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WO2019059439A1 - Système de lampe à del à fonction d'avertissement et d'apprentissage de catastrophe - Google Patents

Système de lampe à del à fonction d'avertissement et d'apprentissage de catastrophe Download PDF

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Publication number
WO2019059439A1
WO2019059439A1 PCT/KR2017/010670 KR2017010670W WO2019059439A1 WO 2019059439 A1 WO2019059439 A1 WO 2019059439A1 KR 2017010670 W KR2017010670 W KR 2017010670W WO 2019059439 A1 WO2019059439 A1 WO 2019059439A1
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WIPO (PCT)
Prior art keywords
disaster
emergency
illumination
management server
led
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/KR2017/010670
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English (en)
Korean (ko)
Inventor
강해일
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Individual
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Individual
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Priority to JP2018521208A priority Critical patent/JP6681981B2/ja
Priority to CN201780003753.XA priority patent/CN109819676B/zh
Publication of WO2019059439A1 publication Critical patent/WO2019059439A1/fr
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B23/00—Alarms responsive to unspecified undesired or abnormal conditions
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B27/00—Alarm systems in which the alarm condition is signalled from a central station to a plurality of substations
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B5/00—Visible signalling systems, e.g. personal calling systems, remote indication of seats occupied
    • G08B5/22—Visible signalling systems, e.g. personal calling systems, remote indication of seats occupied using electric transmission; using electromagnetic transmission
    • G08B5/36—Visible signalling systems, e.g. personal calling systems, remote indication of seats occupied using electric transmission; using electromagnetic transmission using visible light sources

Definitions

  • the present invention relates to an LED lamp system, and more particularly, to an LED illumination system having a disaster warning and disaster training function.
  • Buildings such as schools, government buildings, apartments, buildings and tunnels are equipped with fire alarms or earthquake warning systems to alert them when a disaster such as a fire or earthquake occurs.
  • a transmitter transmits a fire detection signal to a receiver, Upon receipt of the fire detection signal from the transmitter, the receiver outputs a fire alarm signal, activates the alarm, generates a fire alarm, and notifies the fire department by wire or wirelessly.
  • Patent Document 1 discloses an earthquake warning and evacuation broadcasting system that generates an earthquake warning and performs evacuation broadcasting according to the magnitude of an earthquake when an earthquake occurs.
  • an earthquake warning system installer additionally installs an earthquake warning system in a building where a fire alarm is already installed, the fire alarm control facility installed in the control room and the control facility for the newly installed seismic alarm system are integrated Is often impossible.
  • the emergency LED group of the LED light is lit to generate a disaster alarm in the event of a disaster such as a fire or an earthquake, and the emergency LED group of the LED light or the like
  • a disaster alert system and a disaster alert function to start a disaster training by generating a disaster training alert.
  • At least one LED lighting system having an emergency alert and disaster training function is installed in each lighting area of a building including at least one lighting area An LED illuminating lamp for illuminating the LED group and the emergency LED group on a single substrate such that when one group is lit, the other group is off; At least one or more disaster detectors for outputting a disaster determination signal for periodically identifying a disaster (for example, a fire or an earthquake) in the illumination area by wire or wireless and storing location identification information in the disaster management server; Receives an emergency lighting ON signal from the disaster management server, and turns on the emergency switch to light the emergency LED group of the LED light, and emits the emergency light from the emergency management server An emergency switch relay for turning off the emergency switch and turning off the emergency LED group of the LED light when the off signal is received; And a controller for receiving the emergency lighting-on signal or emergency lighting-off signal from the disaster management server by communicating wired or wirelessly the disaster determination signal received via the emergency switch relay, A communication hub for communicating to
  • the disaster sensor includes a temperature sensor for detecting a fire or an acceleration sensor for detecting an earthquake.
  • the disaster detector outputs a disaster occurrence signal upon receiving a fire detection signal for operating a fire alarm, And an emergency LED group of an LED illumination lamp installed in the detected illumination area is lit to generate a disaster alarm.
  • any one of the disaster discrimination signals received in the illumination area And at least one signal repeater for wirelessly transmitting the disaster determination signal.
  • the signal repeater transmits and receives a disaster discrimination signal to and from a communication hub for an emergency switch relay.
  • the emergency light switch, the signal relay, and the communication hub are connected to each other via a Bluetooth network or LoRa (Long Range and Low Power ) Network or a NarrowBand-Internet of Things (NB-IoT) network.
  • LoRa Long Range and Low Power
  • NB-IoT NarrowBand-Internet of Things
  • the emergency light management system is characterized in that when a disaster determination signal received through the communication hub is determined to have occurred in a disaster, And transmits a message to generate a disaster alarm.
  • the disaster management server when the disaster management server receives the disaster drill start signal from the administrator terminal, it transmits a disaster drill start announcement message to the administrator terminal and the user terminal .
  • the disaster management server determines that the disaster determination signal of the disaster sensor installed in any one of the illumination areas of the building is discriminated as the first disaster occurrence
  • the emergency light ON signal is transmitted to the emergency switch relay installed in the entire illumination area of the building through the communication hub to light the emergency LED group of the LED light and send a disaster warning guidance message to the manager terminal and the user terminal, And an alarm is generated.
  • the disaster management server determines that the disaster determination signal of the disaster sensor installed in any one of the illumination areas of the building is discriminated as the first disaster occurrence
  • An emergency light ON signal is transmitted to the emergency switch relay installed in the corresponding lighting area determined as a disaster among all the lighting areas of the building through the communication hub to light the emergency LED group of the LED light, And a disaster alert message is transmitted to the terminal.
  • the disaster management server determines that the disaster determination signal of the disaster sensor installed in any one of the illumination areas of the building is discriminated as the first disaster occurrence
  • a disaster determination signal of another disaster detector installed in a corresponding illumination area determined as a disaster occurrence is determined to be a disaster again, a disaster alarm is generated by transmitting a disaster information change message to the administrator terminal and the user terminal do.
  • a disaster alarm system such as a fire or an earthquake
  • an LED illumination light in a lighting area of a building
  • a disaster alarm and a disaster alarm such as an earthquake alarm
  • the present invention can easily initiate disaster drills such as a fire or an earthquake using an administrator terminal, and can easily monitor and control disaster drill through a manager screen displayed on an administrator terminal.
  • the emergency light is generated by illuminating an entirely illuminated area of a building or an LED light installed in a selected illumination area for emergency, and the emergency alert message is transmitted to an administrator terminal Since it can be transmitted to the user terminal, safe evacuation can be achieved by promptly responding to the change of the disaster situation.
  • FIG. 1 is an embodiment of a building in which an LED illumination system having an emergency alert and disaster training function according to the present invention is installed.
  • FIG. 1 is an embodiment of a building in which an LED illumination system having an emergency alert and disaster training function according to the present invention is installed.
  • FIG. 2 is a diagram showing the configuration of an LED illumination system having an emergency alert and disaster training function according to the present invention.
  • FIG 3 is a schematic view showing a configuration of an LED illumination lamp according to the present invention.
  • FIG. 4 is a preferred embodiment showing the configuration of an LED illumination lamp according to the present invention.
  • FIG. 5 is a view showing another embodiment of the LED illumination lamp according to the present invention.
  • FIG. 6 is an embodiment of a power-off type LED illumination lamp.
  • FIG. 7 is another embodiment of a power-off type LED illumination lamp.
  • FIG 8 is an embodiment of an administrator screen displayed on an administrator terminal according to the present invention.
  • an LED illumination system 100 having an emergency alert and disaster training function includes an LED illumination light 110, a disaster detector 120, an emergency switch relay 130, A relay 130a, a communication hub 140, a disaster management server 150, and an administrator terminal 160.
  • At least one LED illumination lamp 110 is installed in each illumination area of the building 200 including at least one illumination area.
  • the LED light group 110 is turned on when the illumination switch 110a is turned on, (G2) 112 are provided on a single substrate.
  • the lighting LED group (G1) 111 is preferably composed of at least one or more lighting LED groups.
  • the LED illumination lamp 110 of FIG. 4 is turned on while the first LED power supply group G1 is illuminated while the first power is supplied through the B contact switch SW_B of the relay, and when the second power is supplied, the operation of the relay relay R
  • the B contact switch SW_B is turned off by the switch SW2 and the second power supply side is electrically connected to the emergency LED group G2 and the LED group G1 for illumination is turned off and the emergency LED group G2 is turned off by the second power supply It lights up.
  • FIG 5 shows another embodiment of the LED illumination lamp 110 for wiring the commercial power source of the distribution board installed in the illumination area of the building 200 to the first power source and the second power source.
  • the LED group G1 for lighting is on while the first power supplied from the commercial power source of the distribution board is supplied via the B contact switch SW_B of the relay, and the LED group G1 of the emergency switch Contact switch SW_B is turned off by the operation of the relay relay R during the emergency switch-on of the relay 130.
  • the second power supplied from the commercial power source of the distribution board is supplied through the relay contact SW_A of the relay, The emergency LED group G2 is turned on and the lighting LED group G1 is turned off.
  • FIG. 6 and 7 show an embodiment of a power-off type LED illumination lamp similar to the LED illumination lamp 110 according to the present invention.
  • two LED groups G3 and G4 are lit while the first power is supplied through the B contact switch SW_B of the relay.
  • the contact switch SW_B is turned off to electrically connect two of the two LED groups G3 and G4 or the two LED groups G3 and G4 as indicated by a dotted line and at the same time the LED group G3 is turned off And G4 is lit or G3 and G4 are all lit.
  • FIG. 7 shows an embodiment of a power-off type LED illumination lamp in which the second power source used in FIG. 6 is replaced by a power source of the rechargeable battery BAT.
  • the disaster detector 120 may include a disaster determination signal (e.g., a temperature sensing signal for fire detection or an earthquake detection) for periodically identifying a disaster (e.g., a fire or an earthquake) And the location identification information is stored in the disaster management server 150.
  • a disaster determination signal e.g., a temperature sensing signal for fire detection or an earthquake detection
  • a disaster e.g., a fire or an earthquake
  • the disaster detector 120 may include a temperature sensor for outputting a temperature sensing signal for detecting a fire or an acceleration sensor for outputting a detection signal for sensing an earthquake.
  • the disaster detector 120 outputs a disaster occurrence signal when a fire detection signal for operating the alarm 210 of the fire alarm is received so that the disaster management server 150 detects the occurrence of the disaster,
  • the emergency LED group (G2) 112 of the emergency LED group (G2) 112 is turned on.
  • the emergency switch relay 130 receives the emergency disaster signal in the illumination area and transmits the emergency emergency switch signal to the communication hub 140.
  • the emergency LED group G2 111 of the LED illumination light 110 is turned on and the emergency switch 110a is turned off when the emergency lighting off signal is received from the disaster management server 150,
  • the emergency LED group (G2) 112 is turned off.
  • At least one signal repeater 130a is preferably installed in the illumination area and at least one signal relay 130a is provided in the illumination area 140 to transmit the disaster determination signal of the disaster sensor 110 to the communication hub 140 One of which receives the disaster determination signal wirelessly transmits the disaster determination signal to the other.
  • the signal relay 130a receives and transmits a disaster determination signal to the emergency switch relay 130 and transmits a disaster determination signal to the communication hub 140.
  • the communication hub 140 communicates wired or wirelessly to the disaster management server 150 and transmits the disaster determination signal received at the proper location of the building 200 via the emergency switch relay 130 to the disaster management server 150, And receives the emergency illumination ON signal or the emergency illumination OFF signal from the server 150 and transmits the signal to the emergency switch relay 130.
  • One or two or more communication hubs 140 may be installed depending on the size of the building 200.
  • the disaster detector 120, the emergency switch relay 130, the signal relay 130a, and the communication hub 140 are connected to a Bluetooth network or LoRa ) Network or a NarrowBand-Internet of Things (NB-IoT) network.
  • NB-IoT NarrowBand-Internet of Things
  • the disaster management server 150 receives a disaster determination signal through the communication hub 140 and then determines whether a disaster occurs or not through the communication hub 140, 130 to generate an emergency alert by turning on the emergency LED group G2 112 of the LED illumination light 110 and receiving a disaster training start signal from the administrator terminal 160,
  • the emergency light ON signal is transmitted to the emergency switch relay 130 installed in the illumination area through the hub 140 to generate a disaster alert signal by turning on the emergency LED group G2 112 of the LED light 110 Start disaster drills.
  • the disaster management server 150 transmits the disaster determination signal to the administrator terminal 160 (e.g., a mobile phone, a smart phone, a tablet, (E.g., a mobile phone, a smart phone, a tablet, or the like) to generate a disaster alarm.
  • the administrator terminal 160 e.g., a mobile phone, a smart phone, a tablet, (E.g., a mobile phone, a smart phone, a tablet, or the like
  • the emergency management server 150 Upon receiving the emergency alert release signal from the administrator terminal 160, the emergency management server 150 transmits a disaster alert release message to the administrator terminal 160 and the user terminal 170, The emergency light OFF signal is transmitted to the emergency switch relay 130 installed in the illumination area to turn off the emergency LED group G2 112 of the LED light 110.
  • the disaster management server 150 When the disaster management server 150 receives a disaster training start signal from the administrator terminal 160, the disaster management server 150 transmits a disaster training start guidance message to the administrator terminal 160 and the user terminal 170.
  • the emergency LED group G2 112 of the LED light 110 is turned on by transmitting an emergency lighting ON signal to the emergency switch relay 130 installed in the entire lighting area of the LED 200, And transmits a disaster alarm guidance message to the user terminal 170 to generate a disaster alarm.
  • the emergency light ON signal is transmitted to the emergency switch relay 130 installed in the corresponding lighting area determined as the occurrence of the disaster among the entire lighting area of the emergency light switch 200 so that the emergency LED group G2 112 of the LED light 110 And transmits a disaster alarm guidance message to the administrator terminal 160 and the user terminal 170 to generate a disaster alarm.
  • the disaster management server 150 may determine that the disaster determination signal of the disaster detector 120 installed in any one of the illumination areas of the building 200 is the first disaster, When a disaster discrimination signal of another disaster detector 120 installed in the area is determined to be a disaster again, a disaster alert message is transmitted to the administrator terminal 160 and the user terminal 170 to generate a disaster alarm.
  • the disaster management server 150 When the disaster management server 150 receives the disaster training completion signal from the administrator terminal 160, the disaster management server 150 transmits a disaster training end message to the administrator terminal 160 and the user terminal 170, The emergency lighting off signal is transmitted to the emergency switch relay 130 installed in the illumination area to turn off the emergency LED group G2 112 of the LED lighting lamp 110 to end the disaster training.
  • the administrator terminal 160 is a portable communication terminal (for example, a cellular phone, a smart phone, a tablet, or the like) equipped with an app for disaster alert and disaster training, An emergency alert message, a disaster alert release notification message, a disaster training initiation guidance message, or a disaster training completion notification message, and executes the disaster alarm and disaster training app to perform disaster alert or disaster training in the entire lighting area of the building 200 And displays the manager screen 160a for monitoring and controlling the manager screen 160a.
  • a portable communication terminal for example, a cellular phone, a smart phone, a tablet, or the like
  • the manager terminal 160 includes an illumination area disaster display area 161a corresponding to the illumination area of the building 200 and a disaster detector display area corresponding to the disaster detector 120 installed in the illumination area of the building 200 162a on the administrator screen 160a.
  • the manager terminal 160 When the manager terminal 160 first receives a disaster alarm guidance message from the disaster management server 150, the manager terminal 160 receives the disaster area full display command of the disaster management server 150 and displays the disaster area display area And displays the entire illumination area displayed on the illumination area disaster display area 161a as a disaster alarm state or receives the disaster area selection display command of the disaster management server 150 and displays the selected disaster area Mark the lighting zone as a disaster alarm condition.
  • the manager terminal 160 displays the entire illuminated area or the entire selected illuminated area in the state where the entire illuminated area displayed in the illuminated area disaster display area 161a of the administrator screen 160a is displayed as a disaster alert state
  • the emergency management server 150 transmits an alarm release signal to the emergency management server 150 so that the emergency LED group G2 112 of the LED illumination light 110 installed in the entire illumination area or the selected illumination area of the entire illumination area is turned off .
  • the administrator terminal 160 displays the selected illumination zone in the illumination zone disaster display area 161a of the administrator screen 160a as the entire selected illumination zone or the entire selected illumination zone
  • the disaster management server 150 transmits a disaster alarm release signal for the re-selected illumination zone to the disaster management server 150 so that the disaster management server 150 can transmit the emergency light of the LED illumination light 110 installed in the selected illumination zone And the LED group (G2) 112 is turned off.
  • the administrator terminal 160 transmits a disaster training start signal to the disaster management server 150 for the entire illumination area displayed in the illumination area disaster display area 161a of the administrator screen 160a or the selected illumination area of the entire illumination area
  • the disaster management server 150 causes the emergency LED group G2 112 of the LED illumination light 110 installed in the entire illumination area or the selected illumination area of the entire illumination area to emit a disaster training alert, .
  • the manager terminal 160 displays the entire illuminated area displayed in the illuminated area disaster display area 161a of the administrator screen 160a or the selected illuminated area among the entire illuminated areas in the disaster alert state, By sending a disaster training end signal to the disaster management server 150 for the selected illumination zone of the entire zone or the selected illumination zone of the entire selected illumination zone, the disaster management server 150 can detect the entire illumination zone or the entire illumination zone Disaster training is terminated by turning off the emergency LED group (G2) 112 of the LED illumination light 110 installed in the re-selected one of the selected illumination zones or the selected illumination zones.
  • G2 emergency LED group
  • the administrator terminal 160 receives the detector status display command of the disaster management server 150 while the disaster management server 150 receives the disaster determination signal from the disaster detector 120, (For example, status information indicating whether the temperature, the degree of progress, and whether a disaster occurrence signal is received, etc.) for each of the disaster detectors 120 displayed in the sensor display area 162a.
  • the disaster determination signal For example, status information indicating whether the temperature, the degree of progress, and whether a disaster occurrence signal is received, etc.
  • the administrator terminal 160 receives the battery status display command of the disaster management server 150 while the disaster management server 150 periodically receives the battery status signal from the disaster detector 120, The remaining battery level information for each of the disaster detectors 120 displayed in the disaster detector display area 162a of the display unit.
  • the LED illumination system 100 having the above-described disaster alarm and disaster training function according to the present invention operates as follows.
  • FIG. 1 an LED illumination system 100 having an emergency alert and disaster training function according to the present invention is installed as shown in FIGS. 1 and 2.
  • FIG. 1 An LED illumination system 100 having an emergency alert and disaster training function according to the present invention is installed as shown in FIGS. 1 and 2.
  • FIG. 1 shows a three-story building 200
  • FIG. 2 shows an embodiment in which five lighting zones # 1 to # 5 are provided in each layer of the three-story building 200 shown in FIG.
  • At least one LED illumination lamp 110 is provided for each of the lighting zones # 1 to # 5 of the building 200 shown in FIGS. 1 and 2.
  • At least one disaster detector 120 is installed for each of the lighting zones # 1 to # 5 of the building 200.
  • the emergency switch relays 130 # 1 to 130 # 5 provided for each of the five lighting zones # 1 to # 5 installed on one floor are illustrated,
  • the two signal repeaters 130a added to overcome the distance limitation are illustrated.
  • the disaster detector 120, the emergency switch relay 130, and the signal relay 130a installed in the building 200 are connected to the Bluetooth network or LoRa power network or a NarrowBand-Internet of Things (NB-IoT) network, or the like.
  • NB-IoT NarrowBand-Internet of Things
  • the LED lighting system 100 having the disaster alarm and disaster training function according to the present invention installed in the building 200 normally illuminates the lighting LED group G1 111 of the LED lighting lamp 110 .
  • the LED illumination lamp 110 lights the illumination LED group G1 111 by receiving the first power, Illuminate the area.
  • the LED illumination light 110 is turned off by the user's operation when the illumination switch 110a is turned off and the first power supply is interrupted.
  • the LED lighting system 100 having the disaster alarm and disaster training function according to the present invention installed in the building 200, when the fire or earthquake occurs, (G2) 112 is turned on to generate a disaster alarm.
  • the disaster management server 150 transmits a disaster determination signal (for example, a temperature detection signal for detecting a fire or a progress detection signal for detecting an earthquake) sent from the disaster detector 120 through the communication hub 140 And receives a disaster occurrence signal sent from the disaster detector 120 which receives the fire detection signal for operating the alarm 210 of the fire alarm.
  • a disaster determination signal for example, a temperature detection signal for detecting a fire or a progress detection signal for detecting an earthquake
  • the administrator terminal 160 receives the detector status display command of the disaster management server 150 while the disaster management server 150 receives the disaster determination signal from the disaster detector 120, (For example, status information indicating whether the temperature, the magnitude, and the occurrence of a disaster occurrence signal are displayed) for each of the disaster detectors 120 displayed in the disaster detector display area 162a.
  • FIG 8 shows an embodiment in which the temperature a ° C and the magnitude b of the detector status information for each of the disaster detectors 120 displayed in the disaster detector display area 162a of the administrator screen 160a are displayed.
  • the disaster management server 150 when the disaster management server 150 receives a disaster determination signal from the disaster detector 120, the disaster management server 150 receives a fire detection signal for operating the alarm 210 of the fire alarm,
  • the soft button area corresponding to the disaster detector 120 displayed in the disaster detector display area 162a is lit in red to generate a disaster alarm.
  • the disaster management server 150 determines that the disaster detector 120 Upon receiving the disaster occurrence signal, the disaster management server 150 transmits an emergency lighting ON signal to the emergency switch relay 130 installed in the entire lighting area of the building 200 via the communication hub 140 to transmit the emergency lighting ON signal to the building
  • the emergency LED group G2 112 of the LED illumination light 110 of all the LEDs 200 is turned on and a disaster alarm guidance message is transmitted to the administrator terminal 160 and the user terminal 170 to generate a disaster alarm.
  • the administrator terminal 160 executes the disaster alert and disaster training apps to receive the disaster area full display command of the disaster management server 150
  • the entire soft area displayed in the illumination area disaster display area 161a of the administrator screen 160a as a whole is displayed in red as a result of the disaster, disaster 1, disaster 2, disaster 3, disaster 4, Indicate the status of the lit emergency alarm.
  • the disaster determination signal of the disaster detector 120 installed in any one of the illumination areas of the entire building 200 is determined to be the first disaster occurred, or if the disaster management server 150 determines that the disaster sensor 120 Upon receiving the disaster occurrence signal, the disaster management server 150 receives the emergency switch relay 130 installed in the corresponding lighting area of the entire lighting area of the building 200 through the communication hub 140, The emergency LED group G2 112 of the LED illumination light 110 of the corresponding illumination zone determined as the occurrence of a disaster among all the illumination zones of the building 200 is turned on by transmitting the emergency illumination ON signal to the manager terminal 160 And the user terminal 170 to generate a disaster alarm.
  • the administrator terminal 160 executes the disaster alarm and disaster training apps to receive the disaster area selection command of the disaster management server 150 (For example, an illuminated area determined as a disaster occurred) such as disaster, disaster 1, disaster 2, disaster 3, disaster 4, disaster 5
  • the soft button area displayed as a disaster 1 corresponding to the illumination area # 1 determined as a disaster occurrence is displayed as a red emergency disaster alarm state.
  • the disaster management server 150 transmits a disaster alarm guidance message to the user terminal 170 as described above, the user terminal 170 designated for each lighting zone of each building of the building 200 issues a disaster alarm guidance message .
  • the emergency alert message may include an illuminated area name (e.g., the second floor illuminated zone # 1) determined as a disaster occurrence and a evacuation route to the safe shelter (for example, An emergency exit direction of the zone # 1 or a two-story emergency stairway direction).
  • an illuminated area name e.g., the second floor illuminated zone # 1
  • a evacuation route to the safe shelter for example, An emergency exit direction of the zone # 1 or a two-story emergency stairway direction.
  • the disaster determination signal of the other disaster detector 120 installed in the corresponding illumination area determined as a disaster occurred after the occurrence of the first disaster alarm is determined to be a disaster again
  • the emergency LED group G2 of the entire LED illumination light 110 or the emergency LED group G2 of the LED illumination light 110 of the corresponding illumination zone determined as the occurrence of the disaster among the entire illumination area of the building 200 The manager terminal 160 and the user terminal 170 transmit the disaster state change guidance message in a state in which the user terminal 112 is already lit, thereby generating a disaster alarm.
  • the disaster management server 150 checks the disaster state change based on the location identification information of the disaster detector 130, which is determined to be a disaster again, and identifies the newly identified illumination area name (for example, (For example, a new exit direction 2 or a new exit direction 2 according to a disaster situation change from the second floor illumination zone # 1 to the illumination zone # 2) to the safe shelter And a first floor emergency stairway direction after passing through the emergency emergency stairway).
  • the newly identified illumination area name for example, (For example, a new exit direction 2 or a new exit direction 2 according to a disaster situation change from the second floor illumination zone # 1 to the illumination zone # 2) to the safe shelter And a first floor emergency stairway direction after passing through the emergency emergency stairway).
  • the disaster management server 150 receives a disaster alarm cancel signal from the administrator terminal 160 as the disaster alarm situation is released after the occurrence of the first or second disaster alarm as described above, An emergency alert release message is transmitted to the terminal 160 and the user terminal 170 and an emergency light off signal is transmitted to the emergency switch relay 130 installed in the illumination area through the communication hub 140, The emergency LED group (G2) 112 of the emergency LED group 110 is turned off.
  • the administrator terminal 160 displays sensor status information (for example, temperature, magnitude and disaster occurrence signal) of each of the disaster detectors 120 displayed in the disaster sensor display area 162a of the administrator screen 160a shown in FIG. If the temperature information is less than the reference temperature set for fire detection and the progress information is less than the standard sensitivity set for the earthquake detection and the disaster alarm signal is not received, .
  • sensor status information for example, temperature, magnitude and disaster occurrence signal
  • the disaster management server 150 transmits a disaster alarm release signal to the emergency LED group G2 of the LED illumination light 110 installed in the entire illumination area or in the selected illumination area of the entire illumination area, (112) is turned off.
  • the disaster management server 150 receiving the disaster alarm cancellation signal as described above can receive the disaster alarm, the disaster 1, the disaster 2, the disaster 3,
  • the manager terminal 160 releases a disaster alarm release signal for the entire illumination area in which the red illumination is canceled in response to the disabling of the red light in the disaster alarm state in which the entire soft button area indicated by the disaster 4 and the disaster 5 is released,
  • Server 150, the emergency LED group G2 112 of the LED light 110 installed in the entire lighting area is turned off.
  • the disaster management server 150 receiving the disaster alarm cancellation signal as described above can recognize the disaster corresponding to the illuminated zone # 1 determined as the disaster occurrence in the entire illumination zone displayed in the illumination zone disaster display area 161a of Fig. 8 1 to the disaster management server 150 in response to the disabling of the red light in the emergency alert state in which the soft button region indicated by 1 is red, the manager terminal 160 transmits a disaster alarm release signal for the illuminated zone #
  • the emergency LED group G2 112 of the LED light 110 installed in the lighting zone # 1 is turned off.
  • the disaster management server 150 displays the entire selected illumination zone or the selected illumination zone, (G2) 112 of the emergency LED group (110).
  • the disaster management server 150 receiving the disaster alarm cancellation signal as described above receives the disaster information from the illumination area # 1, the illumination area # Disaster 2 and disaster 3 are all turned off in a disaster alarm state in which the soft button area indicated by disaster 1, disaster 2, and disaster 3 corresponding to the lighting zone # # 2, and # 3 are transmitted to the disaster management server 150, the disaster alarm reset signal for the three illumination areas # 1, # 2, and #
  • the emergency LED group (G2) 112 of the LED light 110 set in the LED 3 is turned off.
  • the disaster management server 150 receives the disaster alarm cancellation signal as described above.
  • the disaster management server 150 receives the disaster alarm cancellation signal from the illumination area # 1, (1), (2), and (3) corresponding to the lighting zone # 3 and the lighting zone # 3 are disappeared, the red lighting of the disaster 1 and the disaster 2 is canceled, When an emergency alert release signal for two illumination sections # 1 and # 2 in which red lights are turned off is sent to the disaster management server 150, (G2) 112 of the emergency LED group (110).
  • the disaster 3 corresponding to the lighting zone # 3 maintains the disaster alarm state in which the red light is lit, and the administrator terminal 160 subsequently releases the red lighting of the soft button zone indicated by the disaster 3 corresponding to the lighting zone # 3
  • the disaster management server 150 turns off the emergency LED group G2 112 of the LED light 110 installed in the lighting zone # 3.
  • the LED lighting system 100 equipped with the disaster alarm and disaster training function according to the present invention installed in the building 200 as described above is used for emergency lighting of the LED illumination light 110 during a disaster such as fire or earthquake, Disaster training is started by lighting a group (G2) 112 to generate a disaster training alarm.
  • G2 group
  • the disaster management server 150 receives a disaster training start signal from the administrator terminal 160 that has executed the disaster alert and disaster training app, The disaster drill is started by transmitting an emergency illumination ON signal to the switch relay unit 130 to turn on the emergency LED group G2 112 of the LED illumination light 110 to generate a disaster training alert.
  • the disaster management server 150 transmits a disaster training start guidance message to the administrator terminal 160 and the user terminal 170.
  • the disaster management server 150 transmits a disaster training start guidance message to the user terminal 170 to generate a disaster training alert
  • the user terminal 170 designated for each lighting zone of each building of the building 200 performs a disaster training It is desirable to send an alert message.
  • the disaster alert message may include an illumination area name (for example, the second floor lighting zone # 1) determined as a disaster drill occurrence and an evacuation route (for example, 2 An emergency exit direction of the floor lighting zone # 1 or a two-story emergency stairway direction).
  • an illumination area name for example, the second floor lighting zone # 1
  • an evacuation route for example, 2 An emergency exit direction of the floor lighting zone # 1 or a two-story emergency stairway direction.
  • the administrator terminal 160 transmits a disaster training start signal to the disaster management server 150 for the entire illumination area displayed in the illumination area disaster display area 161a of the administrator screen 160a or the selected illumination area of the entire illumination area
  • the disaster management server 150 causes the emergency LED group G2 112 of the LED illumination light 110 installed in the entire illumination area or the selected illumination area of the entire illumination area to emit a disaster training alert, .
  • the administrator terminal 160 displays all of the lighting zones displayed in the lighting zone disaster display area 161a of the administrator screen 160a as disaster, disaster 1, disaster 2, disaster 3, disaster 4, and disaster 5
  • Disaster management start signal is transmitted to the disaster management server 150 by displaying the entire soft button area as a red emergency disaster alarm state and the disaster management switcher 150 transmits an emergency light signal 110 to illuminate the emergency LED group (G2) 112 to generate a disaster training alarm and start disaster drill.
  • the administrator terminal 160 can access the entire lighting area displayed in the lighting zone disaster display area 161a of the administrator screen 160a, for example, disaster, disaster 1, disaster 2, disaster 3, disaster 4,
  • the disaster management server 150 transmits a disaster training start signal to the disaster management server 150 by displaying a disaster 1 corresponding to the illumination zone #
  • the emergency LED group G2 112 of the LED light 110 installed in the lighting zone # 1 of the entire lighting area of the building 200 is lit to generate a disaster training alarm and start disaster drilling.
  • the manager terminal 160 may be configured to display the illumination zone disaster display area 161a of the manager screen 160a in the state of being displayed in the disaster alert state,
  • the disaster management server 150 may send a disaster training end signal to the selected illumination zone or the selected illumination zone among the entire illumination zones of the entire illumination zone or the entire illumination zone to the disaster management server 150,
  • Disaster training is terminated by turning off the emergency LED group (G2) 112 of the LED illumination light 110 installed in the selected illumination zone among the entire illumination zones or the selected illumination zone among the entire illumination zones.
  • the manager terminal 160 may include a soft button (not shown) indicated by the disaster, the disaster 1, the disaster 2, the disaster 3, the disaster 4, and the disaster 5, all of which are displayed in the illumination area disaster display area 161a of FIG.
  • the disaster management unit 150 transmits a disaster training completion signal to the disaster management server 150 by releasing the red lighting in the disaster training alarm state in which the entire area is lit in red,
  • the emergency LED group (G2) 112 of the emergency LED group 110 is turned off to terminate the disaster drill.
  • the administrator terminal 160 may be configured such that the soft button area indicated by the disaster 1 corresponding to the illumination zone # 1 in the entire illumination zone displayed in the illumination zone disaster display area 161a of FIG. 8 is displayed as a disaster training alarm
  • the disaster management unit 150 transmits a disaster training completion signal to the emergency LED group 150 of the LED lighting unit 110 installed in the lighting zone # 1 of the building 200 G2) 112 to turn off the disaster drill.
  • the administrator terminal 160 may correspond to the illumination zones # 1, # 2, and # 3 identified as disaster drill occurrences in the entire illumination zone displayed in the illumination zone disaster display area 161a of FIG.
  • Disaster 1, Disaster 2, and Disaster 3 are all turned off in the state of disaster 1, disaster 2, and disaster 3 in a disaster training alarm state in which the soft button area is lit in red.
  • the disaster management server 150 sends out the emergency LED group G2 112 of the LED illumination light 110 installed in the three illumination areas # 1, # 2 and # 3 in which the red light is released, End training.
  • the administrator terminal 160 is also connected to the illumination section # 1, the illumination section # 2, and the illumination section # 3 determined to have occurred in the disaster training occurrence among all the illumination sections displayed in the illumination section disaster display area 161a of FIG. (# 1, # 2, and # 3) by reselecting the illumination zone # 1 and the illumination zone # 2 in the disaster training alarm state in which the soft button area indicated by the disaster 1, 2 to the disaster management server 150 and the emergency management server 150 transmits a disaster training completion signal to the emergency LEDs 110 of the LED lights 110 installed in the two selected illumination areas # Disaster training is terminated by turning off the group (G2) 112.
  • the disaster 3 corresponding to the lighting zone # 3 maintains the disaster training alarm state with the red light, and the red light of the soft button zone indicated by the disaster 3 corresponding to the lighting zone # 3
  • the disaster management server 150 turns off the emergency LED group G2 112 of the LED light 110 installed in the lighting zone # 3, Lt; / RTI >
  • the LED lighting system 100 having the emergency alarm and disaster training function according to the present invention installed in the building 200 normally lights the LED group G1 for lighting 111 of the LED lighting lamp 110, And when a disaster such as fire or earthquake occurs, the emergency LED group (G2) 112 of the LED illumination light 110 is lit to generate a disaster alarm, and when the disaster such as fire or earthquake occurs, the LED illumination light 110 During the disaster training by initiating a disaster training alert by turning on the emergency LED group 9 (G2) 112 of the emergency LED group 9 And displays the battery remaining amount information for each of the disaster detectors 120 displayed in the disaster detector display area 162a of the administrator screen 160a by receiving the battery status display command of the management server 150. [
  • FIG. 8 shows an embodiment in which battery remaining amount information cV for each of the disaster detectors 120 displayed in the disaster detector display area 162a of the administrator screen 160a is displayed.
  • an emergency light alarm system such as a fire or an earthquake
  • an LED light 110 in a lighting area of a building, thereby integrating a fire alarm and a disaster alert such as an earthquake warning And can conveniently monitor and control the disaster alarm through the administrator screen 160a displayed on the administrator terminal 160.
  • the present invention can easily start a disaster training such as a fire or an earthquake by utilizing the administrator terminal 160 and can easily monitor and control the disaster training through the administrator screen 160a displayed on the administrator terminal 160 .
  • the present invention In the event of a disaster such as a fire or an earthquake, the present invention generates an emergency light (110), which is installed in the entire lighting area of the building or in a selected lighting area, by illuminating the emergency light according to the lighting area, The administrator terminal 160 or the user terminal 9170), it is possible to promptly respond to the change of the disaster situation and to safely evacuate.
  • an emergency light 110
  • the administrator terminal 160 or the user terminal 9170 it is possible to promptly respond to the change of the disaster situation and to safely evacuate.
  • the LED lighting system having the disaster alarm and disaster training function according to the present invention is not limited to the above embodiment and can be applied to a system in which the normal knowledge of the technical field There is a technical spirit to the extent that anyone who has the right to change can do so.

Landscapes

  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Business, Economics & Management (AREA)
  • Emergency Management (AREA)
  • Electromagnetism (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)
  • Alarm Systems (AREA)
  • Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
  • Non-Portable Lighting Devices Or Systems Thereof (AREA)
  • Telephonic Communication Services (AREA)

Abstract

La présente invention concerne un système de lampe à DEL à fonction d'avertissement et d'apprentissage de catastrophe, dans une zone d'éclairage d'un bâtiment dans lequel est placée une lampe à DEL qui comprend un groupe de DEL d'éclairage et un groupe de DEL d'urgence disposés sur un seul substrat, le groupe de DEL d'éclairage de la lampe à DEL étant mis sous tension en temps normal de façon à produire de la lumière, le groupe de DEL d'urgence de la lampe à DEL étant mis sous tension lorsqu'une catastrophe telle qu'un incendie ou un tremblement de terre survient de façon à engendrer un avertissement de catastrophe, et l'apprentissage d'une catastrophe telle qu'un incendie ou un tremblement de terre débutant par mise sous tension du groupe de DEL d'urgence de la lampe à DEL pendant un apprentissage de catastrophe de façon à engendrer un avertissement d'apprentissage de catastrophe. Selon la présente invention, tout en fournissant une lampe à DEL dans une zone d'éclairage d'un bâtiment, un système d'avertissement d'une catastrophe telle qu'un incendie ou un tremblement de terre peut être facilement construit, ce qui permet de combiner un avertissement de catastrophe tel qu'un avertissement d'incendie et un avertissement de tremblement de terre à ce dernier et, en particulier, de surveiller et commander aisément l'avertissement de catastrophe par l'intermédiaire d'une image d'écran de gestionnaire affichée sur un terminal de gestionnaire.
PCT/KR2017/010670 2017-09-21 2017-09-27 Système de lampe à del à fonction d'avertissement et d'apprentissage de catastrophe Ceased WO2019059439A1 (fr)

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JP2018521208A JP6681981B2 (ja) 2017-09-21 2017-09-27 災難警報及び災難訓練機能を備えたｌｅｄ照明灯システム
CN201780003753.XA CN109819676B (zh) 2017-09-21 2017-09-27 具有灾难警报及灾难训练功能的led照明灯系统

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KR1020170121972A KR101818066B1 (ko) 2017-09-21 2017-09-21 재난경보 및 재난훈련 기능을 구비한 엘이디 조명등 시스템
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KR101901335B1 (ko) * 2018-03-06 2018-09-21 강민기 사물지능 통신 기반의 엘이디 실내등을 이용한 재난관제 동보시스템
KR101938839B1 (ko) 2018-04-10 2019-04-10 (주)썬래이 지진 경보 기능을 갖는 엘이디 조명기구
KR101903582B1 (ko) * 2018-04-23 2018-11-13 시와소프트 주식회사 재난발생 사전 감지 및 재난훈련 기능이 구비된 led 조명 시스템 및 그 방법
KR102199969B1 (ko) * 2019-06-07 2021-01-07 강해일 메쉬 블루투스 통신망을 활용한 스마트 기기 재난 알림 시스템 및 그 운영 방법
KR102425779B1 (ko) * 2020-02-18 2022-07-27 주식회사 다바 대피 안내 시스템
KR102566007B1 (ko) * 2020-12-14 2023-08-09 주식회사 에스원 무인 매장용 블랙리스트 등록 방법 및 이를 이용한 블랙 리스트 등록 시스템

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CN109819676A (zh) 2019-05-28
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KR101818066B1 (ko) 2018-01-12
JP6681981B2 (ja) 2020-04-15

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