KR102069607B1 - Wireless emergency broadcasting system and method in building - Google Patents

Abstract

The present invention relates to a wireless emergency broadcast system and method in a building, capable of automatically and quickly notifying an evacuation broadcast for inducing a quick evacuation when a disaster such as a fire or an earthquake occurs by being interlocked with an existing fire receiver and an emergency broadcast system regardless of damage to the existing fire receiver through a wireless emergency broadcast system without wiring which can supplement a state in which the wiring or a broadcasting equipment cannot transmit an emergency broadcast due to a power outage or loss of the wiring short circuit equipment when a fire occurs in a high-rise building, and specifically, automatically transmitting an evacuation broadcast according to an earthquake intensity of a corresponding building when an earthquake occurs.

Description

Wireless emergency broadcasting system and method in building

The present invention relates to a radio emergency broadcast in a building, and more specifically, in connection with a fire receiver and an emergency broadcast system that has been established in advance, the evacuation broadcast automatically occurs when a disaster such as fire or earthquake occurs regardless of damage to existing equipment. The present invention relates to a wireless emergency broadcasting system and method in a building that can promptly inform and promptly evacuate.

In general, in multi-unit houses such as apartment complexes, complex buildings and schools, emergency bell systems have been established to cope with various situations such as quick security measures in case of an emergency situation such as a crime.

Thus, conventionally, a system has been provided in which emergency bell buttons are installed in each area of the assembly building, a repeater is installed to transmit a call signal generated from the emergency bell button to a control room or a management room, and a control line (communication line) is installed. .

For example, Korean Patent No. 10-0900027 'Emergency call monitoring system in a multi-family housing complex' provides a system for recognizing an emergency call in a multi-family housing complex and monitoring the camera accordingly.

However, the prior art as described above provides a high-frequency signal key as an emergency bell, but some wireless methods, but still do not utilize communication resources, such as fire-fighting auxiliary equipment, the overall management of emergencies difficult There is.

In addition, Korean Laid-Open Patent No. 2015-0091599 'Security CCTV camera net emergency call system' proposes a technology for interlocking and operating a security camera by constructing a safe zone box like a net in a school zone or an electric room.

However, the prior art as described above has a problem in that the construction cost is increased and the workability is lowered because the separate repeater and control line must be installed. That is, in the related art, there is a limitation in that a firefighting wireless communication auxiliary facility network, which is an established communication resource, cannot be utilized.

Prior Art 1: Republic of Korea Patent Publication No. 2015-0091599 (Security CCTV camera network emergency call system) Prior Art 2: Republic of Korea Patent No. 10-0900027 (Emergency call monitoring system in the housing complex)

Accordingly, the present invention is to solve the above-mentioned disadvantages and problems of the prior art, when a fire occurs in a high-rise building wiring or broadcasting equipment to send an emergency broadcast due to power outage or loss of wiring short circuit equipment by fire. Through wireless emergency broadcasting system that does not need wiring to compensate for the unforeseen conditions, it automatically connects to the existing fire receiver and emergency broadcasting system regardless of the damage of the existing equipment and automatically announces evacuation broadcasting in case of disaster such as fire or earthquake. The purpose of the present invention is to provide a wireless emergency broadcasting system and method in a building that can induce evacuation quickly and, in particular, in the event of an earthquake, which can automatically send evacuation broadcasting according to the seismic strength of the building.

In order to achieve the above object, the present invention provides a tenant terminal (200, 210, 220) including a terminal (internal intercom), a landline phone, a smart phone of the customer moved into the building; As a terminal of a building manager or a fire department official, the related terminal (300, 310, 320) including a management room, a landline telephone of a fire department, a manager, and a smartphone of a firefighter; An emergency broadcast device installed in an existing building, including a fire detection device, connected to the existing emergency broadcast device in a wired manner; The existing emergency broadcast device 800 is configured to operate automatically when it is not available due to fire or disaster, earthquake detection device for detecting earthquakes, zone emergency amplifier for each floor in the case of a multi-storey building, interlocking controller with existing broadcast and fire receiver, A new wireless emergency broadcasting device 900 including a wiring abnormality detection controller, a charging device, and a charging battery; And a disaster situation including a fire or an earthquake occurs in the building, and guides the disaster situation to one or more of the resident terminals 200, 210, and 220 and the related terminals 300, 310, and 320, and the existing building. When the existing emergency broadcast apparatus 800 is already installed within the fire or disaster, when the use of the existing emergency broadcast apparatus 800 is detected through the new wireless emergency broadcast apparatus 900, the existing emergency broadcast apparatus ( A wireless emergency broadcasting system server 700 which blocks an existing broadcast wiring of 800 and receives an emergency-induced broadcast by wirelessly receiving a disaster occurrence signal wirelessly through the new wireless emergency broadcasting apparatus 900; It provides a wireless emergency broadcasting system in a building.

Here, the new wireless emergency broadcast apparatus 900 includes an existing broadcast and fire receiver interworking controller 902 connected with the AMP and the fire receiver of the existing emergency broadcast apparatus 800, an earthquake detection device 907, a wiring abnormality detection controller. 903, the signal converter 906, the charging battery 911, the automatic charging controller 905 and the wireless transmitter 909, the emergency broadcast transmitter, charging battery 911, automatic charging controller 905 , A plurality of first to n-th zone (floor) emergency broadcasting units and charging batteries including a voice storage controller 904, a wiring abnormality detection controller 903, a floor area emergency AMP 901, and a wireless receiver 908. 911, an automatic charging controller 905 and a wireless repeater consisting of a repeater 910 is characterized in that it comprises a configuration.

In addition, to achieve the above object, the present invention comprises the steps of interlocking the existing emergency broadcast apparatus 800 and the new wireless emergency broadcast apparatus 900 (S100); Selectively registering server and related terminal information of a building manager, a fire department, a nearby hospital in a database, storing occupant information, and updating occupant change information in the database (S110); When an emergency situation including a fire or an earthquake occurs (S120), the new wireless emergency broadcast apparatus 900 may be operated in a normal operation (damage of equipment, disconnection of wiring, short circuit, etc.) and disaster of the existing emergency broadcast apparatus 800. Driving the warning sound and warning lights according to (S130); The new wireless emergency broadcasting system server transmits the emergency situation in sequence according to the nationality of the number of residents in the building when the emergency situation is sent (S140); The wireless emergency broadcasting system server sends an emergency situation to an associated terminal (building manager, security guard, firefighter, police officer, hospital official) terminal and server (S150); And billing a predetermined cost through the financial company server 600 according to the tenant information (S160).

According to the present invention has the following effects.

First, if the emergency emergency system cannot be used due to fire or disaster, the system automatically detects the cause of the loss of broadcasting equipment due to fire or the disconnection of wiring through the system that automatically operates the radio emergency broadcasting. By cutting off the radio signal and transmitting the emergency induction broadcasting automatically, it is possible to make an emergency evacuation by compensating the shortcomings of the emergency broadcasting block in case of fire or disaster.

Second, since there is no need for wiring in an emergency wireless contact method, emergency broadcasting for evacuation can be sent even when the existing broadcasting function is completely unavailable.

Third, there is a function to change the small AMP and voice recording in the car body by installing the receiver on each floor, and the built-in rechargeable battery also has the built-in self-contained battery to record the emergency induction broadcasting without any obstacle in case of power failure or disconnection or short circuit in case of fire. The damage can be minimized.

Fourth, all equipments have emergency charging circuit and emergency battery, so emergency broadcasting can be transmitted even in case of fire or disaster.

Fifth, in the event of an earthquake, evacuation broadcasts can be sent immediately according to the seismic strength of buildings (buildings) to prepare for earthquakes.

Sixth, emergency broadcasts can be sent separately from fires and earthquakes.

1 is a view for explaining an embodiment of a wireless emergency broadcast system in a building according to the present invention.
FIG. 2 is a block diagram illustrating an embodiment of a wireless emergency broadcast system server shown in FIG. 1.
3 is a view for explaining an embodiment of a new wireless emergency broadcast apparatus configuration in a wireless emergency broadcast system in a building according to the present invention.
FIG. 4 is a diagram for explaining an embodiment of a system diagram of the novel wireless emergency broadcast apparatus shown in FIG.
5 is a photograph showing an example of a light receiver (non-player) in a novel wireless emergency broadcasting apparatus according to the present invention.
6 is a photograph showing an example of a transmitter (wireless transmitter) in the novel wireless emergency broadcasting apparatus according to the present invention.
7 is a flowchart illustrating an embodiment of a wireless emergency broadcasting method in a building according to the present invention.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention.

In addition, the terminology used in the present invention was selected as a general term that is widely used at present, but in certain cases, the term is arbitrarily selected by the applicant, and in this case, since the meaning is described in detail in the corresponding part of the present invention, a simple term is used. It is to be understood that the present invention is to be understood as a meaning of terms rather than names. In addition, in describing the embodiments, descriptions of technical contents that are well known in the technical field to which the present invention belongs and are not directly related to the present invention will be omitted. This is to more clearly communicate without obscure the subject matter of the present invention by omitting unnecessary description.

1 is a view for explaining an embodiment of a wireless emergency broadcast system in a building according to the present invention.

According to an embodiment of the wireless emergency broadcasting system in a building according to the present invention, as shown in FIG. 1, the communication network 100, the residents terminals 200, 210, and 220, the related terminals 300, 310, and 320, and the hospital server ( 400), the fire station server 500, financial company server 600 and the wireless emergency broadcast system server 700 is configured.

Here, the communication network 100 includes a wired or wireless Internet or a wired or wireless communication network.

Resident terminals (200, 210, 220) includes a terminal (internal intercom (living room, kitchen, restroom, etc.)), landline phone, smart phone of the customer in the building.

The related terminal (300, 310, 320) is a terminal of the building manager or fire department, hospital personnel, and may include a smartphone of the management office, fire department, landline phone of the hospital, managers, firefighters, hospital personnel.

The hospital server 400 is a server of a hospital around a building, and is a server of a hospital that is easy to use by a building occupant, a visitor, or a related person when a disaster such as a fire or an earthquake occurs.

The fire station server 500 is a server of a fire station that can request dispatch when a disaster such as a fire or an earthquake occurs as a server of a fire station around a building.

The financial company server 600 is a server of a financial company (bank, card or Fintech (Samsung Pay, Kakao Pay, etc.) that can securely charge the costs (management costs) of residents (residents) generated while operating the wireless emergency broadcasting system. to be.

Wireless emergency broadcasting system server 700 is a residential terminal (200, 210, 220), the relevant terminal (300, 310, 320), hospital server 400 in the event of a disaster such as fire or earthquake in the building And a server for guiding the disaster situation to one or more of the fire department server 500 and requesting dispatch (fire department) or emergency room or doctor preparation (hospital), the existing emergency broadcasting apparatus 800 already installed in the building When it is impossible to use due to a fire or disaster, that is, for example, when a loss of broadcasting equipment due to a fire or a disconnection of wiring is detected through the new wireless emergency broadcasting apparatus 900, the existing broadcasting wiring of the existing emergency broadcasting apparatus 800 is detected. To solve the problem that the existing emergency broadcasting device (system) is blocked in case of fire or disaster by automatically transmitting the emergency induction broadcast by receiving a disaster occurrence signal wirelessly through the new wireless emergency broadcasting device (900) do.

Existing emergency broadcast device 800 is an emergency broadcast device installed in an existing building, including a fire detection device and an emergency broadcast system, but is a device connected in a wired manner.

The new wireless emergency broadcasting apparatus 900 is configured to automatically operate when the existing emergency broadcasting apparatus 800 is not available due to a fire or disaster, an earthquake detection device for detecting an earthquake, a multi-story building, an emergency signal for each floor, It includes existing broadcasting and fire receiver interlock controller, wiring abnormality detection controller, charging device and charging battery. This will be described in more detail with reference to FIGS. 3 and 4.

FIG. 2 is a block diagram illustrating an embodiment of a wireless emergency broadcast system server shown in FIG. 1.

Meanwhile, as shown in FIG. 2, the wireless emergency broadcasting system server 700 illustrated in FIG. 1 includes a monitor 701, an input / output device 702, a communication unit 702, a database (DB) 720, and an emergency broadcast transmitter ( 730, language translation unit 740, emergency broadcast generation structure priority calculation unit 750, structure priority relationship terminal transmission unit 760, usage fee calculation and payment request unit 770 and control unit 780 do.

Here, the monitor 701 displays information necessary for an operator or manager of the wireless emergency system server 700 to operate the wireless emergency system server 700.

The input / output device 702 is connected to a monitor, a mouse, a keyboard, a speaker, a printer, and the like, and the operator or manager of the wireless emergency system server 700 inputs or outputs information necessary for operating the wireless emergency system server 700.

The communication unit 710 is a wireless emergency system server 700 and the residents terminal (200, 210, 220), the concerned terminal (300, 310, 320), the hospital server 400, the fire station server 500 through the communication network 100 And it supports communication with the financial institution server 600 or a PC.

The database 720 includes a resident information storage unit (room, disability, age, nationality, pet status, number of resident family members, resident internal intercom (living room, kitchen, toilet, etc.) identification information (ID), landline telephone number, Smartphone identification number, etc.), residents change information storage unit (traffic accidents, internal residence due to sick leave, outside visits, outside persons with disabilities, travel period information of residents or residents of the family, etc.), relevant information storage unit (building manager (watch information) Etc.), fire department, terminal of hospital personnel, management office, fire department, landline telephone number of hospital, manager, fire fighter, name of person in charge of hospital and smartphone, etc., existing / new emergency broadcasting system information storage unit (installation date, installation) Equipment maintenance information, installation equipment inspection date information, inspector information, etc.), information on the consent of residents to receive emergency broadcasting information (in case they do not want to expose their personal information or family relationships), In case of an earthquake or other disaster, the optimal evacuation route storage unit for each floor / house, where basic evacuation routes are stored, building construction / repair information storage where building construction / repair information is stored, and emergency broadcastment storage where emergency broadcasts are stored. It is composed. At this time, the residents who have agreed to receive emergency broadcasting information among the residents in the information storage unit of the residents' emergency broadcasting information receiving consent are sent to the relevant terminal that manages the server, such as going out, returning to the room, vacation, etc. In response, the related party may update the outgoing information or the occupancy information of the residents through the input / output device 702. Alternatively, by connecting to the wireless emergency broadcasting system server 700 through a separate resident app (App) to update the residents' outing or rehabilitation information, so that the first to rescue (evacuation), such as fire or disaster, or It can also be used to caution against intrusions into the room. Such an app can be easily implemented through a resident app recently used in an apartment.

The emergency broadcast transmitter 730 refers to the contents of the emergency broadcast storage unit when a disaster occurs such as a fire or an earthquake, and transmits an emergency broadcast through a warning sound, a warning light, and a voice. At this time, according to the information stored in the resident information storage unit, the emergency broadcasts in Korean, English, Chinese, Japanese, and other foreign languages may be output as voice, but may be sequentially output in order of the number of residents nationality.

The language translation unit 740 translates a language other than Korean from the language output from the emergency broadcasting transmitter 730 into the corresponding language.

Emergency broadcast occurrence structure priority calculation unit 750 calculates the priority structure of residents in the event of a disaster such as fire or earthquake. These priorities are calculated using the information of the resident information and the resident change information storage unit, so that they can be preferentially rescued mainly on the east and the lake with the disabled or the elderly.

The rescue priority relationship terminal transmitting unit 760 transmits the rescue priority according to the calculation result of the emergency broadcast generation rescue priority calculation unit 750 to the related parties terminals 300, 310, and 320.

The usage fee calculation and payment request unit 770 requests the calculation and settlement of the administrative expenses of the building occupants or the cost (optionally used) for operating the wireless emergency broadcasting system.

The control unit 780 includes a monitor 701, an input / output device 702, a communication unit 702, a database (DB) 720, an emergency broadcast transmitter 730, a language translation unit 740, emergency broadcast generation structure priority The control unit 750, the structure priority relationship between the terminal sending unit 760 and the charge calculation and payment request unit 770 is controlled.

3 is a view for explaining an embodiment of a configuration of a new wireless emergency broadcasting apparatus in a wireless emergency broadcasting system in a building according to the present invention, and FIG. 4 is an embodiment of a schematic diagram of a configuration of a new wireless emergency broadcasting apparatus shown in FIG. It is a figure for demonstrating.

In the wireless emergency broadcasting system in the building configuration of the new wireless emergency broadcasting apparatus is as shown in Figures 3 and 4, the present invention is basically a wired emergency like existing buildings (apartments, residential buildings, commercial buildings, etc.) With respect to the existing emergency broadcast apparatus 800 composed of a plurality of emergency broadcast wired transmitters in the broadcasting system, the emergency broadcast transmitter, a plurality of first to n-th zone (floor) emergency broadcasters, and a plurality of emergency broadcast relays according to the present invention. The configured new wireless emergency broadcast apparatus 900 is connected.

The emergency broadcast transmitter, the plurality of first to nth zone (floor) emergency broadcast units, and the plurality of emergency broadcast relay units of the present invention are as shown in FIG. 4. 800 and the existing broadcast and fire receiver interworking controller connected to the AMP and the fire receiver, the earthquake detection device 907, the presence of wiring abnormality detection controller 903, the signal converter 906, the charging battery (911) , An automatic charge controller 905 and a wireless transmitter 909.

Each of the plurality of first to nth zone (floor) emergency broadcasting units includes a charging battery 911, an automatic charging controller 905, a voice storage controller 904, a wiring abnormality detection controller 903, and a floor zone emergency AMP ( 901 and a radio receiver 908.

In addition, the emergency broadcast relay unit is composed of a charging battery 911, automatic charging controller 905 and a wireless repeater 910.

According to this configuration, when the emergency broadcasting system cannot be used due to a fire or disaster, the system automatically operates the wireless emergency broadcasting system to automatically detect the cause of the loss of broadcasting equipment or the short circuit of the wiring due to the fire. By cutting off the broadcasting wiring and receiving the abnormal signal wirelessly and automatically transmitting the emergency guide broadcasting, it is possible to emergency evacuation of people in the building by making up for the shortcomings of the emergency broadcasting blocking in case of fire or disaster. In addition, since there is no need for wiring by emergency wireless contact method, emergency broadcasting for evacuation can be sent even when the existing broadcasting function is completely unavailable. In addition, there is a built-in function to change the small AMP and voice recording on the vehicle body by installing a receiver on each floor, and its own rechargeable battery is built in, so it can record emergency induction broadcasting without any obstacle in case of fire or power failure or disconnection or short circuit. The damage can be minimized. In addition, emergency charging circuit and emergency battery are built into all equipment, so emergency broadcasting can be transmitted even in case of fire and disaster, especially when an earthquake occurs, it can immediately send out evacuation broadcasting according to the seismic strength of the building (building) to prepare for an earthquake. There is an advantage.

5 is a picture showing an example of a receiver (non-player) in the novel wireless emergency broadcast apparatus according to the present invention, Figure 6 is an example of a transmitter (wireless transmitter) in the novel wireless emergency broadcast apparatus according to the present invention. It is a photograph.

In the novel wireless emergency broadcasting apparatus according to the present invention, as shown in FIG. 5, the receiver (non-player) 908 is capable of communicating at 447 MHz between the devices, and relays the relay contact information to the device (heating and magnet) status information. It sends the data to the main device (CP) by using it.

In the synchronization procedure, press the wireless receiver SW1 (registration) for 5 seconds or more to confirm the ZONE (Z1, Z2, Z3) registration status. At this time, keep for 5 seconds and press SW1 briefly to select the zone to register. And press device (heat wire, magnet) registration button for more than 6 seconds, LED blinks 7 times and then move to next zone. At this time, if the LED blinks 7 times after success, it moves to the next zone, but if it fails, the LED blinks.

On the other hand, when deleting synchronization, press the wireless receiver SW2 (Delete) for 5 seconds or more, and briefly press SW2 to select the zone to be deleted. After selecting ZONE, press SW2 for 4 sec. Or more and then the LED will turn off. At this time, only synchronized zones can be selected. At this time, if all deleted, Z1, Z2, Z3 LED is turned off after 5 seconds flashing.

It is also possible to change the frequency channel. 447.3375MHz is used with Short Cap and 447.3375MHz is not applied.

On the other hand, the transmitter (wireless transmitter: 909) of Figure 6 is capable of 447MHz communication with the receiver shown in Figure 5, and performs the function of sending the status information to the receiver.

The method of synchronizing the emitter is to press the registration button for 5 seconds (press the red LED once), and on success, the green LED blinks, the red LED blinks three times, and the green LED blinks five times. After LED blinks Red LED blinks 20 times and then turns off. At this time, the synchronization condition should maintain the receiver synchronization wait state.

In addition, when checking the synchronization, pressing the registration button for more than 2 seconds, the success is set to turn off after 10 flashes of green LED from red, and to fail after 10 flashes of red LED only in case of failure.

7 is a flowchart illustrating an embodiment of a wireless emergency broadcasting method in a building according to the present invention.

In the embodiment of the wireless emergency broadcast method in a building according to the present invention, as shown in Figure 7, the existing emergency broadcast device 800 and the new wireless emergency broadcast device is interlocked (S100).

And the building manager, the fire station, the server of the nearby hospital and related terminal information is selectively registered in the database as needed, the residents information is stored, and the residents change information is updated (S110).

Subsequently, when an emergency situation such as a fire or earthquake occurs (S120), the new wireless emergency broadcast apparatus 900 may operate in a normal operation of the existing emergency broadcast apparatus (damage of equipment, disconnection of wire, short circuit, etc.) and disaster situation (fire, earthquake). Etc.) first of all, driving a warning sound and a warning light (S130). At this time, the warning light and speaker installed in the corridor of the building, as well as the internal intercom of the occupant furniture to warn the occurrence of an emergency situation.

In addition, the new wireless emergency broadcasting system server transmits the emergency situation in sequence according to the nationality of the number of residents in the building when the emergency situation is sent (S140).

Subsequently, the wireless emergency broadcasting system server sends an emergency situation to a terminal (server manager, security guard, firefighter, police officer, hospital official) terminal and server (S150). At this time, the structural priority may be transmitted. In other words, the floor and the room where the disabled and the elderly are located are guided through text messages.

Then, if a charge is set, the charge is calculated and billed (S160).

Although the present invention has been described as an example as described above, the present invention is not necessarily limited to these examples, and various modifications can be made without departing from the spirit of the present invention. Therefore, the examples disclosed in the present invention are not intended to limit the technical spirit of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these examples. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: communication network 200, 210, 220: resident terminal
300, 310, 320: official terminal 400: hospital server
500: fire department server 600: financial company server
700: wireless emergency broadcast system server 701: monitor
702: input and output device 710: communication unit
720: database DB: emergency broadcast transmitter
740: Language Translation Department
750: emergency broadcast occurrence structure priority calculation unit
760: structure priority terminal sending unit
770: charge calculation and payment request
780 control unit 800 conventional emergency broadcasting apparatus
900: new wireless emergency broadcasting device

Claims (3)

Tenant terminals (200, 210, 220) including a terminal (internal intercom), a landline phone, and a smartphone of a customer moving in a building;
As a terminal of a building manager or a fire department official, the related terminal (300, 310, 320) including a management room, a landline telephone of a fire department, a manager, and a smartphone of a firefighter;
An emergency broadcast device installed in an existing building, including a fire detection device, connected to the existing emergency broadcast device in a wired manner;
The existing emergency broadcast device 800 is configured to be automatically operated when the fire or disaster is not available, the existing broadcast and fire receiver interworking controller 902 connected to the AMP and the fire receiver of the existing emergency broadcast device 800, An emergency broadcast transmitter comprising an earthquake detection device 907, a wiring abnormality detection controller 903, a signal conversion device 906, a charging battery 911, an automatic charging controller 905, and a wireless transmitter 909; The plurality of first cells including the charging battery 911, the automatic charging controller 905, the voice storage controller 904, the wiring abnormality detection controller 903, the floor area emergency AMP 901, and the wireless receiver 908. A new wireless emergency broadcasting apparatus 900 including an emergency broadcasting relay configured to an n-th zone (floor) emergency broadcasting unit and the charging battery 911, an automatic charging controller 905, and a wireless repeater 910; And
When a disaster situation including a fire or an earthquake occurs in the building, the corresponding disaster situation is guided to at least one of the resident terminals 200, 210, and 220 and the related terminals 300, 310, and 320, and the existing building is When the existing emergency broadcast apparatus 800 that is already installed is not available due to a fire or disaster, when the use of the existing emergency broadcast apparatus 800 is detected through the new wireless emergency broadcast apparatus 900, the existing emergency broadcast apparatus 800 Block the existing broadcast wiring) and receive the emergency occurrence signal wirelessly through the new wireless emergency broadcast apparatus 900, and automatically transmits an emergency guide broadcast,
The building that is easy to use by building occupants, visitors, or officials in the event of a disaster including fire or earthquake with the inhabitants terminal 200, 210, 220 and the related terminal 300, 310, 320 through the communication network 100. Communication unit 710 for supporting communication with the hospital server 400 and the fire station server 500,
Residents stored in the building, including occupant information, room, disability, age, nationality, pet status, resident family number, resident internal intercom identification (ID), landline phone number, and smartphone identification number Resident information storage for storing information and the change information of the residents, including information on the storage unit, traffic accidents, internal residence due to sick leave, outside visits, outside persons with disabilities, travel periods of residents or family members of the residents information Department, the building manager or fire station, the terminal of the hospital official, management office, fire department, the landline telephone number of the hospital, the official information storage unit that stores the name and smartphone number of the manager, firefighter, hospital personnel, and the existing emergency Installation date, installation equipment maintenance information, installation equipment inspection date information, inspection of the broadcasting apparatus 800 and the new wireless emergency broadcasting apparatus 900 Saves existing / new emergency broadcasting system information storage including personnel information, optimal evacuation route storage for each floor / house where basic evacuation routes are stored in case of disaster including fire or earthquake, and building / repair information And a database (DB) 720 which is configured to include a building construction / repair information storage unit and an emergency broadcastment storage unit for storing emergency broadcastment and is used for first evacuation or evacuation in case of a disaster including fire or earthquake. ,
In the event of a disaster involving the fire or earthquake, when the emergency broadcast is transmitted through a warning sound, a warning light, and a voice by referring to the contents stored in the emergency broadcastment storage unit, according to the residents information stored in the residents information storage unit, Korean, English, Chinese Emergency sound output unit 730 for outputting the emergency broadcasts in a foreign language, including Japanese, to be output sequentially in the order of the number of residents nationality, and
A language translation unit 740 for translating a language other than Korean from the language output from the emergency broadcasting transmitter 730 into a corresponding language;
In the event of a disaster involving a fire or an earthquake, the priority structure of the residents can be calculated, and the information can be saved in the first and second places, such as those with a disability or the elderly, using the information of the residents 'information storage unit and the residents' change information storage unit. Emergency broadcast generation structure priority calculation unit 750 to calculate so that,
A structure priority relationship terminal sending unit 760 for transmitting the structure priority according to the calculation result of the emergency broadcasting generation structure priority calculating unit 750 to the related party terminals 300, 310, and 320;
The communication unit 710, database (720) 720, emergency broadcast transmitter 730, language translation unit 740, emergency broadcast generation structure priority calculation unit 750 and structure priority relationship terminal transmitter 760 Wireless emergency broadcasting system in the building comprising a; (700) including a control unit (780) for controlling the wireless emergency broadcasting system in a building.
delete In a wireless emergency broadcasting method in a building using a wireless emergency broadcasting system in a building according to claim 1,
Existing emergency broadcast device 800 and the existing broadcast and fire receiver interworking controller 902 connected to the AMP and the fire receiver of the existing emergency broadcast device 800, earthquake detection device 907, wiring abnormality detection controller 903 ), A signal conversion device 906, a charging battery 911, an automatic charging controller 905 and an emergency broadcast transmitter consisting of a wireless transmitter 909, the charging battery 911, automatic charging controller 905, Voice storage controller 904, a wiring abnormality detection controller 903, a plurality of first to n-th zone (floor) emergency broadcast unit consisting of the emergency zone AMP 901 and wireless receiver 908 for each floor and the charging battery ( 911), the step of interlocking a new wireless emergency broadcast device 900 including an emergency broadcast relay consisting of an automatic charge controller 905 and a wireless repeater (910) (S100);
Residents stored in the building, including occupant information, room, disability, age, nationality, pet status, resident family number, resident internal intercom identification (ID), landline phone number, and smartphone identification number Resident information storage for storing information and the change information of the residents, including information on the storage unit, traffic accidents, internal residence due to sick leave, outside visits, outside persons with disabilities, travel periods of residents or family members of the residents information Department, the building manager or fire station, the terminal of the hospital official, management office, fire department, the landline telephone number of the hospital, the official information storage unit that stores the name and smartphone number of the manager, firefighter, hospital personnel, and the existing emergency Installation date, installation equipment maintenance information, installation equipment inspection date information, inspection of the broadcasting apparatus 800 and the new wireless emergency broadcasting apparatus 900 Saves existing / new emergency broadcasting system information storage including personnel information, optimal evacuation route storage for each floor / house where basic evacuation routes are stored in case of disaster including fire or earthquake, and building / repair information It is configured to include a building construction / repair information storage unit and an emergency broadcast cement storage unit for storing emergency broadcasts in the database (DB) 720 used for first evacuation or first evacuation in the event of a disaster including fire or earthquake A building manager, a fire station, a server of a nearby hospital, and related terminal information are registered, and resident information is stored, and resident change information is updated in the database 720 (S110);
When an emergency situation including a fire or an earthquake occurs (S120), the new wireless emergency broadcast apparatus 900 may be operated in a normal operation (damage of equipment, disconnection of wiring, short circuit, etc.) and disaster of the existing emergency broadcast apparatus 800. Driving the warning sound and warning lights according to (S130);
The building that is easy to use by building occupants, visitors, or officials in the event of a disaster including fire or earthquake with the inhabitants terminal 200, 210, 220 and the related terminal 300, 310, 320 through the communication network 100. Communication unit 710 for supporting communication with the hospital server 400 and the fire station server 500,
The database (DB) 720,
In the event of a disaster involving the fire or earthquake, when the emergency broadcast is transmitted through a warning sound, a warning light, and a voice by referring to the contents stored in the emergency broadcastment storage unit, according to the residents information stored in the residents information storage unit, Korean, English, Chinese Emergency sound output unit 730 for outputting the emergency broadcasts in a foreign language, including Japanese, to be output sequentially in the order of the number of residents nationality, and
A language translation unit 740 for translating a language other than Korean from the language output from the emergency broadcasting transmitter 730 into a corresponding language;
In the event of a disaster involving a fire or an earthquake, the priority structure of the residents can be calculated, and the information can be rescued primarily in the case of the disabled or the elderly, using the information of the residents 'information storage unit and the residents' change information storage unit. Emergency broadcast generation structure priority calculation unit 750 to calculate so that,
A rescue priority relationship terminal sending unit 760 for transmitting the rescue priority according to the calculation result of the emergency broadcasting generation structure priority calculating unit 750 to the related parties terminals 300, 310, and 320;
Calculation and payment request unit (770) for requesting the calculation and payment for the administrative expenses of the building residents or the cost of operating the wireless emergency broadcasting system; and
The communication unit 710, database (720) 720, emergency broadcast transmitter 730, language translation unit 740, emergency broadcast generation structure priority calculation unit 750, structure priority relationship terminal transmitter 760 And the new wireless emergency broadcast apparatus through the emergency broadcast transmitter 730 in the wireless emergency broadcast system server 700 configured to include a control unit 780 for controlling the usage fee calculation and payment request unit 770. In step (S140) to the emergency situation in accordance with the order of the number of residents in the building in step 900)
The wireless emergency broadcasting system server 700 transmits an emergency situation to a related person (building manager, security guard, firefighter, police officer, hospital official) terminal and the hospital server 400 and the fire station server 500 around the building (S150). ); And
A building using a wireless emergency broadcasting system, comprising: a step (S160) in which a fee calculated by the usage fee calculation and payment request unit 770 is charged according to the resident information through a financial company server 600; Wireless emergency broadcast method in

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