KR20180120320A - A simultaneous interpretation system using earphone integrated with FM receiving device - Google Patents

Abstract

The present invention relates to a small simultaneous interpretation system using a low-cost earphone integrated with an FM receiver for simultaneous interpretation. More specifically, the simultaneous interpretation system comprises: an earphone integrated with an FM receiver for simultaneous interpretation converting an FM signal into a simultaneous interpretation sound and outputting the simultaneous interpretation sound; and a smart terminal connected to the earphone integrated with an FM receiver for simultaneous interpretation, supplying power to the earphone integrated with an FM receiver for simultaneous interpretation, and controlling an operation of the earphone integrated with an FM receiver for simultaneous interpretation. The earphone integrated with an FM receiver for simultaneous interpretation includes: a power operation unit for receiving power by a control of the smart terminal to operate the earphone integrated with an FM receiver for simultaneous interpretation; a signal reception adjustment unit for setting a frequency received in the earphone integrated with an FM receiver for simultaneous interpretation according to a control of the smart terminal; and an interpretation sound unit for receiving an FM signal according to the frequency set by the signal reception adjustment unit to convert the FM signal into a simultaneous interpretation sound and to output the simultaneous interpretation sound. In addition, the smart terminal includes: a power setting unit for supplying power to the earphone according to an operating signal of a user; and a signal reception setting unit for adjusting the frequency of the FM signal received in the earphone.

Description

[0001] The present invention relates to a simultaneous interpretation system using an FM earphone,

[0001] The present invention relates to a simultaneous interpretation system using an FM simultaneous interpretation receiver integrated earphone, and more particularly to an FM simultaneous interpretation receiver integrated earphone for converting an FM signal into a simultaneous interpretation voice and outputting the same, And a smart terminal for supplying power to the FM simultaneous interpretation receiver integrated earphone and controlling the operation thereof. The FM simultaneous interpretation receiver integrated earphone is powered by the control of the smart terminal and operates the FM simultaneous interpretation receiver integrated earphone And an FM receiver for receiving the FM signal according to the frequency set by the signal reception controller and receiving a simultaneous interpretation voice And outputs an interpretation voice part The smart terminal includes a power setting unit for supplying power to the earphone according to a user's operation signal and a signal reception setting unit for adjusting a frequency of an FM signal received by the earphone, It is about the interpretation system.

With the acceleration of globalization, the issue of language communication has become a pending issue in corporate meetings, international conferences, and exhibitions. Simultaneous interpretation has also helped to eliminate language barriers and enable more diverse people to engage in activities such as international cooperation. The need for the development of simultaneous interpretation technology is increasing in terms of the proliferation of Korean Wave, the strengthening of domestic activities of foreigners, the expansion of international trade, and the promotion of tourism industry. In the conventional simultaneous interpretation service method, when a simultaneous interpreter interprets a lecture content of a lecturer and inputs it through a microphone, a transmitter transmits a simultaneous interpretation voice as a converted signal, and a signal transmitted through a receiver To a simultaneous interpretation voice again to listen to the voice.

(Patent Literature)

Registered Patent Publication No. 10-1133575 (Feb. 29, 2012, registered) "Interpretation system and method using transmitter and receiver"

However, the conventional simultaneous interpretation service method has a problem that the price of the simultaneous interpretation receiver itself is expensive, and the types thereof are various. Therefore, attendees should know how to operate the simultaneous interpretation receiver every time. Some attendees are inconvenienced because they do not receive simultaneous interpretation services.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems,

It is an object of the present invention to provide a simultaneous interpretation system using a compact and inexpensive FM simultaneous interpretation receiver integrated earphone.

Further, since the earphone is powered and controlled by the smart terminal, the FM simultaneous interpretation receiver integrated earphone can be made compact.

In order to achieve the above object, the present invention is implemented by the following embodiments.

According to an embodiment of the present invention, a simultaneous interpretation system according to the present invention includes an FM simultaneous interpretation receiver integrated earphone for converting an FM signal into a simultaneous interpretation voice and outputting the same; And a smart terminal interfaced with the FM simultaneous interpretation receiver integrated earphone to supply power to the FM simultaneous interpretation receiver integrated earphone and to control operation of the integrated earphone, wherein the FM simultaneous interpretation receiver integrated earphone is powered by the smart terminal A signal receiving adjustment unit for setting a frequency to be received by the FM simultaneous interpretation receiver integrated earphone under the control of the smart terminal; And an interpretation voice unit for receiving the FM signal according to a frequency set by the user and converting the FM signal into a simultaneous interpretation voice and outputting the interpreted voice, wherein the smart terminal comprises: a power setting unit for supplying power to the earphone according to a user's operation signal; And a signal reception setting section for adjusting the frequency of the FM signal And that is characterized.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the FM simultaneous interpretation receiver integrated earphone stops operation of the interpretation voice part when a signal for voice communication is outputted from the smart terminal, And a signal sensing unit for measuring the intensity of the FM signal received by the signal receiving module under the control of the smart terminal and transmitting the signal to the smartphone, A voice call setting unit for controlling the earphone to make a voice call when a voice call is received from the smart phone during the interpretation voice output; a voice call setting unit for requesting the earphone to measure the strength of the FM signal, And a signal management unit for controlling the signal processing unit.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the call voice part includes a call signal receiving module for receiving a signal informing a voice call from a smart terminal, A voice communication module for making a voice communication between the earphone and the smart terminal in a state where simultaneous interpretation is stopped by the simultaneous interpretation stop module; If the voice signal is not transmitted or received by the earphone or the smart terminal for a predetermined period of time during the voice communication by the voice communication module, it is determined that the telephone conversation is terminated and the operation of the voice conversation is terminated, And the re-simultaneous interpretation module, wherein the voice call setting unit The communication terminal of claim 1, further comprising: a call reception module for receiving a voice call from the earphone terminal to the earphone terminal when the voice call is received by the call receiving module; A concurrent interpretation confirmation module for receiving simultaneous interpretation voices at a specific conference and outputting an announcement requesting to terminate the call if the call is not an emergency call to a telephone outputting a voice call; A call notification module for transmitting notification information indicating that a voice call has been received to the earphone when a call is continuously output for a predetermined period of time; And the transmission and reception of the voice call is started, It characterized in that it comprises a voice transmitting and receiving module to transmit and receive the voice call.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone collects the simultaneous interpretation voice and announcement images, converts them into digital data, A collection combination server for delivering digital data to a streaming server; A streaming server for converting the digital data transferred from the collection combination server into streaming data and transmitting the streaming data to the smart terminal; The smart terminal further includes a streaming processor for controlling output of a simultaneous interpretation voice and announcement video provided by the streaming server, and a management server for exchanging information with a user And a conference information processor for transmitting the signal to the management server, extracting information indicating that the user is using the simultaneous interpretation system, and transmitting the extracted information to the management server.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the streaming processing unit includes a conference selection unit for selecting a type of conference and a simultaneous interpretation language, and a conference and simultaneous interpretation language selected by the conference selection unit And a contents re-output unit for requesting and outputting a simultaneous interpretation voice and a presentation image stored in the collection combination server.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the conference information processing unit includes: a request information processor for transmitting a conference request data request signal of a user to a management server; In order to output a simultaneous interpretation voice by the earphone, power must be supplied and controlled by the smart terminal. When controlling the earphone in a specific language Wherein the streaming processing unit selects a specific simultaneous interpretation language and outputs a simultaneous interpretation voice and a presentation image output from the streaming server to the smart terminal, So that the automatic information processing unit can be realized by the user Of the simultaneous interpretation service of the simultaneous interpretation service can be extracted.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the management server includes a setting information providing unit configured to output information to the smart terminal, the setting information being differently set according to a simultaneous interpretation language and a simultaneous interpretation place, A conference information providing unit for receiving a conference related data request signal from the request information processing unit and outputting a conference related data to the smart terminal, and a control unit for providing information indicating that the automatic information processing unit is using a simultaneous interpretation service for a specific language And an additional information providing unit for generating tourism information around the conference place customized for the user and outputting the generated tourist information to the smart terminal when the extracted information is transmitted to the management server.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, when the automatic information processing unit extracts information indicating that the simultaneous interpretation service of a specific language is used and outputs the extracted information, A peripheral information extracting module for extracting tourist information around a conference place when a user is specified by the user confirmation module; and a peripheral information extracting module for extracting, from the peripheral information extracting module, An individual information extracting module for extracting tourist information preferred by a specific user by the user confirmation module when the tourist information is extracted, and a peripheral information extracting module for extracting the peripheral information according to the tourist information preferred by the specific user extracted by the individual information extracting module A module that modifies and outputs the tourist information around the conference location extracted by the module Characterized in that it comprises a module.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone includes an AP control unit for managing the state of the AP unit, Wow; And an AP unit connected to the streaming server for receiving the streaming data and converting the received signal into a wireless signal and transmitting the wireless signal to the smart terminal, wherein the AP control unit includes an AP connection unit An AP changing unit for searching for and transmitting an optimal AP unit when a request for changing the AP unit is received from the smart terminal; an AP access distributing unit for preventing a connection from being concentrated to a specific AP unit; And an AP state management unit for identifying and managing the state of the AP device unit.

According to another embodiment of the present invention, in the simultaneous interpretation system according to the present invention, the AP connection initiation unit comprises: a connection request receiving module for receiving a connection request from the smart terminal; And an AP information transmission module for transmitting information on the AP device unit to the smart terminal, wherein the AP change unit comprises: an AP change request receiving module for receiving a request for changing the AP device unit from the smart terminal; A terminal signal strength measurement module for measuring and receiving a signal of a smart terminal requesting an AP unit change from an AP unit found in the AP scan module; And selects an optimal AP unit according to the measured signal strength of the smart terminal and transmits the optimum AP information for transmitting the corresponding information The AP connection distribution unit includes a connection number monitoring module for monitoring the number of connections of each AP unit, and a transmission signal adjustment module for controlling the signal strength of the AP unit according to the number of connected users monitored by the connection number monitoring module. The AP status management unit includes an AP information collection module for receiving the information of each AP unit, and a control unit for increasing the output to the AP unit determined to have decreased output according to the information collected by the AP information collection module An AP change command module for transmitting a change of the AP unit to a smart terminal connected to the corresponding AP unit when output reduction is continued even though the output is increased by the AP output increase module; An AP diagnostic test module for executing a diagnostic test of the reduced AP apparatus unit and restoring it; An AP reboot module for rebooting the AP unit when the output of the AP change unit is not recovered; and an output unit for rewriting the output of the AP module when the output of the AP unit is restored by execution of the AP diagnostic test module or the AP rebooting module. And a re-change command module for instructing the terminal to reconnect to the corresponding AP device unit.

The present invention can obtain the following effects by the above-described embodiment, the constitution described below, the combination, and the use relationship.

The present invention has the effect of providing a simultaneous interpretation system using a compact and inexpensive FM simultaneous interpretation receiver integrated earphone.

Further, since the earphone is powered and controlled by the smart terminal, the FM simultaneous interpretation receiver integrated earphone can be made compact.

1 is a block diagram of a simultaneous interpretation system in accordance with an embodiment of the present invention;
Fig. 2 is a block diagram of the portable FM simultaneous interpretation transmitter of Fig. 1; Fig.
Fig. 3 is a block diagram of the FM simultaneous interpretation receiver integrated earphone of Fig. 1; Fig.
4 is a block diagram of the interpretation speech part of FIG. 3;
Fig. 5 is a block diagram of the speech voice part of Fig. 3; Fig.
FIG. 6 is a photograph showing a state in which the FM simultaneous interpretation receiver integrated earphone and the smart terminal of FIG. 1 are connected.
FIG. 7 is a block diagram showing a detailed configuration of the collection combination server of FIG. 1; FIG.
FIG. 8 is a block diagram showing a detailed configuration of the streaming server of FIG. 1; FIG.
FIG. 9 is a block diagram showing a detailed configuration of the smart terminal of FIG. 1; FIG.
FIG. 10 is a block diagram showing a detailed configuration of the FM simultaneous interpretation processing unit of FIG. 9; FIG.
FIG. 11 is a block diagram showing a detailed configuration of the voice call setting unit of FIG. 10; FIG.
12 is a block diagram showing a detailed configuration of the signal management unit of FIG.
FIG. 13 is a block diagram showing a detailed configuration of the streaming processing unit of FIG. 9; FIG.
FIG. 14 is a block diagram showing a detailed configuration of the management server of FIG. 1; FIG.
15 is a block diagram showing a detailed configuration of an AP control unit used in a simultaneous interpretation system according to another embodiment of the present invention;
16 is a reference diagram for explaining the operation of the AP connection start unit in Fig.
FIG. 17 is a block diagram showing the detailed configuration of the AP changing unit of FIG. 15; FIG.
FIG. 18 is a reference diagram for explaining the operation of the AP changing unit of FIG. 15;
FIG. 19 is a reference diagram for explaining the operation of the AP connection distribution unit of FIG. 15;
20 is a block diagram showing a detailed configuration of the AP status management unit of FIG. 15;
FIG. 21 is a block diagram showing a detailed configuration of an AP connection unit of the smart terminal of FIG. 1; FIG.

Hereinafter, preferred embodiments of the simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. Throughout the specification, when an element is referred to as " including " an element, it is understood that the element may include other elements as well as other elements, The terms " part, " " module, " and the like denote a unit for processing at least one function or operation, which may be implemented as hardware or software or a combination of hardware and software.

1 to 14, the simultaneous interpretation system includes a portable FM simultaneous interpretation system in which simultaneous interpretation voice is modulated into an FM signal and transmitted, and a portable FM simultaneous interpretation system A transmitter 1; An FM simultaneous interpretation receiver integrated earphone (2) for converting the FM signal transmitted by the portable FM simultaneous interpretation transmitter (1) into a simultaneous interpretation voice and outputting the same; A collection combination server 3 for collecting and converting the simultaneous interpretation voice and announcement images into digital data and delivering the stored digital data to the streaming server 4; A streaming server 4 for converting the digital data transferred from the collection combination server 3 into streaming data and transmitting the same to the smart terminal 5; The FM simultaneous interpretation receiver-integrated earphone (2) is interlocked with the FM simultaneous interpretation receiver-integrated earphone (2) to supply power and control the operation thereof. A smart terminal 5 for exchanging information with the management server 6 and a management server 6 for interworking with the smart terminal 5 to exchange information.

The portable FM simultaneous interpretation transmitter 1 has a configuration in which a simultaneous interpretation voice is modulated to an FM signal and transmitted, and the portable FM simultaneous interpretation transmitter 1 is made compact so that it can be carried by a person. The portable FM simultaneous interpretation transmitter 1 includes an operation unit 11 for outputting a signal for operating the operation of the portable FM simultaneous interpretation transmitter 1, an audio collecting unit 12 for collecting and outputting simultaneous cochlear audio, An audio distribution unit 13 for outputting the simultaneous interpretation voice output from the audio collection unit 12 to the collection combination server 3 and / or the FM transmitter unit 14 in accordance with an operation signal of the operation unit 11, An FM transmitter unit 14 for modulating the simultaneous interpretation voice transmitted from the audio distribution unit 13 at a frequency set in accordance with an operation signal of the operation unit 11 into an FM signal and outputting the same, A power supply unit 16 for supplying power for the operation of the portable FM simultaneous interpretation transmitter 1 and a control unit 16 for controlling the overall operation of the portable FM simultaneous interpretation transmitter 1 And a control unit 17 for controlling the operation of the apparatus.

The FM simultaneous interpretation receiver integrated earphone 2 is configured to convert an FM signal transmitted by the portable FM simultaneous interpretation transmitter 1 into a simultaneous interpretation voice and output it. The earphone 2 is connected to the smart terminal 5 to receive power Is controlled by the smart terminal (5). The FM simultaneous interpretation receiver integrated earphone 2 includes a speaker unit 21, a microphone unit 22, an operation unit 23, a terminal connection unit 24, a controller 25, and the like. The speaker unit 21 outputs a voice signal and the microphone unit 22 receives and outputs a user's voice. The operation unit 23 controls the volume of the earphone 2, And the terminal connection unit 24 is connected to the smart terminal 5. For example, a USB terminal may be used to receive power from the smart terminal 5 and receive a control signal. That is, the FM simultaneous interpretation receiver integrated earphone 2 incorporates a configuration capable of performing the function of an FM simultaneous interpretation receiver in the configuration of a conventional earphone capable of performing voice communication, The earphone 2 and the smart terminal 5 are connected by the USB type so that the earphone 2 and the smart terminal 5 can be supplied and controlled. The FM simultaneous interpretation receiver integrated earphone 2 is supplied with power and controlled by the smart terminal 5, so that it can be manufactured at a small size and at a low cost as shown in FIG.

The controller 25 controls the operation of the FM simultaneous interpretation receiver integrated earphone 2 controlled by the smart terminal 5 and includes a power operation unit 251, a signal reception control unit 252, A voice unit 253, a voice unit 254, a signal sensing unit 255, a controller 256, and the like.

The power supply operating unit 251 is powered by the control of the smart terminal 5 to operate the FM simultaneous interpretation receiver integrated earphone 2. The earphone 2 can be miniaturized by receiving power from the smart terminal 5 without having a separate battery and the smart terminal 5 can be powered by the simultaneous interpretation through the earphone 2 It is possible to confirm that the user is listening to the voice.

The signal reception adjusting unit 252 is configured to set a frequency to be received by the FM simultaneous interpretation receiver integrated earphone 2 under the control of the smart terminal 5, FM signal.

The interpretation voice unit 253 receives the FM signal according to the frequency set by the signal reception controller 252 and converts the FM signal into a simultaneous interpretation voice to output to the speaker unit 21. The signal reception controller A signal receiving module 253a for receiving an FM signal according to a frequency set by the speaker 251 and a speaker 252 for converting the FM signal outputted from the signal receiving module 253a into a simultaneous interpretation voice, And a volume control unit 253b for controlling volume of the simultaneous interpretation voice output by the signal output module 253b according to a volume operation signal of the smart terminal 5 or the operation unit 23, Module 253c, and the like.

The voice communication unit 254 stops the operation of the interpretation voice unit 253 and controls the voice communication through the earphone 2 when a signal for voice communication is outputted from the smart terminal 5 A voice call can be performed while the earphone 2 and the smart terminal 5 are connected to each other without any special operation when a voice call is received in the smart terminal 5. [ The call voice unit 254 includes a call signal receiving module 254a for receiving a signal for informing a voice call from the smart terminal 5 and a call receiving unit 254b for receiving a voice call notification from the call signal receiving module 254a A simultaneous interpretation stopping module 254b for stopping the operation of the interpretation voice part 253 and a simultaneous interpretation stopping module 254b for stopping the simultaneous interpretation stopping module 254b between the earphone 2 and the smart terminal 5 A voice call module 254c for making a voice call; and a voice call is terminated when a voice signal is not transmitted or received by the earphone or the smart terminal for a predetermined period of time during voice call by the voice call module 254c And a re-simultaneous interpretation module 254d for making the interpretation voice part 253 operate by stopping the operation of the conversation voice part 254 by judging it. Accordingly, even when a voice call is made to the smart terminal 5 while listening to the simultaneous interpretation voice through the FM simultaneous interpretation receiver integrated earphone 2, the voice conversation can be performed as it is without separate device or operation, It is possible to automatically listen to the simultaneous interpretation voice again.

The signal sensing unit 255 measures the intensity of the FM signal received by the signal receiving module 253a under the control of the smart terminal 5 and transmits the measured intensity of the FM signal to the speaker 25, If the simultaneous interpretation voice is not audible, the intensity of the FM signal can be requested through the smart terminal 5, and the signal sensing unit 255 can measure the strength of the FM signal and transmit it to the smart terminal, It is possible to detect whether the portable FM simultaneous interpretation transmitter 1 or the FM simultaneous interpretation receiver integrated earphone 2 is detected early and to take prompt action. The signal sensing unit 255 includes a signal strength measurement module 255a for measuring the strength of the FM signal received under the control of the smart terminal 5 and a signal strength measurement module 255a for measuring the strength of the FM signal measured by the signal strength measurement module 255a. And a signal strength transmission module 255b for transmitting the strength of the signal strength to the smart terminal 5, and the like. The controller 256 controls the overall operation of the controller 25.

The collection and combination server 3 collects simultaneous interpretation speech and announcement images, converts the digital data into digital data, stores the digital data, and transmits the stored digital data to the streaming server 4, A video acquisition unit 32 for receiving and storing the presentation video, and the like.

The audio collecting unit 31 receives the simultaneous interpretation voice, converts the digital voice data into digital data, stores the voice data, and transmits the concurrent interpretation voice converted into the digital data to the streaming server 4, The digital data of the stored simultaneous interpretation voice is transmitted to the smart terminal 5 so that the simultaneous interpretation voice can be heard again even if it is not real time. The audio collecting unit 31 includes an audio input module 311 for receiving a simultaneous interpretation voice for each conference and a language, an audio encoding module 311 for encoding a simultaneous interpretation voice input by the audio input module 311 into digital data, An audio storage module 313 for storing the simultaneous interpretation voice encoded by the audio encoding module 312 and a simultaneous interpretation voice encoded by the audio encoding module 312 to the streaming server 4 And an audio transmission module 314 for transmitting the audio data. The audio input module 311 can input simultaneous interpretation voices of various languages. When a plurality of conferences are simultaneously performed, the audio input module 311 can receive a simultaneous interpretation voice for each conference, and the audio encoding module 312 MP3, etc., and the encoded simultaneous interpretation voice is stored in the collection combination server 3 by the audio storage module 313, and the audio transmission module 314 To the streaming server (4). The audio transmission module 314 may transmit the simultaneous interpretation voice stored by the audio storage module 313 to the smart terminal 5 at the request of the smart terminal 5.

The video collecting unit 32 receives the announcement image of the presenter, converts the received announcement image into digital data, stores the digital image data, and transmits the announcement image converted into digital data to the streaming server 4, The digital data of the stored announcement image is transmitted to the smart terminal 5 according to the control of the smart phone 5 so that the announcement image can be viewed again even if it is not real time. The video collecting unit 32 includes a video input module 321 for receiving the presentation video, a video encoding module 322 for encoding the presentation video input by the video input module 321 into digital data, A video storage module 323 for storing the presentation image encoded by the encoding module 322 and a video transmission module 324 for transmitting the presentation video encoded by the video encoding module 322 to the streaming server 4 ). The description of the video input module 321, the video encoding module 322, the video storage module 323 and the video transmission module 3254 may be applied to the audio input module 311, the audio encoding module 312, The audio transmission module 313, the audio transmission module 314, the simultaneous interpretation voice, and the announcement image, and thus the detailed description thereof will be omitted. For reference, H.264, AVC, etc. may be applied to the encoding of presentation video.

The streaming server 4 converts the digital data transferred from the collection combination server 3 into streaming data and transmits the streaming data to the smart terminal 5. The streaming server 4 enables real time output through the smart terminal 5, In particular, the digital data transmitted from the collection combination server 3 is decoded again to be converted into streaming data, thereby reducing quality degradation of the simultaneous interpretation voice and announcement video. The streaming server 4 includes an audio streaming unit 41 for converting simultaneous interpretation speech delivered from the collection combination server 3 into streaming data, And a video streaming unit 42 for converting the video stream.

The audio streaming unit 41 converts the digital data of the simultaneous interpretation voice transmitted from the collection combination server 3 into streaming data and transmits the streaming data to the smart terminal 5, An audio streaming conversion module 412 for converting the simultaneous interpretation speech decoded by the audio decoding module 411 into streaming data; And an audio streaming transmission module 413 for transmitting the simultaneous interpretation voice converted into the streaming data by the conversion module 412 to the smart terminal 5. The streaming conversion module 412 divides the decoded simultaneous interpretation speech into a very small number of pieces of streaming data, and transmits the streaming data to the smart Real time reproduction through the terminal device 5 is enabled. The audio streaming conversion module 412 converts the simultaneous interpretation voice decoded by the audio decoding module 411 into a small piece of streaming data, rather than a compressed simultaneous interpretation voice encoded by the audio encoding module 312 So that the deterioration of the sound quality can be reduced. The audio streaming transmission module 413 transmits the simultaneous interpretation voice converted into the streaming data to the smart terminal 5 using the Internet or the like so that simultaneous interpretation voice through the smart terminal 5 can be heard in real time .

The video streaming unit 42 is configured to convert a presentation image transmitted from the collection and combination server 3 into streaming data and transmit the same to the smart terminal 5, A video streaming conversion module 422 for converting the presentation video decoded by the video decoding module 421 into streaming data; and a video streaming module 422 for converting the presentation video decoded by the video decoding module 421 into streaming data. And a video streaming transmission module 423 for transmitting the presentation image converted into the streaming data to the smart terminal 5. The video streaming conversion module 422 divides the decoded presentation video into a very small number of pieces of streaming data to enable real-time playback through the smart terminal device 5, and the video encoding module 322 encodes and compresses The announcement image decoded by the video decoding module 421 is converted into a small piece of streaming data instead of the announcement image, so that it is possible to reduce the deterioration of image quality. The video streaming transmission module 423 transmits the presentation image converted into the streaming data to the smart terminal 5 by using the Internet or the like so that the presentation image through the smart terminal 5 can be heard in real time.

The smart terminal 5 is connected to the FM simultaneous interpretation receiver integrated earphone 2 to supply power to the FM simultaneous interpretation receiver integrated earphone 2 and to control the operation, And a presentation image, and is configured to exchange conference-related information with the management server 6, and may be a mobile device such as a smart phone or a tablet capable of wireless communication, can install an application, May be applied. Therefore, when only the application for using the simultaneous interpretation system according to the present invention is installed, power is supplied to the earphone 2 and the operation is controlled, and the simultaneous interpretation voice and the real time output of the announcement video from the streaming server 4, And it becomes possible to exchange conference related information with the management server 6. The smart terminal 5 includes a transceiver 51, an earphone connection unit 52, an FM simultaneous interpretation processor 53, a streaming processor 54, a conference information processor 55, and a controller 56.

The transceiver 51 exchanges information with the streaming server 4 and the management server 6. The earphone connection unit 52 is configured to connect the earphone 2. For example, a USB port may be used to supply power to the earphone 2 and output a control signal.

The FM simultaneous interpretation processing unit 53 includes a power setting unit 531, a signal setting unit 532, a volume setting unit 533 A voice call setting unit 534, a signal management unit 535, and the like.

The power supply setting unit 531 is configured to supply power to the earphone 2 in accordance with an operation signal of a user and the power supplied to the earphone 2 is supplied by the power supply operating unit 251 to the earphone 2 And is used for operation.

The signal number establishing unit 532 is configured to adjust the frequency of the FM signal received by the earphone 2 and adjust the frequencies set differently according to the simultaneous interpretation language and the simultaneous interpretation place, Enables listening to the interpreter language. Therefore, the user of the simultaneous interpretation system according to the present invention can easily set a desired frequency through the smart terminal 5 owned by the user.

The volume setting unit 533 is configured to adjust the size of the simultaneous interpretation voice output from the earphone 2. When the volume is adjusted by the volume setting unit 533, So that the size of the simultaneous interpretation voice outputted from the signal output module 253c is adjusted.

The voice call setting unit 534 controls voice communication through the earphone 2 when a voice call is received from the smart phone 5 during simultaneous interpretation voice output from the earphone 2 A call reception module 534a for receiving a voice call to the smart terminal 5 and a simultaneous interpretation voice output from the earphone 2 when a voice call is received by the call reception module 534a (Not shown) which outputs a voice announcement for notifying the user of a simultaneous interpretation voice at a specific conference when the earphone 2 is judged that simultaneous interpretation voice is output, The interpretation confirmation module 534b for outputting the announcement message to the interpretation confirmation module 534b and the interpretation confirmation module 534b for outputting the announcement, A call notification module 534c for transmitting notification information indicating that a voice call has been received to the earphone 2; and a notification module 534b for transmitting notification information to the earphone 2 by the call notification module 534c, And an audio transmission / reception module 534d for transmitting / receiving the voice call to / from the earphone 2 when the output of the simultaneous interpretation voice is stopped and the transmission / reception of the voice is started. The simultaneous interpretation confirmation module 543b determines whether simultaneous interpretation voice is output through whether the earphone 2 is powered.

The signal management unit 535 requests the earphone 2 to measure the strength of the FM signal and manages whether the FM signal is normally received. If the listening of the simultaneous interpretation voice through the earphone 2 is not smooth , It is possible to check the reception state of the FM signal by checking the intensity of the FM signal to the earphone 2 and checking whether the intensity of the FM signal is in the normal range. The signal management unit 535 includes a signal requesting module 535a for requesting the signal sensing unit 255 to measure the strength of the FM signal and a signal requesting unit 535b for determining whether the strength of the FM signal received from the signal sensing unit 255 is equal to or less than a set value And a reception deterioration notification module 535c for notifying the reception degradation when the intensity of the FM signal is lower than a set value by the signal determination module 535b.

The streaming processing unit 54 controls the output of the simultaneous interpretation speech and presentation video provided by the streaming server 4 and includes a conference selection unit 541, a content real-time output unit 542, a content re- 543) and the like.

The conference selection unit 541 selects a type of conference and a simultaneous interpretation language. The conference selection unit 541 receives and outputs a simultaneous interpretation voice and a presentation image according to the selected conference, and selects a desired simultaneous interpretation voice among the simultaneous interpretation voice in the selected conference To be selected.

The content real-time output unit 542 outputs a simultaneous interpretation voice and announcement video related to the conference selected by the conference selecting unit 541 and a simultaneous interpretation language in real time. The streaming server 4 outputs streaming data And outputs it through the smart terminal 5. The content real-time output unit 542 includes a streaming data receiving module 542a for receiving the streaming data of the conference and the simultaneous interpretation language selected by the conference selecting unit 541 from the streaming server 4, A real-time audio output module 542c for outputting a simultaneous interpretation voice among the streaming data received by the streaming data receiving module 542b, and a real-time video output module 542b for outputting a presentation video among the streaming data received by the streaming data receiving module 542a Module 542c.

The contents re-output unit 543 is configured to request the transmission of the simultaneous interpretation speech and announcement image stored in the collection combination server 3 and to output the simultaneous interpretation speech and the like The user can request the data stored in the collection combination server 2 at any time to listen to and preview the simultaneous interpretation voice and presentation video again at any time even if the user can not hear or watch the real time output.

The conference information processing unit 55 transmits a conference request data request signal of the user to the management server 6 and extracts information indicating that the user is using the simultaneous interpretation system and transmits the extracted information to the management server 6, A request information processing unit 551, an automatic information processing unit 552, and the like.

The request information processor 551 transmits a request signal of a conference related data of the user to the management server 6, and the conference related data includes all data related to conferences such as presentation data and conference introduction data.

The automatic information processing unit 552 is configured to extract information indicating that the user is using a simultaneous interpretation service of a specific language (e.g., English, Chinese, Japanese, etc.) and transmit the information to the management server 6, In order to output the simultaneous interpretation voice by the smart phone 5, the smart phone 5 must be supplied with power and controlled (when controlling the frequency at which the earphone 2 can receive the FM signal for the simultaneous interpretation voice of a specific language A specific simultaneous interpretation language is selected by the streaming processing unit 54 and the simultaneous interpretation speech and presentation image output from the streaming server 4 are output from the smart terminal 5, The information processing unit 552 can extract information informing that the user is using the simultaneous interpretation service of the specific language. The control unit 56 controls the overall operation of the smart terminal.

The management server 6 is configured to exchange information with the smart terminal 5 in order to exchange information with the smart terminal 5. The management server 6 includes a transmitting / receiving unit 61, a setting information providing unit 62, a conference information providing unit 63, 64, a storage unit 65, a control unit 66, and the like.

The transceiver 61 exchanges information with the smart terminal 5.

The setting information providing unit 62 is configured to output information to the smart terminal 5 with a frequency differently set according to a simultaneous interpretation language, a simultaneous interpretation place, and the like.

The conference information providing unit 63 receives the conference related data request signal from the request information processing unit 551 and outputs the conference related data to the smart terminal 5.

When the automatic information processing unit 552 extracts information indicating that the automatic language interpretation service is being used by the automatic information processing unit 552 and transmits the extracted information to the management server 6, And outputs the generated information to the smart terminal 5. The automatic information processing unit 552 extracts information indicating that the simultaneous interpretation service is used by the automatic information processing unit 552 even if there is no request from the simultaneous interpretation service user, The provider 64 generates tourism information tailored to the user and outputs the generated tourist information to the smart terminal 5. The supplementary information providing unit 64 extracts specific language information and extracts information indicating that the automatic information processing unit 552 is using a simultaneous interpretation service for a specific language, A peripheral information extracting module 642 for extracting the tourist information around the conference place from the storage 65 when the user is specified by the user confirmation module 641, An individual information extraction module 643 for extracting the tourist information preferred by a specific user from the storage 65 by the user confirmation module 641 when the tourist information around the conference location is extracted by the user identification module 641, The information extracting module 643 modifies and outputs the tourist information around the conference location extracted by the surrounding information extracting module 642 in accordance with the tourist information preferred by the specific user extracted by the information extracting module 643 A module (644), and the like. For example, when the Arabic language is used as the simultaneous interpretation service, the user confirmation module 641 specifies the user as an Arabic, and the individual information extraction module (643) extracts information that Arabs like horseback riding and does not eat pork, and the matching module (644) can perform horse riding on the tourist information around the conference place extracted from the peripheral information extraction module (642) The place is highlighted and the restaurant selling pork is deleted to display tourist information.

The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone according to another embodiment of the present invention will be described with reference to Figs. 15 to 21. The simultaneous interpretation system includes an AP control unit 7, an AP apparatus unit 8, , And the smart terminal 5 further includes an AP connection unit 57. [ The simultaneous interpretation system according to another embodiment of the present invention is characterized in that the concurrent interpretation voice and presentation video transmitted from the collection combination server 3 and the streaming server 4 are transmitted to the smart terminal 5 And an AP device is installed in a plurality of zones to enable transmission of a wireless signal to the smart terminal 5 through the AP device. The simultaneous interpretation system manages the state of the AP device unit 8 through the AP control unit 7 and controls the connection between the AP device unit 8 and the smart terminal 5 to control the AP device unit 8 ) And the smart terminal 5, thereby enabling a high-quality simultaneous interpretation service to be provided even in a large event where a large number of people are concentrated.

The AP control unit 7 is configured to manage the state of the AP device unit 8 and to control the state thereof so that the communication between the AP device unit 8 and the smart terminal 5 is smooth . The AP control unit 7 includes an AP connection start unit 71 for initiating a connection between the smart terminal 5 and the AP device unit 8, a change of the AP device unit 8 from the smart terminal 5, An AP changing unit 73 for searching for and transmitting an optimum AP unit 8 when there is a request, an AP access distributing unit 75 for preventing a connection from being concentrated in the specific AP unit 8, And an AP state management unit 77 for identifying and managing the state of the device unit 8.

The AP connection start unit 71 starts the connection between the smart terminal 5 and the AP device unit 8 so that the smart terminal 5 can receive conference contents such as simultaneous interpretation voice and announcement video A connection request receiving module 711 for receiving a connection request from the smart terminal 5 and information about the AP device unit 8 around the smart terminal 5 that has transmitted the connection request, 5). ≪ / RTI >

The connection request receiving module 711 is configured to receive a connection request from the smart terminal 5 and includes a connection request module 571 to be described later of the smart terminal 5, The access request receiving module 711 receives the access request and transmits the access request to the AP information transmitting module 712. [

The AP information transmission module 712 receives information on the smart terminal 5 that has transmitted the connection request and the connection request from the connection request receiving module 711 and transmits the connection request to the AP device unit 8 And transmits the information on the searched AP device to the smart terminal 5. The information on the AP device unit 8 includes a list of the plurality of AP device units 8, a list of the scan time with respect to the AP control unit 7, a threshold value of each AP device unit 8, (RSSI), etc., and the information can be transmitted to the smart terminal 5 so that the user can move to an appropriate place or select an appropriate AP unit 8 to make a connection.

The AP changing unit 73 changes the connection of the AP apparatus 8 from the smart terminal 5 to the optimal AP apparatus 8 among the neighboring AP apparatus units 8 excluding the corresponding AP apparatus unit 8. [ (8) to change the connected AP device unit (8). The AP changing unit 73 judges that the communication quality of the user receiving the simultaneous interpretation service is low and requests the change of the AP device unit 8 through the smart terminal 5, The strength of the signal of the smart terminal 5 is measured and compared, and the optimal AP device unit 8 is thereby found and transmitted. Thus, the optimum communication quality can be maintained. The AP changing unit 73 includes an AP change request receiving module 731 for receiving a request for changing the AP device unit 8 from the smart terminal 5 and a smart terminal 5 The AP scan module 732 searches for the AP device unit 8 in the vicinity of the AP device unit 8 and the smart terminal 5 that requested the change of the AP device unit 8 from the AP device unit 8 found in the AP scan module 732, The terminal signal strength measurement module 733 receiving and measuring the signal of the smart terminal 5 according to the signal intensity of the smart terminal 5 measured by the terminal signal strength measurement module 733; And an optimum AP information transmitting module 734 for transmitting the corresponding information.

The AP change request receiving module 731 receives a connection change request from the smart terminal 5, and when the smart terminal 5 determines that the communication quality is poor and requests connection change, (5) to the AP scanning module (732).

The AP scan module 732 receives the connection change request and the information of the smart terminal 5 related thereto from the AP change request receiving module 731 and transmits the connection change request to the AP device unit 8 around the smart terminal 5 Search. The information about the searched AP device unit 8 is transmitted to the terminal signal strength measurement module 733 so that the signal strength of the smart terminal 5 is measured by each AP device unit 8.

The terminal signal strength measurement module 733 measures the signal of the smart terminal 5 requesting the connection change as shown in FIG. 18 to the AP device unit 8 retrieved from the AP scan module 732 . The measured signal strength information is transmitted to the optimum AP information transmission module 734 to determine the optimum AP.

The optimum AP information transmission module 734 determines an optimal AP according to the terminal strength information of each AP unit 8 measured by the terminal signal strength measurement module 733, To the smart terminal (5). The optimum AP information transmission module 734 selects the AP device unit 8 having the highest signal strength among the AP device units for which the signal strength of the smart terminal 5 is measured as an optimal AP, And the connection AP unit 8 of the smart terminal 5 is automatically changed according to the transmitted information of the AP unit 8.

The AP connection distributing unit 75 is configured to prevent traffic from being concentrated on a specific AP device unit 8 among a plurality of AP device units 8, So that the signal strength can be adjusted accordingly. The AP connection distributing unit 75 includes a connection number monitoring module 751 for monitoring the number of connections of each AP device unit 8 and a connection number monitoring unit 751 for monitoring the number of connection units monitored by the connection number monitoring module 751. [ And a transmission signal adjustment module 752 that adjusts the signal strength of the transmission signal.

The AP accessory number monitoring module 751 monitors the number of accesses of each AP device unit 8 in real time and when the number of monitored accesses exceeds the set value, So that the signal intensity of the signal 8 can be adjusted.

The transmission signal control module 752 controls the AP device unit 8 and the neighboring APs 8 in a case where the number of accesses of the specific AP device unit 8 is monitored by the AP accessory number monitoring module 751 to exceed the set value, The traffic intensity is automatically reduced by adjusting the signal strength of the device unit 8. [ In other words, the AP connection start unit 71 and the AP changing unit 73 select the AP device unit 8 having a strong signal strength so as to connect the smart terminal 5, It is possible to reduce the traffic by inducing the AP device unit 8 to reduce the signal strength of the AP device unit 8 by decreasing the signal strength so as to naturally decrease the connection, So that the connection traffic can be dispersed by inducing the connection to increase naturally. For example, as shown in FIG. 19, when the three smart terminals 5 are connected and exceed the set value, the specific AP device unit B determines the intensity B 'of the signal of the specific AP device unit B, , And increases the signal strength A 'of the AP apparatus unit A having a small number of connections. Accordingly, traffic to each AP device unit 8 can be distributed automatically to prevent concentration of traffic.

The AP status management unit 77 is configured to recognize and manage the status of each AP device unit 8. When there is a problem such as a decrease in the output of the AP device unit 8, So that the AP device unit 8 can be restored to maintain the communication quality. The AP status management unit 77 includes an AP information collection module 771 for receiving the information of each AP device unit 8, An AP output increasing module 772 for increasing the output to the AP unit 8, and an output decreasing module 772 for incrementing the output by the AP output increasing module 772, An AP change command module 773 for transmitting a change of the AP device unit 8 to the connected smart terminal 5, an AP diagnostic test unit 773 for executing and repairing a diagnostic test of the AP apparatus unit 8 whose output has been reduced An AP reboot module 775 that performs a reboot of the AP device unit 8 when the output is not recovered even when the AP diagnostic test module 774 executes the AP diagnostic test module 774, When the output of the AP device unit 8 is restored by the execution of the reboot module 775, And a re-change command module 776 for instructing reconnection of the smart terminal 5 to the corresponding AP device unit 8 by the module 773. [

The AP information collection module 771 is configured to collect information on each AP device unit 8 at regular intervals and to manage the status of each AP device unit 8, The output of which is monitored. Accordingly, when the output of the AP unit 8 decreases to a certain degree or more, the AP output increasing module 772 increases the output.

When the output of the AP device unit 8 decreases to a certain level or more according to information collected by the AP information collection module 771, the AP output increase module 772 outputs the output of the AP device unit 8 So that the communication quality between the AP device unit 8 and the smart terminal 5 can be maintained by reducing the output due to the shadow area and the quality degradation.

The AP change command module 773 increases the output of the AP device unit 8 by the AP output increase module 772 and if the output of the AP device unit 8 is not recovered, It is determined that an abnormality has occurred in the device unit 8, and the smart terminal 5 connected to the AP device unit 8 is instructed to change the AP. The AP change command module 773 measures the signal strength of the peripheral AP device unit 8 with the smart terminal 5 like the AP change unit 73 and measures the signal strength with the AP device unit 8 having the highest signal strength To the smart terminal 5 so that the AP device unit 8 of the smart terminal 5 is automatically changed.

If the output is not recovered even when the output of the AP output increase module 772 is increased, the AP diagnostic test module 774 changes the AP device unit 8 by the AP change command module 773 And a diagnostic test of the AP apparatus unit 8 having a problem is performed. The diagnostic test is the same as the general configuration for checking the connection state of the AP device unit 8 and enables the recovery of the AP device unit 8 in which an abnormality has occurred by allowing the recovery process to proceed automatically.

The AP reboot module 775 causes the AP device unit 8 to be rebooted when the output of the AP device unit 8 is not recovered despite the execution of the AP diagnostic test module 774. [

When the output of the AP device unit 8 is restored by execution of the AP diagnostic test module 774 or the AP reboot module 775, the re-change command module 776 changes the AP change command module 773 The AP device unit 8 is changed again to the recovered AP device unit 8 by transmitting the re-change command to the smart terminal 5, .

The AP device unit 8 is connected to the streaming server 2 and receives streaming data and transmits the streaming data through a wireless signal. The AP device unit 8 transmits a signal using a Wi-fi radio signal. Accordingly, the AP device unit 8 may be an Access Point device capable of converting a wired signal into a wireless signal and outputting it to a predetermined area, and a plurality of APs may be formed to provide a simultaneous interpretation service over a wide area . Since the AP device unit 8 manages the output state and the connection state of the smart terminal 5 by the AP control unit 7, it is possible to maintain the optimum communication state, Services can be provided.

In addition, the smart terminal 5 further includes an AP connection unit 57.

The AP connection unit 57 is configured to manage and control the connection between the AP device unit 8 and the smart terminal 5 and includes a connection request module 571 for requesting connection with respect to the AP device unit 8, An AP information receiving module 572 for receiving AP information from the control unit 7; an AP selection module 573 for selecting an AP device unit 8 to be connected according to AP information received from the AP information receiving module 572; An AP change request module 574 for requesting a change of the connected AP device unit 8, an AP change module 574 for changing the AP device unit 8 according to the optimum AP information transmitted from the AP change unit 73 575).

The connection request module 571 allows a person who wants to receive a simultaneous interpretation service to request a connection through an application installed in his / her smart terminal 5, and can request a connection by touching a connection button or the like A connection request is transmitted to the access request receiving module 711 of the AP control unit 7 and information about the AP device unit 8 is transmitted by the AP information transmission module 712.

The AP information receiving module 572 is configured to receive and display the information transmitted by the AP information transmitting module 712. The AP information receiving module 572 includes a list of connectable AP device units 8, The scan time, the threshold value of each AP device unit 8, and the reception intensity. Accordingly, the user can move to an appropriate position or select an appropriate AP device unit 8 to be able to connect with the AP device unit 8 by the AP selection module 573.

The AP selection module 573 is configured to select an appropriate AP device unit 8 according to the information received by the AP information reception module 572. The smart terminal 5 and the AP device unit 8, And the simultaneous interpretation voice and announcement video can be received through the connected AP device unit 8.

The AP change request module 574 is configured to allow the user to request the change of the connected AP device unit 8 when the communication quality is degraded. And the AP changing unit 73 of the AP control unit 7 is executed according to the AP change request to receive the optimum AP information.

The AP change module 575 requests the change of the AP device unit 8 by the AP change request module 574 to execute the AP change unit 73 and transmits the change request to the optimum AP information transmission module 734 So that the AP apparatus unit 8 can be changed accordingly. Accordingly, the user receiving the conference content according to the present invention requests the change of the AP device unit 8 when the quality of the simultaneous interpretation voice and the presentation video is degraded, and automatically connects to the optimum AP device unit 8 The optimum communication quality can be maintained.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Should be interpreted as falling within the scope of.

1: portable FM simultaneous interpretation transmitter 2: FM simultaneous interpretation receiver integrated earphone
3: Collection combination server 4: Streaming server 5: Smart terminal
6: management server 11: operating unit 12: audio collecting unit
13: Audio distribution unit 14: FM transmitter unit 15: Antenna unit
16: power supply unit 17: control unit 21: speaker unit
22: microphone section 23: operation section 24: terminal connection section
25: controller 31: audio collecting unit 32: video collecting unit
41: Audio streaming unit 42: Video streaming unit 51: Transmitting /
52: earphone connection unit 53: FM simultaneous interpretation processing unit 54: streaming processing unit
55: conference information processing unit 56: control unit 61:
62: setting information providing unit 63: conference information providing unit 64: additional information providing service
65: storage unit 66: control unit 251:
252: Signal reception adjusting section 253: Interpretation voice section 254:
255: Signal detection unit 256: Control unit 311: Audio input module
312: audio encoding module 313: audio storage module 314: audio transmission module
321: video input module 322: video encoding module 323: video storage module
324: video transmission module 411: audio decoding module 412: audio streaming conversion module
413: Audio streaming transmission module 421: Video decoding module
422: video streaming conversion module 423: video streaming transmission module
531: power setting unit 532: signal setting unit 533: volume setting unit
534: Voice call setting unit 535: Signal management unit 541: Conference selection unit
542: content real-time output unit 543: contents re-output unit 551: request information processing unit
552: automatic information processing unit 641: user confirmation module 642: peripheral information extraction module
643: individual information extracting module 644: matching module 253a: signal receiving module
253b: signal output module 253c: volume operation module 254a: call signal reception module
254b: simultaneous interpretation stop module 254c: voice call module 254d: re-simultaneous interpretation module
255a: Signal strength measurement module 255b: Signal strength transmission module 534a:
534b: simultaneous interpretation confirmation module 534c: call notification module 534d: voice transmission / reception module
535a: Signal request module 535b: Signal judgment module 535c: Signal deterioration notification module
542a: Streaming data receiving module 542b: Real time audio output module
542c: Real-time video output module

Claims (10)

An FM simultaneous interpretation receiver integrated earphone for converting an FM signal into a simultaneous interpretation voice and outputting the same; And a smart terminal interfaced with the FM simultaneous interpretation receiver integrated earphone to supply power to the FM simultaneous interpretation receiver integrated earphone and control operation thereof,
The FM simultaneous interpretation receiver integrated earphone includes a power supply operating unit for receiving the power supplied by the control of the smart terminal and activating the FM simultaneous interpretation receiver integrated earphone, And an interpretation voice unit for receiving the FM signal according to the frequency set by the signal reception controller and converting the FM signal into a simultaneous interpretation voice,
Wherein the smart terminal includes a power setting unit for supplying power to the earphone according to an operation signal of a user and a signal reception setting unit for adjusting a frequency of an FM signal received by the earphone, Simultaneous interpretation system using. The method according to claim 1,
The FM simultaneous interpretation receiver integrated earphone includes a voice communication unit for stopping the operation of the interpretation voice unit and controlling voice communication through the earphone when a signal for voice communication is outputted from the smart phone, And a signal sensing unit for measuring and transmitting the strength of the FM signal received by the signal receiving module,
The smart terminal includes a voice call setting unit for controlling the earphone to perform voice communication through the earphone when a voice call is received from the smart phone during simultaneous interpretation voice output from the earphone, And a signal management unit for managing whether or not the signal is normally received. The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone. 3. The method of claim 2,
A voice signal receiving module for receiving a voice call announcement signal from the smart terminal; a simultaneous interpretation stopping module for stopping the operation of the interpretation voice part when a voice call notification is received by the call signal receiving module; A voice call module for making a voice call between the earphone and the smart terminal in a state where simultaneous interpretation is interrupted by the simultaneous interpretation interruption module; And a re-simultaneous interpretation module for determining that the telephone conversation is terminated when the voice signal is not transmitted or received by the terminal, thereby stopping the operation of the conversation voice part and operating the interpretation voice part,
Wherein the voice call setting unit comprises: a call receiving module for receiving a voice call incoming to the smart terminal; and a controller for checking whether simultaneous interpretation voice is output from the earphone when a voice call is received by the call receiving module, A simultaneous interpretation confirmation module for listening to a simultaneous interpretation voice at a specific conference and outputting an announcement to interrupt the call if it is not an emergency call to a telephone outputting a voice call; A call notification module that transmits notification information indicating that a voice call has been received to the earphone when the voice call is continuously outputted for a predetermined period even though the announcement information is transmitted to the earphone by the call notification module; The output of the simultaneous interpretation voice is interrupted, And an audio transmission / reception module for transmitting / receiving a call voice to / from the earphone when the reception is started. The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone. The method according to claim 1,
The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone includes a collection combination server for collecting simultaneous interpretation speech and announcement images, converting the digital speech data into digital data, storing the digital speech data, and transmitting the stored digital data to a streaming server; A streaming server for converting the digital data transferred from the collection combination server into streaming data and transmitting the streaming data to the smart terminal; And a management server for interworking with the smart terminal to exchange information,
The smart terminal comprises: a streaming processor for controlling output of a simultaneous interpretation voice and announcement video provided by the streaming server; a transmitter for transmitting a conference request data request signal of the user to a management server and for informing that the user is using a simultaneous interpretation system And a conference information processor for extracting and transmitting the extracted information to the management server. The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone. 5. The apparatus of claim 4, wherein the streaming processing unit
A content selection unit for selecting a type of a conference and a simultaneous interpretation language; a content real-time output unit for outputting simultaneous interpretation speech and presentation video related to a conference and a simultaneous interpretation language selected by the conference selection unit in real time; And a content re-output unit for requesting and outputting a simultaneous interpretation voice and a presentation image stored in the FM simultaneous interpretation receiver integrated earphone. 5. The method of claim 4,
The conference information processing unit includes a request information processing unit for transmitting a conference request data request signal to a management server, an automatic information processing unit for extracting information indicating that the user is using a simultaneous interpretation service of a specific language, ≪ / RTI &
The method of claim 1, further comprising the steps of: determining whether the earphone is powered on and controlled by the smart terminal and outputting an FM signal for a simultaneous interpretation voice of a specific language when the earphone is controlled; A specific simultaneous interpretation language is selected by the streaming processing unit, and simultaneous interpretation speech and presentation image output from the streaming server are output from the smart terminal, so that the automatic information processing unit can recognize that the user uses a simultaneous interpretation service for a specific language The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone characterized in that the information can be extracted. The method according to claim 6,
The management server includes: a setting information providing unit for outputting information on a frequency differently set according to a simultaneous interpretation language and a simultaneous interpretation place to the smart terminal; and a conference information providing unit for receiving a conference related data request signal by the request information processing unit, And the automatic information processing unit extracts information indicating that the automatic language interpretation service is used in a specific language and transmits the extracted information to the management server, And outputting the generated information to the smart terminal. The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone. 8. The method of claim 7,
The additional information providing unit may include a user confirmation module for extracting specific language information and specifying a user when the automatic information processing unit extracts and outputs information indicating that the simultaneous interpretation service of a specific language is used, A peripheral information extraction module for extracting tourist information around a conference location when a user is specified; and a navigation module for extracting tourist information that is preferred by a specific user by the user confirmation module when the peripheral information extraction module extracts tourist information around the conference location And a matching module for modifying and outputting the tourist information around the conference location extracted by the surrounding information extracting module according to the tourist information preferred by the specific user extracted by the individual information extracting module The FM simultaneous interpretation receiver integrated earphone Simultaneous interpretation system. 5. The method of claim 4,
The simultaneous interpretation system using the FM simultaneous interpretation receiver integrated earphone is provided with an AP control unit for managing the state of the AP unit and controlling the state of the AP unit; And an AP device connected to the streaming server to receive the streaming data and convert the received streaming data into a wireless signal and transmit the wireless signal to the smart terminal,
The AP control unit includes an AP connection initiation unit for initiating connection between the smart terminal and the AP unit, an AP change unit for searching for and transmitting an optimal AP unit when a change request of the AP unit is received from the smart terminal, An AP connection distributing unit for preventing a connection from being concentrated in the AP device unit; and an AP status management unit for identifying and managing the status of each AP device unit. 10. The method of claim 9,
Wherein the AP connection initiation unit includes an access request receiving module for receiving a connection request from the smart terminal and an AP information transmitting module for transmitting information on the AP unit in the vicinity of the smart terminal that transmitted the connection request to the smart terminal,
The AP changing unit includes an AP change request receiving module for receiving a request for changing the AP device unit from the smart terminal, an AP scan module for searching for an AP device unit around the smart device requesting the change of the AP device unit, A terminal signal strength measurement module for measuring a signal of the smart terminal requesting the change of the AP unit from the AP unit and receiving the measured signal, and selecting the optimum AP unit according to the signal strength of the smart terminal measured by the terminal signal strength measurement module And an optimum AP information transmitting module for transmitting the corresponding information,
Wherein the AP access distribution unit includes a connection number monitoring module for monitoring the number of accesses of each AP unit and a transmission signal control module for controlling signal strength of the AP unit according to the number of accesses monitored by the access number monitoring module,
The AP status management unit includes an AP information collection module for receiving information on each AP unit, an AP control unit for increasing the output to the AP unit determined to have decreased output according to the information collected by the AP information collection module, An AP change command module for transmitting a change of the AP unit to a smart terminal connected to the corresponding AP unit when the output decrease is continued even though the output is increased by the AP output increase module; An AP reboot module for rebooting the AP unit if the output is not recovered even when the AP diagnostic test module is executed; When the output of the corresponding AP unit is restored by execution of the reboot module, the AP change command module transmits the corresponding AP Simultaneous interpretation system using the FM receiver integrated simultaneous interpretation earpiece comprises a re-change command to the command module to reconnect to the tooth.

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