KR101778130B1 - System for providing one touch multi-type integrated broadcasting against fire and earthquake - Google Patents

Abstract

The present invention relates to an one-touch multi-type integrated broadcasting system against a fire and an earthquake. The system can continuously perform broadcasting without any interruption even if some errors of hardware or software occur through integrated broadcasting control defined by the hardware and the software while performing integrated broadcasting by quickly and accurately designating in an one-touch operation a type and a range of broadcasting which provides information on an earthquake or a fire even if an emergency situation like the earthquake or the fire, can change configuration of an input/output port, and can perform the integrated broadcasting by being synchronized even if a plurality of users are interacted.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a multi-type integrated broadcasting system for a fire and an earthquake,

[0001] The present invention relates to a one-touch multi-type integrated broadcasting system, and more particularly, to an integrated broadcasting system for one-touch multi-type integrated broadcasting which is capable of promptly and accurately specifying the type and scope of a broadcast to provide information on an earthquake or fire when an emergency such as an earthquake or fire occurs. It is possible to continuously perform broadcasting without disconnecting even if some hardware or software error occurs through the integrated broadcasting control defined by hardware and software and change the configuration of the input / output port in real time, And more particularly, to a one-touch multi-type integrated broadcasting system in preparation for a fire and an earthquake that enables integrated broadcasting even when a plurality of users interact with each other.

Generally, in case of unexpected disasters such as earthquakes or fires, it is necessary to provide information to enable people to evacuate from a disaster site to a safe place, and a rescue agency such as a fire department to rescue people from disaster. Providing information is paramount.

Such disaster information is urgent and needs to be transmitted quickly and accurately. Broadcasting is an efficient means of quickly delivering the disaster information.

However, it is very difficult to minimize disaster by rapidly broadcasting disaster information in case of various disasters. Because the disaster situation is difficult to predict, and when a disaster situation occurs, it is because of lack of experience of the person in charge. As a result, there have been many cases in which the initial response was immensely damaged due to the immaturity even in a relatively minor disaster situation.

In addition, minimizing the damage in various disaster situations is the quick delivery of accurate information to the disaster area where the damage is expected or the agency to respond to the disaster. However, it still fails to deliver disaster information accurately and promptly in the event of a disaster, and does not minimize the damage caused by an earthquake or fire.

In recent years, due to the broadening of the network and the development of broadcasting technology, it has become possible to provide education, notice, and emergency situations in terrestrial broadcasting systems, personal internet broadcasting systems, schools, buildings, And public address broadcasting system for guidance and the like, and are designed and used variously according to the purpose of broadcasting or service.

The control of the broadcasting system includes hardware-based control for controlling input / output of broadcasting contents by manually operating hardware provided in the broadcasting system itself, controlling volume or output of broadcasting contents through an audio mixer and other functions, And software-based control for controlling the functions through software provided by the broadcasting system.

When performing control of the existing broadcasting system, if any one of hardware and software fails to perform a control operation due to a failure or a defect, A problem that can not be controlled can occur.

That is, since the hardware and software operate independently of each other and do not back up their mutual states, discontinuous control may occur between the hardware-based manual control and the software-based remote control, or the broadcasting may be interrupted. It is possible to initialize the broadcasting system or to control the input / output channel of the broadcasting contents regardless of the broadcasting state of the broadcasting system, Confusion and broadcasting accidents occurred.

Accordingly, in the present invention, when an emergency such as an earthquake or a fire occurs, it is possible to quickly and accurately designate the type and range of a broadcast to provide information on the earthquake or fire, We propose a method that can continuously perform broadcasting even if some errors occur in the software.

In addition, the present invention proposes a method for changing the configuration of an input / output port in real time by using an input port and an output port in combination, and enabling integrated broadcasting even when a plurality of users interact with each other.

Next, a brief description will be given of the prior arts that exist in the technical field of the present invention, and technical matters which the present invention intends to differentiate from the prior arts will be described.

Korean Unexamined Patent Application Publication No. 2003-0012952 (Mar. 23, 2003) discloses a network-based digital remote control public address broadcasting system that uses system integration technology, voice compression and restoration technology for digital broadcasting, and broadcasting control technology To a digital public address system.

The above-mentioned prior art can be applied to the complex operation of broadcasting which is difficult in the application and operation of the public address broadcasting system, the monitoring of the status of the broadcasting equipment of the manager, the operation of broadcasting equipment in various forms, It provides the effect of increasing the efficiency in the management and operation part, such as compensation for increase in facility cost due to construction and piping / wiring work, and convenience in maintenance and management of equipment, There is some similarity with the present invention in that it carries out the following.

However, the present invention can perform unified broadcasting by quickly specifying the type and scope of a broadcast to provide information on an emergency disaster situation such as an earthquake or fire, and even if some error occurs in hardware equipment and software, It is clear that there are differences in technical characteristics when compared with a technology configuration for remotely broadcasting control of the prior art.

Korean Patent No. 0359926 (Oct. 24, 2002) is related to an intelligent broadcasting control system. It is an intelligent broadcasting system in which a program can be changed as desired according to the purpose of broadcasting in a place where equipment is installed Control system.

The prior art provides an intelligent broadcasting control system with high utilization that can change a program setting as desired by a user in accordance with a broadcasting operation purpose of a place where the equipment is installed. There are some similarities to the present invention in terms of the above.

However, the present invention proposes a technical configuration for performing integrated broadcast control defined by software and hardware so that, in the event of an emergency such as an earthquake or fire, a disaster-optimized broadcast can be quickly and accurately specified and integrated In particular, since the present invention provides a technical configuration in which broadcasting is continuously performed without any interruption even if some errors occur in hardware equipment and software, compared with the technology configuration for performing the intelligent broadcasting control of the prior art, This is clear.

In other words, the above-mentioned prior arts have some similarities with the present invention in that they are related to remote control and intelligent broadcasting control. However, in case of an emergency such as an earthquake or a fire, the broadcast optimized for the disaster can be quickly and accurately specified There is no description of the technical features of the present invention for performing integrated broadcast control defined by software and hardware so as to be performed integrally. Particularly, the integrated broadcasting system proposed in the present invention continuously broadcasts and can change the configuration of the input / output port in real time without interruption even if some errors of hardware or software occur. Even if a plurality of users interact with each other, The technical structure for carrying out broadcasting is a characteristic constitution of only the present invention which is quite different from the technical structure presented in the above-mentioned prior art.

The present invention has been developed in order to solve the above problems, and it is an object of the present invention to quickly and accurately specify the types and ranges of broadcasts to provide information on earthquakes or fires in case of an emergency such as an earthquake or fire, And to provide a one-touch multi-type integrated broadcasting system in preparation for a fire and an earthquake enabling broadcasting to be performed.

In addition, the present invention can be applied to a system and a method for controlling the integrated broadcasting apparatus, in which a hardware error of the integrated broadcasting apparatus or an SDC (Software Defined Control) server for controlling the operation of the integrated broadcasting apparatus remotely is controlled Another object of the present invention is to provide a one-touch multi-type integrated broadcasting system in preparation for a fire and an earthquake that can continuously perform broadcasting.

In addition, the present invention can change the configuration of an input / output port in real time by using an input port and an output port in combination, and can provide a one-touch multi-type integration Another object of the present invention is to provide a broadcasting system.

In addition, the present invention provides mixing and multi-channel streaming for multimedia through a unified broadcast control defined by hardware and software, freely configuring hardware configuration and software combination, Another object of the present invention is to provide a one-touch multi-type integrated broadcasting system in which a fire and earthquake can be freely configured.

A one-touch multi-type integrated broadcasting system in preparation for a fire and an earthquake according to an embodiment of the present invention is a one-touch multi-type integrated broadcasting system in which a disaster- A disaster situation confirmation unit for confirming information; And a disaster broadcast processing unit for determining a type of a disaster broadcast based on the disaster information and outputting the disaster broadcast corresponding to the determined type through at least one integrated broadcast apparatus.

The disaster broadcast processing unit classifies the disaster occurrence area into a disaster occurrence area, a disaster occurrence proximity area, and other areas based on the disaster situation information, and identifies the types of disasters So that the broadcast is outputted.

The integrated broadcasting system displays disaster broadcasting information including a disaster broadcasting type, a disaster broadcasting output range, a connection state of each integrated broadcasting apparatus installed in the local area, or a combination thereof, and the administrator who confirms the disaster broadcasting information displays the disaster broadcasting And a control panel for determining the type and the output range of the integrated broadcasting apparatus and outputting the disaster broadcasting through each integrated broadcasting apparatus installed in the local area.

In addition, the integrated broadcasting system updates state information required for maintaining, managing, or controlling information of an input channel and an output channel for a currently broadcasted broadcast signal from each integrated broadcasting apparatus installed in the local area, And an information synchronization unit.

The status information may include a progress order and a current output status of the broadcast content, a volume adjustment, a change, a recording, a stop, a rewind, a fast forward, or a combination thereof of the broadcast content.

In addition, the status information synchronization unit may be configured such that any one of the SDC servers that remotely control the operations of the integrated broadcasting apparatus and the integrated broadcasting apparatus fails to operate due to a failure or stop, or is recovered from a failure or stop, When the broadcasting is started, the integrated broadcasting apparatus updates the broadcasting signal in the integrated broadcasting apparatus on the basis of the latest state information updated in real time to the SDC server and synchronized with each other, thereby continuing the broadcasting So as to be able to be used.

Also, the integrated broadcasting apparatus according to an embodiment of the present invention includes: a broadcast output module that receives a broadcast signal from at least one input channel and outputs the broadcast signal to at least one output channel; And status information required for maintaining, managing, or controlling information of an input channel and an output channel for a broadcast signal currently being broadcasted through the broadcast output module, in real time, and transmitting the latest status information to an SDC server, Wherein the control module outputs the disaster broadcast prior to the output of the broadcast signal currently being broadcast when the disaster broadcast is transmitted from the SDC server.

The broadcast output module may be configured such that any one of the SDC servers that remotely control the operations of the integrated broadcasting apparatus and the integrated broadcasting apparatus fails to operate due to failure or stoppage, The control module controls the output of the broadcast signal on the basis of the latest state information updated in real time to the SDC server and synchronized with each other so that the previously performed broadcast can be continued without being cut off .

In addition, the one-touch multi-type unified broadcasting method for a fire and earthquake according to an embodiment of the present invention can detect a disaster type, a disaster occurrence area, a disaster occurrence time, A disaster situation confirmation step of confirming the disaster situation information including the combination of the disaster situation information; And a disaster broadcast processing step of causing the SDC server to determine a type of a disaster broadcast based on the disaster situation information and to output the disaster broadcast corresponding to the determined type through at least one integrated broadcast apparatus do.

The disaster broadcasting processing step may include a step of, in the SDC server, classifying a disaster occurrence area into a disaster occurrence area, a disaster occurrence proximity area, and other areas based on the disaster situation information, So that different types of disaster broadcasts are output.

In the SDC server, the SDC server transmits a disaster broadcast signal indicating a disaster broadcast information including a disaster broadcast type, a disaster broadcast output range, a connection state of each integrated broadcast apparatus installed in the local area, or a combination thereof, Information display step; And a disaster broadcast output selecting step of causing an administrator who has confirmed the disaster broadcast information through the control panel to determine a type and an output range of the disaster broadcast through one-touch operation and output the disaster broadcast through each integrated broadcast apparatus installed in the local area; And further comprising:

In the integrated broadcasting method, in the SDC server, state information necessary for maintaining, managing, or controlling information of an input channel and an output channel for a broadcasting signal currently being broadcasted from each integrated broadcasting apparatus installed in the local area is updated in real time And a state information synchronization step of synchronizing mutually.

In addition, the unified broadcasting method may be a method in which any one of the integrated broadcasting apparatus and the SDC server that remotely controls the operation of the integrated broadcasting apparatus fails to operate due to failure or stoppage, or is recovered from a failure or stoppage, When the broadcasting is started, the integrated broadcasting apparatus updates the broadcasting signal in the integrated broadcasting apparatus on the basis of the latest state information updated in real time to the SDC server and synchronized with each other, thereby continuing the broadcasting The method comprising the steps of:

As described above, according to the one-touch multi-type integrated broadcasting system in preparation for fire and earthquake of the present invention, the types and ranges of broadcasting according to the type of disaster are suitable for use in urgent disasters such as earthquakes and fires. It is possible to quickly and precisely designate broadcasts in a unified manner. Also, it is possible to continuously perform broadcasting without any breaks in spite of a hardware error of the integrated broadcasting apparatus or a software error of the SDC server, and the input / The configuration of the port can be changed in real time, and even if a plurality of users interact with each other, the integrated broadcasting can be effected in synchronization.

In addition, by providing mixing and multi-channel streaming for multimedia through control defined by hardware and software, it is possible to freely configure the hardware configuration and software combination, and freely configure the broadcasting system in a desired format There is an effect.

1 and 2 are conceptual diagrams for explaining a one-touch multi-type integrated broadcasting process in preparation for a fire and an earthquake to which the present invention is applied.
FIG. 3 is a diagram schematically illustrating a configuration of a one-touch multi-type integrated broadcasting system against fire and earthquake according to an embodiment of the present invention.
4 is a detailed view showing the configuration of the integrated broadcasting apparatus of FIG.
5 is a detailed view of the configuration of the SDC server of FIG.
6 is a flowchart illustrating an operation procedure of a one-touch multi-type integrated broadcasting method in response to fire and earthquake according to an exemplary embodiment of the present invention.
FIG. 7 is a flowchart illustrating in detail an operation process for update / synchronization processing of the latest state information on the broadcast signal output of FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of a one-touch multi-type integrated broadcasting system against fire and earthquake of the present invention will be described in detail with reference to the accompanying drawings. Like reference symbols in the drawings denote like elements. Furthermore, specific structural and functional descriptions for embodiments of the present invention are presented for the purpose of describing an embodiment of the present invention only, and, unless otherwise defined, all terms used herein, including technical or scientific terms Have the same meaning as commonly understood by those of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as ideal or overly formal in the sense of the art unless explicitly defined herein .

1 and 2 are conceptual diagrams for explaining a one-touch multi-type integrated broadcasting process in preparation for a fire and an earthquake to which the present invention is applied.

As shown in FIG. 1, the present invention is based on the disaster-related data collected from the SDC server performing software-defined control so as to be suitable for use in an emergency disaster such as an earthquake or a fire, Determines the type and extent of broadcasting according to the type of disaster, and manages the disaster broadcasting through the integrated broadcasting device provided in each area, building, and base by designating the user quickly and accurately with one touch. The disaster related data collected through the network may be information related to an earthquake or a fire directly provided from the central disaster management center or may be measured by a sensor (for example, a vibration sensor, a temperature sensor, etc.) Or information on the situation such as an earthquake or a fire based on the data shot by the camera.

In addition, when determining the type and extent of a broadcast according to the type of a disaster in the SDC server, the present invention can be applied to a disaster-affected area, a nearby disaster- And other areas that need to be prepared for the occurrence of a disaster, and the different type of disaster broadcasting is output to each integrated broadcasting apparatus belonging to the disaster occurrence area, disaster occurrence proximity area, and other areas .

For example, as shown in FIG. 1, the SDC server transmits a disaster broadcast "A" that directly directs emergency evacuation or disaster information to the integrated broadcast apparatuses # 1 and # 2 located at a location determined as a disaster- And controls the integrated broadcast apparatuses # 3 and # 4 located at a location determined as a disaster occurrence proximity area to notify the occurrence of a disaster near the disaster area or to transmit a disaster broadcast "B" And broadcasts a disaster broadcast "C" indicating that a disaster occurs in the vicinity of the integrated broadcast apparatuses # n-1 and #n located in a place judged to be the other area, and that attention is needed.

In addition, as shown in FIG. 2, in the case of performing unified broadcast control defined by software and hardware between the SDC server and each integrated broadcast device, when either software or hardware fails, So that the broadcasting can be stopped.

For example, if a hardware problem occurs due to an error in the operation software during the direct control operation in the integrated broadcasting apparatus, the broadcasting output of the integrated broadcasting apparatus will be continued but the operation will not be controlled. In this case, in the present invention, the control can be performed through the remote control by the SDC server. At this time, the broadcast which has been performed before should be seamlessly transmitted. Otherwise, the output broadcast suddenly changes and a broadcast accident occurs.

That is, as shown in FIG. 2, an input channel and an output channel information for a broadcast signal currently being broadcasted through an output device such as a TV, a PC, a speaker, And the SDC server for controlling the operation of the integrated broadcasting apparatus or the integrated broadcasting apparatus at a remote location in the process of synchronizing the latest state information, The control unit controls the output of the broadcast signal on the basis of the latest state information synchronized with each other so that the broadcast which has been performed can be continuously .

At this time, the status information is information including a proceeding order and a current output status of the broadcast content, a volume adjustment, a change, a recording, a stop, a rewinding, a fast forward, or a combination thereof.

In addition, when a hardware failure of the integrated broadcasting apparatus or a software failure of the SDC server occurs in a state in which a broadcast is output from an integrated broadcasting apparatus through an output apparatus, failure information is provided to an administrator terminal, So that the fault can be handled.

In the meantime, since the input port and the output port have a common structure, it is possible to set the input / output port in a variable manner. That is, a distribution apparatus having an expanded number of input / output interfaces is constructed by connecting a plurality of distribution boards having a plurality of independently operated input channels and output channels to each other in reverse, and the input / output channel is connected to an input channel or an output channel So that the user can freely configure the distribution apparatus and use it efficiently and conveniently.

Further, in the present invention, when a plurality of users access the broadcasting system, the content handling (i.e., interaction) of each user can be synchronized with each other, and the content modified locally by each user can be shared in synchronization with other users. That is, it is possible for a plurality of users to simultaneously handle the same contents through user interaction including motion, voice, signal, or a combination thereof.

Further, since the present invention is provided through mixing and multi-channel streaming for multimedia, a combination of hardware and software can be freely configured, and a broadcasting system can be freely configured in a format desired by a consumer. In other words, it is possible to mix and input multi-channel input channels into output channels, and to enable multi-channel streaming and selective channel combining and switching according to priorities. By combining these functions, users can freely combine hardware and software So that a customer can freely configure a broadcasting system of a desired format.

FIG. 3 is a diagram schematically illustrating a configuration of a one-touch multi-type integrated broadcasting system in preparation for fire and earthquake according to an embodiment of the present invention, FIG. 4 is a detailed view of the configuration of the integrated broadcasting apparatus of FIG. 5 is a detailed view of the configuration of the SDC server of FIG.

3, the one-touch multi-type integrated broadcasting system of the present invention includes a network 100, a plurality of integrated broadcasting apparatuses 200, a plurality of output apparatuses 300, an administrator terminal 400, an SDC server 500 ), A database 600, and the like.

The network 100 is a variety of currently known communication networks including wired / wireless Internet, bluetooth, beacon, Radio Frequency Identification (RFID), Zigbee, WiFi, It is possible to connect the communication lines between the broadcasting apparatus 200, the administrator terminal 400 and the SDC server 500 to set the type and scope of the disaster broadcasting according to the urgent situation such as an earthquake or a fire, The data communication related to the latest status information real time update and synchronization for continuous broadcasting without causing a partial hardware error of the device 200 or a partial error of the software of the SDC server 500 to be performed.

The integrated broadcasting apparatus 200 is installed in at least one area, building, and area, and includes various broadcasting contents including a sound source, a moving image, an image, or a combination thereof, ), And can perform individual broadcasting, group broadcasting, announcement broadcasting, Internet broadcasting, intra-city broadcasting, and disaster broadcasting according to a desired place and time.

In addition, the integrated broadcasting apparatus 200 may be designed and used in various ways according to the size of a service area, an object to be constructed or a use purpose, and may be formed of at least one board, . At this time, the boards constituting the integrated broadcasting apparatus 200 are implemented in a rack format because the service areas of the integrated broadcasting apparatus 200 are enlarged or reduced to easily add or delete boards.

In addition, the integrated broadcasting apparatus 200 receives broadcasting signals from at least one input channel, outputs the broadcasting signals to at least one output channel, and maintains information on input and output channels for broadcast signals Management, or control, and transmits the latest status information to the SDC server 500 through the network 100 to perform mutual synchronization. That is, if any of the integrated broadcasting apparatus 200 or the SDC server 500 is in a failure state or an operation stop state, and is recovered through the synchronization, the integrated broadcasting apparatus 200 or the SDC The latest state information is received from the server 500, and the state after the recovery can be automatically maintained.

It is a core technical feature of the present invention that the integrated broadcasting apparatus 200 is configured to be controlled by the hardware of the integrated broadcasting apparatus 200 or the software by the remote control in the SDC server 500, In particular, when any one of the integrated broadcasting apparatus 200 or the SDC server 500 fails to operate due to a failure in the discontinuous control by always synchronizing the state information on the control of the broadcasting apparatus 200 It is possible to continuously carry out the broadcast which has been performed until the other one is recovered from the failure by continuously using the remaining one of the broadcasts, have.

At this time, the synchronization between the integrated broadcasting apparatus 200 and the SDC server 500 with respect to the latest state information is transmitted to the SDC server 500 whenever the latest state information is updated in the integrated broadcasting apparatus 200 Synchronization can be performed or synchronization can be performed by transmitting the latest state information stored in the integrated broadcasting apparatus 200 periodically to the SDC server 500 according to a predetermined time interval. On the other hand, in the SDC server 500, It is possible to perform synchronization by periodically requesting each integrated broadcast apparatus 200 to update the latest status information.

In addition, when the disaster broadcast is transmitted from the SDC server 500, the integrated broadcast apparatus 200 processes the disaster broadcast in such a manner that the disaster broadcast is output prior to the output of the broadcast signal currently being broadcast. At this time, when the output of the disaster broadcast is performed, the integrated broadcast apparatus 200 may transmit and output different disaster broadcasts according to the type and the range from the SDC server 500, Alternatively, a camera, a microphone, or the like can be used to directly perform a broadcast on a disaster situation. When the user directly selects and outputs the disaster broadcast, the integrated broadcast apparatus 200 provides a GUI (Graphic User Interface) that is immediate and easy for the user to operate with one touch, Even in the case of a non-specialist, the integrated broadcasting apparatus 200 can be easily controlled to perform broadcasting.

The output device 300 is a device capable of outputting various broadcast contents including a sound source, a moving image, an image, or a combination thereof such as a TV, a PC, a speaker, a display, As shown in FIG.

The input device 300a is a sensor, a camera, or the like, and has a function of measuring information based on a vibration sensor, a temperature sensor, or the like in a local integrated broadcasting apparatus 200, or acquiring situation information such as an earthquake or a fire based on data photographed by a camera And transmits the information to the SDC server 500.

The administrator terminal 400 is a mobile communication device such as a smart phone or a tablet and receives information on an operation error from the integrated broadcasting apparatus 200 or the SDC server 500, Thereby resolving an operation error of the device 200 or the SDC server 500.

The SDC server 500 is a device that receives information related to an earthquake or a fire directly provided from a central disaster management center or information obtained by detecting situation information such as an earthquake or a fire based on data measured by a sensor in a local integrated broadcasting apparatus or captured by a camera A user interface is provided so that an administrator can quickly and accurately designate the type and extent of broadcasting according to the type of a disaster situation based on the type of disaster, (200) to broadcast a disaster broadcast.

At this time, when determining the type and scope of broadcasting according to the type of disaster, the SDC server 500 can classify disaster occurrence areas such as a disaster occurrence area, a disaster occurrence proximity area, and other areas, Different types of disaster broadcasts may be outputted to each integrated broadcast apparatus 200 belonging to the nearby area and other areas so that users located in the corresponding area can perform appropriate actions based on the disaster broadcast.

In addition, the SDC server 500 receives the latest state information necessary for maintaining, managing, or controlling the information of the input channel and the output channel for the broadcasting signal currently being broadcasted from the integrated broadcasting apparatus 200, do. The reason why the SDC server 500 updates the latest state information related to the broadcasting signal currently being broadcasted from each integrated broadcasting apparatus 200 and synchronizes with each other is that the integrated broadcasting apparatus 200 or the integration If any one of the SDC servers 500 that control the operation of the broadcasting apparatus 200 remotely does not operate as a failure or stop, or is recovered from a failure or stop, or initializes and restarts, And controls the output of the broadcast signal on the basis of the status information so that the previously broadcasted broadcast can be continuously connected without being cut off.

The database 600 includes various programs for setting the type of the disaster broadcast and the output range of the disaster broadcast performed by the SDC server 500 and various broadcast contents transmitted through the integrated broadcast apparatus 200 And stores and manages latest state information synchronized between the SDC server 500 and each of the integrated broadcasting apparatuses 200.

4, the integrated broadcasting apparatus 200 includes a communication module 210, a control module 220, a broadcasting output module 230, and the like.

After the communication module 210 establishes a communication connection with the SDC server 500, the communication module 210 processes and updates the latest state information stored and managed by the control module 220, and transmits and receives data related to reception of a disaster broadcast .

The control module 220 stores in real time the status information required for maintaining, managing, or controlling the information of the input channel and the output channel for the currently broadcasted broadcast signal through the broadcast output module 230, (100) to the SDC server (500) to perform mutual synchronization.

In addition, when the disaster broadcast is transmitted from the SDC server 500, the control module 220 transmits the disaster broadcast to the output device 300 through the broadcast output module 230 .

In addition, the control module 220 includes a control panel 222 for allowing a user to visually and instantaneously control the integrated broadcasting apparatus 200, and a control panel 222 for maintaining and managing information on input and output channels A state information processing unit 224 for controlling the state information stored in the storage unit 226 to be stored in the storage unit 226 in real time, a storage unit 226 for storing the latest state information, And a control unit 228 for controlling the integrated broadcasting apparatus 200 to operate according to a control command or a control command of the SDC server 500.

The control panel 222 may include a display unit 222a for displaying the status of the integrated broadcasting apparatus 200 and an operation unit 222b for controlling the integrated broadcasting apparatus 200 through a button operation or a touch operation of the display unit 222a . The display unit 222a displays the progress status of the broadcast and the status information of the broadcast content performed through the integrated broadcast apparatus 200 and controls the selection of the broadcast content, the volume control, the broadcast service zone, Various functions including combinations can be controlled. The user can control the integrated broadcasting apparatus 200 by controlling the operation unit 222b by pressing or rotating the operation unit 222b.

In addition to storing the latest state information, the storage unit 226 may store a reserved broadcast or an emergency broadcast according to a scenario. In this case, the control unit 228 may store the reserved broadcast or the emergency broadcast according to a scenario stored in the storage unit 226. [ Or emergency broadcasting can be performed automatically.

The broadcast output module 230 receives broadcast signals from at least one input channel and outputs the broadcast signals to at least one output channel.

Also, the broadcast output module 230 may not operate any one of the SDC server 500 that controls the operations of the integrated broadcasting apparatus 200 and the integrated broadcasting apparatus 200 remotely, The control module 220 controls the output of the broadcast signal on the basis of the latest status information updated in real time by the control module 220 to the SDC server 500, So that the broadcast which has been performed can be continuously transmitted without being disconnected.

The broadcast output module 230 may include a plurality of input ports 232 and an output port 234 for inputting and outputting broadcast contents, A broadcast output unit 226 for outputting the broadcast content on a channel, and a broadcast control unit 228 for supporting operations of the broadcast output unit 226.

At this time, the broadcast output unit 226 may map the input channel and the output channel to output the broadcast content input to the input channel at a location desired by the user. The broadcast output unit 226 is controlled based on hardware of the control module 220 and software of the SDC server 500.

The broadcast control unit 228 receives a control command from the control module 220 or the SDC server 500 and controls an input channel and an output channel of the broadcast output unit 226 according to the control command do. The broadcast control unit 228 may have a function of scheduling the control in the control module 220 and the remote control in the SDC server 500 so that they do not collide with each other.

5, the SDC server 500 includes a communication unit 510, a control panel 520, a disaster state confirmation unit 530, a disaster broadcast processing unit 540, a status information synchronization unit 550, A control unit 560, and the like.

The communication unit 510 receives the latest status information from each integrated broadcasting apparatus 200 connected and connected through the network 100 and outputs the status information to the control unit 560. The control unit 560 controls the disaster broadcasting processing unit 540 and the disaster broadcasting corresponding to the determined type to the integrated broadcasting apparatuses 200, respectively.

The control panel 520 displays disaster broadcast information including a disaster broadcast type, a disaster broadcast output range, a connection state of each of the integrated broadcast apparatuses 200 installed locally, or a combination thereof, The type and the output range of the disaster broadcasting are determined and the disaster broadcasting can be outputted through each of the integrated broadcasting apparatuses 200 installed locally.

The control panel 520 includes a display unit 522 for displaying information on a type of a disaster broadcast according to the disaster information and a disaster occurrence area for providing a different disaster broadcast, And an operation unit 524 for controlling the dispatch of the disaster broadcasting to the integrated broadcasting apparatus 200 of FIG. At this time, the disaster broadcasting information displayed on the display unit 522 can be automatically adjusted according to the disaster occurrence status confirmed by the disaster situation checking unit 530. [

The disaster state confirmation unit 530 identifies the disaster state information including the type of the disaster, the occurrence area of the disaster, the occurrence time of the disaster or a combination thereof, based on the disaster related data collected through the network, Output.

The disaster broadcasting processor 540 determines the type of the disaster broadcasting based on the disaster information confirmed by the disaster state checking unit 530 and transmits the disaster broadcasting corresponding to the determined type to the at least one integrated broadcasting apparatus 200 .

At this time, the disaster broadcasting processor 540 determines the type of the disaster broadcasting based on the disaster information, and when controlling the dispatch of the disaster broadcasting based on the disaster information, The disaster occurrence range is classified, and each integrated broadcast apparatus 200 belonging to the classified disaster occurrence range is controlled to output different types of disaster broadcasts.

The state information synchronization unit 550 updates the state information required for maintaining, managing, or controlling the information of the input channel and the output channel for the currently broadcasted broadcast signal from each of the integrated broadcast apparatuses 200 installed locally, And the like. At this time, the status information is information including a proceeding order and a current output status of the broadcast content, a volume adjustment, a change, a recording, a stop, a rewinding, a fast forward, or a combination thereof.

The status information synchronization unit 550 may be configured such that any one of the SDC server 500 that remotely controls the operations of the integrated broadcasting apparatus 200 and the integrated broadcasting apparatus 200 fails to operate The integrated broadcasting apparatus 200 may update the SDC server 500 in real time and synchronize with the integrated broadcasting apparatus 200 based on the latest state information, So that the broadcasting which has been performed in the past can be continuously connected without being cut off.

The control unit 560 receives the latest status information for each integrated broadcasting apparatus 200 in the communication unit 510 and transmits the type of the disaster broadcasting and the disaster broadcasting corresponding to the determined type to the integrated broadcasting apparatus 200, 520), input of disaster broadcasting information and operation input, confirmation of disaster situation information at the disaster state confirmation unit 530, determination of the disaster broadcast type at the disaster broadcast processing unit 540, transmission of a disaster broadcast corresponding to the determined type, The information synchronization unit 550 collectively controls the real-time updating and synchronization of the latest state information for each integrated broadcasting apparatus 200.

Next, an embodiment of a one-touch multi-type integrated broadcasting method in response to fire and earthquake according to the present invention will be described in detail with reference to FIGS. 6 and 7. FIG. At this time, each step according to the method of the present invention may be changed in the use environment or the order by a person skilled in the art.

FIGS. 6 and 7 are flowcharts illustrating an operation procedure of the one-touch multi-type integrated broadcasting method in preparation for fire and earthquake according to an embodiment of the present invention.

First, in the process of outputting a broadcast signal, the integrated broadcast apparatus 200 changes the volume of the broadcast content, rewinds, fast-forwards, records, stops, adjusts the screen, changes the broadcast content, Deletes or combinations thereof and provides the latest status information to the SDC server 500 to perform synchronization between the integrated broadcasting device 200 and the SDC server 500 ). That is, the SDC server 500 updates the status information required for maintaining, managing, or controlling the information of the input channel and the output channel for the broadcasting signal currently being broadcast from each integrated broadcasting apparatus 200 in real time and synchronizes with each other .

7, the integrated broadcasting apparatus 200 outputs a broadcasting signal through its own hardware-based control or software-based control of the SDC server 500 (S110) It is determined whether the status information is changed in the output process (S120).

As a result of the determination, when the state information is changed, the integrated broadcasting apparatus 200 stores the state information of the currently broadcasted broadcast content in real time (S130), transmits the latest state information to the SDC server 500, And the SDC server 500 (S140).

In the process of updating the latest state information and performing synchronization, any one of the SDC server 500 that controls the operations of the integrated broadcasting apparatus 200 and the integrated broadcasting apparatus 200 remotely is operated as a failure or stop (S150), or to recover from a failure or halt, or to initialize and restart.

As a result of the determination, when the integrated broadcasting apparatus 200 or the SDC server 500, which has not stopped its operation, outputs the broadcast signal based on the latest state information synchronized, (S160).

If it is determined in step S170 that the broadcast content being broadcasted through the integrated broadcasting apparatus 200 is terminated, the control unit 200 performs step S200 and subsequent steps if the broadcast is not terminated.

In step S100, the SDC server 500 continuously performs the broadcast without interrupting the synchronization of the latest state information related to the broadcast currently being broadcast and a hardware or software error, It is determined whether data is received (S200). That is, data related to the occurrence of an emergency such as an earthquake or a fire is received based on data obtained from a central disaster management center by information provided by an earthquake or a fire, or measured by a sensor in a local integrated broadcasting apparatus 200 or photographed by a camera .

When the disaster-related data is received as a result of the determination, the SDC server 500 confirms the disaster information including the type of the disaster, the area where the disaster occurred, the time of the occurrence of the disaster, or a combination thereof based on the data related to the disaster (S300) The type of the disaster broadcast and the output range of the disaster broadcast are set (S400).

Then, the SDC server 500 determines whether disaster broadcast output by one-touch operation of the administrator is selected (S500). That is, through the control panel, disaster broadcasting information including a disaster broadcasting type, a disaster broadcasting output range, a connection state of each integrated broadcasting apparatus installed in the local area, or a combination thereof is displayed. And determines the output range.

As a result of the determination in step S500, the disaster broadcasting selected in step S500 is output to each integrated broadcasting apparatus 200 based on the disaster broadcasting output selection information according to the one-touch operation of the administrator (step S600). That is, the type of the disaster broadcasting, the disaster occurrence area, the disaster occurrence proximity area and the other disaster occurrence area are classified, and each type of disaster broadcast is outputted to each integrated broadcast device 200 belonging to the classified disaster occurrence area .

Then, each integrated broadcast apparatus 200 transmits the disaster broadcast provided from the SDC server 500 through the output apparatus 300 (S700).

Then, each of the integrated broadcasting apparatuses 200 determines whether the disaster broadcasting transmitted from the SDC server 500 is terminated (S800). If the disaster broadcasting being broadcasted through the integrated broadcasting apparatus 200 is terminated, So that broadcast is continuously transmitted (S900).

As described above, the present invention can integrally perform broadcasting by designating the type and scope of broadcasting according to the type of disaster in case of a disaster such as an earthquake or a fire, Even when a software error occurs in the SDC server that controls the operation of the apparatus, the broadcast can be continuously performed without being interrupted.

In addition, the input / output port configuration of the integrated broadcasting apparatus can be changed in real time. Even if a plurality of users interact with each other, the integrated broadcasting can be synchronized. The combination of hardware and software and the broadcasting system can be freely configured in a desired format have.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, I will understand the point. Accordingly, the technical scope of the present invention should be determined by the following claims.

100: network 200: integrated broadcasting apparatus
210: communication module 220: control module
222: control panel 222a:
222b: Operation section 224: Status information processing section
226: storage unit 228:
230: broadcast output module 232: input port
234: Output port 236: Broadcast output section
238: broadcast control unit 300: output device
300a: input device 400: administrator terminal
500: SDC server 510:
520: control panel 522:
524: Operation unit 530: Disaster situation confirmation unit
540: Disaster broadcast processing unit 550: Status information synchronization unit
560: control unit 600:

Claims (14)

Based on the disaster-related data collected through the network, a disaster-state confirmation unit for identifying the disaster information including the type of the disaster, the region where the disaster occurred, the time of the occurrence of the disaster or a combination thereof;
A disaster broadcast processing unit for determining a type of a disaster broadcast based on the disaster information and outputting a disaster broadcast corresponding to the determined type through at least one integrated broadcast apparatus; And
And a state information synchronization unit for updating, in real time, state information necessary for maintaining, managing, or controlling the information of the input channel and the output channel for the currently broadcasted broadcast signal from each of the locally installed integrated broadcast apparatuses Type multi-type integrated broadcasting system for a fire and an earthquake. The method according to claim 1,
The disaster broadcast processing unit,
Disaster occurrence areas are classified into disaster occurrence areas, disaster occurrence proximity areas, and other areas based on the disaster situation information, and control is performed so that different types of disaster announcements are output to each integrated broadcast device belonging to the classified disaster occurrence range One-touch multi-type integrated broadcasting system for fire and earthquake. The method according to claim 1,
The integrated broadcasting system includes:
Disaster broadcasting type information, disaster broadcast output range, connection status of each integrated broadcasting apparatus installed in the local area, or a combination thereof, and the administrator who confirms the information displays the type and output range of the disaster broadcasting through one- Further comprising a control panel configured to output the disaster broadcast through each integrated broadcast apparatus installed in the local area. delete The method according to claim 1,
The status information may include:
A multi-type integrated broadcasting system in response to a fire and an earthquake, characterized by comprising a progress order and a current output state of broadcast contents, a volume adjustment, a change, a recording, a stop, a rewinding, a fast forward or a combination thereof. The method according to claim 1,
Wherein the status information synchronization unit comprises:
Wherein one of the SDC (Software Defined Control) servers that remotely control the operations of the integrated broadcasting apparatus and the integrated broadcasting apparatus fails to operate due to failure or stoppage, or is recovered from a failure or stoppage, The broadcast signal output from the integrated broadcasting apparatus is controlled based on the latest state information updated in real time from the integrated broadcasting apparatus to the SDC server and synchronized with each other, Type multi-type integrated broadcasting system for a fire and an earthquake. A broadcast output module receiving a broadcast signal from at least one input channel and outputting the broadcast signal to at least one output channel; And
The status information necessary for maintaining, managing, or controlling the information of the input channel and the output channel for the currently broadcasted broadcast signal is stored in real time through the broadcast output module, and the latest status information is transmitted to the SDC server, And a control module for causing the control module to perform,
Wherein the control module causes the disaster broadcast to be output prior to the output of a broadcast signal currently being broadcast when a disaster broadcast is transmitted from the SDC server. The method of claim 7,
The broadcast output module includes:
When any one of the SDC servers that remotely control the operations of the integrated broadcasting apparatus and the integrated broadcasting apparatus fails to operate due to failure or stoppage, or is recovered from a failure or stoppage, or initializes and restarts, Wherein the controller controls the output of the broadcast signal based on the latest state information updated in real time from the module to the SDC server and synchronized with each other so that the previously broadcasted broadcast can be continued without interruption. Based on the disaster-related data collected through the network, a disaster-state confirmation step of confirming the disaster information including the type of the disaster, the area where the disaster occurred, the time of the occurrence of the disaster, or a combination thereof;
Determining a type of a disaster broadcast based on the disaster information, and outputting the disaster broadcast corresponding to the determined type through at least one integrated broadcast apparatus; And
In the SDC server, status information necessary for maintaining, managing, or controlling information of an input channel and an output channel for a currently broadcasted broadcast signal from each of the integrated broadcast apparatuses installed in the local area is updated in real time, And a synchronization step of synchronizing the broadcast signal and the broadcast signal. The method of claim 9,
Wherein the disaster broadcast processing step comprises:
In the SDC server, a disaster occurrence area is classified into a disaster occurrence area, a disaster occurrence proximity area, and other areas based on the disaster situation information, and different types of disaster broadcasts are classified into each type of integrated broadcast devices belonging to the classified disaster occurrence area And outputting the control signal to the control unit. The method of claim 9,
The integrated broadcasting method includes:
Displaying disaster broadcast information including a disaster broadcast type, a disaster broadcast output range, a connection state of each of the integrated broadcast devices installed in the local area, or a combination thereof through the control panel; And
An administrator who has confirmed the disaster broadcasting information through the control panel determines a type and an output range of the disaster broadcasting through one-touch operation and outputs the disaster broadcasting through each integrated broadcasting apparatus installed in the local area; Further comprising the steps of: (a) providing a plurality of types of integrated broadcasting services for a fire and an earthquake. The method of claim 9,
The integrated broadcasting method includes:
In the SDC server, status information necessary for maintaining, managing, or controlling information of an input channel and an output channel for broadcast signals currently being broadcasted from each integrated broadcast apparatus installed in the local area is updated in real time, The method comprising the steps of: (a) providing a plurality of types of integrated broadcasting services for a fire and an earthquake. The method of claim 9,
The status information may include:
The method of one-touch multi-type integrated broadcasting in response to a fire and an earthquake, comprising the steps of: ordering and outputting the broadcast contents, adjusting the volume of the broadcast contents, changing, recording, stopping, rewinding, fast forwarding or combinations thereof. The method of claim 9,
The integrated broadcasting method includes:
When any one of the integrated broadcasting apparatus and the SDC server that remotely controls the operation of the integrated broadcasting apparatus and the integrated broadcasting apparatus fails to operate due to failure or stoppage or is recovered from a failure or stoppage, And controlling the output of the broadcasting signal in the integrated broadcasting apparatus based on the latest state information updated in real time from the device to the SDC server and synchronized with each other so that the existing broadcasting can be continued without any breaks Type multi-type integrated broadcasting method for a fire and an earthquake.

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