting to.

The emergency exit guide control means 700 is installed around the emergency exit 410 and includes an infrared sensor 710 for receiving an infrared signal transmitted from the mobile terminal 300 and a detection signal of the infrared sensor 710. Accordingly, the guide means driving unit 720 for driving the visual guide means 500 and the acoustic guide means 600.

The guide means driver 720 may be configured as a switching device for turning on / off the power of the lamp 530 and the linear actuator 550 of the visual guide means 500 according to the detection signal of the infrared sensor 710. have.

The emergency exit guide control means 700 may be modularized and installed in the buried enclosure 510 constituting the visual guide means 500.

The power required for the emergency exit guide control means 700 may use commercial power or emergency power in the intestine.

Hereinafter, the operation of the fire fire safety management system using a mobile system according to the present embodiment will be described.

When a fire occurs in the hospitality or the ship, the fire is detected by the fire detector 110 and the fire detection signal is transmitted to the control unit 120 of the management unit 100, the control unit 120 according to the transmitted fire detection signal The remote control command is output, and the remote control signal transmitter 130 transmits the remote control signal through the Wi-Fi network according to the remote control command of the controller 120.

The remote control signal is received by the PC 200 through the WLAN card 220 and received by the mobile terminal 300 through the built-in WLAN.

In the PC 200 and the mobile terminal 300, the remote control signal is received, the currently running app is terminated, and the navigation app for evacuation is executed to locate the emergency exit 410 on the monitor 210 and the LCD screen 310. Intestinal map (M) including the fire exit POI (P1) and the fire extinguishing equipment POI (P2) indicating the location of the fire extinguishing equipment 420 to display the path guide line (GL) to guide the shortest path to the emergency exit (410) Is displayed.

Therefore, the person in the intestine who was using the PC 200 may evacuate toward the emergency exit 410 by referring to the intestinal map M and the path guide line GL displayed on the PC 200, and the mobile terminal 300 to be described later. Evacuate according to the intestinal map (M) and route guidance displayed on the).

In the navigation app for evacuation of the mobile terminal 300, the shortest path to the emergency exit 410 is set, the current location icon (PP) and the route guide line (GL) are displayed, and the route guidance is started by the guide voice.

Accordingly, the on-site personnel carrying the mobile terminal 300 may quickly move to the emergency exit 410 and evacuate according to the on-site map M, the route guide GL, and the voice guidance displayed on the LCD screen 310. .

In addition, if the infrared signal transmitting button B displayed on the liquid crystal display 310 is pressed while moving toward the emergency exit 410, the visual exit means 500 and the acoustic guidance means 600 of the emergency exit 410 You can be informed of the actual location.

That is, when the infrared signal transmitting button (B) is pressed, the infrared signal is transmitted from the infrared signal transmitting unit 320 of the mobile terminal 300 by the function of the navigation app for evacuation, emergency exit guidance installed on the emergency exit 410 side The infrared sensor 710 of the control means 700 receives an infrared signal, and the guide means driver 720 is a driving signal for the visual guide means 500 and the acoustic guide means 600 according to the received infrared signal. The visual guidance by the visual endurance means 500 and the acoustic guidance by the acoustic guidance means 600 are simultaneously performed according to the driving signal of the guide means driver 720.

The visual guide 500 is normally maintained with the beam guide tube 540 retracted and the blocking plate 541 blocked the front opening of the buried enclosure 510 (see FIG. 3).

The visual guide means 500 is a beam guide tube connected by the connecting piece 552 while the lamp 530 is turned on according to the driving signal of the guide means driver 720 and the operating rod 551 of the linear actuator 550 is advanced. Since the 540 and the blocking plate 541 are advanced, the beam of the lamp 530 is irradiated forward through the beam guide pipe 540 and the through hole 542 so that the guide beam can go straight to a distance (FIG. 4). Reference).

The guide beam irradiated here may increase visibility by irradiating obliquely to the floor and the ceiling rather than irradiating into the air to create a guideline caused by light on the floor and the ceiling.

The acoustic guide means 600 outputs the guide voice through the speaker according to the driving signal of the guide means driver 720.

As a result, people in the gut can evacuate while receiving more accurate guidance based on visual and audio guidance.

In addition, the fire extinguishing equipment 420 can be easily and quickly found by the fire extinguishing equipment POI (P2) displayed on the monitor 210 of the PC 200 and the liquid crystal display 310 of the mobile terminal 300, and extinguishable at an early fire. Done.

The embodiments described above are not intended to limit the technical spirit and scope of the present invention but to describe the scope of the present invention by the above-described embodiments, which are not intended to limit the scope of the present invention. Those skilled in the art will be able to various modifications and variations without departing from the spirit and scope of the present invention, these modifications and variations will be construed as belonging to the scope of the invention.

100: management unit 110: fire detector
120: control unit 130: remote control signal transmission unit
200: PC 300: mobile terminal
320: infrared signal transmitter 410: emergency exit
420: fire extinguishing equipment 500: visual guidance
510: buried enclosure 520: lamp mounting
530: lamp 540: beam guide
550: linear actuator 551: operating rod
600: acoustic guide means 700: emergency exit guide control means
710: infrared sensor 720: guide means drive unit

Claims (1)

It is installed in the management unit 100 installed in the reception of a hospitality or a ship, PC 200 provided in the market, a mobile terminal 300 carried by all personnel in the market, and an emergency exit 410 including a final emergency exit. It comprises a visual guide means 500 and the acoustic guide means 600, and the emergency exit guide control means 700 for controlling the visual guide means 500 and the acoustic guide means 600,
The management unit 100
A fire detector 110 installed in a hospitality shop or a ship, a control unit 120 for outputting a remote control command according to the fire detection signal of the fire detector 110, and a remote control command of the control unit 120. The remote control signal transmitting unit 130 for transmitting the remote control signal for the PC 200 and the mobile terminal 300 through the Wi-Fi network,
The PC 200 is
Fire extinguishing equipment POI stored in the intestine, based on the Wi-Fi positioning system, set to approve the remote control, and display the location of the emergency exit POI (P1) and the fire extinguishing equipment 420 to indicate the location of the emergency exit (410) Evacuation navigation app for displaying the intestinal map (M) including (P2) is installed, the monitor 210 is connected, the wireless LAN card 220 is provided,
The terminal 300 is
It is carried by employees or crews and visitors, based on the Wi-Fi positioning system, and configured to approve remote control, an infrared emitting module for transmitting infrared signals, and an emergency exit POI for displaying the position of the emergency exit 410 ( Evacuation navigation app including a fire extinguishing equipment POI (P2) indicating the location of the P1) and the fire extinguishing equipment 420 and an intestinal map (M) displaying an infrared signal transmitting button (B) for operating the infrared transmitting module. Is installed, WLAN is installed,
The visual guide means 500 and the acoustic guide means 600 is installed in the emergency exit 410 including the final emergency exit,
The visual guide means 500 is buried in the wall (W) where the emergency exit 410 is installed, the buried enclosure 510 and the front is open, and fixed to the rear wall of the buried enclosure 510 is projected toward the front opening The lamp mounting stand 520, the lamp 530 is installed at the tip of the lamp mounting stand 520, the beam guide tube 540 surrounding the lamp mounting stand 520 and the lamp 530, and the beam guide tube It includes a linear actuator 550 for moving the 540 in the front and rear directions,
The buried enclosure 510 is constructed and embedded in the form of a metal box buried in the wall or ceiling of the building,
The lamp mounting stand 520 is fixed to the rear wall of the buried enclosure 510 by a screw the flange 521 formed at the rear end,
The beam guiding tube 540 allows the beam irradiated from the lamp 530 to go relatively far without being diffused, and forms a reflective layer on the inner surface thereof so that the light irradiated from the lamp 530 is reflected without being absorbed. Is configured to prevent a decrease in illuminance of
The front end of the beam guide tube 540 is usually coupled to the blocking plate 541 that can block the front opening of the buried enclosure 510, the blocking plate 541 through the hole communicating with the beam guide tube 540 542 is formed,
The linear actuator 550 is configured to move the beam guide tube 540 forward and backward by connecting the tip of the operating rod 551 to the beam guide tube 540 by a connecting piece 552,
The audio guide means 600 is a conventional speaker 610 is installed on the upper end of the emergency exit 410, the memory 620 stored the guide sound, and the guide sound stored in the memory 620 speaker 610 It is configured to include a playback unit 630 for transmitting to,
The emergency exit guide control means 700 is
It is installed in close proximity to the emergency exit 410, the infrared sensor 710 for receiving the infrared signal transmitted from the infrared transmission module of the mobile terminal 300, and the visual guidance according to the detection signal of the infrared sensor 710 It comprises a guide means driving unit 720 for driving the means 500 and the audio guide means 600,
When a fire occurs, the fire detector 110 detects a fire and transmits a fire detection signal to the controller 120.
The control unit 120 outputs a remote control command according to the fire detection signal,
The remote control signal transmitter 130 transmits a remote control signal through a Wi-Fi network according to a remote control command of the controller 120,
The remote control signal of the remote control signal transmitter 130 is received by the PC 200 and the mobile terminal 300 through a Wi-Fi network,
In the PC 200, the running app is terminated according to the remote control signal and the navigation app for evacuation is executed, including the emergency exit POI (P1) and the fire extinguishing equipment POI (P2) up to the gut map (M) and the emergency exit 410. The shortest path of is displayed on the monitor 210,
The running app is terminated according to the remote control signal from the mobile terminal 300 and the navigation app for evacuation is executed to transmit an emergency exit POI (P1), a fire extinguishing device POI (P2), and an infrared signal (infrared signal transmission button). The intestinal map M including B) is displayed on the LCD screen 310 and the shortest path from the current position to the emergency exit 410 is automatically set, and the route guide line includes the current position icon PP and an arrow. (GL) is displayed and the route guidance is started by the guide voice.
When the infrared signal sending button (B) is pressed, the infrared signal is sent from the infrared signal transmitting unit 320 of the mobile terminal 300 by the function of the navigation app for evacuation, emergency exit guide control installed on the emergency exit 410 side The infrared sensor 710 of the means 700 receives the infrared signal, and the guide means driver 720 receives the driving signals for the visual guide 500 and the acoustic guide 600 according to the received infrared signal. Using the mobile system, characterized in that configured to be sent out, the visual guidance by the visual guide means 500 and the acoustic guidance by the acoustic guide means 600 in accordance with the drive signal of the guide means driver 720 Fire Fighting Fire Safety Management System.

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