KR20150050544A - Fire reporting system using machine-to-machine communication, anf method therefor - Google Patents

Abstract

The object of the present invention is to provide an object intelligence (MMS) system, which is configured to automatically notify a related institution or a related person by a character or voice in a machine to machine (M2M) manner according to a priority set together with a public switched telephone network (PSTN) FIELD OF THE INVENTION The present invention relates to a fire in-view system using communication (M2M communication) and a driving method thereof,
When an alarm signal output from the view of the fire due to a signal detected from an input / output unit having a temperature sensor, a smoke detector, and an induction / alarm lamp is supplied to the CPU through the I / O port of the M2M communication unit, Reads the contact information of the M2M communication data memory and the transmission information of the voice / message memory and controls the M2M transceiver together with the fire occurrence position information read out from the alarm occurrence position data memory to transmit to the set contact, And the information read out from the voice / message memory is converted into a voice signal through a D / A converter and transmitted.

Description

FIELD OF THE INVENTION [0001] The present invention relates to an information communication system,

The present invention relates to a fire alarm system and a method of driving the fire alarm system, and more particularly, it relates to a fire alarm system and a method of driving the fire alarm system, (M2M communication) configured to automatically notify a user of a fire by using a character or voice, and a driving method thereof.

FIRE VIEWING TECHNIQUES WITH AUTOMATIC NOTIFICATION FUNCTIONS are known in various embodiments. As a background art relating to the present invention, there is a method and system for providing a fire notification alarm of a dynamic priority scenario based on a fire occurrence position in a building of Korean Patent Registration No. 10-1348949 shown in FIG. This technology solves the problem of alarm notification due to fire occurrence and provides fire alert notification for occupant safety. It notifies the tenant of the change situation of the fire that occurred and gives dynamic priorities based on the location of fire and changed location / It provides the residents with safe evacuation by calculating the ranking scenarios, dynamically providing alarms and cancellations to the tenants accordingly, and allowing the voice alarm and visual alarm functions to operate properly. To this end, a fire alarm is set up to configure home devices, alarm devices, wired / wireless communication networks, and management servers, and to implement a fire location information processing process in the management server to enable quick fire alarms to residents in the co- Alarm is provided

As another background of the present invention, there is a fire alarm and fire reception monitoring system and its operating method in Korean Patent Registration No. 10-0969661 shown in FIG. 2. The present invention relates to an automatic fire alarm and fire reception monitoring system and an operation method thereof interlocked with an automatic fire detection apparatus having a detector and a receiver, An automatic fire detection device having a receiver for generating an occurrence signal to detect an occurrence of an abnormality when an abnormality occurs in a specific place; An automatic jailer view for transmitting a notification signal including an abnormality occurrence signal generated by the automatic fire detection apparatus, an operation state signal of the receiver, and an operation state signal of an automatic jam viewing state itself through a communication network; And managing the operation status information of the receiver and the automatic jailer view when the report signal transmitted from the automatic jailer view is a receiver operation status report signal and an automatic jailer view operation status report signal, Receiving an abnormality occurrence report signal and receiving an abnormality occurrence and notifying the building related terminal of the place where the automatic disaster inspection view is installed to notify an alarm according to an abnormality with a character or guidance voice, A fire which sends an evacuation instruction to an operator terminal related to an adjacent location of the installation location of the automated residence view by a letter or guidance voice upon confirming the occurrence of an abnormality, Automatic fire alarm and alarm system including reception monitor server It features a reception monitoring system and method of operating.

Another background art of the present invention is fire detection system technology of Korean Patent Registration No. 10-0589663 shown in FIG. 3. This technology includes a fire detector that generates and transmits a fire signal when detecting smoke or heat; A fire signal receiving device that receives a fire signal from the fire detector and audibly generates an alarm; An information communication network capable of transmitting and receiving data; A fire signal relay device for receiving a fire signal from the fire detector, transmitting the fire signal through the information communication network, and outputting the generated instruction by voice; And a fire signal relay device for receiving a fire signal and displaying a name, a contact, and a precautionary measure of a worker in a place where the fire detector and the fire signal receiving device are installed, in a pop-up window, And a fire signal management device for transmitting audio information relating to instructions to the worker to the fire signal relay device and outputting the voice information.

KR 10-1348949 B1 KR 10-0969661 B1 KR 10-0589663 B1 KR 10-1292304 B1 KR 10-0929811 B1 KR 10-2010-0130269 A KR 10-2009-0097407 A

 [Implementation 2012.2.9.] [Ministry of National Emergency Management Notice 2012-72, 2012.2.9., Some revision]  Fire safety standards for automatic fire breaking equipment (NFSC 204), [Implementation 2015.3.24.] [National Security Notice 2015-34, 2015.1.23., Some revisions]  Bylaws on managing telecommunication numbers, [Rev. 2013. 2.20. Broadcasting Commission Communication Notice No. 2013-8]

The present invention relates to a method and apparatus for selecting a public switched telephone network (PSTN) or an M2M mobile channel provided for a fire in the event of a fire and transmitting the M2M method to a plurality of related institutions and persons View system and a method of driving the same.

In addition, when control data is received from a related organization or a mobile related to the fire occurrence notification, the present invention performs disaster information such as fire by performing transmission of image information from the camera, alarm signal of fire view and retransmission of transmission information And a method of driving the same, and a method of driving the same.

According to an aspect of the present invention, there is provided a method for controlling an I / O unit of an M2M communication unit, the method comprising the steps of: detecting an alarm signal output from a viewpoint of a fire by a signal sensed by an input / output unit having a temperature sensor, The CPU reads the contact information of the M2M communication data memory and the transmission information of the voice / message memory and controls the M2M transmitting / receiving unit together with the fire occurrence position information read out from the alarm generating position data memory, And when the information to be transmitted is voice, the information read out from the voice / message memory is converted into a voice signal through a D / A converter and transmitted. As shown in FIG.

According to the fire in-view viewing system and the driving method thereof of the present invention, when a fire occurs, a public switched telephone network (PSTN) or an M2M mobile channel provided in the view of fire is selected and a plurality of related organizations When the control data is received from the related organization or mobile related to the notification of the occurrence of a fire, the controller transmits the image information from the camera, the alarm signal of the view in the fire and the retransmission of the transmission information, And disaster information can be transmitted to multiple contacts more quickly and reliably.

FIG. 1 is a background diagram of the present invention. FIG. 1 is a diagram showing a method of providing a fire notification alarm and a system technology of a dynamic priority scenario based on a location of a fire in a building
FIG. 2 is another background of the present invention, in which an automatic fire alarm and fire reception monitor system and its operating method technology
FIG. 3 is another background of the present invention, in which the configuration of the fire detection system technology
FIG. 4 is a diagram showing the basic configuration of the present invention
5 is a functional relationship of a fire in-view system using the intelligent communication of the present invention
FIG. 6 is a diagram showing the configuration of the M2M communication unit of the present invention
7 is a diagram showing the relationship between the configuration and the operation relationship of the M2M communication data memory of the present invention
FIG. 8 is a diagram showing the configuration of the M2M transmitting /
FIG. 9 is an example of a basic driving method of a fire in-view system using object intelligent communication according to the present invention;

The following merely illustrates the principles of the invention. Accordingly, those skilled in the art will be able to devise various apparatuses which, although not explicitly described or shown herein, embody the principles of the invention and are included in the concept and scope of the invention. It is to be understood that all of the conditional terms and embodiments recited herein are expressly intended to be purely for purposes of understanding the concepts of the present invention and are not intended to be limiting to such specifically recited embodiments and conditions . It is also to be understood that the detailed description, as well as the principles, aspects and embodiments of the invention, as well as specific embodiments thereof, are intended to cover structural and functional equivalents thereof. For example, the present invention explains and explains a view in the fire using the object intelligence communication. However, the breaking target of the present invention is not limited to the fire breaker, but includes a structural functional equivalent having a common disaster detection and breaking function.

The above objects, features and advantages will become more apparent from the following detailed description in conjunction with the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 4 shows a basic configuration of the present invention. [0003] A typical in-fire view includes an input / output unit 100 having a temperature sensor, a smoke detector, and an induction / warning lamp, and a fire sensor connected to the input / output unit 100 to determine whether or not a fire has occurred, (200). The fire view 200 includes a fire detector for receiving a detection signal from the temperature sensor and the smoke detector to determine whether or not a fire has occurred, and a guide light driver for driving an indicator / alarm when a fire occurs; And an alarm signal output unit for outputting an alarm generated from the fire determination unit to the outside; And a power supply unit for supplying the power of the in-fire example 200. Such a view in the fire is configured to transmit an alarm signal provided from an alarm signal output unit in the event of a fire to the outside through a wired channel such as a public switched telephone network (PSTN). However, in the above configuration, if the communication line is destroyed by a fire, transmission of an alarm signal may become impossible. When the destination is busy, an alarm signal may not be transmitted. Accordingly, in the present invention, when an alarm signal can not be transmitted on a PSTN channel, an alarm signal can be transmitted over a separate wireless channel, and a plurality of destinations can be set for an alarm signal. In addition, The present invention solves the above problems by providing a fire in-view system using object-intelligent communication that guarantees delivery of a reliable alarm signal by transmission and provides additional information according to control data from a destination.

The fire in-view viewing system using the intelligent communication of the present invention includes an M2M communication unit 300 that receives an alarm signal provided from an alarm signal output unit of the fire view 200 when a fire occurs, Transmits the fire occurrence information to the communication device, and provides the related information to the external devices according to the received control data.

FIG. 5 is a diagram illustrating an operation relationship of a fire in-view system using object intelligent communication according to the present invention. The fire alarm system using the intelligent communication of the present invention is provided with an M2M communication unit 300 and is provided with an alarm signal provided from an alarm signal output unit of the fire alarm system 200 when a fire occurs. The M2M communication unit 300 has mobile communication means (for example, 012 number: Broadcasting and Communications Commission Notice No. 2013-8) dedicated to the object intelligent communication, and transmits and receives voice and data through the M2M method. The M2M communication unit 300 of the present invention includes one or more cameras 310 that receive images of a monitored place and when an alarm signal provided from the fire view 200 is received when a fire occurs, ), And transmits information selected from text, data, and voice to a related authority including a local fire station 322. In addition, the M2M communication unit 300 of the present invention notifies the occurrence of fire by using character information about a mobile phone 324, which is a relation including a building owner, a tenant, a building owner of a neighboring building, and tenants when a fire occurs. In the notification process, the information transmitted to the related organization can transmit predetermined transmission information among the text, data, and voices, and the information transmitted to the mobile 324 related to the related information can be transmitted to the mobile 324 It is preferable that the information is transmitted as character information in order to transmit the information. The M2M communication unit 300 includes a video server 326 and is configured to transmit and store an image of a monitored location provided by one or more cameras 310 on an M2M channel.

The M2M communication unit 300 of the present invention preferentially performs the fire occurrence notification for the mobile unit 324 related to the related organization including the FIAS server 320 and the local fire department 322 when a fire occurs, When the control data is received from the related organization or the mobile 324 related to the notification of occurrence, information corresponding thereto may be additionally provided. The control data can be set to perform, for example, transmission of image information from the camera 310, alarm signal of the fire view 200, and retransmission of transmission information with a preset code.

FIG. 6 shows the configuration of an M2M communication unit 300 of a fire in-view system using object intelligence communication according to the present invention. The M2M communication unit 300 of the present invention includes a CPU 350 that performs overall control of the M2M communication unit 300 and a control unit 350 that is connected to the CPU 350 to receive a control signal from an external device, And a serial port 352 for checking or monitoring the operation state inside the battery 300. The M2M communication unit 300 of the present invention includes a camera selector / digitizer 354 for selecting and digitizing video signals provided from one or more cameras 310 under the control of the CPU 350, And an I / O port 356 for receiving an alarm signal provided from the terminal 200 and providing the alarm signal to the CPU 350. The CPU 350 is connected to an image / video buffer 360 for storing image data provided through a camera selector / digitizer 354 and is also connected to a location of a fire view 200 where an alarm signal is generated, And an alarm occurrence position data memory 358 for storing the fire occurrence position information for M2M transmission including at least one of the address of the GPS (global positioning system) coordinates and the GPS (global positioning system) coordinates. The CPU 350 is connected to an M2M transceiver 370 for performing communication with an external contact under the control of the CPU 350. The CPU 350 is also connected to the M2M communication data 370 for storing contact information for M2M communication and related data, A memory 366, a voice / message memory 364 for storing transmission information read by the CPU 350 as data of the M2M communication data memory 366, And a D / A converter 362 for converting the voice data read from the voice memory 364 into voice signals by the CPU 350 and providing the voice data to the M2M transmitting / receiving unit 370.

With respect to the above configuration, the fire alarm system using the intelligent communication of the present invention comprises: O unit 100 having a temperature sensor, a smoke detector, and an induction / warning lamp at the time of occurrence of a fire, an alarm signal output from the view 200 is transmitted to an I / O port (not shown) of the M2M communication unit 300 The CPU 350 reads the contact information of the M2M communication data memory 366 and the transmission information of the voice / message memory 364 and provides the alarm generating position data memory 358, Together with the fire occurrence position information read from the M2M transmission / reception unit 370, to the set contact. At this time, if the information to be transmitted is voice, the information read from the voice / message memory 364 is converted into a voice signal through the D / A converter 362 and transmitted.

The M2M communication unit 300 of the present invention selects a video signal provided from one or more cameras 310 installed at a monitoring target place as a camera selector / digitizer 354 under the control of the CPU 350, The camera image stored in the image / video buffer 360 and continuously stored in the image / video buffer 360 is transferred to and stored in the image server 326. The CPU 350 firstly performs a fire occurrence notification for the contacts, and when the control data is received from the related organization or the mobile 324 related to the fire occurrence notification, the CPU 350 transmits information corresponding thereto, for example, Transmission of image information from the camera 310, alarm signal of the fire view 200, and retransmission of transmission information.

FIG. 7 shows the configuration and operational relationship of the M2M communication data memory 366 in the M2M communication unit 300 of the present invention. As described above, the M2M communication unit 300 of the present invention is provided with an alarm signal output from the in-fire view 200 to the CPU 350, and the CPU 350 controls the contact of the M2M communication data memory 366 And reads the transmission information of the information and voice / message memory 364. The M2M communication data memory 366 read by the CPU 350 is allocated data of the same length in units of individual contacts. The individual contact-specific data stored in the M2M communication data memory 366 includes: A contact-specific ID, a contact's PSTN and LTE communication number, a voice data index, a message data index, and an optional data index and a reserved area. The contact-specific ID may be given as a serial number of contact priority as an identifier for identifying a contact. The PSTN of the contact and the mobile communication number of the contact are stored in the PSTN number of the contact and the mobile communication number of the M2M communication, respectively.

As described above, in the voice / message memory 364 of the present invention, transmission information is stored, and the transmission information stores voice data and message information to be transmitted to the contact. In the individual contact-specific data stored in the M2M communication data memory 366, the voice data index and the message data index correspond to the head address or voice data of the voice data and message information stored in the voice / message memory 364, The information to be transmitted for each contact can be separately set as the individual file name of the information. At this time, if transmission of voice data or message information is not required according to the contact, the voice data index or the message data index may be selectively set as a default value.

Further, in the option data index, a head address or an individual file name of data to be additionally transmitted is set for each contact, and additional information for data management is input to a user area.

Accordingly, when an alarm signal output from the fire view 200 is provided to the CPU 350 by a signal sensed by the input / output unit 100, the CPU 350 controls the M2M communication unit 300, Reads the contact information, the voice data index and the message data index according to the ID of the communication data memory 366, and reads voice data and message information to be transmitted from the voice / message memory 364 according to the index. Next, the CPU 350 transmits the fire occurrence position information, the voice data, and the message information read from the alarm occurrence position data memory 358 to the PSTN number for each contact through the M2M transceiver 370 or the mobile communication number Lt; / RTI > At this time, if the information to be transmitted is voice, the information read from the voice / message memory 364 is converted into a voice signal through the D / A converter 362 and transmitted.

FIG. 8 shows the configuration of the M2M transceiver 370 of the present invention. The M2M transmitting and receiving unit 370 of the present invention receives the control signal from the CPU 350 of the M2M communication unit 300 and performs the overall control of the M2M transmitting and receiving unit 370 and transmits An M2M transmission / reception control unit 372 for providing the received control data to the CPU 350 of the M2M communication unit 300 and a PSTN and LTE communication number 372 of the contact via the M2M transmission / reception control unit 372 from the CPU 350, And a PSTN / mobile interface 374 for transmitting the transmission data supplied together with the contact information for each contact and providing the control data received from individual contacts to the CPU 350 via the M2M transmission / reception control unit 372. The PSTN / mobile interface includes a PSTN and an M2M mobile communication means, and the PSTN and M2M mobile communication means are selected by the PSTN / mobile selection unit 382 controlled by the M2M transmission / reception control unit 372, Contact with the contact. The PSTN / mobile interface 374 is connected to the voice signal output of the D / A converter 364 for converting the voice data provided from the CPU 350 of the M2M communication unit 300 to the selected PSTN or M2M mobile communication Means are sent to the individual contacts.

The M2M transmission / reception controller 372 is provided with a transmission data buffer 376 for temporarily storing data to be transmitted to individual contacts through the PSTN / mobile interface 374 and a transmission data buffer 372 for receiving control data And a reception data buffer 378 for temporarily storing the received data and transmitting the data to the CPU 350. The dial and on hook detecting unit (not shown) for performing an individual contact communication connection through the PSTN / mobile interface 374 380).

Therefore, the M2M transmission / reception control unit 372 of the M2M transmission / reception unit 370 of the present invention controls the PSTN / mobile interface 374 as the PSTN / mobile selection unit 382 under the control of the CPU 350 of the M2M communication unit 300, And transmits the transmission information provided from the CPU 350 to the transmission data buffer 376. In this case, The M2M transmission / reception control unit 372 communicates each contact through the PSTN / mobile interface 374 with the PSTN or M2M mobile number provided from the CPU 350 and transmits the dial and on-hook detection unit 380 And transmits the information stored in the transmission data buffer 376. At this time, the CPU 350 of the M2M communication unit 300 provides the voice data to the D / A converter 364 when the information to be transmitted to the contact is voice, and the output of the D / A converter 364 is the PSTN / Mobile interface 374 to be voice-transmitted to the contact. The transmission operation is performed for each contact ID stored in the M2M communication data memory 366 in the M2M communication unit 300, thereby notifying the mobile device 324 of a preset association and the related establishment of the fire occurrence.

The M2M transmission / reception control unit 372 preferentially performs the fire occurrence notification for the contacts stored in the M2M communication data memory 366 and then transmits the fire occurrence notification to the PSTN / mobile interface The CPU 350 stores the control data in the reception data buffer 378 and transmits the control data to the CPU 350 so that the information corresponding to the control data, 310, an alert signal of the fire view 200, and retransmission of transmission information.

FIG. 9 shows an example of a basic driving method of a fire in-view system using object intelligence communication according to the present invention. When the alarm signal is supplied from the fire alarm view 200 to the fire alarm system of the present invention, the driving method of the figure first attempts to access the related organization and the mobile 324 via the PSTN channel, If the PSTN channel is disconnected due to a fire and is not connected, it is notified of the fire occurrence information to the related organization and the mobile unit 324 via the M2M mobile channel. Hereinafter, the driving method will be described step by step with reference to the drawings.

- S100: the power is turned on and operated in the fire alarm system using the intelligent communication of the present invention;

S110: the CPU 350 of the M2M communication unit 300 of the fire alarm system reads data via the I / O port 356;

S120: the CPU 350 checks whether a fire alarm signal is input through the I / O port 356;

If the fire alarm signal is not inputted through the I / O port 356 in the step S120, the step S110 is repeatedly performed. If the fire alarm signal is inputted, the following step S130 is performed.

S130: the CPU 350 of the M2M communication unit 300 of the fire alarm system sets the communication channel of the M2M transceiver 370 of the M2M communication unit 300 to the PSTN;

S140: The CPU 350 of the M2M communication unit 300 determines whether the PSTN channel is on-hook through the dial and on-hook detecting unit 380;

S150: If it is not in the on-hook state in step S140, the CPU 350 of the M2M communication unit 300 determines that the PSTN channel is unavailable, selects the communication channel of the M2M transmitting / receiving unit 370 as the M2M mobile channel On hook state;

S160: The CPU 350 of the M2M communication unit 300 reads the individual contact-specific data according to the contact-specific ID from the M2M communication data memory 366 and dials the contact number through the M2M transmission / reception unit 370 ;

S170: The CPU 350 of the M2M communication unit 300 then uses the voice data index and message data index read from the M2M communication data memory 366 to store corresponding voice data and message information in the voice / message memory 364);

S180: The CPU 350 of the M2M communication unit 300 provides voice data and message information read from the voice / message memory 364 to the M2M transceiver 370 and transmits the voice data and message information to the connected contact;

At this time, when transmitting voice data, the CPU 350 provides voice data to the D / A converter 364 and the output of the D / A converter 364 is supplied to the PSTN / mobile interface 374 And transmitted to the corresponding contact by voice.

- S190: determining whether the CPU 350 of the M2M communication unit 300 has completed transmitting the fire occurrence information for each contact in the M2M communication data memory 366;

S200: terminating the operation of the fire alarm viewing system when the transmission of the fire occurrence information to the contacts of the M2M communication data memory 366 is completed in the step S190;

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The CPU 350 of the M2M communication unit 300 determines whether the PSTN channel is on-hook through the dial and on-hook detecting unit 380. If the CPU 350 of the M2M communication unit 300 determines that the on- The CPU 350 of the base station 300 determines that the PSTN channel is available and performs the process from step S160.

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The CPU 350 of the M2M communication unit 300 transmits the fire occurrence information to the contacts of the M2M communication data memory 366 through the M2M transmission / reception control unit 372, The mobile interface 374 is set to the on-hook state and the process is repeated from S160 again.

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According to the fire in-view viewing system and the driving method of the present invention as described above, when a fire occurs, a public switched telephone network (PSTN) or an M2M mobile channel provided in the view of fire is selected, When the control data is received from the related organization or mobile related to the fire occurrence notification, it transmits the image information from the camera, the alarm signal of fire view, and the retransmission of the transmission information And so on, thereby transmitting disaster information such as fire to a plurality of contacts more quickly and reliably.

Although the present invention has been described with respect to a limited number of embodiments and drawings, it is to be understood that the present invention is not limited thereto and those skilled in the art may understand that the present invention is not limited thereto, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100: I / O unit 200: In the fire view
300: M2M communication unit 310: camera
320: National Emergency Management Agency server 322: Fire station
324: Relevant Mobile 326: Video Server
350: CPU 352: Serial port
354: Camera Selector / Digitizer 356: I / O Port
358: Alarm occurrence position data memory 360: Video / video buffer
362: D / A converter 364: voice / message memory
366: M2M communication data memory 370: M2M transmission / reception unit
372 M2M transmission / reception controller 374 PSTN / mobile interface
376: Transmit data buffer 378: Receive data buffer
380: dial and on-hook detection unit 382: PSTN / mobile selection unit

Claims (16)

An input / output unit having a temperature sensor, a smoke detector, and an induction / alarm unit, and an object-to-be-intelligent communication unit connected to the input / output unit to determine whether or not a fire is present, In a fire fog viewing system,

The M2M communication unit (300)
A CPU 350 for performing overall control of the M2M communication unit 300,
A serial port 352 connected to the CPU 350 for receiving a control signal from an external device and for checking or monitoring an operation state inside the M2M communication unit 300;
A camera selector / digitizer 354 for selecting and digitizing video signals provided from one or more cameras 310 under the control of the CPU 350;
And an I / O port 356 for receiving an alarm signal provided from the fire view 200 and providing the alarm signal to the CPU 350,
The CPU 350 is connected to an image / video buffer 360 for storing image data provided through a camera selector / digitizer 354,
An alarm occurrence position data memory (M2) for storing the fire occurrence position information for M2M transmission, which includes at least one of the position of the fire view 200 where the alarm signal is generated, the address of the building, and global positioning system 358,
An M2M transmission / reception unit 370 for performing communication with an external contact under the control of the CPU 350;
An M2M communication data memory 366 for storing contact information and associated data for M2M communication;
A voice / message memory (364) for storing transmission information read and referred to by the CPU (350) as data of the M2M communication data memory (366)
A D / A converter 362 for receiving voice data read from the voice / message memory 364 by the CPU 350 and converting the voice data into voice signals and providing the voice data to the M2M transmitting / receiving unit 370;
And an M2M communication unit (300) for transmitting fire occurrence information to a plurality of external communication devices and providing the related information to external devices according to the received control data. View System
The fire alarm system according to claim 1, further comprising:
O unit 100 having a temperature sensor, a smoke detector, and an induction / warning lamp at the time of occurrence of a fire, an alarm signal output from the view 200 is transmitted to an I / O port (not shown) of the M2M communication unit 300 356 to the CPU 350,
The CPU 350 reads out the contact information of the M2M communication data memory 366 and the transmission information of the voice / message memory 364 and sends the M2M communication data to the M2M transceiver 362 together with the fire occurrence position information read from the alarm generating position data memory 358. [ (370) to transmit to the set contact,
When the information to be transmitted is voice, the information read from the voice / message memory 364 is converted into a voice signal through the D / A converter 362 and transmitted.
The communication system according to claim 1, wherein the M2M communication unit (300)
A video signal provided from one or more cameras 310 installed in a monitoring target place is selected by the camera selector / digitizer 354 under the control of the CPU 350 and stored in the video / video buffer 360, And the camera image continuously stored in the image / video buffer 360 is transferred to and stored in the image server 326. [
The image processing apparatus according to claim 1, wherein the CPU (350)
Priority should be given to notifying fire to the contacts,
When the control data is received from the related organization or the mobile 324 related to the fire occurrence notification, the control unit 308 transmits the image information from the camera 310, the alarm signal of the fire view 200, And a retransmission control unit for performing retransmission based on the received information.
The method of claim 1, wherein the M2M communication data memory (366)
Data is assigned the same length in individual contact units,
The individual contact-specific data stored in the M2M communication data memory 366 includes: Wherein the mobile terminal includes an ID for each contact, a PSTN and LTE communication number of the contact, a voice data index, a message data index, and an option data index and a reserved area.
6. The method according to claim 5,
Wherein the identification information is assigned as a serial number of a communication priority as an identifier for identifying a contact,
[6] The method of claim 5,
Is set by dividing the voice data stored in the voice / message memory 364 and the information to be transmitted for each contact as individual file names of the head address or voice data of the message information and the message information,
When the transmission of the voice data or the message information is unnecessary, the voice data index or the message data index is set to a default value.
The communication system according to claim 1, wherein the M2M communication unit (300)
When an alarm signal output from the fire view 200 is provided to the CPU 350 by a signal sensed by the input / output unit 100,
The CPU 350 reads the contact information, the voice data index and the message data index according to the ID of the M2M communication data memory 366,
Reads voice data and message information to be transmitted from the voice / message memory 364 according to the index,
The CPU 350 transmits the fire occurrence position information, voice data, and message information read from the alarm occurrence position data memory 358 to the contact-specific PSTN number or the mobile communication number for M2M communication through the M2M transceiver 370 and,
When the information to be transmitted is voice, the information read from the voice / message memory 364 is converted into a voice signal through the D / A converter 362 and transmitted.
The apparatus of claim 1, wherein the M2M transceiver (370)
The M2M communication unit 300 receives control signals from the CPU 350 of the M2M communication unit 300 and performs control of the M2M transmitting and receiving unit 370 and transmits control data received by calls of individual contacts to the M2M communication unit 300. [ An M2M transmission / reception control unit 372,
The CPU 350 transmits the transmission data supplied together with the PSTN and the LTE communication number of the contact via the M2M transmission / reception control unit 372 for each contact and the control data received from the individual contacts via the M2M transmission / reception control unit 372 And a PSTN / mobile interface (374) for providing to the CPU (350)
The PSTN / mobile interface comprises:
PSTN and M2M mobile communication means
The PSTN and the M2M mobile communication means are selected and connected to individual contacts by a signal of the PSTN / mobile selection unit 382 controlled by the M2M transmission / reception control unit 372. [ Inside view system
The method of claim 9, wherein the PSTN / mobile interface (374)
And the voice signal output of the D / A converter 364 for converting the voice data provided from the CPU 350 of the M2M communication unit 300 is connected and transmitted to the individual contact through the selected PSTN or M2M mobile communication means Fire intelligence system using intelligent communication
The method of claim 9, wherein the M2M transmission / reception control unit (372)
A transmission data buffer 376 for temporarily storing data for transmission to an individual contact through the PSTN / mobile interface 374;
A reception data buffer 378 for temporarily storing control data transmitted by a call of individual contacts and delivering the control data to the CPU 350,
A dial and on-hook sensing unit 380 for performing an individual contact communication connection via the PSTN / mobile interface 374;
And a display unit for displaying an image of a fire using the object intelligent communication system
The method of claim 9, wherein the M2M transmission / reception control unit (372)
The communication channel of the PSTN / mobile interface 374 is selected as either the PSTN or the M2M mobile channel by the PSTN / mobile selection unit 382 under the control of the CPU 350 of the M2M communication unit 300,
Stores the transmission information provided from the CPU 350 in the transmission data buffer 376,
If the contacts are communicated through the PSTN / mobile interface 374 with the PSTN or M2M mobile number provided from the CPU 350 and the connection is confirmed through the dial and on-hook detection unit 380,
And transmits the information stored in the transmission data buffer (376)
The method of claim 9, wherein the M2M transmission / reception control unit (372)
Preferentially performs a fire occurrence notification for the contacts stored in the M2M communication data memory 366,
When the control data is received from the related organization or the mobile 324 via the PSTN / mobile interface 374 for the fire occurrence notification,
Stores the control data in the reception data buffer 378 and transfers it to the CPU 350,
The CPU 350 is configured to perform transmission of image information from the camera 310, alarm signal of the fire scene view 200, and retransmission of transmission information, and the like.
An input / output unit having a temperature sensor, a smoke detector, and an induction / alarm unit, and an object-to-be-intelligent communication unit connected to the input / output unit to determine whether or not a fire is present, A method of driving a fire in-view system,
- S100: power is turned on and activated in a fire alarm system using intelligent communication;
S110: the CPU 350 of the M2M communication unit 300 of the fire alarm system reads data via the I / O port 356;
- S120: The CPU 350 checks whether a fire alarm signal is input through the I / O port 356,
If the fire alarm signal is not input through the I / O port 356 in step S120, the step S110 is repeatedly performed. If a fire alarm signal is input,
S130: the CPU 350 of the M2M communication unit 300 of the fire alarm system sets the communication channel of the M2M transceiver 370 of the M2M communication unit 300 to the PSTN;
S140: The CPU 350 of the M2M communication unit 300 determines whether the PSTN channel is on-hook through the dial and on-hook detecting unit 380;
S150: If it is not in the on-hook state in step S140, the CPU 350 of the M2M communication unit 300 determines that the PSTN channel is unavailable, selects the communication channel of the M2M transmitting / receiving unit 370 as the M2M mobile channel On hook state;
S160: The CPU 350 of the M2M communication unit 300 reads the individual contact-specific data according to the contact-specific ID from the M2M communication data memory 366 and dials the contact number through the M2M transmission / reception unit 370 ;
S170: The CPU 350 of the M2M communication unit 300 then uses the voice data index and message data index read from the M2M communication data memory 366 to store corresponding voice data and message information in the voice / message memory 364);
S180: The CPU 350 of the M2M communication unit 300 provides voice data and message information read from the voice / message memory 364 to the M2M transceiver 370 and transmits the voice data and message information to the connected contact;
- S190: determining whether the CPU 350 of the M2M communication unit 300 has completed transmitting the fire occurrence information for each contact in the M2M communication data memory 366;
S200: terminating the operation of the fire alarm viewing system when the transmission of the fire occurrence information to the contacts of the M2M communication data memory 366 is completed in the step S190;
A method of driving a fire in-view system using object intelligence communication
15. The method of claim 14,
The CPU 350 of the M2M communication unit 300 determines whether the PSTN channel is on-hook through the dial and on-hook detecting unit 380,
The CPU 350 of the M2M communication unit 300 determines that the PSTN channel is available and performs the process from the step S160. 15. The method of claim 14,
The CPU 350 of the M2M communication unit 300 transmits the fire occurrence information to the PSTN / mobile interface 374 through the M2M transmission / reception control unit 372, if the transmission of the fire occurrence information to the contacts of the M2M communication data memory 366 is not completed. Is set to the on-hook state, and the process is repeated from S160 again. The method of driving a fire in-view system using the intelligent communication

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