KR101279832B1 - Module of alert for disasters and accidents - Google Patents

Abstract

A text to speech (TTS) control unit for extracting text data from disaster information and converting the text data into voice data; A driving information storage unit storing operating system data driving the TTS control unit; A memory unit for temporarily storing the text data extracted from the TTS control unit and the converted voice data; And a voice database unit for storing voice conversion corresponding information of the text data and the voice data in a phoneme or syllable unit. Disaster prevention alarm automatic voice notification module including a disaster has an effect that can prevent human injury and property damage by providing an alarm to the area where a disaster, disaster, etc. occur or is predicted.

Description

Automated voice notification module for disaster and disaster alerts {Module of alert for disasters and accidents}

The present invention relates to a disaster alert automatic voice notification module of the present invention, and more particularly, to a module for transmitting disaster disaster alert data remotely, automatically converting the data into a voice signal, and outputting and notifying the voice signal.

Disaster disasters can occur anywhere in the country in a variety of forms, including tsunamis, floods, heavy snowfall, and earthquakes. Unless they are reported quickly, they can cause many lives and property damage.

However, the conventional disaster management system has a problem that the damage to the disaster disaster is expanded only after the administrator monitors the disaster management area in a specific area and recognizes the occurrence of the disaster disaster in the specific area. .

In addition, even if a disaster does not occur, it is difficult to acquire information on the likelihood of a disaster in the region in advance, and thus, in an area where a disaster is frequent, there is a problem of creating anxiety for people or residents who visit the area.

It is an object of the present invention to provide a module for converting disaster disaster data transmitted by telephone, text message or packet into voice using a CDMA module.

In addition, an object of the present invention is to provide a module for converting the disaster disaster data delivered to the EWS of the T-DMB to voice and output.

It is also an object of the present invention to provide a module for directly providing disaster disaster information by a user's operation, converting the voice into audio, and outputting the voice.

Other objects of the present invention will be readily understood through the following description of the embodiments.

Disaster disaster warning automatic voice notification module according to an embodiment of the present invention is a TTS (Text To Speech) control unit for extracting the text data from the disaster information to convert the text data into voice data; A driving information storage unit storing operating system data driving the TTS control unit; A memory unit for temporarily storing the text data extracted from the TTS control unit and the converted voice data; And a voice database unit for storing voice conversion corresponding information of the text data and the voice data in a phoneme or syllable unit. . ≪ / RTI >

In the disaster voice alert automatic voice notification module according to an embodiment of the present invention, the TTS control unit operates in conjunction with a server that provides an Xroshot (Croshot) service, and transmits and converts text data to the server that provides the Croshot service. The voice data may be provided.

In the automatic disaster notification alarm system according to an embodiment of the present invention, the disaster information is delivered as a text message, the text message, a header including user information; A body containing disaster information in the form of text data; And a checksum including data capacity information of a text message sent from the sender.

In the disaster voice alert automatic voice notification module according to an embodiment of the present invention, the text message is a short message service (SMS) type transmitted through a CDMA network or an EWS (Emergency Warning System) transmitted through a T-DMB network. It may be characterized in that any one of the selected form.

In the disaster voice alert automatic voice notification module according to an embodiment of the present invention, the operating system data of the driving information storage unit is configured in a firmware form, and may be updated with new firmware.

In the disaster voice warning automatic voice notification module according to an embodiment of the present invention, when operating system data of the drive information storage unit may be driven by recording operating system data from the drive information storage unit to a memory unit. .

The present invention provides an alarm in a region where a disaster, disaster, etc. occur or is predicted, and thus there is an effect to prevent human injury and property damage.

In addition, since various wired and wireless communication methods are applied, there is an effect of providing a fast and reliable alarm even when some communication methods are impossible.

1 is a diagram showing the path of disaster disaster warning automatic voice notification according to an embodiment of the present invention.
Figure 2 is a detailed configuration of the disaster disaster warning automatic voice notification device according to an embodiment of the present invention.
Figure 3 is a detailed configuration of the disaster disaster warning automatic voice notification module according to an embodiment of the present invention.
4 is a block diagram of a text message including disaster information.

As the invention allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the written description. However, this is not intended to limit the present invention to the specific embodiments, it should be understood to include all transformations, equivalents, and substitutes included in the spirit and scope of the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Hereinafter, embodiments of the disaster disaster warning automatic voice notification device according to the present invention (hereinafter also referred to as 'disaster broadcasting device') and the disaster disaster warning automatic voice notification module will be described in detail with reference to the accompanying drawings. In the description with reference to the drawings, the same or corresponding components will be given the same reference numerals and redundant description thereof will be omitted.

1 is a diagram showing the path of disaster disaster warning automatic voice notification according to an embodiment of the present invention.

Disaster disaster alarm automatic voice notification method according to an embodiment of the present invention can be made through the disaster situation room 10, the disaster broadcasting device 20 and the disaster warning device (30).

The disaster situation room 10 generally includes information such as earthquakes, floods, river floods, typhoons, heavy snow, forest fires, information such as typhoons, tsunamis, tsunamis, storm warnings, heavy snow warnings, road traffic, freezing, In order to collect information related to heavy snowfall, road loss, river flood information, forest fires and fire accidents at the firefighting headquarters, either directly or at an offline site, one or more institutions installed in each region Can be.

However, the present invention is not necessarily limited to the disaster situation room or the similar institution, but may also be applied to the form of an institution or a user capable of delivering similar or equivalent disaster information.

Disaster broadcasting device 20 may be installed to quickly spread the corresponding disaster information to the local people where the disaster disaster actually occurs. Disaster broadcasting device 20 can receive the disaster information transmitted in a variety of communication methods, such as wired or wireless in the disaster situation room 10 according to each communication method to propagate to the local residents.

Disaster alarm device 30 is a device interlocked with the disaster broadcasting device 20, the disaster disaster information transmitted to the disaster broadcasting device 20 is changed to the voice form for the broadcast is delivered to the disaster warning device 30 disaster Local residents are informed through speakers or amplifiers included in the alarm device 30.

Disaster alarm device 30 may be in the form belonging to the lower configuration of the disaster broadcasting device (20).

Hereinafter, various embodiments for broadcasting disaster disaster information propagated in the disaster situation room 10 to the local residents through the disaster broadcasting apparatus 20 will be described.

2 is a detailed block diagram of a disaster broadcasting apparatus according to an embodiment of the present invention.

Disaster broadcasting device is automatic voice notification module 200, wired communication unit 210, wireless communication unit 220, backup memory unit 230, audio processing unit 240, amplifier controller 250, power management unit 260, The power control unit 270 is configured to include a display unit.

The wired communication unit 210 and the wireless communication unit 220 may receive disaster information transmitted from the outside to the wired and wireless communication networks, respectively.

For example, the wired communication unit 210 may receive disaster information through a public switched telephone network (PSTN) network.

PSTN network refers to a network configured to allow telephone calls between subscribers by connecting telephone lines to telephone exchange facilities.

The disaster situation room 10 for transmitting disaster information and the disaster broadcasting device 20 for broadcasting the disaster information exist as subscribers in the PSTN network, and the disaster situation room 10 accesses the disaster broadcasting device 20 through the PSTN network. The disaster information will be transmitted later.

The wireless communication unit 220 may include a T-DMB unit 2210, a CDMA unit 2220, and a Wi-Fi 2230 unit.

The T-DMB unit 2210 may receive EWS information transmitted through the T-DMB (terrestrial DMB) network.

T-DMB network refers to a network for transmitting a program consisting of audio and video data in the 174Mhz to 216Mhz frequency band.

T-DMB network has the advantage that the receiver can secure a high reception rate while moving, and there is a characteristic that can receive and utilize data if only one communication device exists.

The EWS information is transmitted from the disaster situation room 10 through the T-DMB network or by processing the disaster information transmitted to the disaster situation room 10.

EWS information is composed by combining the alarm sound and emergency information, and the alarm sound is recognized in accordance with the EWS information transmitted through the T-DMB network in the T-DMB unit 2210 receiving the EWS information, after which the emergency information It is configured to recognize disaster information.

The CDMA unit 220 may receive disaster information transmitted through the CDMA network.

CDMA network is a mobile communication network in which a plurality of users communicate by multiple access in a code division manner.

CDMA networks can deliver disaster information in the form of voice, text messages, packet data, and the like.

The Wi-Fi unit 2230 may receive disaster information and command protocol information for executing an operation check of the disaster broadcasting apparatus through a wireless Internet network.

For example, the control command to check the output of the disaster warning device 30 using the wavelength of the inaudible frequency band in the disaster broadcasting device 20, the control command to register or delete the list of subscribers of the CID, the disaster broadcasting device ( 20) may include a control command for selecting a firmware upgrade control command, a local control, a PSTN, a CDMA, or a T-DMB, and performing a disaster broadcast according to the corresponding communication method.

The disaster information transmitted through the wired communication unit 210 and the wireless communication unit 220 may include user information for confirming whether or not the user has authority for disaster broadcast. To this end, the automatic voice notification module 200 may process the broadcast authority authentication process of the sender of the disaster information.

For example, the user information may be configured as a CID, and when the disaster information arrives through a wired or wireless communication network, the user information may be checked to determine whether the information is from an authenticated sender by checking the CID that sent the disaster information.

In general, the CID can be the calling party's calling number for dial-up.

Disaster broadcasting device 20 retrieves the user information attempting to connect to the telephone to determine whether the right to broadcast according to the user information, and if the authority of the broadcast is authenticated to permit the broadcast.

The user of the disaster situation room 10 that attempts to dial up may transmit information on the current disaster situation to the disaster broadcasting apparatus 20 through voice through a CDMA network.

If the authority of the broadcast is not authenticated, the call may be blocked after notifying that the broadcast is not authorized.

The automatic voice notification module 200 may analyze the disaster information transmitted to the wired communication unit 210 and the wireless communication unit 220 to determine the broadcasting authority of the user and convert the disaster information into voice data.

Each detailed configuration of the automatic voice notification module 200 will be described later with reference to FIG. 3.

The backup memory unit 230 may store disaster broadcast voice information corresponding to the disaster information.

Disaster broadcasting voice information is provided with voice information for separate broadcasting according to various types of disasters such as tsunami, flood, snowfall, earthquake, and the like, and broadcasts are made in response to each disaster information.

For example, in case of disaster broadcasting in the disaster area where the earthquake occurred, the disaster information room transmits disaster information about the earthquake from the disaster situation room 10 to the disaster broadcasting device, and the disaster broadcasting voice information corresponding to the earthquake stored in the backup memory unit 230. Is output.

The backup memory unit 230 may store the disaster broadcast voice information in the form of MP3 (MPEG Audio Layer-3) to create new disaster broadcast voice information and add or delete the changed disaster broadcast voice information.

The audio processor 240 may adjust the size of the output in order to transmit the disaster information converted into the voice data in the automatic voice notification module 200 through the disaster alert device 30.

The disaster warning device 30 may be known to the disaster area residents through an amplifier facility installed in an external environment such as an administrative facility of the disaster area, or may be known through an amplifier facility located in a small facility of the disaster area. Therefore, the output can be adjusted according to the broadcast environment in which the broadcast is made.

The amplifier controller 250 may broadcast the voice data whose output is adjusted by the audio processor 240 through the voice output device.

On the other hand, the audio processing unit 240 and the amplifier controller 250 does not exist in a separate configuration, may be present in one configuration to perform two functions at the same time.

The power management unit 260 may manage power supplied to each component of the disaster warning device 20.

When the disaster warning device 20 exists in the disaster area, the power supply unit 260 reliably monitors the power supply because the disaster warning device 20 may stop operating when the power provided by the general power line is interrupted. can do.

The power controller 270 may adjust whether the power supplied to the power manager 260 from the outside is supplied. In the event of an emergency, power can be controlled to be supplied to the device by receiving power through an emergency power supply provided separately from the outside.

The display unit 280 may display an operation state of the equipment and a function being performed.

For example, if a flood occurred in the current disaster area, disaster information about the flood was received from any place through which communication network, and it may be output through a display unit to determine whether the current broadcast output is being made.

Disaster broadcasting device 20 may further include a control switch (not shown) or a microphone connection (not shown) for local control.

Local control is a method in which the user directly controls the disaster broadcasting apparatus 20 in the field, rather than controlling the disaster broadcasting apparatus through wired or wireless communication.

Disaster broadcasting device 20 may give priority to the control method for the broadcast, even if the disaster broadcast is made according to various communication methods when the switch interrupt is applied in the state that is set to the highest control method in the field You can change to local control to control.

The user may selectively output the disaster broadcast voice stored in the backup memory unit 230 by delivering a switch interrupt by operating the control switch.

For example, when a flood disaster occurs, it may be controlled to transmit a broadcast voice corresponding to the flood disaster by pressing a switch corresponding to the flood disaster.

In addition, the user can send a microphone interrupt to the microphone connection to deliver disaster information through the microphone.

Disaster broadcasting device 20 can give priority to the control method for the broadcast, even if the disaster broadcast according to various communication methods when the microphone interrupt in the state set the switch interrupt to the highest control method in the field You can change to local control to control.

The microphone interrupt may be in the form of operating the microphone interrupt switch while a microphone provided separately is connected. Alternatively, if the microphone is connected to a separate device to which the microphone can be attached, the microphone is automatically recognized and the microphone interrupt is generated.

For example, the user may connect the microphone to the microphone connection unit and transmit the disaster information to the microphone by nurturing, thereby controlling the corresponding disaster information to be broadcasted.

That is, the automatic voice notification module 200 presets the broadcasting priority of the disaster information transmitted through the wireless communication unit, the wired communication unit, the control switch, and the microphone connection unit, and presets the broadcasting priority when a plurality of disaster information is transmitted at the same time. According to the disaster can be controlled to broadcast.

Figure 3 is a detailed configuration of the automatic voice notification module of the disaster disaster warning automatic voice notification device according to an embodiment of the present invention.

The automatic voice notification module 200 includes a TTS control unit 2100, a driving information storage unit 2200, a memory unit 2300, a voice database unit 2400, a data communication unit 2500, and a power management unit 2600. do.

The TTS controller 2100 may extract the text data from the disaster information and convert the text data into voice data.

The TTS control unit 2100 may extract a disaster message composed of text data by analyzing a data packet or a text message including the disaster information transmitted to the CDMA unit.

Referring to Figure 4, it can be seen the configuration of the text message including the disaster information.

Text messages consist of a header, body, and checksum.

The header may store information corresponding to the calling party's calling number, a predetermined unique identification number, or a unique identification number of the EWS.

The body may store disaster information consisting of texts that serve as a medium for broadcasting.

The checksum can store information about the amount of data in the text message so that the normal data reception of the disaster broadcast can be made.

For example, the TTS control unit 2100 checks the header from the disaster information delivered in the form of a text message, and includes the disaster information. do.

In another embodiment, the TTS control unit operates in conjunction with a server that provides an Xroshot (Croshot) service, transmits text data to a server providing a CroShot service, and provides converted voice data.

The Xroshot service can know the detailed method of converting text data into voice data through the web page http://www.xroshot.com/ .

In order to determine whether it is disaster broadcasting information, it is possible to analyze the calling number from which the text message is sent, or add a specific keyword to identify whether the text message is disaster broadcasting information.

Preferably, the text message may be in the form of SMS.

The driving information storage unit 2200 may store operating system data for driving the automatic voice notification module 200.

The operating system data may be configured in the form of firmware, and the operating system data may be improved by upgrading to new firmware.

For example, the drive information storage unit may be configured as a ROM.

The memory unit 2300 may temporarily store the text data extracted from the TTS control unit 2100 and the voice data to be converted.

When the driving information storage unit 2200 is driven, the memory unit 2300 may receive and store operating system data to increase a data processing speed.

For example, the memory unit may be configured as a RAM.

The voice database unit 2400 may store voice data corresponding to the text data and the voice data in a phoneme or syllable unit.

The TTS control unit 2100 may convert the corresponding information stored in the phoneme or syllable unit to the voice data stored in the voice database unit 2400 to correspond to the extracted text data.

The data communication unit 2500 may provide an interface for data communication, such as UART, I2C, SPI, USB, and GPIO.

The power management unit 2600 may control supply of power required for each component of the automatic voice notification module.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the following claims And changes may be made without departing from the spirit and scope of the invention.

10: Disaster situation room
20: disaster broadcasting device
200: automatic voice notification module
2100: TTS control unit
2200: drive information storage unit
2300: memory
2400: voice database unit
2500: Data Communication Department
2600 power management unit
210: wired communication unit
220: wireless communication unit
2210: T-DMB part
2220: CDMA unit
2230: Wi-Fi section
230: backup memory
240: audio processing unit
250: amplifier controller
260: power management unit
270: power control unit
280: display unit
30: disaster alarm

Claims (6)

A text to speech (TTS) control unit for extracting text data from disaster information and converting the text data into voice data;
A driving information storage unit storing operating system data driving the TTS control unit;
A memory unit for temporarily storing the text data extracted from the TTS control unit and the converted voice data; And
A voice database unit for storing voice conversion corresponding information of text data and voice data in a phoneme or syllable unit; Lt; / RTI >
The TTS control unit,
Analyze the calling number from which the text data is sent, or analyze whether or not a specific keyword is included in the text data to determine whether it is disaster information,
Analyze whether the disaster information is included by checking the header in the disaster information to find out whether the authority of the broadcast is authorized, and if the authority of the broadcast is authorized, the broadcast is allowed, and if the authority of the broadcast is not authenticated, the broadcast is not allowed. Block the network connection after notifying
When the authority of the broadcast is authenticated, the disaster information in the body of the text data is extracted as text data and converted into voice data,
The disaster information includes command protocol information for controlling the disaster broadcasting device,
The command protocol information may include a control command for checking an output of the disaster broadcasting apparatus using a wavelength of an inaudible frequency band, a control command for registering or deleting a list of subscribers of a CID, a firmware upgrade control command for the disaster broadcasting apparatus, or And a control command for controlling the disaster broadcasting apparatus to be operated in a selected communication method among local control, PSTN, CDMA, Wi-Fi, and T-DMB communication methods. The method of claim 1,
The TTS control unit operates in conjunction with a server that provides an Xroshot (Croshot) service,
Disaster prevention alarm automatic voice notification module characterized in that for transmitting the text data to the server provided with the croshot service and receives the converted voice data. The method of claim 1,
The disaster information is delivered in a text message,
The text message,
A header containing user information;
A body containing disaster information in the form of text data;
Disaster disaster warning alarm automatic voice notification module comprising a; checksum including the data capacity information of the text message sent from the sender. The method of claim 3,
The text message is any one type of SMS selected from a short message service (SMS) delivered through a CDMA network or an emergency warning system (EWS) delivered through a T-DMB network. module. The method of claim 1,
Operating system data of the drive information storage unit is in the form of a firmware, disaster disaster warning automatic voice notification module, characterized in that can be updated with new firmware. The method of claim 1,
The disaster disaster warning automatic voice notification module is driven by recording operating system data from the drive information storage unit to a memory unit when the operating system data of the drive information storage unit is driven.

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