KR101816690B1 - Method for providing remote diagnosis to at least one broadcasting system and server using the same - Google Patents

Abstract

The present invention relates to a method of providing remote diagnosis to at least one broadcasting system including a k-1 to k-nk terminal individual device (i) and a k th management module (k is an integer which is not less than 1 and not more than m) for managing and the k-1 to k-nk terminal individual device (ii). The present invention includes: a step (a) of enabling a server to receive at least one among practical data and attribute data, which are generated from m units of management modules and at least one terminal individual device of each of the management modules, when periodically or nonperiodically obtaining at least some of the data through the broadcasting system; and a step (b) of enabling the server to remotely diagnose the broadcasting system in accordance with a map by making at least one map for managing at least one among the practical data and the attribute data which are transmitted from the broadcasting system. According to the present invention, the method is capable of quickly and accurately identifying a cause for the malfunction of a broadcasting system, remotely supporting professional action, and quickly coping with a disaster by transmitting an announcement about the corresponding information to a facility built in the system.

Description

TECHNICAL FIELD [0001] The present invention relates to a method and a server for providing a remote diagnosis to one or more broadcasting systems,

The present invention relates to a method and a server for providing remote diagnosis to one or more broadcasting systems, and more particularly to a method and server for providing remote diagnosis to one or more broadcasting systems, and more particularly, to a k- The method comprising: (a) providing at least one of the m management modules that constitute the broadcast system and the end individual devices belonging to each management module, Wherein the server receives at least one of the acquired real data and the attribute data when at least a part of the real data and the attribute data generated by the server is periodically or aperiodically acquired by the broadcasting system, By creating at least one of the real data and the attribute data received from the broadcasting system as a map and managing it Relates to a method of diagnosing the broadcasting system and the remote server for this purpose in accordance with the created map.

Generally, a public hall broadcasting system for transmitting various kinds of broadcasts such as audio broadcasting, video broadcasting, and public broadcasting to the entire facilities is installed in facilities such as public offices, educational facilities, public facilities, businesses, commercial facilities, residential facilities, do. Such a broadcasting system includes input equipment for inputting sources such as sound sources and images, control equipment for processing and controlling input sources, amplifying equipment for amplifying signals, output equipment for providing processed sources to users of facilities, And power equipment that supplies power to the equipment. Since the various devices are connected to each other in a complicated manner, when an abnormal situation occurs in a broadcasting system, it is not easy to quickly and accurately understand the cause thereof. In addition, the manager of the facility in which the broadcasting system is installed is limited in that it is difficult to take professional measures against the abnormal situation that has occurred. On the other hand, if a disaster such as earthquake, dust, fine dust, typhoon, heavy rain, ozone warning, UV warning, fire, explosion, collapse, It is necessary to find a way to receive the situation more directly because it is difficult to cope with the disaster situation in the circumstances where it is not possible to check these media from time to time.

Accordingly, it is an object of the present invention to solve all the problems described above.

Another object of the present invention is to quickly and accurately grasp the cause by a remote server even when an abnormal situation occurs in a specific broadcasting system among a plurality of broadcasting systems.

Another object of the present invention is to provide a facility where the broadcasting system is installed so that the announcement of the information can be sent out in case of a disaster situation, thereby making it possible to take prompt action.

In order to accomplish the above object, a representative structure of the present invention is as follows.

According to an aspect of the present invention, there is provided a method for managing k-th to k-nk-th individual devices, comprising: (i) k- (A) at least one of the m management modules constituting the broadcast system and the terminal individual devices belonging to each management module, the method comprising the steps < RTI ID = 0.0 > Receiving, by the server, at least one of the obtained real data and the attribute data if at least a part of the real data and the attribute data generated by the broadcasting system is periodically or non-periodically acquired by the broadcasting system; And (b) remotely diagnosing the broadcasting system according to the created map by creating and managing at least one of the real data and the attribute data transmitted from the broadcasting system, as a map, by the server Is provided.

According to another aspect of the present invention, there is provided a method for managing k-th to k-nk terminal individual devices, comprising: (i) k-1 to k- (M is an integer equal to or greater than 1 and equal to or less than m), characterized in that it comprises: generating from at least one of m management modules constituting the broadcasting system and terminal individual devices belonging to each management module A communication unit that receives at least one of the acquired real data and the attribute data if at least a part of the real data and the attribute data is periodically or non-periodically acquired by the broadcasting system; And a processor for remotely diagnosing the broadcasting system according to the created map by creating and managing at least one of the real data and the attribute data transmitted from the broadcasting system as a map.

According to the present invention, even if an abnormal situation occurs in a specific broadcasting system among a plurality of broadcasting systems, the cause can be quickly and accurately grasped by the remote server.

Also, in case of a disaster situation, it is possible to promptly cope with the disaster by supporting the announcement of the information to the facility where the broadcasting system is built.

1 is a configuration diagram of an overall system including a server for providing remote diagnosis to one or more broadcasting systems according to an embodiment of the present invention;
2 is a configuration diagram of a broadcasting system that is provided with a remote diagnosis according to an embodiment of the present invention;
FIG. 3 is an exemplary view showing a condition for determining an abnormal situation of a terminal individual apparatus or a management module included in the type 1 and a countermeasure against the condition,
FIG. 4 is an exemplary view showing a condition for determining an abnormal situation of a terminal individual apparatus or a management module included in the type 2 and a countermeasure for the condition,
5 is an exemplary view showing a condition for determining an abnormal situation of a terminal individual apparatus or a management module included in Type 3 and a countermeasure against the condition,
FIG. 6 is an exemplary view showing a condition for determining an abnormal situation of a terminal individual apparatus or a management module included in Type 4 and a countermeasure for the condition,
FIG. 7 is an exemplary view showing a condition for determining an abnormal situation of a terminal individual apparatus or a management module included in the type 5 and a countermeasure for the condition. FIG.

The following detailed description of the invention refers to the accompanying drawings, which illustrate, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, certain features, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in connection with an embodiment.

It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the present invention is to be limited only by the appended claims, along with the full scope of equivalents to which such claims are entitled, if properly explained. In the drawings, like reference numerals refer to the same or similar functions throughout the several views.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, so that those skilled in the art can easily carry out the present invention.

1 illustrates a block diagram of an overall system 1000 including a server 200 that provides remote diagnosis to one or more broadcast systems 100A, 100B, 100C, ... according to one embodiment of the present invention.

1, an overall system 1000 may include one or more broadcasting systems 100A, 100B, 100C, ..., a server 200, a disaster information server 300, a terminal 400, and the like.

In addition, the server 200 may include a processor 210, a communication unit 220, and the like. For reference, the server 200 may further include another control device (e.g., may be referred to as a control computer, a control server, or a control terminal).

Specifically, the server 200 performs a function of managing one or more broadcasting systems 100A, 100B, 100C,... Through wired / wireless communication. Here, the broadcasting systems 100A, 100B, 100C, ... can be installed in facilities such as government offices, educational facilities, public facilities, businesses, commercial facilities, residential facilities, and ships.

At least some of the real data and attribute data generated from at least one of the m management modules constituting each of the broadcasting systems 100A, 100B, 100C, ... and the terminal individual devices belonging to the respective management modules is transmitted to each of the broadcasting systems 100A, 100B, 100C, ..., periodically or non-periodically, the communication unit 220 plays a role of receiving at least one of the acquired real data and attribute data.

Here, the processor 210 creates and manages at least one of the real data and the attribute data transmitted through the communication unit 220, and manages each broadcasting system 100A, 100B, 100C, ... according to the created map (For example, a situation where there is no problem in operating the broadcasting system, but a phenomenon that may cause a problem in the future occurs) occurs in each broadcasting system 100A, 100B, 100C, ..., , And can support maintenance. Specific examples of such remote diagnosis and maintenance will be described later with reference to FIG. 2 to FIG.

Meanwhile, the real data may include at least one of audio data and video data, which means an audio source itself or a video source itself such as a sound source or a video.

The attribute data may include at least one of audio monitoring data, video monitoring data, power monitoring data, communication monitoring data, and equipment condition monitoring data.

Here, the audio monitoring data may include at least one of the presence or absence of an audio signal and the input / output state of an audio signal. The video monitoring data may include at least one of the presence or absence of a video signal and the input / output state of a video signal, Illustratively, it may include data such as a decibel value of an audio signal, an increase / decrease degree of an output value of an input value of a video signal, and an impedance value.

Also, the power monitoring data may include at least one of a power state and a current state, and the communication monitoring data may include at least one of the presence or absence of a communication signal and the input / output state of a communication signal, May include at least one of a temperature state and an operation state of each component. Here, depending on the development of the technology and various equipment configurations, the attribute data may be implemented to include various monitoring data.

Meanwhile, the processor 210 receives information on disaster situations such as earthquake, yellow dust, fine dust, typhoon, heavy rain, ozone warning, ultraviolet warning, fire, explosion, collapse, Information is received, it is possible to support the broadcasting of the information about the information to the facilities in which the respective broadcasting systems 100A, 100B, 100C, ... are built so that the users who use the facilities or the facilities It can perform functions to support damage reduction.

For example, if an earthquake occurs, an appropriate evacuation inducement broadcast is sent out according to the distance between the facility where the broadcasting system is constructed and the epicenter, the strength and frequency of the earthquake, and if the fine dust is severe, Such as a recommendation to refrain from broadcasting.

The processor 210 can support the operation information of the broadcasting systems 100A, 100B, 100C,... In real time through an application program installed in a predetermined terminal 400. The terminal 400 ) May be a mobile terminal or a computer available from outside.

Here, the operation information is information on the state of each of hardware constituting the software installed in each of the broadcasting systems 100A, 100B, 100C, ... and the broadcasting systems 100A, 100B, 100C, ..., And the status of support for an abnormal situation that has been received and the status of the broadcasting which is performed in each of the broadcasting systems 100A, 100B, 100C, ..., and remote control of broadcasting or broadcasting from the outside of the respective broadcasting systems 100A, 100B, 100C, And an interface for enabling transmission to be possible.

The processor 210 of the server 200 determines whether the contents received through the application program and the contents of the server 200 have been received through the application program of the terminal 400. [ It is possible to take appropriate measures such as dispatching an engineer with reference to the contents of the map managed by the processor 210. [

As another example, it is possible to control a broadcasting which is performed in real time in a facility in which the broadcasting systems 100A, 100B, 100C, ... are installed, through the terminal 400 or directly transmit the broadcasting remotely from the terminal 400 itself .

Hereinafter, a configuration of a broadcasting system 100 provided with remote diagnosis according to an embodiment of the present invention will be described with reference to FIG.

2, a broadcasting system 100 provided with remote diagnosis includes a smart controller 110 as a management module, a main controller (audio matrix) 120, a video matrix 130, a CDP backup system 140, At least one of the remote expander 150, the power amplifier backup system 160, the speaker selector 170, the power distributor 180, the user terminal 190, and the like, and at least one terminal individual device belonging to each management module And this configuration shows one of a plurality of embodiments for explaining the present invention, and can be changed into various configurations as needed. For reference, the broadcasting system 100 may further include other control devices (for example, may be referred to as a control computer, a control server, or a control terminal).

Specifically, the smart controller 110 may include a processor 111 and a communication unit 112. The processor 111 periodically or non-periodically acquires at least a part of real data and attribute data generated from at least one of the m management modules constituting the broadcasting system 100 and the terminal individual apparatus belonging to each management module Role. Here, the real data or attribute data may be obtained through one or more of a wired path and a wireless path.

On the other hand, as a period for acquiring data, illustratively, data is acquired in real time for 24 hours, acquired during a time when a predetermined broadcast is transmitted, or acquired at predetermined time intervals for checking when broadcast is not being transmitted And the like can be assumed.

The communication unit 112 transmits the real data and the attribute data to the external server 200 so that the server 200 transmits the real data and the attribute data received from the broadcasting system 100 It is possible to create and manage one or more maps as a map, and to support a function of remotely diagnosing the broadcasting system 100 according to the created maps.

Here, the processor 111 may acquire a diagnosis result by the server 200 through the communication unit 112 to determine an abnormal situation or an abnormal state of the broadcasting system 100. In some cases, the server 111 The broadcast system 100 and the processor 111 itself may be configured to determine an abnormal situation or an abnormal suspicion state without passing through the mobile terminal 200. [ In this description, it is assumed that an abnormal situation or an abnormal state of the broadcasting system 100 is determined by an external server 200.

Next, the main controller (audio matrix) 120 is connected to various devices constituting the broadcasting system 100 to exchange signals, controls various broadcasting and functions, and edits and transmits sound sources , A preamplifier (mixer), and a remote amplifier. For example, it is possible to perform various sound source mixing, prioritized broadcast setting, and separate broadcast transmission for each zone. Also, the capacity of the amplifier can be adjusted according to the intensity of the audio signal to prevent overloading in advance.

The video matrix 130 is connected to various video devices such as a camera 131, a DVD player 132, a monitor 133, a projector 134 and a modulator 135 to transmit and receive signals, And editing of the image can be performed. For example, subtitles can be applied to an image or the resolution of an image can be edited and transmitted. Although the video matrix 130 is shown separately from the main controller 120 (audio matrix) in FIG. 2, the video matrix 130 may be included in the main controller (audio matrix) 120 to perform the functions.

Next, the CDP backup system 140 may include one or more CDPs 141 to 143, wherein the CDP 2 142 and the CDP 3 143 are connected to a spare device 141 of the CDP 1 141 Lt; / RTI > For example, when a test is being conducted at a school, CDP 2 (142) and CDP 3 (143) play a CD with the same contents in CDP 1 (141) The CDP backup system 140 or the processor 111 may not be able to reproduce the CDP 1 if the CDP 1 system 141 reproduces the CDP 1 141 at the same time, It is determined that an abnormal situation has occurred in the CDP 1 141 and the channel is switched to the CDP 2 142 so that the sound source of the CDP 2 142 can be controlled to be transmitted.

As another example, it is also possible to reproduce a CD (hereinafter referred to as CD # 1) from a CDP 1 141 at a specific point in time (for example, 0 minutes and 0 seconds at the beginning of the CD # 1 sound source) (Hereinafter referred to as CD # 2) from the CDP 2 142 after a predetermined time (for example, 5 seconds) has elapsed since the CD # 1 started to be reproduced, (0 minutes and 0 seconds) as the specific point (0 minutes and 0 seconds) at which CD # 1 started to play, (2) the second point (0 minutes and 5 seconds) at which CD # 3) The CD # 1 is reproduced from any one of the time points (0 minutes 0 seconds to 0 minutes and 5 seconds) between the first time point and the second time point, (E.g., 3 seconds), it can be regarded as an abnormal situation in CDP 1 or CD # 1 and switched to CDP 2 142 so that CD # 2 is output.

As another example, it is assumed that CD # 1 (141) reproduces CD # 1 from 0 minutes 0 seconds and outputs it through a speaker. After 5 seconds from the start of CD # # 2 is reproduced from 0 minutes 0 seconds and the same CD (CD # 3) as CD # 1 and CD # 2 is reproduced from CDP 3 (143) 0 minutes after 5 seconds from the start of CD # You will be able to play from 0 seconds. If CD # 2 is output to CDP 2 (142) when CD # 1 is not output from the speaker during a preset value of 3 seconds from 1 minute 0 second, CD # 2 is changed to 0 minutes 58 seconds .

The broadcast system 100 may include various sound source input devices such as a tuner 121 for playing a radio broadcast and an MP3 player 122 for playing an MP3 sound source in addition to the CDP 141 to 143.

Next, the remote expander 150 may be connected to one or more remote microphones 151 to 153 to receive a sound source such as a voice or the like, and may be remotely located, unlike the main equipment constituting the broadcasting system 100 .

On the other hand, the power amplifier backup system 160 collects and analyzes real data or attribute data obtained from each of the power amplifiers 161 to 165, and when an abnormal state or an abnormal state occurs in a specific power amplifier (for example, 164) It is possible to perform the function of switching to the preliminary amplifier 166. Here, the abnormal situation determination and switching to the preliminary amplifier 166 may be performed not only in the power amplifier backup system 160 but also in the external server 200. [

Next, the speaker selector 170 functions to control the speakers 171 to 175 provided in a plurality of zones, and can support a specific type of speaker or a speaker in a specific zone as a group, if necessary, There will be.

Next, the power distributor 180 may serve to supply power to the plurality of management modules and the terminal individual devices. Illustratively, the AC power source 181 or the DC power source 182 may be supplied to other devices by receiving AC power from a facility in which the power distributor 180 is installed. In the future, . ≪ / RTI > The power of the power distributor 180 may be controlled remotely from another system such as the user terminal 190 or the external server 200 even if the power of the power distributor 180 is turned off.

In addition, each management module and the terminal individual device may include a separate battery and an AC / DC converter, and may further include a terminal capable of receiving power from other sources besides the power distributor 180.

Next, the user terminal 190 includes a predetermined input unit such as the touch screen 191 and a display unit, and functions to support various sound sources and images in a multi-controllable manner. Although the user terminal 190 is shown as being included in the broadcasting system 100, the user terminal 190 may be provided as an application program installed on an external computer or a mobile device, but the present invention is not limited thereto.

The broadcast system 100 may further include an automatic level controller (not shown) to minimize the change of the output level of the audio signal according to the output difference of the various source sources by maintaining the output level of the audio signal at an appropriate level have. For example, assume that there are microphone users A and B having different voice sizes. When the microphone user A broadcasts through the microphone and the microphone user B broadcasts with a smaller voice than the microphone user A, The sound source input by the microphone user A may be automatically adjusted to the level of the sound source input by the microphone user B and output.

On the other hand, the attribute data can be obtained from at least one of the external sensor and the built-in sensor. 2, it can be seen that the terminal is divided into an external sensor installed outside the terminal individual device and the management module, and a built-in sensor installed inside the terminal individual device and the management module. However, It is to be understood that the division of each sensor into an external sensor and a built-in sensor is merely an example for illustrating the present invention, but the present invention is not limited thereto and can be variously classified.

For example, the distinction of each sensor shown in FIG. 2 may be divided into a first sensor and a second sensor. Here, the first sensor means a sensor installed in at least one of an inner, an input and an output terminal of each terminal individual apparatus, and the second sensor may mean a sensor installed in at least one of the respective management modules will be. In this case, the attribute data may be expressed as being obtainable from at least one of the first sensor and the second sensor.

The first sensor and the second sensor (or an external sensor and a built-in sensor) may be implemented to transmit data via a wired or wireless connection, respectively, and may be implemented as a current sensor, an audio sensor, a video sensor, And may include various sensors necessary for diagnosing an abnormal situation of the system 100.

Here, at least some of the terminal individual apparatuses and the respective management modules may further include a tone generator, which generates a predetermined waveform so as to diagnose various parts of the circuit constituting the broadcasting system 100 . When a predetermined waveform such as a sinusoidal wave is generated by the tone generator, the processor 210 of the server 200 obtains attribute data obtained from at least one of the first sensor and the second sensor located in a specific path through which the waveform is transmitted And analyzing the attribute data and determining an abnormal situation in the broadcasting system 100 itself without going through the server 200 can be performed by analyzing the attribute data .

Illustratively, when checking the input stage of the audio matrix 120 and the remote microphones 151 to 153, a tone generator built in the remote microphones 151 to 153 generates a 1 kHz waveform so that the remote microphones 151 to 153 themselves Analyzes the signal transmitted to the remote expander 150 through the LAN to check whether there is an abnormality in the LAN communication path and then analyzes the signal transmitted to the audio matrix 120 and outputs a line connected to the audio matrix 120 The problem of the input system can be confirmed.

As another example, when checking the inputs of the audio matrix 120 and the CDP 141 to 143, a tone generator built in the CDP 141 to 143 generates a 1 kHz waveform to check the CDP 141 to 143 itself The signal transmitted to the audio matrix 120 is analyzed by analyzing the signal transmitted to the CDP backup system 140 to check whether there is an abnormality in the transmission line and the CDP backup system 140, And whether or not the input system is abnormal.

As another example, when checking the output stages of the audio matrix 120 and the power amplifier backup system 160, a 1 kHz waveform is generated in the tone generator built in the audio matrix 120 so that the function of the audio matrix 120 itself Analyzes the signal transmitted to the power amplifier backup system 160 to check whether there is an abnormality in the transmission line and the power amplifier backup system 160 and then analyzes the signal transmitted to the speaker selector 170 and transmits the signal to the transmission line and / The abnormality of the output system can be confirmed. Here, the speaker circuit connected to the speaker selector 170 blocks the relay so that no sound is outputted to the external speakers 171 to 175, thereby performing the checking.

As another example, when checking the impedance of the speaker selector 170 and the speaker line, a 1 kHz waveform is generated in the tone generator built in the main controller (audio matrix) 120 or the power amplifier backup system 160, The operation of the speaker selector 170 itself and all relays is checked by outputting through the amplifier back-up system 160, and analysis and impedance measurement of signals transmitted to all speaker lines (for example, impedance estimation by measuring current) The presence or absence of an abnormality in the transmission line can be confirmed. In this case, since all the speakers 171 to 175 output sound and check it, a check is made at a limited execution period at a time when the number of people in the facility is small.

The difference between the input level value of the specific signal input to the terminal individual apparatus or management module obtained from at least one of the first sensor and the second sensor and the output level value of the specific signal output from the terminal individual apparatus or the management module is If the threshold value is exceeded, it can be judged that an abnormal situation or an abnormal suspicion has occurred. Illustratively, when a 0 dB signal is input to the main controller (audio matrix) 120 and a signal of 10 dB is set to be output, if a signal of 5 dB is output instead of 10 dB, .

Meanwhile, when an abnormal state or an abnormal state occurs in the specific software of one or more software installed in the broadcasting system 100, the processor 210 of the server 200 is defined for each situation in the broadcasting system 100 At least a part of at least one self-correspondence command in the broadcast system 100 is executed, and if the situation is not resolved through the self-correspondence command, the remote correspondence command can be transmitted to the broadcast system 100.

Here, the broadcast system 100 itself and the correspondence through the processor 210 of the server 200 may be performed automatically through artificial intelligence, or by an engineer of the broadcasting system 100 or an engineer dispatched from the outside .

In addition, when an abnormal situation or an abnormal state occurs in specific hardware of one or more hardware constituting the broadcasting system 100, the processor 210 of the server 200 determines whether or not the broadcasting system 100 has defined At least one of the at least one self-correspondence command is executed, and if the situation is not resolved through the self-correspondence command, the remote correspondence command can be transmitted to the broadcast system 100. [

Here, the broadcast system 100 itself and the correspondence through the processor 210 of the server 200 may be implemented by artificial intelligence such that the apparatus in which an abnormal situation occurs is switched to a spare apparatus or the apparatus is automatically replaced And the response can also be made by an engineer of the broadcasting system 100 or an engineer dispatched from the outside.

Hereinafter, with reference to FIG. 3 to FIG. 7, a description will be given of a condition for determining an abnormal situation of a terminal individual apparatus or a management module included in Type 1 through Type 5, and an example of a countermeasure thereto. For reference, the type classification of the terminal individual apparatus or management module described below represents a part of a plurality of embodiments of the present invention, and can be configured in various types according to the broadcasting system 100, The conditions for determining the situation and the countermeasures therefor are also shown as examples, and may be implemented in various forms. In the following description, it is assumed that the processor 210 of the server 200 determines an abnormal situation and copes with the abnormal situation. However, the processor 111 of the broadcasting system 100 may also perform the corresponding function.

Referring to FIG. 3, a type 1 includes a power amplifier backup system 160, power amplifiers 161 to 166, a main controller 120, a preamplifier (not shown) , A speaker selector 170, a video matrix 130, and the like, for example.

(PD Power) which is the power output of the power distributor, the terminal individual device or the management module of the condition for judging the abnormal state or abnormal state of each of the terminal individual devices or the management modules included in the type 1 A second input (Audio / Video In) which is a signal input of an audio signal or a video signal, a second output (Audio / Video Out) which is a signal output of an audio signal or a video signal, If the state of each of the elements acquired through the communication unit 220 of the server 200 includes the first output, the first input, the second input, and the second output, The processor 210 of the mobile station 200 determines that it is in a normal state and if the state of each element acquired through the communication unit 220 indicates a state other than a normal state, the processor 210 determines that the state is abnormal Support judging or judging Can.

Here, if the state of each element acquired through the communication unit 220 is a first output, a first input, a second input, and a second output, the processor 210 sets the terminal individual apparatus or the management module A terminal included in the broadcasting system 100, a terminal included in the server 200, and the like) connected to the broadcasting system 100 and the wired / , A mobile terminal, etc.) to send or transmit a message indicating an abnormal situation or an abnormal suspicion situation, and a process of checking or checking the status of the power switch of the terminal individual device or management module .

If the state of each of the elements acquired through the communication unit 220 is the first output, the first input, the second input, and the second output, the processor 210 determines And to check or check the signal output state of the preceding terminal individual device or the preceding management module for inputting the signal. For example, in the case of the power amplifiers 161 to 166 or the power amplifier backup system 160, the output of the preamplifier may be checked, and in the case of the main controller (audio matrix) 120, have.

If the state of each of the elements acquired through the communication unit 220 is the first output, the first input, the second input, and the second output, the processor 210 outputs If the states of the elements acquired through the communication unit 220 are the first output, the first input, the second input, and the second output, respectively, The controller 210 may support checking or checking the state of the power distributor 180 that outputs power.

4, type 2 is a condition for determining an abnormal situation such as a sound source and a video, such as CDP 141 to 143, tuner 121, MP3 player 122, and DVD player 132 Quot; category ".

(PD Power), which is the power output of the power distributor, the terminal individual device, or the management module, which is an element of the condition for determining the abnormal state or abnormal state of each terminal individual device or management module included in Type 2 (Audio / Video Out), which is an output of at least one of a first input (AC / DC Power) which is a power input, an audio signal or a video signal, If the state of each of the elements is the first output, the first input, and the second output are present, the processor 210 determines that the element is in the normal state and the state of each element acquired through the communication unit 220 is the normal state The processor 210 can support the determination or determination that it is an abnormal situation or an abnormal suspicion situation.

Here, if the state of each of the elements acquired through the communication unit 220 is a first output, a first input, and a second output, the processor 210 sets the terminal individual device or management module as a preliminary end individual device A process supporting switching or switching to a spare management module, and a process supporting checking or checking the status of a power switch of a terminal individual device or a management module.

If the states of the elements acquired through the communication unit 220 are the first output, the first input, and the second output, respectively, the processor 210 determines whether power is supplied to the terminal individual device or the management module The processor 210 controls to check or check the line, and if the state of each of the elements acquired through the communication unit 220 is a first output, no first input, no second output, And to check or check the status of the distributor 180.

Next, referring to FIG. 5, a condition for determining an abnormal situation of the type 3 is included in a remote expander 150, a remote amplifier (not shown, remote microphones 151 to 153 or a remote expander 150) ≪ / RTI >

(AC / DC Power), which is a power input to the terminal individual device or the management module, an audio signal (Audio / Video In) which is a signal input of a video signal, a first output (Audio / Video Out) which is a signal output of an audio signal or a video signal, and a first connection The processor 210 determines that the state of each of the elements acquired through the communication unit 220 is a normal state when the states of the elements are the first input, the second input, the first output, and the first connection, , The processor 210 can support the determination or the determination that it is an abnormal situation or an abnormal suspicion state if the state of each element acquired through the communication unit 220 indicates a state other than the normal state.

If it is determined that the terminal individual apparatus or the management module acquired through the communication unit 220 is in an abnormal state or an abnormal state, the processor 210 checks the state of the power switch of the terminal individual apparatus or the management module, And a process of supporting transmission or transmission of a message informing that the broadcasting system is in an abnormal state or an abnormal state to a predetermined display unit connected to a wired or wireless network.

Next, referring to FIG. 6, the type 4 may mean a category for a condition for determining an abnormal situation such as the power distributor 180 and the like. An element of a condition for judging an abnormal state or an abnormal state of the power distributor 180 included in the broadcasting system 100 includes a first input AC in which is a power input to the power distributor 180, (AC Out), which is an AC power output to the device or the management module, and whether or not there is a second output (DC Out), which is a DC power output to at least one or more terminal individual devices or management modules, The processor 210 determines that the state of each of the elements acquired through the communication unit 220 is a normal state, If each state indicates a state other than the normal state, the processor 210 can assist in determining or determining that the state is an abnormal state or an abnormal state.

Herein, when it is determined that the power distributor 180 is in an abnormal state or an abnormal state, the processor 210 performs a process of checking or checking the state of the power switch of the terminal individual apparatus or the management module, 100) and a process of supporting transmission or transmission of a message informing a predetermined display unit connected with wired or wireless to indicate an abnormal situation or an abnormal suspicion situation.

Next, referring to FIG. 7, Type 5 may indicate a category for a condition for determining an abnormal situation such as a speaker line, a smart controller 110, and the like. Illustratively, when a short circuit occurs in the speaker line, only the shorted line is automatically cut off, and the operating state of the associated speaker can be confirmed. If the speaker line is disconnected or the impedance value of the speaker line is out of a predetermined threshold value, a message indicating an abnormal situation or suspicious condition is transmitted or transmitted to a predetermined display unit connected to the broadcasting system 100 via wired or wireless links So that the operation status of the related speaker can be confirmed.

When the smart controller 110 is down, the remote diagnosis of the broadcasting system 100 can not be performed. Therefore, the related data is transmitted to the external server 200, and a predetermined display unit The remote monitoring and repair by the server 200 can be maintained.

The embodiments of the present invention described above can be implemented in the form of program instructions that can be executed through various computer components and recorded on a computer-readable recording medium. The computer-readable recording medium may include program commands, data files, data structures, and the like, alone or in combination. The program instructions recorded on the computer-readable recording medium may be those specially designed and constructed for the present invention or may be those known and used by those skilled in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tape, optical recording media such as CD-ROMs and DVDs, magneto-optical media such as floptical disks, media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those generated by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules for performing the processing according to the present invention, and vice versa.

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 exemplary embodiments, but, on the contrary, Those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims.

Therefore, the spirit of the present invention should not be construed as being limited to the above-described embodiments, and all of the equivalents or equivalents of the claims, as well as the following claims, I will say.

1000: Entire system 100: Broadcast system
110: smart controller 111: processor
112: communication unit 120: main controller (audio matrix)
130: Video Matrix 140: CDP Backup System
150: Remote Expander 160: Power Amplifier Backup System
170: Speaker selector 180: Power distributor
190: user terminal 200: server
210: processor 220:
300: Disaster information server 400:

Claims (24)

(k) is a k-th management module (k is an integer of 1 or more and m or less) for managing the k-1 th to k-nk terminal individual devices and (ii) A method for providing remote diagnosis to one or more broadcast systems,
(a) if at least a part of real data and attribute data generated from at least one of m management modules constituting a broadcasting system and terminal individual devices belonging to each management module is periodically or non-periodically acquired by the broadcasting system, Receiving, by the server, at least one of the acquired real data and the attribute data; And
(b) the server remotely diagnoses the broadcasting system according to the created map by creating and managing at least one of the real data and the attribute data transmitted from the broadcasting system as a map;
, ≪ / RTI &
Wherein the attribute data is obtained from any one or more of a first sensor installed in at least one of an interior, an input and an output, of each of the terminal individual devices, and a second sensor installed in at least one of the respective management modules,
Wherein at least some of the terminal individual devices and each of the management modules further comprise a tone generator, wherein when the predetermined waveform is generated by the tone generator, Wherein the attribute data acquired from at least one of the first sensor and the second sensor is collected and analyzed to determine a point at which an abnormal situation or an abnormal suspicion condition occurs in the specific path,
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, And a second output which is a signal input of an audio signal or a video signal and a second output which is a signal output of an audio signal or a video signal, , The first input, the second input, and the second output are in a normal state, and if the state of each of the elements indicates a state other than the normal state, Wherein the state of each of the elements includes a first state in which the first output, the first input, the second input, A process for supporting switching or switching of the terminal individual device or the management module to a preliminary end individual device or a standby management module when the terminal is in the second output state; A process for supporting transmission or transmission of a message indicating an abnormal suspicion situation and a process for checking or checking the status of a power switch of the terminal individual apparatus or the management module, A signal output of the preceding individual device or the preceding management module for inputting a signal to the terminal individual device or the management module if the first output, the first input, the second input, To check or check the status, A power supply line for inputting power to the terminal individual apparatus or the management module is checked or checked if the state of each of the first, second, and third power supplies is the first output, the first input, the second input, And to check or check the state of the power distributor outputting power if the state of each of the elements is the first output, the first input, the second input, the second output, Support,
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, Wherein the state of each of the elements includes the first output, the first input, the second input, the second input, the first input, the second input, the second input, And if the state of each of the elements indicates a state other than the normal state, judges or determines that the element is in the abnormal state or the abnormal state, 1 output, the first input is present, and the second output is not present, the terminal individual apparatus or the management module A process for supporting switching or switching to a non-terminal individual device or a spare management module, and a process for checking or checking the state of the power switch of the terminal individual device or the management module, And to check or check a power line for inputting power to the terminal individual apparatus or the management module if the state has the first output, the first input, and the second output, Supports the checking or checking of the state of the power distributor outputting power if the first output is the first output, the first input is no output, and the second output is no output,
An element of a condition for judging an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a signal input of a first input, an audio signal, or a video signal which is a power input to the terminal individual apparatus or the management module A first output, which is a signal output of a first input, a second input, an audio signal or a video signal, and whether or not a first connection is a communication connection, the server determines whether the state of each of the elements is in the first input, Judges that it is a normal state when the first element has the input, the first output has the first output, and the first connection exists, and judges that the element is in the abnormal state or the abnormal state, , Wherein the terminal individual device or the management module is judged to be the abnormal situation or the abnormal suspicion situation A process for checking or checking the state of the power supply switch of the terminal individual apparatus or the management module, and a process of transmitting a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected to the broadcasting system by wire or wireless At least one of the processes supporting the transmission,
An element of a condition for judging an abnormal state or an abnormal state of the power distributor included in the broadcasting system is a power supply input to the power distributor, a first input which is a power input to the power distributor, an AC power supply to at least one of the end- Wherein the server is configured to determine whether a state of each of the elements is present in the first input, the first input, the second input, The first output and the second output are in a normal state, and if the state of each of the elements indicates a state other than the normal state, it is determined whether the abnormal state is the abnormal state or the abnormal state, And if it is determined that the power distributor is in the abnormal state or the suspected state, A process of supporting to check or check the state of the power switch of the management module, and a process of supporting transmission or transmission of a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected with wired / RTI ID = 0.0 > 1, < / RTI > (k) is a k-th management module (k is an integer of 1 or more and m or less) for managing the k-1 th to k-nk terminal individual devices and (ii) A method for providing remote diagnosis to one or more broadcast systems,
(a) if at least a part of real data and attribute data generated from at least one of m management modules constituting a broadcasting system and terminal individual devices belonging to each management module is periodically or non-periodically acquired by the broadcasting system, Receiving, by the server, at least one of the acquired real data and the attribute data; And
(b) the server remotely diagnoses the broadcasting system according to the created map by creating and managing at least one of the real data and the attribute data transmitted from the broadcasting system as a map;
, ≪ / RTI &
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, And a second output which is a signal input of an audio signal or a video signal and a second output which is a signal output of an audio signal or a video signal, , The first input, the second input, and the second output are in a normal state, and if the state of each of the elements indicates a state other than the normal state, Wherein the state of each of the elements includes a first state in which the first output, the first input, the second input, A process for supporting switching or switching of the terminal individual device or the management module to a preliminary end individual device or a standby management module when the terminal is in the second output state; A process for supporting transmission or transmission of a message indicating an abnormal suspicion situation and a process for checking or checking the status of a power switch of the terminal individual apparatus or the management module, A signal output of the preceding individual device or the preceding management module for inputting a signal to the terminal individual device or the management module if the first output, the first input, the second input, To check or check the status, A power supply line for inputting power to the terminal individual apparatus or the management module is checked or checked if the state of each of the first, second, and third power supplies is the first output, the first input, the second input, And to check or check the state of the power distributor outputting power if the state of each of the elements is the first output, the first input, the second input, the second output, Support,
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, Wherein the state of each of the elements includes the first output, the first input, the second input, the second input, the first input, the second input, the second input, And if the state of each of the elements indicates a state other than the normal state, judges or determines that the element is in the abnormal state or the abnormal state, 1 output, the first input is present, and the second output is not present, the terminal individual apparatus or the management module A process for supporting switching or switching to a non-terminal individual device or a spare management module, and a process for checking or checking the state of the power switch of the terminal individual device or the management module, And to check or check a power line for inputting power to the terminal individual apparatus or the management module if the state has the first output, the first input, and the second output, Supports the checking or checking of the state of the power distributor outputting power if the first output is the first output, the first input is no output, and the second output is no output,
An element of a condition for judging an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a signal input of a first input, an audio signal, or a video signal which is a power input to the terminal individual apparatus or the management module A first output, which is a signal output of a first input, a second input, an audio signal or a video signal, and whether or not a first connection is a communication connection, the server determines whether the state of each of the elements is in the first input, Judges that it is a normal state when the first element has the input, the first output has the first output, and the first connection exists, and judges that the element is in the abnormal state or the abnormal state, , Wherein the terminal individual device or the management module is judged to be the abnormal situation or the abnormal suspicion situation A process for checking or checking the state of the power supply switch of the terminal individual apparatus or the management module, and a process of transmitting a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected to the broadcasting system by wire or wireless At least one of the processes supporting the transmission,
An element of a condition for judging an abnormal state or an abnormal state of the power distributor included in the broadcasting system is a power supply input to the power distributor, a first input which is a power input to the power distributor, an AC power supply to at least one of the end- Wherein the server is configured to determine whether a state of each of the elements is present in the first input, the first input, the second input, The first output and the second output are in a normal state, and if the state of each of the elements indicates a state other than the normal state, it is determined whether the abnormal state is the abnormal state or the abnormal state, And if it is determined that the power distributor is in the abnormal state or the suspected state, A process of supporting to check or check the state of the power switch of the management module, and a process of supporting transmission or transmission of a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected with wired / RTI ID = 0.0 > 1, < / RTI > delete delete delete delete delete The method according to claim 1,
The server may further include an input level value of a specific signal input to the terminal individual apparatus or the management module obtained from at least one of the first sensor and the second sensor and an input level value of a specific signal input from the terminal individual apparatus or the management module Wherein when the difference in the output level of the signal exceeds a threshold value, it is determined that an abnormal situation or an abnormal suspicion condition has occurred. The method according to claim 1,
Wherein the real data includes at least one of audio data and video data and the attribute data includes at least one of audio monitoring data, video monitoring data, power monitoring data, communication monitoring data, and equipment condition monitoring data,
Wherein the audio monitoring data includes at least one of the presence or absence of an audio signal and the input / output state of an audio signal, the video monitoring data includes at least one of a presence or absence of a video signal and an input / output state of a video signal, Wherein the monitoring data includes at least one of a power state and a current state, and the communication monitoring data includes at least one of a presence or absence of a communication signal and an input / output state of a communication signal, And an operating state of the component. The method according to claim 1,
The server comprises:
Supporting at least a part of at least one self-correspondence command defined for each situation in the broadcast system when an abnormal situation or an abnormal situation occurs in the specific software among the one or more software installed in the broadcasting system, And transmits a remote response command to the broadcast system if the situation is not resolved through a self-correspondence command,
At least a part of at least one self-correspondence command defined for each situation is supported in the broadcasting system when an abnormal situation or an abnormal situation occurs in specific hardware of one or more hardware constituting the broadcasting system, And if the situation is not resolved through the corresponding command, transmitting a remote response command to the broadcast system. The method according to claim 1,
The server, when receiving the information on the disaster situation from the outside, supports the announcement about the information to the facility in which the broadcasting system is built so that the user can use the facility or the facility due to the disaster situation Thereby reducing damage to the user. The method according to claim 1,
The server may support operation information of the broadcasting system in real time through an application program installed in a predetermined terminal,
Wherein the operation information includes at least one of a state of each of software installed in the broadcasting system and hardware of the broadcasting system, reception of an anomalous situation of the software and the hardware, and support status of the received anomalous situation, And an interface for supporting broadcast control or broadcast transmission remotely from the outside of the broadcasting system. (k) is a k-th management module (k is an integer of 1 or more and m or less) for managing the k-1 th to k-nk terminal individual devices and (ii) A server for providing remote diagnostics to one or more broadcast systems,
If at least a part of the real data and the attribute data generated from at least one of the m management modules constituting the broadcasting system and the terminal individual apparatus belonging to each management module is periodically or non-periodically acquired by the broadcasting system, A communication unit for receiving at least one of the real data and the attribute data; And
A processor for remotely diagnosing the broadcasting system according to the created map by creating and managing at least one of the real data and the attribute data transmitted from the broadcasting system as a map;
, ≪ / RTI &
Wherein the attribute data is obtained from any one or more of a first sensor installed in at least one of an interior, an input and an output, of each of the terminal individual devices, and a second sensor installed in at least one of the respective management modules,
Wherein at least some of the respective terminal discrete devices and the respective management modules further comprise a tone generator wherein when a predetermined waveform is generated by the tone generator, Wherein the attribute data acquired from at least one of the first sensor and the second sensor is collected and analyzed to determine a point at which an abnormal situation or an abnormal suspicion condition occurs in the specific path,
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, Wherein when the state of each of the elements acquired through the communication unit includes a first input, a second input which is a signal input of an audio signal or a video signal, and a second output which is a signal output of an audio signal or a video signal, The processor determines that it is in a normal state, and if the state of each of the elements acquired through the communication unit is in a state other than a normal state , The processor is configured to assist in determining or determining that it is the abnormal situation or the suspicion situation, If the status of each of the elements acquired through the first input, the first input, the second input, and the second output are in the state, A process for supporting switching or switching to a terminal individual apparatus or a spare management module, a process for supporting transmission or transmission of a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected with wired or wireless communication with the broadcasting system, And a process of checking or checking the state of the power switch of the management module, wherein the state of each of the elements acquired through the communication unit is the same as the state of the first output, the first input, If there is no second input and no second output, , A terminal individual device or a management module, or a preceding terminal individual device for inputting a signal to the management module or a preceding management module, and the state of each of the elements acquired through the communication section is checked by the first output Wherein the processor supports to check or check a power line for inputting power to the terminal individual device or the management module if the first input is the first input, the second input is the second input, If the state of each of the elements acquired through the communication unit is in the state of no first output, no first input, no second input, no second output, the processor sets the state of the power distributor To check or to check,
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, Wherein the state of each of the elements obtained through the communication unit includes the first output, the first input, the first input, the first input, the first input, the second input, And if the state of each of the elements acquired through the communication unit indicates a state other than a normal state, the processor determines whether the abnormal state is the abnormal state or the abnormal state The state of each of the elements acquired through the communication unit is determined to be the first output The processor has a process for supporting switching or switching of the end individual device or the management module to a preliminary end individual device or a spare management module if the first input has the first input and the second output has no status, And a process of checking or checking the state of the power switch of the management module, wherein the status of each of the elements acquired through the communication unit is the first output, the first input, Wherein the processor is configured to support checking or checking of a power supply line for inputting power to the terminal individual apparatus or the management module if the state of each of the elements acquired through the communication unit is not the first No output, no first input, no second output, The supports so as to check or check the status of the power splitter outputs,
An element of a condition for judging an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a signal input of a first input, an audio signal, or a video signal which is a power input to the terminal individual apparatus or the management module A first output, which is a signal output of a first input, a second input, an audio signal or a video signal, and whether or not a first connection is a communication connection, The first output, and the first connection, the processor determines that the processor is in a normal state, and if the state of each of the elements acquired through the communication unit indicates a state other than a normal state, Wherein the processor is configured to assist the processor to determine or determine that the abnormality is in the abnormal state or in the abnormal state, Wherein the processor is a process for supporting to check or check the state of the power switch of the terminal individual device or the management module when it is determined that the terminal device at the end or the management module is the abnormal situation or the suspicious condition, Performing at least one of a process of transmitting a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected to the broadcasting system by wire or wireless,
An element of a condition for judging an abnormal state or an abnormal state of the power distributor included in the broadcasting system is a power supply input to the power distributor, a first input which is a power input to the power distributor, an AC power supply to at least one of the end- The status of each of the elements acquired through the communication unit is determined based on whether or not the status of each of the elements acquired through the communication unit is the first input The processor determines that the processor is in a normal state and the state of each of the elements acquired through the communication unit indicates a state other than a normal state, if the processor has the first output, the second output exists, Wherein the power distributor is configured to determine whether the abnormal state is the abnormal state or the abnormal state, Sulfur or the above suspicion situation, the processor may further include a process of checking or checking the state of the power source switch of the terminal individual device or the management module, and a process of controlling And a process of supporting transmission or transmission of a message informing that the abnormal situation or the abnormal suspicion situation is performed. (k) is a k-th management module (k is an integer of 1 or more and m or less) for managing the k-1 th to k-nk terminal individual devices and (ii) A server for providing remote diagnostics to one or more broadcast systems,
If at least a part of the real data and the attribute data generated from at least one of the m management modules constituting the broadcasting system and the terminal individual apparatus belonging to each management module is periodically or non-periodically acquired by the broadcasting system, A communication unit for receiving at least one of the real data and the attribute data; And
A processor for remotely diagnosing the broadcasting system according to the created map by creating and managing at least one of the real data and the attribute data transmitted from the broadcasting system as a map;
, ≪ / RTI &
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, Wherein when the state of each of the elements acquired through the communication unit includes a first input, a second input which is a signal input of an audio signal or a video signal, and a second output which is a signal output of an audio signal or a video signal, The processor determines that it is in a normal state, and if the state of each of the elements acquired through the communication unit is in a state other than a normal state , The processor is configured to assist in determining or determining that it is the abnormal situation or the suspicion situation, If the status of each of the elements acquired through the first input, the first input, the second input, and the second output are in the state, A process for supporting switching or switching to a terminal individual apparatus or a spare management module, a process for supporting transmission or transmission of a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected with wired or wireless communication with the broadcasting system, And a process of checking or checking the state of the power switch of the management module, wherein the state of each of the elements acquired through the communication unit is the same as the state of the first output, the first input, If there is no second input and no second output, , A terminal individual device or a management module, or a preceding terminal individual device for inputting a signal to the management module or a preceding management module, and the state of each of the elements acquired through the communication section is checked by the first output Wherein the processor supports to check or check a power line for inputting power to the terminal individual device or the management module if the first input is the first input, the second input is the second input, If the state of each of the elements acquired through the communication unit is in the state of no first output, no first input, no second input, no second output, the processor sets the state of the power distributor To check or to check,
Wherein an element of a condition for determining an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a first output which is a power output of the power distributor or a first output which is a power input to the terminal individual apparatus or the management module, Wherein the state of each of the elements obtained through the communication unit includes the first output, the first input, the first input, the first input, the first input, the second input, And if the state of each of the elements acquired through the communication unit indicates a state other than a normal state, the processor determines whether the abnormal state is the abnormal state or the abnormal state The state of each of the elements acquired through the communication unit is determined to be the first output The processor has a process for supporting switching or switching of the end individual device or the management module to a preliminary end individual device or a spare management module if the first input has the first input and the second output has no status, And a process of checking or checking the state of the power switch of the management module, wherein the status of each of the elements acquired through the communication unit is the first output, the first input, Wherein the processor is configured to support checking or checking of a power supply line for inputting power to the terminal individual apparatus or the management module if the state of each of the elements acquired through the communication unit is not the first No output, no first input, no second output, The supports so as to check or check the status of the power splitter outputs,
An element of a condition for judging an abnormal state or an abnormal state of each of the terminal individual apparatus or the management module is a signal input of a first input, an audio signal, or a video signal which is a power input to the terminal individual apparatus or the management module A first output, which is a signal output of a first input, a second input, an audio signal or a video signal, and whether or not a first connection is a communication connection, The first output, and the first connection, the processor determines that the processor is in a normal state, and if the state of each of the elements acquired through the communication unit indicates a state other than a normal state, Wherein the processor is configured to assist the processor to determine or determine that the abnormality is in the abnormal state or in the abnormal state, Wherein the processor is a process for supporting to check or check the state of the power switch of the terminal individual device or the management module when it is determined that the terminal device at the end or the management module is the abnormal situation or the suspicious condition, Performing at least one of a process of transmitting a message informing the abnormal situation or the suspicion situation to a predetermined display unit connected to the broadcasting system by wire or wireless,
An element of a condition for judging an abnormal state or an abnormal state of the power distributor included in the broadcasting system is a power supply input to the power distributor, a first input which is a power input to the power distributor, an AC power supply to at least one of the end- The status of each of the elements acquired through the communication unit is determined based on whether or not the status of each of the elements acquired through the communication unit is the first input The processor determines that the processor is in a normal state and the state of each of the elements acquired through the communication unit indicates a state other than a normal state, if the processor has the first output, the second output exists, Wherein the power distributor is configured to determine whether the abnormal state is the abnormal state or the abnormal state, Sulfur or the above suspicion situation, the processor may further include a process of checking or checking the state of the power source switch of the terminal individual device or the management module, and a process of controlling And a process of supporting transmission or transmission of a message informing that the abnormal situation or the abnormal suspicion situation is performed. delete delete delete delete delete 14. The method of claim 13,
An input level value of a specific signal input to the terminal individual apparatus or the management module obtained from at least one of the first sensor and the second sensor and an output level of a specific signal output from the terminal individual apparatus or the management module Wherein the processor determines that an abnormal condition or an abnormal suspicion condition has occurred if the difference of the values exceeds a threshold value. 14. The method of claim 13,
Wherein the real data includes at least one of audio data and video data and the attribute data includes at least one of audio monitoring data, video monitoring data, power monitoring data, communication monitoring data, and equipment condition monitoring data,
Wherein the audio monitoring data includes at least one of the presence or absence of an audio signal and the input / output state of an audio signal, the video monitoring data includes at least one of a presence or absence of a video signal and an input / output state of a video signal, Wherein the monitoring data includes at least one of a power state and a current state, and the communication monitoring data includes at least one of a presence or absence of a communication signal and an input / output state of a communication signal, And an operating state of the component. 14. The method of claim 13,
Wherein when at least one of the one or more software programs installed in the broadcasting system has an abnormal situation or a suspicious situation in the specific software, the processor causes the broadcasting system to execute at least a part of at least one self- And transmits a remote response command to the broadcast system if the situation is not resolved through the self-correspondence command,
When an abnormal state or an abnormal state occurs in the specific hardware of one or more hardware constituting the broadcasting system, the processor is configured to cause the broadcasting system to execute at least a part of at least one self- And transmits a remote response command to the broadcast system if the situation is not resolved through the self-correspondence command. 14. The method of claim 13,
The information processing apparatus according to any one of claims 1 to 3, wherein the processor is configured to receive the information about the disaster situation from the outside, so that the information broadcast can be transmitted to the facility in which the broadcasting system is installed, Wherein the server is adapted to reduce damage to users. 14. The method of claim 13,
The processor is configured to support operating information of the broadcasting system in real time through an application installed in a predetermined terminal,
Wherein the operation information includes at least one of a state of each of software installed in the broadcasting system and hardware of the broadcasting system, reception of an anomalous situation of the software and the hardware, and support status of the received anomalous situation, And an interface for supporting broadcast control or broadcast transmission remotely from the outside of the broadcasting system.

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