KR20200121970A - Remote lighting unit, module having the romote lighting unit and terminal unit, integrated control system and the method for controliing the same - Google Patents

Abstract

The present invention relates to a concert control system (1), a remote unit provided thereto, and a control method thereof, wherein the concert control system (1) includes: the remote unit (10) that stores concert data for performing light output in response to concert hall specific information, receives current concert performance information, and uses concert data corresponding to current concert performance information to allow optical output through a built-in remote unit output unit; and a concert control base (40) for transmitting current concert performance information to a concert hall where the remote unit is placed so that the remote unit can output light corresponding to the concert data.

Description

A remote unit, a remote unit terminal module having the same, an integrated control system having the same, and a control method thereof {REMOTE LIGHTING UNIT, MODULE HAVING THE ROMOTE LIGHTING UNIT AND TERMINAL UNIT, INTEGRATED CONTROL SYSTEM AND THE METHOD FOR CONTROLIING THE SAME}

The present invention relates to a plurality of output devices that perform at least a function of outputting light at a place where visitors are attracted, a system including the same, and a control method thereof.

With the recent development of the content market, various IT technologies related to content are emerging. For example, a smart cheering tool according to the development of Korean Wave culture in performances or a smart toy according to the development of animation contents are typical examples. It is a trend that is developed in a way to control LED lighting by analyzing or remotely controlling the rooting tool from the center using RF communication.

A normal cheering tool needs to transmit a lot of data as the quality of the performance increases, which incurs high cost of the communication module provided from the standpoint of the provided cheering tool, or a large group size in the process of receiving data from the standpoint of the performance hall In order to prevent communication disruption due to an overload in communication of the concert hall or an overload of the communication server at the concert hall, the cost increase problem was accompanied by the provision of a communication antenna of a large size.

The present invention was invented to solve the problems of the related art as described above, and the communication facility of the concert hall fundamentally blocks the problem of communication errors due to transmission and reception of large-capacity data with remote units by transmitting only simplified performance information. , Provides a remote unit for reducing the cost of concert hall facilities, a concert system having the same, and a method for controlling the same.

In order to achieve the above technical problem, the present invention stores concert data for performing light output in response to concert hall specific information, receives current concert performance information, and uses concert data corresponding to current concert performance information. Thus, the remote unit 10 capable of optical output through the built-in remote unit output unit, and a concert that transmits current concert performance information to the concert venue where the remote unit is located so that the remote unit achieves optical output corresponding to concert data. A concert control system 1 comprising a control base 40 is provided.

In the concert control system, the remote unit 10 comprises: a remote unit communication unit 16 for receiving the current concert performance information, and concert data including data for performing light output corresponding to the concert venue specific information A remote unit output unit 17 including a remote unit storage unit 13 for storing a light output, a remote unit light output unit 171 for performing light output, and the remote unit communication unit 16 provide the current concert performance information A remote unit that estimates the current time with an internal clock from the time of receiving the signal, and executes the remote unit optical output unit 171 with concert data for the estimated current time by using the current concert performance information and the concert data. It may also include a control unit 12.

In the concert control system, the current concert performance information includes a current category ID indicating one or more category information of a current performance and current time information indicating a current time, and the concert data includes a category for one or more category information Concert data header including ID and data storage location information, time information corresponding to the category ID, color information of the remote unit optical output unit 171 at each time information, and the remote unit optical output unit in time information It may also include a concert data body including effect information of 171.

In the concert control system, the current category ID is a current first category ID indicating information of a first category of a current performance, and a current second category ID indicating second category information of a current performance within the first category. And the concert data header of the concert data may include a first category ID and a second category ID.

In the concert control system, the current first category ID and the first category ID may be a singer ID indicating singer information, and the second current category ID and the second category ID may be song IDs indicating song information. .

In the concert control system, the remote unit control unit 12, when the current first category ID and the first category ID are the same, and the current second category ID and the second category ID are the same, the internal The estimated current time information estimated from the clock and time information corresponding to the second category ID of the current concert data body may be compared, and current concert data output and executed by the remote unit optical output unit 171 may be checked. .

In the concert control system, when the estimated current time information and time information corresponding to the second category ID are not the same, the remote unit control unit 12 uses the remote unit calculating unit 14 to Calculate the estimated color information and the estimated effect information for the estimated current time information from the leading time information and the trailing time information of the time information area including time information, and color information and effect information corresponding to the leading time information and the trailing time information You may.

In the concert control system, a terminal device 20 for receiving concert venue specific information and receiving concert data corresponding to the concert venue specific information, and concert venue specific information input from the terminal device 20 It may include a server 30 that checks the validity of the unique number of the concert hall and transmits concert data corresponding to the unique number of the concert hall to the terminal device 20.

In the concert control system, when the terminal device 20 receives concert data and the terminal device 20 performs pairing with the remote unit 10, the concert data is transmitted to the remote unit 10. It may be transmitted from the terminal device 20.

In the concert control system, a terminal communication unit 26 provided in the terminal device 20 wirelessly transmits a terminal unique ID for pairing with the remote unit 10 as a wireless terminal unique ID signal. ), wherein the terminal control unit 22 encodes the terminal unique ID into an acoustic signal, and the terminal output unit 27 of the terminal device 20 outputs a sound-encoded acoustic encoding terminal unique ID signal. The remote unit communication unit 16 provided with the sound output unit 273 and the remote unit 10 includes a remote unit short-range wireless communication unit 163 for sensing the unique ID signal of the wireless terminal, and the remote unit The remote unit detection unit 11 provided in (10) includes a remote unit sound detection unit 113 that detects the sound encoding terminal unique ID signal, and the remote unit control unit 12 of the remote unit 10 is The audio encoding terminal unique ID signal may be decoded and compared with the wireless terminal unique ID signal to perform a pairing operation with the terminal device 20 when they match.

In the concert control system, the remote unit communication unit 16 provided in the remote unit 10 wirelessly transmits a remote unit unique ID for pairing with the terminal device 20 as a wireless remote unique ID signal. Including a communication unit 161, the remote unit control unit 12 encodes the remote unit unique ID into an optical signal, and the remote unit output unit 17 of the remote unit 10 encodes the optical signal encoded by the optical signal. Including a remote unit optical output unit 171 for outputting a remote unit unique ID signal, the terminal communication unit 26 provided in the terminal device 20 is a terminal short-range wireless communication unit for detecting the wireless remote unit unique ID signal ( 263), and the terminal detection unit 21 provided in the terminal device 20 includes a terminal image detection unit 211 for detecting the optical signal encoding remote unit unique ID signal, and the terminal device 20 ), the terminal controller 22 decodes the optical signal encoding remote unit unique ID signal, compares it with the wireless remote unit unique ID signal, and performs a pairing operation with the remote unit 10 when they match.

In the concert control system, the concert control base 40 transmits a current concert ID wirelessly through a concert control communication unit 46, and the remote unit communication unit 16 of the remote unit 10 transmits a current concert ID signal. Is received, and the remote unit control unit 12 of the remote unit 10 compares the concert ID stored in the remote unit storage unit 13 of the remote unit 10 with the current concert ID, and the stored concert ID According to the comparison result of the current concert ID, the remote unit control unit 12 may perform preset light output through the remote unit light output unit 171 of the remote unit output unit 17.

In the concert control system, when the stored concert ID and the current concert ID are different, the remote unit control unit 12 transmits a help mode operation control signal for outputting a non-update help signal to the remote unit output unit 17. You can also approve it.

In the concert control system, receiving a random selection request from the concert control device 40 for selecting concert hall-specific information in a preset number, and receiving random selection concert hall-specific information as the preset number among valid concert hall-specific information. A server 30 that selects and transmits the selection to the concert control device 40 may be included, and the concert control device 40 may include and transmit the information specific to the random selection concert venue in the current concert performance information.

In the concert control system, the remote unit 10 comprises: a remote unit communication unit 16 for receiving the current concert performance information, and concert data including data for performing light output corresponding to the concert venue specific information A remote unit output unit 17 including a remote unit storage unit 13 for storing a light output, a remote unit light output unit 171 for performing light output, and the remote unit communication unit 16 provide the current concert performance information And a remote unit control unit 12 that executes the remote unit light output unit 171 using the concert data, and the remote unit light output unit 171 of the remote unit corresponding to the unique information of the random selection concert hall. ) To run the remaining output.

In the concert control system, when receiving a random selection request from the concert control device 40 for selecting concert hall unique information in a preset number, the preset number of valid concert hall unique information Random dummy selection concert hall specific information is selected and transmitted to the concert control device 40, and the concert control device 40 transmits the random selection concert hall specific information and the random dummy selection concert hall specific information to the current concert performance. It is included in the information and transmitted, but the number of unique information of the random dummy selection concert hall may be reduced and removed over time.

In the concert control system, the concert venue is divided into a plurality of sections and a section ID is assigned to each section to which a separate access space is assigned, and the concert control communication unit 46 of the concert control base 40 is assigned to a separate access space. The concert control wireless communication unit 461 transmits current concert performance information including the section ID, concert ID, and concert information corresponding to the section ID, and the remote unit communication unit 16 of the remote unit 20 Receiving the current concert performance information, the remote unit control unit 12 of the remote unit 20 compares the sectional ID and concert ID stored in the remote unit storage unit 13, and if one or more does not match, concert information Can also be received and stored in the remote unit storage.

According to another aspect of the present invention, the concert control communication unit 46 of the concert control base 40 includes a current category ID indicating information on one or more categories of a current performance and current time information indicating a current time. Current concert performance information transmission step (S50) of wirelessly transmitting performance information, concert data header including category ID and data storage location for one or more category information, time information corresponding to category ID, and remote at each time information The remote unit control unit 12 of the remote unit 10 that stores concert data that includes a concert data body including color information and effect information of the unit light output unit 171 and performs light output in response to unique information of the concert hall ), the current performance information checking step (S60) of comparing the current category ID and the category ID on the concert data header, and when the current category ID and the category ID are the same, it is estimated from the internal clock of the remote unit controller 12 Current concert data checking step (S70) of comparing the estimated current time information and time information of the current concert data body, and checking current concert data output by the remote unit optical output unit 171 (S70), and the estimation A remote unit current concert data operation step (S80) in which the remote unit control unit 12 applies and executes an optical output control signal to the remote unit optical output unit 171 using the current concert data checked for the current time information. It provides a control method of a concert control system comprising a.

In the method for controlling the concert control system, in the transmitting of the current concert performance information (S50), a plurality of current category IDs may be provided and may be formed in a hierarchical structure.

In the concert control system control method, the current category ID includes a current first category ID and a current second category ID, the first current category ID is a current singer ID indicating singer information, and the current second category ID. The category ID may be a current song ID indicating song information.

In the concert control system control method, the current performance information checking step (S60) comprises: a category ID checking step (S61) of checking the category ID and the current category ID, and comparing the category ID and the current category ID. In accordance with the category determination step (S63; S64, S65) to check whether they are the same and the determination result determined in the category determination step (S63; S64, S65), a category mode to be executed among preset category modes is determined. It may also include a category mode determination step (S66; S67, S69).

In the concert control system control method, the current category ID includes a current first category ID and a current second category ID, the first current category ID is a current singer ID indicating singer information, and the current second category ID. The category ID is a current song ID indicating song information, the category ID includes a first category ID and a second category ID, the first category ID is a singer ID indicating singer information, and the second category ID is It may be a song ID indicating song information.

In the method for controlling the concert control system, after receiving the remote unit current performance information, an internal clock time check step of operating an internal clock of the remote unit 10 to check a time after receiving the remote unit current performance information (S60a) It may also include.

In the concert control system control method, the current concert data checking step (S70) comprises: a time information corresponding concert data checking step (S71) of checking concert data corresponding to the current time information among the concert data, and the current It may also include a step S73 of determining whether concert data corresponding to time information exists.

In the method of controlling the concert control system, when concert data corresponding to the current time information does not exist, the remote unit control unit 12 checks a corresponding time information area to check a concert data area including the current time information Step S74, an estimated current time calculation step S75 of calculating an estimated current time using an internal clock of the remote unit 10 after receiving the remote unit current performance information, and the estimated current time and the The estimated current time correspondence data information calculation step (S76) of calculating color information and effect information of the concert data corresponding to the estimated current time by using time information of a corresponding time information area and the concert data may be included.

In the concert control system control method, before the current concert performance information transmitting step (S50), the concert control base 40 wirelessly transmits a current concert ID indicating a current concert through a concert control communication unit 46. The concert ID transmission step (S30), and the remote unit communication unit 16 of the remote unit 10 receives a current concert ID signal and stores a concert for the corresponding concert in the remote unit storage unit 13 of the remote unit 10. It may also include a remote unit update check step (S40) of checking whether data has been updated and stored.

In the concert control system control method, the remote unit update confirmation step (S40) comprises: a current concert ID received by the remote unit controller 12 and a concert stored in the remote unit storage unit. A remote unit wireless communication unit current ID checking step (S41) for checking an ID, a remote unit concert ID comparing step (S43) for comparing the current concert ID and the concert ID checked in the current ID checking step (S41), and the The result of determination in the concert ID identical determination step (S45) of determining whether the current concert ID compared in the remote unit concert ID comparison step (S43) and the concert ID are the same, and the determination result in the concert ID equal determination step (S45) Accordingly, it may include a remote unit update confirmation display step (S46) of confirming and displaying whether the remote unit is updated.

According to another aspect of the present invention, the present invention provides a concert hall-specific information input step (S10) inputted through the terminal device 20 receiving concert hall-specific information, and a terminal device ( 20) transmits the input concert hall unique information to the server 30 through the network, checks whether the concert hall unique information is valid, and requests concert data corresponding to the concert hall unique information, and concert data In the requesting step (S13), the server 30 checks the validity of the unique information of the concert hall according to the confirmation of the unique information of the concert hall and the request of the concert data, and transmits concert data corresponding to the unique information of the concert hall when the validity is confirmed. It provides a concert control system control method comprising the step (S15) of confirming unique information and transmitting concert data.

In the method of controlling the concert control system, the step of confirming the unique information and transmitting the concert data (S15) includes: the server 30 receives the concert venue-specific information transmitted from the terminal communication unit 16 of the terminal device 20. The unique information receiving step (S151) and the unique information validity determining step (S153) of comparing the received unique information of the concert hall with the unique information data on the unique information module on the server 30 (S153), and When the validity is confirmed in the information validity determination step (S153), a unique information-corresponding concert data transmission step (S155) of transmitting concert data corresponding to the concert venue unique number received from the concert data module of the server 30 is performed. It can also be included.

In the concert control system control method, when the validity is confirmed in the unique information validity determination step (S153), the corresponding on the update history module of the server 30 before executing the unique information corresponding concert data transmission step (S155) The unique information corresponding update confirmation step (S156) of checking the update history details for the unique information of the concert hall is executed, and the update history details are concert data corresponding to the concert hall unique number in the unique information corresponding concert data transmission step (S155). It may be transmitted to the terminal device 20 together at the time of transmission.

According to another aspect of the present invention, the present invention receives a signal transmitted from the terminal device 20 receiving concert data corresponding to the concert venue specific information through communication with the server 30 and the concert control base of the concert venue. A pairing execution step (S20) in which the remote unit 10 performing the optical output function is connected and connected, and the pairing execution step (S20) includes: The terminal control unit 22 of the terminal device 20 is Terminal unique identification step (S21) of checking a terminal unique ID, and terminal unique outputting and transmitting a signal of the terminal unique ID through the terminal communication unit 26 and the terminal output unit 27 of the terminal device 20 The ID transmission step (S23) and the remote unit terminal unique ID receiving step (S25) of sensing and receiving the terminal unique ID signal through the remote unit communication unit 16 and the remote unit detection unit 11 of the remote unit 10 And, the remote unit control unit 12 specifies a pairing target terminal device using the terminal unique ID detected and received through the remote unit communication unit 16 and the remote unit detection unit 11, and pairing with the corresponding terminal device. It provides a control method for a concert control system, characterized in that it comprises a remote unit terminal pairing execution step (S27) to execute the operation.

In the concert control system control method, the terminal unique ID transmission step (S23) comprises: a terminal unique ID sound encoding conversion step (S231) in which the terminal controller 22 encodes the terminal unique ID into an acoustic signal, and the The terminal short-range wireless communication unit transmitting step (S233) of wirelessly transmitting the wireless signal of the terminal unique ID through the terminal short-range wireless communication unit 261 of the terminal communication unit 26, and the terminal sound output unit ( A terminal sound output unit transmitting step (S235) of transmitting the sound signal of the terminal unique ID through 271) may be included.

In the concert control system control method, the remote unit terminal unique ID reception step (S25) comprises: a remote unit short-range wireless communication unit 161 of the remote unit communication unit 16 receives a radio signal of the terminal unique ID. A unit short-range wireless communication unit receiving step (S251), and a remote unit sound sensing unit receiving step (S253) in which the remote unit sound sensing unit 111 of the remote unit sensing unit 11 receives the sound signal of the terminal unique ID (S253). , A terminal unique ID sound decoding conversion step in which the remote unit control unit 12 decodes the sound signal of the terminal unique ID (S255), and the remote unit control unit 12 receives the wirelessly received terminal unique ID and the sound A terminal unique ID comparison and confirmation step (S257) of comparing and confirming the decoding-converted terminal unique ID, and the corresponding terminal of the wirelessly received terminal unique ID that is the same as the terminal unique ID by the remote unit control unit 12 It may also include a corresponding terminal device confirmation step (S259) of checking the device.

According to another aspect of the present invention, the present invention receives a signal transmitted from the terminal device 20 receiving concert data corresponding to the concert venue specific information through communication with the server 30 and the concert control base of the concert venue. A pairing execution step (S20) in which the remote unit 10 performing the optical output function is connected and connected, and the pairing execution step (S20) includes: The remote unit control unit 12 of the remote unit 10 has its own Remote unit unique ID verification step (S22) of confirming a unique remote unit unique ID, and a signal of the remote unit unique ID through the remote unit communication unit 16 and the remote unit output unit 17 of the remote unit 10 Remote unit unique ID transmission step (S24) of outputting and transmitting, and a terminal for sensing and receiving the remote unit unique ID signal through the terminal communication unit 26 and the terminal detection unit 21 of the terminal device 20 In the ID receiving step (S26), the terminal control unit 22 specifies the remote unit to be paired using the terminal remote unit unique ID detected and received through the terminal communication unit 26 and the terminal detection unit 21, and It provides a method for controlling a concert control system comprising a terminal remote unit pairing execution step (S28) for performing a pairing operation with the corresponding remote unit.

In the concert control system control method, the remote unit unique ID transmission step (S24) is a remote unit unique ID optical encoding conversion step (S241) in which the remote unit controller 12 encodes the remote unit unique ID into an optical output signal (S241). ), and a remote unit short range wireless communication unit transmitting step (S243) of wirelessly transmitting a wireless signal of the remote unit unique ID through the remote unit short range wireless communication unit 161 of the remote unit communication unit 16, and the remote unit output unit It may include a remote unit optical output unit transmitting step (S245) of transmitting the optical signal of the remote unit unique ID through the remote unit optical output unit 171 of (17).

In the concert control system control method, the terminal remote unit unique ID reception step (S26) includes: a terminal short-range wireless communication unit 261 of the terminal communication unit 26 receives a wireless signal of the remote unit unique ID. A wireless communication unit receiving step (S261), a terminal image sensing unit receiving step (S263) in which the terminal image sensing unit 211 of the terminal sensing unit 21 receives the optical signal of the remote unit unique ID (S263), and the terminal control unit A remote unit unique ID optical decoding conversion step (S265) in which 22 decodes the sound signal of the remote unit unique ID, and the terminal controller 22 performs the wirelessly received terminal unique ID and the optical reception decoding conversion. A remote unit unique ID comparison and confirmation step (S267) of comparing and confirming the unit unique ID, and a corresponding remote unit of the wirelessly received remote unit unique ID identical to the remote unit unique ID converted by the terminal control unit 22 It may also include a step (S269) of confirming the corresponding remote unit.

In the concert control system control method, in the remote unit unique ID optical encoding conversion step (S241), when the remote unit controller 12 encodes and transmits the remote unit unique ID as an optical output signal, 1 bit The ON check bit can also be included when transmitting data.

In the concert control system control method, the remote unit unique ID optical decoding conversion step (S265): calculating an average value (Ravb, Gavg, Bavg) of RGB signals of pixels in the ROI of the terminal image sensing unit 211 ROI pixel RGB average value calculation step (S2651), ROI pixel RGB average value envelope calculation step (S2653) of calculating upper and lower end envelopes for the ROI pixel RGB average values (Ravb, Gavg, Bavg), and the ROI pixel RGB average value (Ravb, Gavg, Bavg) and an ROI pixel normalizing step (S2655) of calculating a normalized ROI pixel RGB normalized value (Normalized_R, Normalized_G, Normalized_B) using the ROI pixel RGB average value envelope (EnvelopeUP, EnvelopeDOWN), and the A ROI pixel digitizing step (S2657) of digitizing the ROI pixel RGB normalized values (Normalized_R, Normalized_G, Normalized_B) may be included.

In the concert control system control method, through a concert control communication unit 46 disposed in an individual entry area of a concert venue having a sectioned section structure divided into a plurality of access spaces, the concert control base 40 A current concert ID and section ID transmission step (S91) of transmitting a current concert performance information including a current section ID below the current concert ID indicating the current concert (S91), and a remote unit communication unit of the remote unit 10 (16) receives the current concert ID and the current concert ID signal, compares and determines whether the concert ID and the section ID stored in the remote unit storage unit 13 of the remote unit 10 match, and concert data for the corresponding concert A remote unit sectional update determination step (S92) of checking whether or not is updated and stored, and a preset conformance check step of indicating whether a preset conforms or not according to a result determined in the remote unit sectional update determination step (S92). (S93; S94, S99) may be included.

In the concert control system control method, the step of checking whether the preset conforms (S93; S94, S99) comprises: the remote unit control unit 12 of the remote unit 10 sends the current concert ID and the current concert ID signal and the When it is determined that the concert ID and the section ID stored in the remote unit storage unit 13 of the remote unit 10 match, an update completion display step (S99) of executing an update completion notification indicating that the pre-update has been completed, and the The remote unit control unit 12 of the remote unit 10 determines that the current concert ID and the current concert ID signal and the concert ID and section ID stored in the remote unit storage unit 13 of the remote unit 10 are inconsistent. In this case, an update incomplete display step (S94) of executing an update incomplete notification indicating that the pre-update has not been completed may be included.

In the concert control system control method, after the update incomplete display step (S94) is executed, concert data for a corresponding section area of the current concert wirelessly transmitted by the concert control communication unit 46 of the concert control base 40 Sectional concert data for storing the data received in the sectional concert data receiving step S95 and the sectional concert data receiving step S97 in the remote unit storage 13 of the remote unit 10 It may also include an update step (S97).

According to another aspect of the present invention, in the present invention, the concert control communication unit 46 of the control base 40 sends a random selection request for randomly selecting a preset number of concert hall unique information among the concert hall unique information. A random selection request step (S101) transmitted to a random selection; a random selection selection step (S103) in which the server 30 selects a preset number of random selection concert venue specific information according to the random selection request; and the random selection selection A random selection transmission step (S105) of transmitting the unique information of the random selection concert hall selected in step (S103) to the concert control base 40, and the current concert performance information including the unique information of the random selection concert hall is controlled by the concert control. The concert control communication unit 46 of the base 40 wirelessly transmits and receives the current concert performance information including the random selection concert venue specific information.The remote unit performs a preset random light output. It may also include a transmission execution step (S107).

In the method of controlling the concert control system, in the random selection selection step (S103), the server 30 provides information specific to a preset number of random dummy selection concert venues other than the unique information of the random selection concert hall according to the random selection request. When selecting and transmitting the random selection concert hall specific information in the random selection transmission step (S105), the random dummy selection concert hall specific information may be transmitted to the concert control base 40 together.

In the concert control system control method, in the random dummy selection concert venue information transmission step (S107), the concert control communication unit 46 of the concert control base 40 transmits the random selection concert venue information The dummy selection concert venue information is also wirelessly transmitted, but after the random dummy selection concert venue information is removed by decreasing the number at each preset period, the concert control communication unit 46 may wirelessly transmit new current concert performance information.

In the method for controlling the concert control system, some of the remote units 10 that have received current concert performance information including the random selection concert venue specific information in the random selection concert venue specific information transmission step (S107) are preset. It may be turned off after remaining on for a period of time, and only the remote unit light output unit of the corresponding remote unit 10 corresponding to the random selection concert venue specific information may perform a preset random light output.

In the method of controlling the concert control system, the current concert performance information in the random selection concert venue specific information transmission step (S107) causes all available remote units in the concert venue to perform a preset operation, and after a preset time, the random selection Only the remote unit optical output unit of the corresponding remote unit 10 corresponding to the concert venue specific information may perform a preset random optical output.

According to another aspect of the present invention, the present invention provides a concert hall-specific information input step (S10) inputted through the terminal device 20 receiving concert hall-specific information, and the terminal device 20 receiving concert hall-specific information. Sends the concert hall unique information inputted with) to the server 30 through the network, checks whether the concert hall unique information is valid, and requests concert data corresponding to the concert hall unique information and requests concert data In step S13, the server 30 checks the validity of the unique information of the concert hall according to the confirmation of the unique information of the concert hall and requests for concert data, and transmits the concert data corresponding to the unique information of the concert hall when the validity is confirmed. Information confirmation and concert data transmission step (S15), and when the terminal device 20 receives concert data corresponding to the concert hall specific information, the light output function is performed by receiving a signal transmitted from the concert control base of the concert hall. A pairing execution step (S20) in which the performing remote unit 10 and the terminal device 20 are connected and connected, and the terminal device 20 and the remote unit 10 are paired and connected in the pairing execution step (S20). In this case, there is provided a method for controlling a concert control system, characterized in that concert data corresponding to the concert venue specific information is transmitted from the terminal device 20 to the remote unit 10.

According to another aspect of the present invention, the present invention receives the current concert performance information transmitted from the concert control base 40, stores concert data for performing light output in response to the concert venue specific information, and stores the current concert performance information. Using concert data corresponding to performance information, a remote unit 10 capable of optical output through an embedded remote unit output unit is provided.

According to another aspect of the present invention, the present invention receives and stores concert data corresponding to concert venue specific information, and receives current concert performance information from the concert control base 40 that transmits current concert performance information to the concert venue, and , Using concert data corresponding to the current concert performance information, a remote unit 10 capable of optical output through a built-in remote unit output unit is provided.

In the remote unit, a remote unit communication unit 16 for receiving the current concert performance information, and a remote unit storage unit 13 for storing concert data including data for performing light output corresponding to the concert venue specific information. ), and a remote unit output unit 17 including a remote unit optical output unit 171 that performs light output, and the current concert performance information from the time when the remote unit communication unit 16 receives the current concert performance information It may include a remote unit control unit 12 that estimates a time and executes the remote unit optical output unit 171 with concert data for the estimated current time using the current concert performance information and the concert data. .

In the remote unit, the concert data corresponding to the concert hall unique number after the concert hall unique information transmitted from the terminal device 20 receiving the concert hall unique information is transmitted to the server 30 It may be data transmitted from the server 30 to the terminal device 20, received from the terminal device 20, and stored in the remote unit storage unit 13.

In the remote unit, at least one of a sound wave communication method and an optical output method other than a wireless transmission method with the terminal device 20 may be further simultaneously executed to receive the concert data.

According to another aspect of the present invention, the present invention includes a remote unit 10 capable of optical output through a built-in remote unit output unit, and a terminal device 20 that can be paired with the remote unit 10, and the terminal The device 20 receives a first remote pairing signal wirelessly transmitted from the remote unit 10, detects a second remote pairing signal output from the remote unit 10, and detects the second remote pairing signal and It provides a remote unit terminal module 50, characterized in that paired with the corresponding remote unit 10 for the corresponding matching first remote pairing signal.

In the remote terminal module, the remote unit 10 includes: a remote unit storage unit 13 that stores the first remote pairing signal, and the first remote pairing signal stored in the remote unit storage unit 13 A remote unit communication unit (16) comprising a remote unit control unit (12) for encoding an optical signal to generate a second remote pairing signal, and a remote unit short range communication unit (161) for wirelessly transmitting the first remote pairing signal, and the And a remote unit output unit 17 including a remote unit optical output unit 171 for optically outputting a second remote pairing signal, and the terminal device 20: transmits the first remote pairing signal wirelessly. A terminal communication unit 26 including a terminal short-range wireless communication unit 263 to detect, a terminal detection unit 21 including a terminal image detection unit 211 for detecting the second remote pairing signal, and the second remote A terminal controller 22 may be provided that decodes a pairing signal and performs a pairing operation with the remote unit 10 when the terminal short-range wireless communication unit 263 compares and matches the received first remote pairing signal. .

According to another aspect of the present invention, the present invention includes a remote unit 10 capable of outputting a preset function through a built-in remote unit output unit, and a terminal device 20 capable of pairing with the remote unit 10, The remote unit 10 receives a first terminal pairing signal wirelessly transmitted from the terminal device 20, detects a second terminal pairing signal output from the terminal device 20, and performs pairing of the second terminal. It provides a remote unit terminal module 50, characterized in that paired with the terminal device 20 corresponding to the first terminal pairing signal corresponding to the signal.

In the remote unit terminal module, the terminal device 20 includes: a terminal storage unit 23 for storing the first terminal pairing signal, and the first terminal pairing signal stored in the terminal storage unit 23 to sound A terminal communication unit 26 including a terminal control unit 22 for generating a second terminal pairing signal by encoding a signal, a terminal short-range communication unit 261 for wirelessly transmitting the first terminal pairing signal, and the second terminal pairing And a terminal output unit 27 including a terminal sound output unit 271 for sound outputting a signal, and the remote unit 10 includes: a remote unit short-range wireless for detecting the wirelessly transmitted first terminal pairing signal A remote unit communication unit 16 including a communication unit 163, a remote unit detection unit 11 including a remote unit sound detection unit 111 for detecting the second terminal pairing signal, and the second terminal pairing signal It may be provided with a remote unit control unit 12 that decodes and performs a pairing operation with the corresponding terminal device 20 when they are compared with the first terminal pairing signal received by the remote unit short-range wireless communication unit 163 and match. .

According to another aspect of the present invention, the present invention includes a pairing execution step (S1020) in which a terminal device 20 and a remote unit 10 performing an optical output function are connected and connected, and the pairing execution step (S1020 ): a terminal unique ID verification step (S1021) in which the terminal control unit 22 of the terminal device 20 checks its own unique terminal ID, and the terminal communication unit 26 and the terminal of the terminal device 20 The terminal pairing signal transmission step (S1023) of outputting and transmitting the terminal unique ID signal as a terminal pairing signal through the output unit 27, and the remote unit communication unit 16 and the remote unit detection unit of the remote unit 10 A terminal pairing signal receiving step (S1025) of sensing and receiving the terminal pairing signal, which is the terminal unique ID, through (11), and the remote unit control unit 12 includes the remote unit communication unit 16 and the remote unit detection unit ( 11) using a terminal unique ID from the terminal pairing signal sensed and received through a terminal pairing execution step (S1027) of specifying a pairing target terminal device and executing a pairing operation with the terminal device. Provides a unit terminal module control method.

In the remote unit terminal module control method, the transmitting of the terminal pairing signal (S1023) comprises: a terminal unique ID sound encoding conversion step (S10231) of encoding the terminal unique ID into an acoustic signal by the terminal control unit 22; The first terminal pairing short-range wireless communication unit transmitting step (S10233) of wirelessly transmitting the wireless signal of the terminal unique ID as a first terminal pairing signal through the terminal short-range wireless communication unit 261 of the terminal communication unit 26, and the terminal output The second terminal pairing sound output unit transmitting step (S10235) of transmitting the sound signal of the terminal unique ID as a second pairing signal through the terminal sound output unit 271 of the unit 27 may be included.

In the remote unit terminal module control method, the terminal pairing signal reception step (S1025) comprises: the first terminal in which the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16 is a radio signal of the terminal unique ID. The first terminal pairing short-range wireless communication unit receiving step (S10251) of receiving a pairing signal, and the second terminal pairing where the remote unit sound sensing unit 111 of the remote unit sensing unit 11 is an acoustic signal of the terminal unique ID A second terminal pairing sound detection unit receiving step (S10253) receiving a signal, and a remote unique ID sound decoding conversion step of decoding a second terminal pairing signal, which is an acoustic signal of the terminal unique ID, by the remote unit control unit 12 ( S10255), and the remote unit controller 12 compares and confirms the terminal unique ID from the wirelessly received first terminal pairing signal and the terminal unique ID from the second terminal pairing signal converted from the sound reception decoding An ID comparison and confirmation step (S10257), and a corresponding terminal device verification step (S10259) of the remote unit control unit 12 to check a corresponding terminal device of the wirelessly received terminal unique ID identical to the terminal unique ID converted from the sound reception decoding (S10259). It may also include.

In another aspect of the present invention, the present invention provides a method for controlling a remote unit terminal module comprising a pairing execution step (S1020) in which the terminal device 20 and the remote unit 10 performing the optical output function are connected and connected. , The pairing execution step (S1020) includes: a remote unit unique ID verification step (S1022) in which the remote unit control unit 12 of the remote unit 10 checks its own unique remote unit unique ID (S1022), and the remote unit ( A remote pairing signal transmitting step (S1024) of outputting and transmitting the remote unit unique ID signal as a remote pairing signal through the remote unit communication unit 16 and the remote unit output unit 17 of 10), and the terminal device 20 A remote pairing signal receiving step (S1026) of sensing and receiving the remote pairing signal through the terminal communication unit 26 and the terminal detection unit 21 of the terminal, and the terminal control unit 22 detects the terminal communication unit 26 and the terminal Including a remote pairing execution step (S1028) of specifying a remote unit to be paired using the terminal remote unit unique ID from the remote pairing signal sensed and received through the unit 21 and performing a pairing operation with the remote unit. It provides a remote unit terminal module control method as characterized.

In the remote unit terminal module control method, the remote pairing signal transmission step (S1024) comprises: a remote unit unique ID optical encoding conversion step in which the remote unit controller 12 encodes the remote unit unique ID into an optical output signal ( S10241) and a first remote pairing short-range wireless communication unit transmitting step of wirelessly transmitting the wireless signal of the remote unit unique ID as a first remote pairing signal through the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16 ( S10243) and a second remote pairing optical output unit transmitting the optical signal of the remote unit unique ID as a second remote pairing signal through the remote unit optical output unit 171 of the remote unit output unit 17 It may also include a step (S10245).

In the remote unit terminal module control method, the step of receiving the remote pairing signal (S1026) comprises: the first remote pairing in which the terminal short-range wireless communication unit 261 of the terminal communication unit 26 is a radio signal of the remote unit unique ID. The first remote pairing short-range wireless communication unit receiving step (S10261) of receiving a signal, and the terminal image sensing unit 211 of the terminal sensing unit 21 transmits the second remote pairing signal, which is an optical signal of the remote unit unique ID. Receiving a second remote pairing image sensing unit receiving step (S10263), and a remote unit unique ID optical decoding conversion step of decoding the second remote pairing signal, which is an optical output signal of the remote unit unique ID, by the terminal control unit 22 (S10265) and, the terminal controller 22 compares the terminal unique ID from the wirelessly received first pairing signal and the optically received decoding converted remote unit unique ID from the second pairing signal An ID comparison and confirmation step (S10267), and a corresponding remote unit confirmation step (S10269) in which the terminal control unit 22 checks the corresponding remote unit of the wirelessly received remote unit unique ID that is the same as the optically received decoding converted remote unit unique ID (S10269). ) Can also be included.

In the remote unit terminal module control method, in the remote unit unique ID optical encoding conversion step (S10241), when the remote unit control unit 12 encodes and transmits the remote unit unique ID as an optical output signal, 1 bit It is also possible to include an ON check bit when transmitting data.

In the remote unit terminal module control method, the remote unit unique ID optical decoding conversion step (S10265): Calculates an average value (Ravb, Gavg, Bavg) of RGB signals of pixels in the ROI of the terminal image sensing unit 211 The ROI pixel RGB average value calculation step (S102651), the ROI pixel RGB average value envelope calculation step (S102653) of calculating the upper and lower end envelopes for the ROI pixel RGB average values (Ravb, Gavg, Bavg), and the ROI pixel RGB average value (Ravb ,Gavg,Bavg) and an ROI pixel normalizing step (S102655) of calculating a normalized ROI pixel RGB normalized value (Normalized_R, Normalized_G, Normalized_B) using the ROI pixel RGB average value envelope (EnvelopeUP, EnvelopeDOWN), and The ROI pixel digitizing step (S102657) of digitizing the ROI pixel RGB normalized values (Normalized_R, Normalized_G, Normalized_B) may be included.

The remote unit of the present invention configured as described above, the concert control system including the same, and the effects of the method are as follows.

First, the remote unit, the remote unit terminal module of the present invention, the concert control system having the same, and the method thereof take a structure that transmits and receives only the current concert performance information as light data with only essential information, and is issued during the transmission and reception process. By eliminating the communication network installation cost required to prevent errors due to the communication load or the resulting overload, the accurate optical output function of the remote unit due to fast and accurate communication, and the burden of performance costs for users and performers of the remote unit can be minimized. I can.

Second, the remote unit, the remote unit terminal module of the present invention, the concert control system including the same, and the method thereof include, for concert data corresponding to the concert hall specific information for the corresponding concert, the corresponding remote unit corresponding to the concert hall specific information. It is also possible to check whether the unit has been properly updated before the start of the concert performance, thereby improving the spectators' performance quality sensitivity.

Third, the remote unit, the remote unit terminal module, and the concert control system and method having the same of the present invention enable updating in advance for concert data corresponding to the concert venue specific information for the corresponding concert, and In order to prevent the occurrence of a pairing error due to the presence of a remote unit or a plurality of terminal devices, the accuracy of the pairing function may be improved through an acoustic or optical output method, thereby enhancing user convenience.

Fourth, in the remote unit, the remote unit terminal module, and the concert control system and method having the same according to the present invention, the auditorium of the concert venue at the corresponding concert is sectioned, and concert data for the unique information of the concert venue is sectioned for each region. , In the event that individual independent entry zones for individual sections are formed, update checks, updates, and conferencing are performed on the entry path, so that the concert data for the concert performance is updated before the performance, and the performance quality of the audience. You can also try to improve your emotions.

Fifth, the remote unit, the remote unit terminal module of the present invention, the concert control system including the same, and the method thereof enable a random selection request corresponding to the concert hall specific information for the corresponding concert, thereby increasing the performance immersion of the audience. You can also improve the quality sensitivity.

Sixth, the remote unit, the remote unit terminal module of the present invention, the concert control system having the same, and the method thereof, enable prior update of concert data corresponding to the concert hall specific information for the corresponding concert, and In order to prevent the occurrence of pairing errors due to the presence of a remote unit or a plurality of terminal devices, the accuracy of the pairing function is improved through the optical output method, and the occurrence of errors in data reception through the ON check bit is eliminated to improve the pairing accuracy. In addition, the user's convenience may be improved.

1 is a schematic diagram showing the overall configuration of a remote unit, a remote unit terminal module, and a concert control system according to an embodiment of the present invention.
2 is a schematic configuration diagram of a remote unit according to an embodiment of the present invention.
3 is a schematic configuration diagram of a terminal device according to an embodiment of the present invention.
4 is a schematic configuration diagram of a server according to an embodiment of the present invention.
5 is a schematic block diagram of a sectioned performance hall among concert venues in which a concert control system according to an embodiment of the present invention is utilized.
6 is a schematic diagram of a control method of a concert control system according to an embodiment of the present invention.
7 is a schematic flowchart of a pre-update operation of a method for controlling a concert control system according to an embodiment of the present invention.
8 to 21 are a flow chart of a pairing process between a terminal device and a remote unit in a method for controlling a concert control system according to an embodiment of the present invention, and a signal diagram for an example thereof.
22 is a flowchart illustrating a process of checking an update before starting a concert in a method for controlling a concert control system according to an embodiment of the present invention.
23 and 24 are flowcharts illustrating an operation of a remote unit optical output unit of a remote unit in a method for controlling a concert control system according to an embodiment of the present invention.
25 is a schematic conceptual diagram of an update process on an entry path of a sectioned concert hall among concert halls in which the concert control system according to an embodiment of the present invention is used.
26 is a schematic flowchart of an update process on an entry path of a sectioned concert hall among concert halls in which the concert control system according to an embodiment of the present invention is used.
27 is a schematic flowchart of a random selection process in a method for controlling a concert control system according to an embodiment of the present invention.
28 is a schematic diagram showing the overall configuration of a remote unit terminal module according to an embodiment of the present invention.
29 to 34 are a flow chart of a pairing process between a remote unit and a terminal device of the remote unit terminal module according to another embodiment of the present invention and a signal diagram for an example thereof.

Hereinafter, with reference to the drawings, specific details for implementing the configuration of the remote unit of the present invention, a concert control system including the same, and a method thereof will be described based on embodiments. These examples are described in detail enough to enable those skilled in the art to practice the present invention. It is to be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention is limited only by the appended claims, along with all scopes equivalent to those claimed by the claims, if appropriately described. Like reference numerals in the drawings refer to the same or similar functions over several aspects.

Unless otherwise defined, all terms (including technical and scientific terms) used in the present specification may be used with meanings that can be commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in a commonly used dictionary are not interpreted ideally or excessively unless explicitly defined specifically.

In the embodiments to be described later, the server executes various software programs and/or instruction sets stored in the memory unit to perform various functions required for the present invention to be described later, a central processing unit, a user I/F, an operating system ( (Not shown) and a memory for storing various necessary data, an external communication port, a printing device I/F, and the like. The communication, communication network or communication network is, for example, a cellular communication protocol, and may include, for example, at least one of LTE, LTE-A, 5G, WCDMA, CDMA, UMTS, Wibro, and GSM. In addition, the communication network can be configured regardless of the type of communication such as wired and wireless, and a short-range communication network (PAN), a local area network (LAN), and a metropolitan area network (MAN). Various communication networks such as a communication network (WAN; Wide Area Network) may be implemented, and the communication, communication network, and communication network may be a well-known World Wide Web (WWW), infrared (Infrared Data Association; IrDA) or Bluetooth. (Bluetooth) to low-power Bluetooth (Bluetooth Lowenergy) and RF wireless communication includes various communication methods.

The integrated control system of the present invention, that is, the concert control system 1, relates to a method or apparatus of a preparation process for executing a predetermined output operation through signal transmission in a space where a large number of people gather, or performing such an output operation. will be. In particular, in the present invention, the designation of a concert venue is not limited to music performances, but refers to a space in which a plurality of people are attracted for commercial/non-commercial purposes, and many people such as musicals, stage performances, lectures, and sports The following features are not limited to specific events and can be applied in various ways within the range of the following remote unit 10, which can be placed in the audience seats through signal transmission at the gathered place, especially the optical output operation. It is clear from

The concert control system 1 according to an embodiment of the present invention includes a remote unit 10 and a concert control base 40. A battery for supplying power to the remote unit 10, the concert control base 40, and the server 30 to be described later, or a power source (not shown) as a separate power supply device is not separately indicated in this embodiment. It is clear that this is an essential item for implementing the operation.

Here, the remote unit 10 takes a configuration in which a plurality of units and a plurality of units are disposed, and in this embodiment refers to an optical output device including a predetermined optical output function possessed by a visitor as a basic function.

The remote unit 10 stores concert data for performing light output in response to concert hall specific information, receives current concert performance information, and outputs a built-in remote unit using concert data corresponding to current concert performance information. It performs the light output function through the unit.

More specifically, the remote unit 10 includes a remote unit communication unit 16, a remote unit storage unit 13, a remote unit output unit 17, and a remote unit control unit 12. In some cases, the remote unit 10 includes a remote unit detection unit 11 including a remote unit image detection unit 111 implemented as a camera, a remote unit voice detection unit 113 implemented as a microphone, and the like, and power on. Remote unit input button 151 for inputting operation status adjustment such as communication activation, such as broadcasting of /off to Bluetooth/low-power Bluetooth or RF wireless communication, and a remote unit input pad 153 including a touch function for inputting a selection operation It may further include a remote unit input unit 15 including a remote unit input port 155 for a separate power supply for external charging and a terminal device to be described later, such as a smart phone or a PC or a kiosk, Essentially provided with a remote unit output unit 17 having a remote unit light output unit 171 implemented as a light source such as LED, and the remote unit output unit 17 is a remote unit sound output implemented as a speaker in some cases A portion 173 may be further provided.

The remote unit communication unit 16 receives current concert performance information transmitted from the concert control base 40 described below. The remote unit communication unit 16 includes a remote unit short-range wireless communication unit 161 and a remote unit wireless communication unit 163. The remote unit short-range wireless communication unit 161 may use a low-power communication method such as Bluetooth Low Energy (BLE) or Zigbee, and the remote unit wireless communication unit 163 includes RF wireless communication. There is no particular limitation on this communication method, but in this embodiment, the remote unit short-range wireless communication unit 161 uses a low-power communication method of BLE (Bluetooth Low Energy), and the remote unit wireless communication unit 163 uses RF wireless communication to reduce cost. And it is preferable in terms of improvement of sustainability due to minimization of battery consumption due to low power consumption, and this embodiment will be described mainly, but it is clear from the present technology that various selections are possible within the range of achieving this purpose.

The current concert performance information is a signal of current performance information and includes current category ID and current time information. Here, the current category ID is one or more category information of the current performance, that is, in the present embodiment, a plurality of current category IDs are provided, and the plurality of current category IDs take a data structure that is hierarchically connected. The current category ID according to, includes a current first category ID and a current second category ID.

Here, the current first category ID indicates information on the first category of the current performance, and the current second category ID indicates information on the second category of the current performance within the first category. That is, one or more current category IDs are provided, and one or more current category IDs are layered on the current first category ID. For example, three current first category IDs and second current second category IDs are provided. When there are 3 category IDs, a total of 9 current category IDs are combined.

In the present embodiment, the current first category ID represents information on the singer (singer), and the current second category ID represents information on each song of the singer (singer) information of the current first category ID. As mentioned above, in the present embodiment, the current category ID has two hierarchical structures, the current first category ID represents singer information, and the current second category ID represents song information, but is limited thereto. And various modifications are possible. For example, the concert hall includes a crowded space with a large number of audiences in various forms, such as a sports venue where opening and/or closing ceremonies are held, opera/musical stage venues, and other talk show venues in addition to the singer's performance hall. The first category ID of the current is opera/musical, the opening/closing ceremony of a sports event venue, act information such as the first and second acts of other performance halls, and the second current category ID is each act ( Act) may also include a configuration representing the hierarchical Chapter 1 (Scene), Chapter 2 (Scene) information.

In addition, the current time information indicates current time information at which the current performance is performed. It may be current time information that is continuously performed with respect to the current first category ID, or the current second category ID with respect to the current first category ID. Various modifications are possible within the range of providing time information that can check the current time information made in the current performance hall, such as being formed in an intermittent structure according to the category ID.

The remote unit storage unit 13 stores concert data together with the received current performance information. The concert data is data that causes the remote unit storage unit 13 to perform light output according to the current performance information, and the concert data allows a plurality of remote units 10 to perform the same light output operation regardless of concert hall specific information. However, at least some of the data may be individualized according to concert hall specific information or may be grouped into a plurality of local units to enable light output operation.

Here, the concert hall-specific information is unique information allocated to a specific space for the entire space, for example, corresponding to the singer's seat in the concert hall or to the seat (see B1-3, B1-4, B1-5, and FIG. 5). Refers to unique information assigned to a corresponding ticket. That is, the unique information of the concert hall constitutes a unique value in which duplicate information does not exist for the concert performance at the same date and time.

The concert data stored in the remote unit storage unit 13 in a manner described below includes a header, that is, a concert data header as a header field, and a payload, that is, a concert data body as a data field. The concert data header includes a category ID and data storage location information as an address field. The category ID is one or more category information, and in this embodiment, two category IDs are configured in a hierarchical structure.

The concert data body includes time information, color information, and effect information. Here, the time information is a time when the following color information and effect information corresponding to the category ID is designed to be operated in the remote unit 10, that is, when, for example, a specific singer of a performance or a performance of a specific song is performed in a concert hall. It refers to the local time of 1 second, 5 seconds, etc. after the start of a specific song of. In the present embodiment, a local time starting from the start of a specific song is used, but in some cases, it is possible to define a local time forming a starting point of the singer information as the first category ID as a starting point. It is obvious.

The color information refers to light output information output from each time information from the remote unit light output unit 171 to be described below. In the present embodiment, the color information may be an RGB color code for each time period. In this case, the RGB color code can have a value of (0~255,0~255,0~255) for each R,G,B color, which is normalized and used as a scale value in the range of 0~1. Various modifications are possible according to design specifications, such as may be possible. In this embodiment, color information is mainly described when data for an RGB color code is used, but in some cases, when the color of the remote unit output unit 171 is limited to a specific color, the intensity of the output light Various transformations are possible, such as the data on the color may be used as color information.

The effect information indicates output operation information of light output through the output unit of the remote unit light output unit 171 with respect to time information. For example, in the case of the effect information “flickering at a preset first cycle”, the blinking operation is performed at a preset first cycle from the corresponding time information to the next time information, and the effect information “slowly changing colors in some cases” In this case, the RGB color change operation is performed in a linear or nonlinear preset pattern with respect to the time information interval of the time information from the light output of the corresponding color information of the time information to the next time information and the color information of the next time information, It is possible to implement an output operation of light corresponding to various color information.

The category ID is information corresponding to the aforementioned current category ID, that is, one or more category information for a performance performed in a concert venue corresponding to the concert venue specific information, that is, in this embodiment, a plurality of category IDs are also described above. The same number of category IDs as IDs are provided, and a hierarchically connected data structure is taken. The category ID according to an embodiment of the present invention also includes a first category ID and a second category ID.

Here, the first category ID indicates information of a first category of a concert hall performance including concert-specific information, and the second category ID indicates second category information of a performance within the first category. That is, one or more category IDs are provided, and one or more second category IDs are also layered on the first category ID, and the combination thereof is the same as the case described above with the current category ID.

In the present embodiment, the first category ID indicates information on the singer (singer), and the second category ID indicates information on each song for the information on the singer (singer) of the first category ID. As mentioned above, in the present embodiment, the category ID is described as taking two hierarchical structures, the first category ID is singer information, and the second category ID is song information, but is not limited thereto. Transformation is possible. For example, the concert hall includes a crowded space with a large number of audiences in various forms, such as a sports venue where opening and/or closing ceremonies are held, opera/musical stage venues, and other talk show venues in addition to the singer's performance hall. The first category ID is opera/musical, the opening/closing ceremony of a sports event hall, and act information such as the first and second acts of other concert halls, and the second category ID is each act. It is the same as described above that it may include a configuration representing the hierarchical chapter 1 (Scene), chapter 2, and so on.

Concert data corresponding to the unique information of the concert hall can be configured in various ways according to the design and optical output design implementation method. That is, for example, individual independent concert data corresponding to 1:1 for all seats in the concert hall may be formed, or specific seats may be formed as concert data grouped into one or more whole or multiple groups. Various modifications are possible according to design specifications.

The remote unit control unit 12 estimates the current time using an internal clock from the time when the remote unit communication unit 16, more specifically, the remote unit wireless communication unit 163 receives the current concert performance information. That is, the remote unit control unit 12 executes clocking from the moment when the remote unit wireless communication unit 163 receives a signal for the current concert performance information through an internal clock, and passes after the current time information included in the current concert performance information. You can also check the additional time information.

The remote unit control unit 12 uses the current concert performance information received through the remote unit wireless communication unit 163 and concert data stored in the remote unit storage unit 13 to convert the remote unit into concert data for the estimated current time. It controls to execute the output unit 171.

More specifically, when the received current category ID and the stored category ID are the same, the remote unit control unit 12 performs the output of the remote unit optical output unit 171 using concert data corresponding to the estimated current time information. You can also control it. That is, when the current first category ID and the first category ID are the same, and the current second category ID and the second category ID are the same, the remote unit controller 12 controls the estimated current time information and 2 Compare time information corresponding to the category ID. The remote unit control unit 12 calculates and controls the remote unit operation unit 14, and uses additional time information after reception of checkable current concert performance information from the internal clock and current time information included in the current concert performance information. Estimate information and derive it. The remote unit control unit 12 may compare the derived estimated time information with time information corresponding to the second category ID to check current concert data to be output by the remote unit optical output unit 171.

When the estimated current time information Testm and the time information Tdata corresponding to the second category ID are not the same, the remote unit control unit 12 includes time information Tdata identical to the estimated current time information Testm; If Tdata1, Tdata2,...TdataN) does not exist and exists between a section area (Tdatan≤Testm<Tdatan+1) between a certain time information and another time information, the remote unit control unit 12 is a remote unit operation unit. An operation control signal is applied to (14) to calculate estimated concert data (DCNCRTestm) corresponding to the estimated current time information (Testm), that is, estimated color information (DCOLestm) and estimated effect information (DEFFCTestm).

The remote unit control unit 12 from the color information (DCOL) and effect information (DEFFCT) of the concert data (DCNCRT) corresponding to the current time information included in the current concert performance information or the current time information and estimated current time information (Testm). The light output operation of the remote unit light output unit 171 of the remote unit output unit 17 is performed using the estimated color information DCOLestm and the estimated effect information DEFFCTestm of the estimated concert data DCNCRTestm. In some cases, the process of estimating only one of the estimated color information (DCOLestm) to the estimated effect information (DEFFCTestm) is performed, or only the estimated color information (DCOLestm) is used to estimate and calculate the remote unit light output of the remote unit output unit 17. It is also possible to take a configuration in which the light output operation of the unit 171 is performed.

The remote unit output unit 17 includes a remote unit optical output unit 171 and a remote unit sound output unit 173. It is apparent from the present technology that the remote unit light output unit 171 is implemented as one or more LED lamps in the present embodiment, but various light output devices may be included in a range performing a function of outputting light such as OLED.

The remote unit sound output unit 173 is implemented as a speaker, and there is no limitation on the output and size of the speaker. The remote unit sound output unit 173 may perform a function of transmitting information to visitors through a predetermined sound output function or enhancing an emotional function of a performance state. Meanwhile, the remote unit sound output unit 173 implemented as such a speaker may be utilized as a sound wave communication means in an audible or non-audible band to serve as a remote unit communication unit.

In addition, although not explicitly described in the present embodiment, the remote unit output unit 17 may provide a vibration haptic function to transmit a predetermined state to the audience or take a configuration to enhance the transmission of emotional information during a performance, etc. It is also possible to take a configuration in which various output elements and the like are mounted.

The concert control base 40 is a station device that performs the entire performance operation of the concert hall, so that the remote unit 10 achieves light output corresponding to the concert data, current concert performance information for the concert venue where the remote unit 10 is located. Is sent out.

The RF wireless communication of RF low levwl through the concert base wireless communication unit 461 can be appropriately arranged so as not to interfere with the performance of concert performance visitors according to the size of the entire area of the concert venue, and the number may vary depending on the size of the venue. By adjusting and selecting, it is possible to secure versatility that can be appropriately applied whether it is a small concert hall or a large concert hall.

In the present embodiment, the transmission of current concert performance information by the concert control base 40 is described mainly in the case of wireless transmission and using RF wireless communication of an RF low level. Transmission of concert performance information, etc. may be performed through sound wave communication. That is, it may be transmitted in the form of a sound wave signal coded as a sound signal of an inaudible band through a speaker disposed at a preset location of a concert venue. In this case, compensation processing such as a signal delay versus an RF radio signal due to sound wave communication may be simultaneously performed, but a detailed description thereof will be omitted in the present invention.

The concert control base 40 includes a concert control base control unit 42, a concert control base storage unit 43, a concert base communication unit 46, and a concert base output unit 47. The concert bass control unit 42 supervises and controls the overall operation in the concert hall. Concert data including information on the light output function in the concert hall may be processed through a separate concert design station (not shown), but in some cases, a concert on the light output of the remote unit 10 on the concert control base 40 It is also possible to take a configuration that enables the on-site light output design through the concert control base control unit 42 to be implemented by mounting a function for directly designing or modifying data.

The concert control output unit 47 may include a concert control light output unit 471, a concert control sound output unit 473, a concert control stage output unit 475, and the like. The concert control light output unit 471 includes stage lighting and auditorium lighting, and the concert control sound output unit 473 includes sound output devices such as stage speakers and auditorium speakers. In addition, the concert control stage output unit 475 includes a driving device such as a motor for implementing an operation of a moving stage or a movable structure within the stage.

The concert base communication unit 46 stores concert data through communication with the server 30 described below. The concert base communication unit 46 includes a concert base wireless communication unit 461, which transmits the current concert data to the remote unit 10 by performing RF wireless communication of an RF low level. . The concert base wired/wireless communication unit 463 of the concert base communication unit 46 can input/output and transmit/receive information such as concert data through a connection with the server 30 through various communication methods.

The concert control base storage unit 43 may store concert data for unique information of each concert hall and various performance data for performing a performance in the concert hall.

On the other hand, the concert control system 1 may take the configuration of the remote unit 10, the terminal device 20, and the server 30 as a configuration for storing or updating concert data in the remote unit 10. Various modifications are possible, such as being able to take a configuration added to the remote unit 10 and the concert controller base 40.

The terminal device 20 receives concert hall specific information and receives concert data corresponding to the concert hall specific information. The server 30 receives concert hall specific information input to the terminal device 20 from the terminal device 20, checks the validity of the concert hall identification number, and sends concert data corresponding to the concert hall identification number to the terminal device ( 20).

The terminal device 20 receives concert data, and when pairing with the remote unit 10 is performed, the terminal device 20 transmits the concert data to the remote unit 10.

More specifically, the terminal device 20 may be a smart phone or a PC, or may be a kiosk installed at a concert site or a place providing information about the concert hall. In this embodiment, the terminal device 20 implemented as a smart phone is mainly described, but the terminal device 20 of the present invention is not limited thereto.

The terminal device 20 may include a terminal detection unit 21, a terminal control unit 22, a terminal storage unit 23, a terminal operation unit 24, a terminal communication unit 26, and a terminal output unit 27. In some cases, the terminal touch pad 251, the terminal input keyboard 253, which may receive information specific to the concert hall implemented as code information, or input predetermined information, and may be implemented in software as a terminal touch pad in some cases. ), it may further include a terminal input unit 25 such as a terminal input port 255.

The terminal sensing unit 21 includes a terminal image sensing unit 211 implemented as a camera and a terminal sound sensing unit 213 implemented as a microphone. Through the terminal image detection unit 211, it is possible to receive concert hall specific information implemented as code information such as barcodes or QR codes, or the remote unit optical output of the remote unit 10 during the pairing process using an optical output function described later. It may be used for receiving a signal of the remote unit unique ID through the light output from the unit 171.

The terminal sound sensing unit 213 is implemented as a microphone, and may be modified, such as may be used to use sound wave communication with the remote unit 10 or the like.

The terminal control unit 22 applies a detection control signal of the terminal detection unit 21 to perform a predetermined detection operation and stores the detected detection signal in the terminal storage unit 23, and causes the terminal communication unit 26 to By network communication with the server 30 using a network communication network, concert data is received and stored in the terminal storage unit 230, and an operation control signal is applied to the terminal operation unit 24 to perform a predetermined operation, and the terminal output The operation status display function is performed through the terminal display 271 as the terminal optical output unit of the unit 27, and the remote unit in the pairing process using the sound output function and sound wave communication function described later through the terminal sound output unit 273 The remote unit sound detection unit 111 of (10) may be used to receive a signal of the remote unit unique ID through light output from the terminal sound output unit.

The terminal storage unit 23 is implemented as a storage medium that can be retrieved when temporarily storing concert data received from the server 30 and transmitting it to the remote unit 10.

The terminal communication unit 26 is a terminal wireless communication unit 261 implemented with a terminal short-range wireless communication unit 263 implemented with low-power Bluetooth (BLE), and a cellular communication protocol such as LTE, LTE-A, 5G, and GSM. ). In addition, when the terminal device 20 is made of a type of PC or kiosk, it includes a terminal wired/wireless communication unit 265 that utilizes a communication network implemented in various communication networks such as a local area network (LAN) in addition to the communication or communication network components. can do.

The terminal storage unit 23 is implemented as a storage medium that stores concert data corresponding to concert specific information transmitted from the server 30. The terminal operation unit 24 executes a predetermined operation according to the operation control signal of the terminal control unit 21. The terminal output unit 27 includes a terminal display 271 of the terminal device 20, a terminal sound output unit 273 that is implemented as a speaker to output audible or inaudible sound, and a remote unit 10 to another PC, etc. A terminal output port 275 for connection with a terminal device of may be further provided.

Meanwhile, in performing a concert data transmission operation between the remote unit 10 and the terminal device 20 of the present invention, a predetermined pairing operation may be performed. In the pairing operation of the present invention, it is possible to implement a pairing operation to ensure a pairing operation between a corresponding remote unit and a corresponding terminal device, excluding unnecessary connection with other nearby remote units or other terminal devices. Between the remote unit 10 and the terminal device 20 of the present invention, in addition to a simple connection method such as a conventional simple Bluetooth connection, a connection function of sound wave communication or optical output communication method further enhances the consistency of pairing between the remote unit and the terminal device. You can also take rescue.

That is, between the remote unit 10 and the terminal device 20 of the present invention, it is possible to enhance the consistency between devices through broadcasting or advertizing through short-range wireless communication and simultaneously encoding signals through sound wave communication or optical output communication. .

In the case of using sound wave communication, the terminal device controller 20 uses the terminal unique ID assigned to the terminal device 20 of the terminal device 20 through the terminal short-range wireless communication unit 263 implemented as BLE. Broadcasting or advertising is performed. The remote unit short-range communication unit 163 of the remote unit 10 receives the broadcasted terminal unique ID of the corresponding terminal device 20.

In the case of a space where a large number of visitors are concentrated, a terminal unique ID wirelessly broadcast using a method such as BLE may be simultaneously advertized a plurality of signals in addition to the corresponding terminal unique ID. In order to select and match a corresponding terminal unique ID among these simultaneous terminal unique IDs, the remote unit 10 and the terminal device 20 of the present invention use sound wave communication as an additional confirmation check means.

That is, while the terminal device controller 20 broadcasts or advertises the terminal unique ID through the terminal short-range wireless communication unit 263 in which the terminal unique ID is implemented as BLE, the terminal device controller 20 Is encoded as a signal for sound wave communication, and outputs it as, for example, sound in an inaudible band through the terminal sound output unit 273. The encoded sound signal of the terminal unique ID output as sound in the inaudible band output through the terminal sound output unit 273 is detected and received by the remote unit sound detection unit 113 of the remote unit 10, and the remote unit control unit ( 12) decode.

The remote unit control unit 12 compares the terminal unique ID decoded from the sound wave signal with the terminal unique ID received by the remote unit short-range communication unit 163 of the remote unit 10 to determine whether they are the same, and if they are the same, the terminal device 20 ) And the remote unit 10. That is, the terminal unique ID received by the remote unit short-range communication unit 163 is received and decoded as an acoustic signal from among the terminal unique IDs transmitted from a plurality of nearby terminal devices in addition to the terminal unique ID of the desired terminal device 20. A pairing connection with the terminal device 20 having the terminal unique ID is established by searching for the same terminal unique ID.

When a pairing connection is made, concert data corresponding to the concert venue specific information received from the server 30 and stored in the terminal device 20 is transmitted from the terminal device 20 to the remote unit 10 and the corresponding remote unit It is stored in the remote unit storage unit 23 of (10).

In the preceding technology, a pairing process in which the consistency between a remote unit and a terminal device is enhanced through sound wave communication has been described, but the present invention may perform a pairing process using a method of transmitting and receiving an optical output signal other than sound wave communication.

That is, between the remote unit 10 and the terminal device 20 of the present invention, it is possible to enhance the consistency between the devices through the optical output communication of the encoded signal simultaneously with broadcasting or advertizing through short-range wireless communication.

In the case of using optical output communication/transmission, the remote unit control unit 10 compares the unique remote unit unique ID assigned to the remote unit 10 with the remote unit unique ID wirelessly transmitted/received as a reference value to identify the target to be paired and connect. Thus, concert data can be transmitted and received. That is, the remote unit unique ID is broadcast or advertised through the remote unit short-range wireless communication unit 263 implemented as BLE. The terminal short-range communication unit 263 of the terminal unit 20 receives the broadcasted remote unit unique ID of the remote unit 10.

The remote unit control unit 12 broadcasts or advertises the remote unit unique ID through the remote unit short-range wireless communication unit 163 in which the remote unit unique ID is implemented as BLE, and at the same time, the remote unit control unit 12 The unique ID is encoded as a signal for optical output communication, and outputted through the remote unit optical output unit 173 as a light ON/OFF or flickering operation. The encoded optical output signal of the remote unit unique ID output as light through the remote unit optical output unit 173 is detected and received by the terminal image sensing unit 211 of the terminal device 20 and decoded by the terminal control unit 22 .

The terminal control unit 22 compares the remote unit unique ID decoded from the optical output signal with the remote unit unique ID received by the terminal short-range communication unit 263 of the terminal device 20 to determine whether they are the same, and if they are the same, the terminal device ( 20) and the remote unit 10 are paired. That is, the remote unit unique ID received by the terminal short-range communication unit 263 is received as an optical output signal among remote unit unique IDs transmitted from a plurality of remote units in addition to the corresponding remote unit unique ID of the desired remote unit 10. As a result, a pairing connection with the remote unit 10 having the corresponding remote unit unique ID is established by finding the same one as the decoded remote unit unique ID.

When a pairing connection is made, concert data corresponding to the concert venue specific information received from the server 30 and stored in the terminal device 20 is transmitted from the terminal device 20 to the remote unit 10 and the corresponding remote unit Stored in the remote unit storage unit 23 of (10) is the same as described above.

In the present embodiment, the remote unit and the terminal device performing the pairing process have been described mainly in the case of being implemented in the form of a module of the overall concert system and its control method, but the remote unit 10 and the terminal device 20 of the present invention ) Is an individual configuration, that is, in the form of a remote unit terminal module 50 (refer to FIG. 28), it is clear from the present technology that an independent configuration thereof and an independent control method may be implemented in this operation control method. That is, according to another embodiment of the present invention, the remote unit 10 and the terminal device 20 may be implemented as targets that take their own configurations with the remote unit terminal module 50 and a control method thereof. In this pairing implementation, in addition to the configuration of transmitting a pairing signal using wireless communication, such as short-range wireless communication of each component, by outputting an additional pairing signal with a preliminary assistance or a conformation function for accurate catch of the pairing target device, various In a multi-communication environment in which devices are mixed and signals overlap, it may be possible to implement a more accurate and faster pairing operation between corresponding pairing target devices without a pairing malfunction. In particular, the remote unit and the terminal device of the present invention use a signal having straightness or directivity, that is, an acoustic signal and an optical output signal, when additionally transmitting a complementary preliminary or conformation functional pairing signal, It is possible to implement a more accurate, quick and simple pairing operation through a function that compensates for the disadvantages of omni-directional wireless communication in which signal overlap occurs.

On the other hand, the concert control system 1 of the present invention may further include a configuration for checking whether concert data of a plurality of remote units 10 are updated in a concert hall. That is, the terminal device 20 described above before the start of the concert performance by the audience directly or through the help of an assistant by checking whether concert data for the corresponding concert is updated in each remote unit 10 at the concert hall. ) And the process of receiving the concert data corresponding to the concert hall specific information through the communication network network between the server 30, and transmitting the pairing between the remote unit 10 and the terminal device 20 to the remote unit 10 Make it executable. That is, the concert control base 40 wirelessly transmits a preset time point, for example, a current concert ID before the start of the concert, through the concert control communication unit 46. Here, the current concert ID may be set and used as a category ID that occurs before the start of the performance in the concert data header described above, or in some cases, a data field stored in the concert data body may be used. It is possible.

The wirelessly transmitted current concert ID is received by the remote unit wireless communication unit 161 of the remote unit communication unit 16 of the remote unit 10, and the received current concert ID is received by the remote unit control unit 12 of the remote unit 10. The concert ID stored in the remote unit storage unit 13 of the remote unit 10 is compared.

The remote unit control unit 12 performs preset light output through the remote unit light output unit 171 of the remote unit output unit 17 according to the comparison result of the stored concert ID and the current concert ID. For example, when the remote unit control unit 12 determines that the stored concert ID and the current concert ID are the same, the remote unit control unit 12 emits green light for 2 to 3 seconds as a preset light output to the remote unit light output unit 171. You can also try to keep it in its initial state after flickering.

Conversely, when the stored concert ID and the current concert ID are different, the remote unit control unit 12 applies a help mode operation control signal for outputting a non-update help signal to the remote unit output unit 17. For example, if the remote unit control unit 12 determines that the stored concert ID and the current concert ID are not the same, the remote unit control unit 12 applies a help mode operation control signal to the remote unit optical output unit 171 to advance The red light may be continuously flickered with the set light output, or the gradual lighting and blinking operations may be repeated until a predetermined input is received. It is possible to check whether the corresponding concert data in the remote data is updated through such color, and to complete the update before the actual concert performance through the user or assistant, etc., thereby achieving the appropriate color output at the concert performance, for user convenience and performance. You can improve your emotions.

On the other hand, the concert control system 1 of the present invention randomly selects one or more as many as a preset number of unique information of a plurality of concert halls, and performs a specific operation only for the corresponding remote unit 10 corresponding to the unique information of the concert hall. For example, it may be configured to perform an optical output operation. That is, the current concert performance information transmitted from the concert controller base 40 may include information specific to a random selection concert venue. More specifically, the server 30 may receive a random selection request from the concert control device 40. That is, when a performer or a specific person presses a selection button (not shown) in a concert venue, the concert control device 40 transmits a random selection request signal to the server 30. The random selection request refers to randomly selecting a predetermined number of concert hall-specific information of concert audiences who have actually entered the concert hall among concert hall-specific information or all concert hall-specific information formed in the current concert hall. Here, among the unique information of the entire concert hall, the confirmation of the unique information of the concert hall where the concert hall was actually entered is a process in which concert hall unique information included in the concert hall ticket checked when entering the concert hall is aggregated in real time and transmitted to the server 30. It can be done through.

Upon receiving the random selection request, the server 30 executes the corresponding random selection and selects concert hall specific information with a preset number. That is, the server 30 receives the random selection request, selects the random selection concert hall unique information with a preset number of valid concert hall unique information, and transmits the selected random selection concert hall unique information to the concert control device 40.

The concert control device 40 receiving the random selection concert venue specific information includes the random selection concert venue specific information in the current concert performance information and transmits it. Here, the random selection concert hall-specific information included in the current concert performance information may be used by setting the category ID generated before the start of the performance in the aforementioned concert data header, or in some cases, a data field stored in the concert data body is used. Various choices are possible depending on the design method, such as may be possible.

As described above, the remote unit 10 includes a remote unit communication unit 16, a remote unit storage unit 13, a remote unit output unit 17, and a remote unit control unit 12, and The communication unit 16 receives current concert performance information, and the remote unit storage unit 13 stores concert data including data for performing light output corresponding to the concert hall specific information, and the remote unit output unit 17 Includes a remote unit optical output unit 171 for performing optical output, and the remote unit controller 12 uses the remote unit communication unit 16 to use current concert performance information and the concert data, and a remote unit optical output unit ( 171) is executed, and the remote unit optical output unit 171 of the remote unit corresponding to the unique information of the random selection concert hall among the plurality of remote units located in the concert hall performs the remaining output.

Various methods may be used for the process of finally allowing the corresponding remote unit to remain in response to the unique information of the random selection concert hall. For example, in the present embodiment, when the server 30 receives a random selection request from the concert control device 40 for selecting concert hall unique information in a preset number, random dummy selection with a preset number among valid concert hall unique information The concert venue-specific information is also selected along with the random selection concert venue-specific information and transmitted to the concert control device 40.

At this time, the concert control device 40 includes the random selection concert venue specific information and the random dummy selection concert venue specific information in the current concert performance information and transmits it, but the number of random dummy selection concert venue specific information according to the passage of a preset time By reducing and removing the new current concert performance information, the lighting/flashing or flickering output status of the remote unit corresponding to the random dummy selection concert hall information is removed, and finally the remote corresponding to the random selection concert hall information. The remote unit light output unit 171 of the unit may allow the remaining output to be performed.

On the other hand, the concert control system 1 of the present invention is configured to check whether the concert data corresponding to the concert hall specific information of the remote unit 10 in the space entering the concert hall is updated and implement an automatic update operation. May be. In this case, the entire auditorium of the concert hall is allocated for each zone, and the same zone uses the same concert data, and the same zone is configured to induce entry through the same access road. Two or more different entry zones are configured with different values.

In more detail, as shown in FIGS. 5 and 25, the concert venue is divided into a plurality of sectioned section structures (A1, A2, B1, B2, C1, C2, D1, D2, D3, D4) to which separate entry spaces are allocated. ). Sectional IDs are assigned to each section structure (A1, A2, B1, B2, C1, C2, D1, D2, D3, D4) of the concert venue.

The concert control communication unit 46 of the concert control base 40 includes a concert control wireless communication unit 461 allocated to a separate entry space and includes a sectional ID, a concert ID, and concert information corresponding to the sectional ID. Transmit information. In some cases, the function of transmitting and receiving a concert control wireless communication unit 461 that transmits current concert performance information including a sectional ID, a concert ID, and concert information corresponding to the corresponding sectional ID is performed in the present embodiment. Although it has been described as integrated control in (40), various modifications are possible according to design specifications, such as being able to proceed through separate individual modules.

In addition, here, the section ID and concert ID are included in the current concert performance information and transmitted, which can be used by setting the category ID that occurs before the start of the performance in the concert data header described above, or in some cases, stored in the concert data body. Various selections are possible depending on the design method, such as being able to use the data field to be used.

The remote unit communication unit 16 of the remote unit 20 receives current concert performance information including a section ID, a concert ID, and concert information corresponding to the section ID. The remote unit control unit 12 of the remote unit 20 compares the section ID and concert ID stored in the remote unit storage unit 13 with the received section ID and concert ID.

As a result of the comparison, when the remote unit control unit 12 determines that at least one of the section ID and concert ID stored in the remote unit storage unit 13 and the received section ID and concert ID do not match, the concert information is received and Save it in the unit storage. For example, when the remote unit control unit 12 determines that at least one of the section ID and concert ID stored in the remote unit storage unit 13 and the received section ID and concert ID do not match, the remote unit control unit 12 May perform flickering output of red light to the remote unit light output unit 171, and update the corresponding concert data through reception of concert data through the terminal device and the server described above, and pairing with the remote unit. In addition, in some cases, concert data as concert information corresponding to the section ID included in the current concert performance information is received in the update area as shown in FIG. 25, and the remote unit control unit 12 directly receives the concert data. It may be stored directly in the remote unit storage unit 13. The concert data for the corresponding concert is normally updated in the remote unit 10 using the checksum data included in the trailing field of the current concert performance information transmitted by the concert control wireless communication unit 461 in the update area and the continuous checksum area. Check whether it is done. If the checksum is not matched in the checksum area, the automatic update process is re-executed. In the conference area of the entrance area of the concert venue, the remote unit 10 is searched for the remote unit 10 in the event that the update is not performed due to a checksum mismatch, and a final update function is executed. As shown in FIG. 25, the number of remote units represented by dots indicating incomplete update output from the possessed remote unit and incomplete update confirmed as a checksum inconsistency is as the visitor moves to the update area, checksum area, and conference area. It decreases accordingly, and when the update incomplete in the final conformation area is displayed, a final output state such as red light for receiving assistance for a predetermined update may be maintained.

In order to receive data in the update area, the checksum area, and the conference area, if the minimum time required for the entering visitor with the remote unit 10 to stay in each spatial area is set, it may be induced to meet the corresponding condition. .

On the other hand, when the remote unit control unit 12 determines that both the section ID and concert ID stored in the remote unit storage unit 13 and the received section ID and concert ID match, the remote unit control unit 12 The output unit 171 performs a specific operation and then returns to the initial state.For example, another non-updated remote unit by outputting a flickering green light for a predetermined period of time or before leaving the entry passage of the corresponding section area. It is also possible to facilitate the distinction from (10).

The position and number of the concert controller communication units 46 of the concert controller base are arranged, and the communication type, for example, in the case of the aforementioned RF wireless communication, the number and position of the concert controller wireless communication units 461, and sound waves through the speaker In the case of communication, various selections are possible according to the type of concert venue, such as the location and number of speakers for performing sound wave communication.

Hereinafter, a control process of the concert control device will be described in detail with reference to the drawings. The configurations of the concert control device 1, the remote unit 10, the terminal device 20, the server 30, and the concert controller base 40 are replaced with the above-described contents, and redundant descriptions are omitted.

The control method of the concert control system of the present invention includes a current concert performance information transmission step (S50), a current performance information check step (S60), a current concert data check step (S70), and a remote unit current concert data operation step (S80). Include.

First, in the current concert performance information transmission step (S50), the concert control communication unit 46 of the concert control base 40 wirelessly transmits current concert performance information, and the current concert performance information includes current category ID and current time information. , The current category ID represents the category ID of concert content executed at the actual site of the current performance, that is, information on one or more hierarchical categories of the current performance, and the current time information represents the current time performed in the actual performance at the current concert venue. As described above, the current time refers to the current local time that is actually executed based on the time when each current category ID is executed, not the actual time in the time zone based on the GMT average time in which we are located.

In the current concert performance information transmission step (S50), the current performance information is continuously transmitted wirelessly for a preset time while the concert performance is in progress.

In the current concert performance information transmission step (S50) of this embodiment, a plurality of current category IDs are provided and a hierarchical structure is obtained. More specifically, two current category IDs in this embodiment are provided, and they form a hierarchical arrangement structure relationship with each other. That is, the current category ID includes a current first category ID and a current second category ID, the current first category ID is a current singer ID indicating singer information, and the current second category ID is a current song ID indicating song information. Can be In the present embodiment, in that a concert performance of a singer is presented as an example, the current first category and the current second category have been described as including information on the singer and song, respectively, but the field and field in which the present invention is used It is clear from the description that it may have other hierarchical configurations.

The current performance information transmitted wirelessly in the current performance information check step (S60) is transmitted to a plurality of remote units 10 in the concert hall, and each remote unit 10 receives a signal transmitted from the concert controller communication unit 46 And executes a preparation step for executing a predetermined output operation.

That is, in the current performance information checking step (S60), the remote unit control unit 12 compares the current category ID with the category ID on the concert data header. More specifically, the concert data stored in the remote unit storage unit 13 includes a concert data header as a header field and a concert date body as a data field. The concert data header includes one or more category information, in this embodiment, a category ID for one or more category information hierarchically formed, and a data storage location. The concert data body includes time information, color information, and effect information. The time information refers to the local time allocated for the category ID used at the concert venue site corresponding to the category ID, and the color information corresponds to the color of light that the remote unit light output unit 171 should output in each time information. Information, for example, refers to color information such as a normalized RGB color code value, and the effect information

As described above, the effect information represents output operation information of light output through the output unit of the remote unit light output unit 171 with respect to time information. For example, "flickering at a preset first cycle" to "slowly changing color" shows an operation mode of outputting color light output through the remote unit light output unit 171.

The concert data corresponding to the concert venue specific information stored in the remote unit storage unit 13 applies an output control signal of the remote unit optical output unit of the remote unit control unit 12 to control the light output operation of the remote unit optical output unit 171. To this end, the remote unit control unit 12 compares the wirelessly received current category ID with the category ID on the concert data header in the concert data stored in the remote unit storage unit 13.

More specifically, the current performance information check step (S60) includes a category ID check step (S61), a category determination step (S63; S64, S65), and a category mode execution step (S66; S67, S69).

First, in the category ID confirmation step S61, the remote unit control unit 12 of the remote unit 10 checks the category ID and the current category ID.

Then, the remote unit control unit 12 executes the category determination steps S63; S64, S65, compares the identified category ID with the current category ID, and determines whether they are the same.

The category determination step (S63; S64, S65) includes a first category determination step (S64) and a second category determination step (S65). In this embodiment, as described above, the current category ID includes a current first category ID and a current second category ID, the current first category ID is a current singer ID indicating singer information, and the current second category ID is A current song ID indicating song information, the category ID includes a first category ID and a second category ID, the first category ID is a singer ID indicating singer information, and the second category ID is a song ID indicating song information. to be.

In the first category determination step S64, the remote unit control unit 12 determines whether the current singer ID and the singer ID are the same, and when it is determined that the current singer ID and the singer ID are the same, the control flow proceeds to step S65. In the second category determination step (S65), the remote unit control unit 12 determines whether the current song ID as the received current second category ID and the song ID as the second category ID stored in the remote unit storage unit 13 are the same. do. If the remote unit control unit 12 determines that the current song ID and the song ID are the same in the second category determination step S65, the control flow is transferred to step S67.

If, in the first category determination step (S64), the remote unit controller 12 determines that the current singer ID and the singer ID are not the same, and in the second category determination step (S65), the remote unit controller 12 When it is determined that the current song ID as the current second category ID and the song ID as the second category ID stored in the remote unit storage unit 13 are not the same, the remote unit control unit 12 performs the concert stored in the remote unit storage unit 13. It is determined as a data error and the control flow is transferred to step S69.

In the category mode determination steps S66; S67, S69, a category mode to be executed among preset category modes is determined according to the determination result determined in the category determination steps S63; S64, S65.

The category mode determination step (S66; S67, S69) includes an operation mode determination step (S67) and a standby mode determination step (S69), and in the operation mode determination step (S67), the remote unit optical output unit of the remote unit 10 The user confirms that there is an error in the concert data for executing the remote unit optical output unit 171 of the remote unit 10 in the determination of the mode to execute the light output through 171 and the standby mode determination step (S69). In order to inform the user, for example, a standby mode for performing a preset standby operation for performing a flickering operation of red light as a preset warning color is determined.

Meanwhile, the internal clock time check step (S60a) is executed at the same time as or before the execution of step S61. That is, after receiving the remote unit current performance information, the internal clock of the remote unit 10 is operated to check the time after the reception of the remote unit current performance information, and the clocking of the time after reception using this internal clock will determine the current estimated time later. Can be used to calculate.

The remote unit control unit 10 executes the current concert data confirmation step S70 after the current performance information confirmation step S60 is executed. The current concert data checking step (S70) is executed when the current category ID and the category ID are the same, and the estimated current time information estimated from the internal clock of the remote unit control unit 12 and the time information of the current concert data body are compared, Current concert data output by the remote unit optical output unit 171 is confirmed.

The current concert data confirmation step (S70) includes a time information correspondence concert data check step (S71) and a time information correspondence determination step (S73). First, in step S71 of confirming concert data corresponding to time information, the remote unit controller 12 checks concert data corresponding to the received current time information among concert data.

Then, in determining whether the time information corresponds to the time information (S73), it is determined whether concert data corresponding to the current time information exists. If it is determined that concert data corresponding to the current time information does not exist in the time information correspondence determination step (S73), the remote unit control unit 12 executes the corresponding time information zone check step (S74) to determine the current time information. Check the concert data area that contains. That is, when the current first category ID and the first category ID are the same, and the current second category ID and the second category ID are the same, the remote unit control unit 12 controls the corresponding current time information to which it belongs. The time information zone is checked and moved (S74).

Then, after receiving the remote unit current performance information, the remote unit control unit 12 performs an estimated current time calculation step (S75) of estimating and calculating the estimated current time using the internal clock of the remote unit 10. That is, the remote unit control unit 12 operates and controls the remote unit operation unit 14 to provide additional time information (Tadd) after reception of checkable current concert performance information from the internal clock, and current time information included in the current concert performance information. Using (Tcurr), the current time information is estimated and derived.

Thereafter, the remote unit control unit 12 uses the estimated current time and time information and concert data of the corresponding time information area through a calculation process through the remote unit operation unit 14 to determine the color of the concert data corresponding to the estimated current time. The estimated current time correspondence data information calculation step S76 of calculating information and effect information is executed. That is, the remote unit control unit 12 can check the current concert data to be output by the remote unit optical output unit 171 by comparing the derived estimated time information with time information corresponding to the second category ID.

When the current time information Tcurr and the time information Tdata corresponding to the second category ID are not the same, that is, the same time information Tdata; Tdata1, Tdata2 as the current time information Tcurr. ,...TdataN) does not exist and exists between a section area (Tdatan<Tcurr<Tdatan+1) between certain time information and other time information, the remote unit control unit 12 is the remote unit operation unit 14 By applying an operation control signal to the estimated concert data (DCNCRTestm) corresponding to the estimated estimated current time information (Testm = Tcurr + Tadd), that is, the estimated color information (DCOLestm) and the estimated effect information (DEFFCTestm) is calculated (S76). .

The remote unit control unit 12 from the color information (DCOL) and effect information (DEFFCT) of the concert data (DCNCRT) corresponding to the current time information included in the current concert performance information or the current time information and estimated current time information (Testm). Using the estimated color information (DCOLestm) and the estimated effect information (DEFFCTestm) of the estimated concert data (DCNCRTestm), the current concert can be performed to perform the optical output operation of the remote unit optical output unit 171 of the remote unit output unit 17. The data determination step S77 is executed.

On the other hand, when it is determined that concert data corresponding to the current time information exists in the time information correspondence determination step (S73), the remote unit control unit 12 executes the moving and confirming step (S74a) of the corresponding time information Check and move the concert data and concert data areas that contain time information.

Then, after receiving the remote unit current performance information, the remote unit control unit 12 executes an estimated current time calculation step (S75a) of estimating and calculating the estimated current time using the internal clock of the remote unit 10.

Thereafter, the remote unit control unit 12 uses the estimated current time and time information and concert data of the corresponding time information area through a calculation process through the remote unit operation unit 14 to determine the color of the concert data corresponding to the estimated current time. The estimated current-time-corresponding data information calculation step S76a of calculating information and effect information is executed. That is, the remote unit control unit 12 can check the current concert data to be output by the remote unit optical output unit 171 by comparing the derived estimated time information with time information corresponding to the second category ID. The remote unit control unit 12 applies an operation control signal to the remote unit operation unit 14 to provide estimated concert data (DCNCRTestm) corresponding to the estimated estimated current time information (Testm = Tcurr + Tadd), that is, estimated color information (DCOLestm). And estimated effect information (DEFFCTestm) is calculated (S76a). Then, the control flow is transferred to step S77, and the contents of S77 are the same as described above.

After the current concert data as described above is determined, the remote unit control unit 12 executes the remote unit current concert data operation step (S80), and the remote unit output unit 171 performs concert data corresponding to the concert venue specific information. The optical output function is executed according to the applied signal (S80).

Meanwhile, the control method of the concert control system 1 of the present invention may provide a method of checking an update before a concert performance. That is, before the current concert performance information transmission step (S50), a current concert ID transmission step (S30) and a remote unit update confirmation step (S40) may be included.

First, in the current concert ID transmission step (S30), the concert control base 40 wirelessly transmits a current concert ID indicating the current concert through the concert control communication unit 46. The current concert ID is uniquely allocated information for the currently live concert performance, and the wirelessly transmitted current concert ID is received through the remote unit communication unit 16 in the concert hall, and a remote unit update confirmation step (S40) is performed. In the remote unit update confirmation step (S40), the remote unit communication unit 16 of the remote unit 10 receives the current concert ID signal, and the remote unit control unit 12 uses the received current concert ID signal to control the remote unit 10 It is checked whether the concert data for the corresponding concert is updated and stored in the remote unit storage unit 13 of ). The remote unit update confirmation step (S40) includes a remote unit wireless communication unit current ID check step (S41), a remote unit concert ID comparison step (S43), a concert ID identical determination step (S45), and a remote unit update confirmation display step ( S46).

In the remote unit wireless communication unit current ID verification step (S41), the remote unit control unit 12 checks the current concert ID received by the remote unit communication unit 16 and the concert ID stored in the remote unit storage unit. Then, the remote unit control unit 12 executes the remote unit concert ID comparison step (S43), compares the current concert ID and the concert ID checked in the current ID check step (S41), and determines the concert ID equality (S45). ) To determine whether the current concert ID and the concert ID compared in the remote unit concert ID comparison step S43 are the same.

The remote unit update confirmation display step (S46) confirms and displays whether or not the remote unit is updated according to the determination result in the concert ID identical determination step (S45). As an example of this display, the remote unit control unit 12 outputs the remote unit light output. A remote unit update completion confirmation step (S47) is performed through the unit 171 to output light of a preset color set according to whether or not to update. For example, when the update is complete, the remote unit light output unit 171 temporarily flickers the green light and then turns it off, so that the user visually recognizes the update completion state and switches to a low power state in the standby state to turn off the battery power. You can also minimize consumption. On the other hand, when it is determined that the update is not the same in step s45 and the update is not completed, the remote unit light output unit 171 performs an operation of flickering the red light from a preset time until a separate stop command is formed. The concert venue through the communication network network between the terminal device 20 and the server 30 described above before the concert performance starts, either directly by the audience user or through the help of an assistant by executing the remote unit update incomplete confirmation step (S49) Through an update alert so that the corresponding concert data corresponding to the unique information can be received, paired through the method described below between the remote unit 10 and the terminal device 20, and then transmitted to the remote unit 10 Can induce update execution.

On the other hand, the control method of the concert control system of the present invention may include a pre-update process in which pre-concert update check is performed or prior to the concert is performed.

That is, the control method of the concert control system according to another embodiment of the present invention includes a concert hall specific information input step (S10), a unique information check and concert data request step (S13), a unique information check and concert data transmission step ( S15). First, in the concert hall-specific information input step (S10), the terminal device 20 receives the concert hall-specific information, and the terminal device 20 is, as described above, through a communication network network such as a smartphone, a PC, and a kiosk. It refers to a device that can be connected to the server 30 in which concert data is stored. In addition, as described above, the unique information of the concert hall includes unique information allocated to a specific space for the entire space of the concert hall, for example, unique information allocated to a ticket corresponding to a seat in the concert hall of a singer or a seat. The concert hall-specific information constitutes a unique value in which duplicate information does not exist for the concert performance at the same date and time.

In the step (S13) for checking unique information and requesting concert data, the terminal device 20, which received the unique information of the concert hall, transmits the input unique information of the concert hall to the server 30 through the network, and checks whether the unique information of the concert hall is valid. It checks the availability and requests concert data corresponding to the unique information of the concert hall.

In the step (S15) of confirming the unique information and transmitting the concert data, the server 30 checks the validity of the unique information of the concert hall according to the confirmation of the unique information of the concert hall and the request for the concert data, and if the validity is confirmed, the server 30 Transmit concert data.

More specifically, the unique information confirmation and concert data transmission step (S15) includes a unique information reception step (S151), a unique information validity determination step (S153), and a unique information corresponding concert data transmission step (S155). In the unique information receiving step (S151), the server 30 receives concert hall-specific information transmitted from the terminal communication unit 16 of the terminal device 20. Then, in the unique information validity determination step (S153), in the server 30, the received concert hall unique information is compared with the unique information data on the unique information module on the server 30, and whether the received concert hall unique information is valid. Check the validity of The unique information of the concert hall stored on the server 30 is a code uniquely allocated to seats in the actual concert hall, and information about this is preset and stored. In some cases, a separate unique information authentication server (not shown) may exist separately, and the server 30 may take a structure to perform a relay function to a service server, but the server 30 in this embodiment is an integrated form. It is also possible to take a configuration including a module that performs a unique information authentication function inside.

Then, the control flow is transferred to the concert data transmission step (S155) corresponding to the unique information. When the validity is checked in the unique information validity determination step (S153) and it is determined that the concert hall unique information is valid information, the server 30 ), concert data corresponding to the concert venue specific information is transmitted to the terminal device 20 side. That is, the concert data module of the server 30 checks the concert data corresponding to the unique information of the concert hall, and transmits the concert data to the terminal device 20 side. On the other hand,

When it is determined that the unique information of the concert hall is not valid because the validity is not confirmed in the unique information validity determination step (S153), the server 30 sends a confirmation error message of the unique information of the concert hall to the terminal device 20 side. It is delivered (S154). That is, the concert data module of the server 30 checks the concert data corresponding to the unique information of the concert hall, and transmits the concert data to the terminal device 20 side.

On the other hand, in executing the concert data transmission step (S155) corresponding to the unique information, a detail confirming whether a process for updating has been performed, that is, whether there is a transmission history of concert data through the terminal device 20 is included together. It may be transmitted to the terminal device 20. That is, the method for controlling the concert control system of the present invention may further include a step (S156) for confirming the update corresponding to the unique information, and if the validity is confirmed in the step (S153) for determining the validity of the unique information, the step S155 ), the update history details for the concert hall specific information on the update history module of the server 30 are checked, and these update history details are concert data corresponding to the concert hall unique number in the unique information corresponding concert data transmission step (S155). At the time of transmission, it is transmitted to the terminal device 20 together. In addition to a function of reminding the user of the update history through the update history information transmitted to the terminal device 20, unnecessary repetitive update operation may be prevented.

After the concert data is transmitted between the server 30 and the terminal device 20 as described above, and pairing is made between the terminal device 20 and the remote unit 10, the concert data is remotely transmitted from the terminal device 20. It is transmitted to the unit 10.

Meanwhile, as described above, the pairing between the remote unit 10 and the terminal device 20 of the concert control system control method of the present invention includes an acoustic method and an optical output method. First, a pairing process according to an audio output signal is performed. Explain.

The control method of the concert control system of the present invention provides a light output function by receiving a signal transmitted from the terminal device 20 receiving concert data corresponding to the concert hall specific information through communication with the server 30 and the concert control base of the concert hall. It includes a pairing execution step (S20) in which the remote unit 10 performing the connection is connected. More specifically, the pairing execution step (S20) includes a terminal unique ID verification step (S21), a terminal unique ID transmission step (S23), a remote unit terminal unique ID reception step (S25), and a remote unit terminal pairing execution step ( S27).

First, in the terminal unique ID verification step (S21), the terminal control unit 22 of the terminal device 20 checks its own unique terminal unique ID. Then, the terminal unique ID transmission step (S23) is executed. In the terminal unique ID transmission step (S23), the terminal unique ID signal is transmitted through the terminal communication unit 26 and the terminal output unit 27 of the terminal device 20. The output is sent out. More specifically, the terminal unique ID transmission step (S23) may include a terminal unique ID sound encoding conversion step (S231), a terminal short-range wireless communication unit transmission step (S233), and a terminal sound output unit transmission step (S235). . First, the terminal unique ID audio encoding conversion step (S231) is executed, and the terminal controller 22 encodes the terminal unique ID into an audio signal. In some cases, a method in which the encoded terminal unique ID signal is stored in the terminal storage unit 23 of the terminal unit 20 and retrieved without a separate encoding step may be used.

Then, in the terminal short-range wireless communication unit transmitting step (S233), the wireless signal of the terminal unique ID is wirelessly transmitted through the terminal short-range wireless communication unit 261 of the terminal communication unit 26. That is, in this embodiment, the terminal short-range wireless communication unit 261 includes Bluetooth Low Energy, and the terminal unique ID signal is wirelessly transmitted through the low-power Bluetooth. At the same time, the terminal unique ID sound encoded as an acoustic signal In other words, in the terminal short-range wireless communication unit transmission step (S233), the terminal sound output unit 271 of the terminal output unit 27 is simultaneously transmitted with the wireless signal of the terminal unique ID through the terminal short-range wireless communication unit 261. A terminal sound output unit transmitting step (S235) of transmitting a sound output of the sound signal of the terminal unique ID is executed.

By simultaneously transmitting the wireless signal and the sound signal as described above, a corresponding remote unit located adjacent to each other can receive and check these signals simultaneously. That is, after the terminal unique ID transmission step (S23) is executed, the remote unit terminal unique ID reception step (S25) is executed.

In the remote unit terminal unique ID receiving step (S25), a terminal unique ID signal is detected and received through the remote unit communication unit 16 and the remote unit detection unit 11 of the remote unit 10.

The remote unit terminal unique ID receiving step (S25) is more specifically, the remote unit short-range wireless communication unit receiving step (S251), the remote unit sound sensing unit receiving step (S253), the remote unique ID sound decoding conversion step (S255), and , A terminal unique ID comparison and confirmation step (S257), and a corresponding terminal device confirmation step (S259).

In the remote unit short-range wireless communication unit receiving step (S251), the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16 receives a wireless signal of the terminal unique ID.

In the remote unit short-range wireless communication unit receiving step (S251), the wireless signal of the terminal unique ID is received, and at the same time, the remote unit sound sensing unit receiving step (S253) is executed, and the remote unit sound sensing unit of the remote unit sensing unit 11 ( 111) receives the sound signal of the terminal unique ID. After the remote unit sound detection unit receiving step (S253) is completed, the received sound-encoded terminal unique ID signal is decoded, converted into an sound signal, and the received signal is extracted from the terminal unique ID. The terminal unique ID extracted by decoding and converting through the remote unique ID sound decoding conversion step (S255) and the wirelessly received terminal unique ID are compared and confirmed. That is, the remote unit control unit 12 performs the terminal unique ID comparison and confirmation step (S257) to compare and confirm the wirelessly received terminal unique ID and the audio reception decoding converted terminal unique ID.

Such a series of processes is likely to be performed in an environment where a plurality of terminal devices and a plurality of remote units coexist, such as at a concert venue, so accurate pairing between the terminal device and the remote unit must be made, and the remote unit sound In the sensing unit receiving step (S253), the terminal device 20 and the remote unit 10 are directly opposite to each other and operated to directly face the terminal sound output unit 273 based on the dynamic characteristics of the sound signal having linearity. Since the disposed remote unit sound detection unit 113 can receive the sound signal, the sound decoded terminal unique ID received through such a series of processes is set as a reference value, and a reference value among a plurality of wirelessly received terminal unique IDs The audio decoded terminal unique ID and the same signal are compared and confirmed. That is, in the terminal unique ID comparison and confirmation step (S257), the remote unit control unit 12 uses the terminal unique ID received and decoded as an acoustic signal as a reference value, and has the same terminal unique ID among radio signals transmitted from various terminal devices. The signal is checked, and a corresponding terminal device confirmation step (S259) of confirming a corresponding terminal device that transmits the corresponding wireless signal is performed.

In the corresponding terminal device checking step (S259), the remote unit control unit 12 checks the corresponding terminal device of the wirelessly received terminal unique ID that is the same as the sound reception decoding converted terminal unique ID, and then performing a remote unit terminal pairing step (S27). ). In the remote unit terminal pairing execution step (S27), the remote unit control unit 12 specifies the terminal device to be paired using the terminal unique ID detected and received through the remote unit communication unit 16 and the remote unit detection unit 11 Perform a pairing operation with the terminal device.

After the pairing operation is completed, the concert data transmission step (S29) is performed. In the concert data transmission step (S29), concert data corresponding to concert venue specific information received from the server 30 and stored in the terminal device 20 is transmitted from the terminal device 20 to the remote unit 10 Then, the remote unit control unit 22 of the remote unit 10 stores the transmitted and received concert data in the remote unit storage unit 23.

In the present embodiment, as described above, the method of enhancing the consistency for pairing concert data may use a method using optical output communication in addition to a method through sound output.

That is, in addition to the device-to-device consistency enhancement method using sound wave communication through sound output in the previous embodiment, the optical output communication method is used in this embodiment.

More specifically, the pairing execution step (S20) includes a remote unit unique ID verification step (S22), a remote unit unique ID transmission step (S24), a terminal remote unit unique ID reception step (S26), and a terminal remote unit pairing execution. It includes step S28.

First, in the remote unit unique ID verification step (S22), the remote unit control unit 12 of the remote unit 10 checks its own unique remote unit unique ID. Then, the remote unit unique ID transmission step (S24) is executed. In the remote unit unique ID transmission step (S24), the remote unit through the remote unit communication unit 16 and the remote unit output unit 17 of the remote unit 10 The unique ID signal is output and transmitted. More specifically, the remote unit unique ID transmission step (S24) includes a remote unit unique ID optical encoding conversion step (S241), a remote unit short-range wireless communication unit transmission step (S243), and a remote unit optical output unit transmission step (S245). Can include.

First, by executing the remote unit unique ID optical encoding conversion step (S241), the remote unit controller 12 encodes the remote unit unique ID into an optical output signal. In some cases, a method in which the signal of the already encoded remote unit unique ID is stored in the remote unit storage unit 13 of the remote unit 10 and retrieved without a separate encoding step may be used.

In this embodiment, a configuration for discriminating whether the optical output signal is in the OFF state or the actual signal output state when transmitting the remote unit unique ID through the optical output signal may be further provided. The ON check bit may be included and transmitted in the conversion step S241. That is, in the remote unit unique ID optical encoding conversion step (S241), when the remote unit control unit 12 encodes and transmits the remote unit unique ID as an optical output signal, and transmits 1-bit data based on the transmitted data. Accordingly, the ON check bit is included and transmitted. This is when the remote unit optical output unit 171 implemented by an LED or the like transmits data expressed in an off state, such as 0x00=0b00000000, if the remote unit optical output unit 171 is disposed opposite to the optical output signal. The signal sensed from the terminal image sensing unit 211 that detects the result is whether the optical output signal of the remote unit unique ID has formed an output state in which the optical output signal of the remote unit is turned off to transmit 0 bits or the image range of the terminal image sensing unit 211 It is not possible to distinguish whether the optical output signal has not been detected through the ROI. The ON check bit is included and transmitted in the remote unit unique ID optical encoding conversion step (S241) according to an embodiment of the present invention in order to prevent confusion of situation determination due to the unawareness of these distinct states.

For example, as shown in FIG. 17, when 1 bit of data is transmitted through the remote unit optical output unit 171, data of the ON check bit, which is always ON, is transmitted together. If the remote unit unique ID to be transmitted through is BIT0 and BIT1, for example, data of (100) is transmitted to transmit data of BIT 0, and data of (110) is transmitted to transmit data of BIT 1 Is transmitted.

Then, in the remote unit short-range wireless communication unit transmitting step (S243), the wireless signal of the remote unit unique ID is wirelessly transmitted through the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16. That is, in this embodiment, the remote unit short-range wireless communication unit 161 includes Bluetooth Low Energy, and a signal of the remote unit unique ID is wirelessly transmitted through the low-power Bluetooth. At the same time, the optical output signal of the remote unit unique ID encoded as the optical output signal is also output. That is, in the remote unit short-range wireless communication unit transmitting step (S243), the remote unit optical output unit 171 of the remote unit output unit 17 is simultaneously transmitted with the wireless signal transmission of the remote unit unique ID through the remote unit short-range wireless communication unit 161. The remote unit optical output unit transmitting step (S245) of transmitting the optical output signal of the remote unit unique ID is performed.

By simultaneously transmitting the wireless signal and the light wave/light output signal as described above, a corresponding remote unit located nearby can receive and check these signals at the same time. That is, after the remote unit unique ID sending step (S24) is executed, the terminal remote unit unique ID receiving step (S26) is executed.

In the terminal remote unit unique ID reception step (S26), the remote unit unique ID signal is detected and received through the terminal communication unit 26 of the terminal device 20 and the terminal image detection unit 211 of the terminal detection unit 21.

The terminal remote unit unique ID receiving step (S26) is more specifically, the terminal short-range wireless communication unit receiving step (S261), the terminal image sensing unit receiving step (S263), the remote unit unique ID optical decoding conversion step (S265), A remote unit unique ID comparison and confirmation step (S267), and a corresponding remote unit confirmation step (S269).

In the terminal short-range wireless communication unit receiving step (S261), the terminal short-range wireless communication unit 261 of the terminal communication unit 26 receives a wireless signal of the remote unit unique ID.

In the terminal short-range wireless communication unit receiving step (S261), a wireless signal of the remote unit unique ID is received or at the same time, the terminal image sensing unit receiving step (S263) is executed, and the terminal image sensing unit 211 of the terminal sensing unit 21 is Receives the light output signal of the remote unit Unique ID.

The terminal image sensing unit 211 is formed as a smartphone camera when the terminal device 20 is implemented as a smartphone, and is detected on the terminal display 271 of the terminal device 20 equipped with the terminal image sensing unit 211 An image of the remote unit 10, which is a target, may be displayed. At this time, a target region of interest (ROI) is displayed on the terminal display 271 so that the optical output region of the remote unit optical output unit 171 that outputs an optical output signal to the user is indicated on the terminal display 271. It is also possible to guide to form an image sensing state by matching it to an area (see FIG. 15). The optical output signal output through the flickering and flickering operation of the remote unit optical output unit 171 of the remote unit 10 may be detected as image information in the target ROI.

After the terminal image detection unit receiving step (S263) is completed, the remote unit unique ID optical decoding conversion step (S265) is executed to decode the received optical output-encoded remote unit unique ID signal and converted into an optical output signal. The remote unit unique ID is extracted from

The optical decoding conversion method according to an embodiment of the present invention is as follows, but various encoding and decoding methods may be performed in addition to the following.

In the present embodiment, the remote unit unique ID optical decoding conversion step (S265) includes an ROI pixel RGB average value calculation step (S2651), an ROI pixel RGB average value envelope calculation step (S2653), an ROI pixel normalization step (S2655), It includes an ROI pixel digitizing step (S2657). First, in the ROI pixel RGB average value calculation step (S2651), the terminal control unit 22 applies an operation control signal to the terminal operation unit 24 to determine the average value of the RGB signals of the pixels in the ROI of the terminal image detection unit 211 (Ravb, Gavg). ,Bavg) is calculated. At this time, as shown in FIG. 15, in addition to the pixel receiving a signal through the optical output signal in the target ROI of the terminal image sensing unit 211, there is an area in which signal noise of other areas is detected, and In order to decode the optical output signal output from the remote unit optical output unit 171 of the unit 10, all R, G, B values of the pixels in the target ROI, for example, RGB color code values as color information From, the average RGB values (Ravb, Gavg, and Bavg) of the pixels in the ROI can be calculated. In this case, in the terminal image detection unit 211, in addition to the light output signal of the remote unit unique ID from the remote unit light output unit 171 as an LED, other noise (for example, a screen other than the remote unit light output unit 171) Since ambient brightness, etc.) is also sensed, the average values of RGB (Ravb, Gavg, and Bavg) as the brightness values sensed and measured by the remote unit optical output unit 171 may form variable values according to the environment. In addition, the RGB color code value here may use a value of (0,255), or a value that is normalized and scaled in the range of (0,1).

For example, as shown in FIG. 16, when the remote unit optical output unit 171 repeatedly outputs and transmits the data of (10101010) as in FIG. 16(a), the terminal image of the terminal device 20 Data that is sensed and received with respect to the target ROI of the sensing unit 21 and converted into an average value of RGB is as shown in FIG. 16B. This is due to the above-described ambient brightness, noise due to the sensing portion of the screen other than the remote unit optical output unit 171 portion. Here, although shown based on the R value of red light in FIG. 16, this is an example and can be applied equally to the rest of G and B. (Check ?)

When the remote unit unique ID shown in FIG. 17 is expressed as data of (100) (110) with an ON check bit, it is optically output through the remote unit optical output unit 171 as in FIG. 18, When the optical output signal of the optically output remote unit unique ID is detected by the terminal image sensing unit 21 and calculated as an average value of RGB (Ravb, Gavg, Bavg), it is confirmed as shown in FIG. 19. Here, only the average value for R is shown, but the same can be applied to the colors of G and B.

Here, the length of t in FIG. 19, that is, the interval may be selected in consideration of the frame of the terminal image sensing unit 21 implemented by the camera. For example, if the video screen of the terminal image detection unit 21 is 2fps (fram/s), it takes 1/24 seconds per frame, and thus data at approximately 3 frame intervals for stable data signal transmission through optical output communication. It is preferable to transmit a signal, and in this case, it is preferable that the time length of the preceding t has an interval of 1/24 seconds, that is, 0.125 seconds.

Thereafter, the terminal control unit 22 calculates the upper and lower envelopes of the average ROI pixel RGB values (Ravb, Gavg, and Bavg) by executing the ROI pixel RGB average value envelope calculation step (S2653). In the ROI pixel RGB average value envelope calculation step (S2653), the upper envelope (EnvelopeUP) and the lower envelope (EnvelopeDOWN) for the ROI pixel RGB average values (Ravb, Gavg, and Bavg) are calculated.In this process, the terminal An appropriate time constant is selected in consideration of the interval t in which the frame of the image sensing unit 21 is considered, and the upper envelope (EnvelopeUP) and the lower envelope (EnvelopeDOWN) for the average ROI pixel RGB values (Ravb, Gavg, and Bavg) are calculated and selected from this. Becomes (see Fig. 20).

Then, the terminal control unit 22 executes the ROI pixel normalization step (S2655). In the ROI pixel normalizing step (S2655), the terminal controller 22 uses the ROI pixel RGB average value (Ravb, Gavg, Bavg) and the ROI pixel RGB average value envelope (EnvelopeUP, EnvelopeDOWN) to normalize the ROI pixel RGB normalizing value. Calculate (Normalized_R, Normalized_G, Normalized_B).

Through this ROI pixel normalizing step (S2655), the signal of FIG. 20 is expressed as a normalized value (see FIG. 21). ROI pixel RGB normalized values (Normalized_R, Normalized_G, Normalized_B) normalized through normalizing have a value in the range of (0,1).

Then, the terminal control unit 22 executes the ROI pixel digitizing step (S2657). In the ROI pixel digitizing step (S2657), the ROI pixel RGB normalized values (Normalized_R, Normalized_G, Normalized_B) are digitized.The digitizing reference value is set to 0.5, and if it is 0.5 or more, it is converted to 0, and if it is less than 0.5, it is digitized. Let it.

This remote unit unique ID optical decoding conversion step (S265) is an example, and the present invention can be implemented by various other conversion methods.

The remote unit unique ID extracted by decoding through the remote unit unique ID optical decoding conversion step (S265) and the wirelessly received remote unit unique ID are compared and confirmed. That is, the terminal control unit 22 performs a remote unit unique ID comparison and confirmation step (S267) to compare and check the wirelessly received remote unit unique ID and the light output reception decoding-converted remote unit unique ID.

Such a series of processes is likely to be performed in an environment where a plurality of terminal devices and a plurality of remote units coexist, such as at a concert venue, so accurate pairing between the terminal device and the remote unit must be made, and the remote unit sound In the sensing unit receiving step (S253), the corresponding terminal device 20 and the remote unit 10 are placed directly facing each other and operated, so that the remote unit optical output unit 173 is transmitted based on the dynamic characteristics of the optical output signal having linearity. Since the terminal image sensing unit 213 directly opposite to each other can receive the optical output signal, the optical output decoded remote unit unique ID received through a series of processes is set as a reference value, and a plurality of terminals received wirelessly Among the unique IDs, the same signal is compared and confirmed with the optical output decoded remote unit unique ID as a reference value. That is, in the remote unit unique ID comparison and confirmation step (S267), the terminal control unit 22 uses the same remote unit unique ID among wireless signals transmitted from several nearby remote units based on the decoded remote unit unique ID received as an optical output signal. A radio signal having a is checked, and a corresponding remote unit confirmation step (S269) of confirming a corresponding remote unit transmitting a corresponding radio signal is performed.

In the corresponding remote unit confirmation step (S269), the remote unit control unit 12 checks the corresponding remote unit of the wirelessly received remote unit unique ID that is the same as the remote unit unique ID converted from optical output reception and decoding, and then executes the terminal remote unit pairing. Step S28 is executed. In the terminal remote unit pairing execution step (S28), the terminal control unit 22 identifies the remote unit to be paired using the remote unit unique ID detected and received through the terminal communication unit 26 and the terminal detection unit 21, and The pairing operation between the and the corresponding terminal device is executed.

After the pairing operation is completed, the concert data transmission step (S29) is performed. In the concert data transmission step (S29), concert data corresponding to concert venue specific information received from the server 30 and stored in the terminal device 20 is transmitted from the terminal device 20 to the remote unit 10 Then, the remote unit control unit 22 of the remote unit 10 stores the transmitted and received concert data in the remote unit storage unit 23.

In the present embodiment, the control method for the pairing process between the remote unit and the terminal device has been described mainly in the case of being implemented in the form of a module of the overall concert system control method, but the remote unit 10 and the terminal device 20 of the present invention ) Is an individual configuration, that is, it forms the form of the remote unit terminal module 50, and it is obvious from the present technology that it is possible to implement an independent configuration and an independent control method in this operation control method, and is the same as described above.

That is, as shown in FIGS. 29 to 34, as part of a control method for the remote unit terminal module 50 implemented as a remote unit and a terminal device, a structure including a component for controlling the implementation of a pairing operation may be taken. have. In this case, the pairing signal transmitted from the remote unit terminal module control method includes a first pairing signal transmitted by a wireless signal using a short-range wireless communication unit provided in each component, and a second pairing signal output and transmitted from each output unit. . Here, the first pairing signal is a first remote pairing signal, which is a short-range wireless signal transmitted from the remote unit short-range wireless communication unit 161 of the remote unit 10, and is transmitted from the terminal short-range wireless communication unit 261 of the terminal device 20. It may include a first terminal pairing signal that is a short-range wireless signal. In addition, the second pairing signal is an optical output second remote pairing signal that is encoded in the remote unit 10 as an optical output signal and output and transmitted as an optical output signal, and the terminal unique ID in the terminal device 20. It includes a second terminal pairing signal that is encoded as an acoustic signal and output and transmitted as an acoustic signal.

When the sound signal is used as a complementary preliminary or concomitant functional pairing method, the remote unit terminal module control method as an embodiment of the present invention includes a pairing execution step (S1020), and the pairing execution step (S1020) confirms the terminal unique ID It includes a step (S1021), a terminal pairing signal transmission step (S1023), a terminal pairing signal reception step (S1025), and a terminal pairing execution step (S1027).

In the terminal unique ID verification step (S1021), the terminal control unit 22 of the terminal device 20 checks its own unique terminal unique ID, and in the terminal pairing signal transmission step (S1023), the terminal communication unit of the terminal device 20 ( 26) and the terminal output unit 27, the terminal unique ID signal is output and transmitted as a terminal pairing signal, and the remote unit communication unit 16 of the remote unit 10 and the remote unit are detected in the terminal pairing signal reception step (S1025). A terminal pairing signal, which is a terminal unique ID, is detected and received through the unit 11, and in the terminal pairing execution step (S1027), the remote unit control unit 12 detects through the remote unit communication unit 16 and the remote unit detection unit 11 Using the terminal unique ID from the received terminal pairing signal, a pairing target terminal device is specified and a pairing operation is performed with the terminal device.

The terminal pairing signal transmission step (S1023) includes a terminal unique ID sound encoding conversion step (S10231), and a first terminal pairing short-range wireless communication unit transmission step (S10233), wherein the terminal control unit in the terminal unique ID sound encoding conversion step (S10231) (22) encodes the terminal unique ID into an acoustic signal, and in the first terminal pairing short-range wireless communication unit transmitting step (S10233), the wireless signal of the terminal unique ID is transmitted through the terminal short-range wireless communication unit 261 of the terminal communication unit 26. The first terminal pairing signal is wirelessly transmitted, and an audio signal of the terminal unique ID is transmitted as a second pairing signal through the terminal sound output unit 271 of the terminal output unit 27.

In addition, the terminal pairing signal receiving step (S1025) includes a first terminal pairing short-range wireless communication unit receiving step (S10251), a second terminal pairing sound sensing unit receiving step (S10253), a remote unique ID sound decoding conversion step (S10255), and , A terminal unique ID comparison and confirmation step (S10257), and a corresponding terminal device confirmation step (S10259).

In the first terminal pairing short-range wireless communication unit receiving step (S10251), the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16 receives the first terminal pairing signal, which is a wireless signal of the terminal unique ID, and the second terminal pairing In the sound sensing unit receiving step (S10253), the remote unit sound sensing unit 111 of the remote unit sensing unit 11 receives the second terminal pairing signal, which is an acoustic signal of the terminal unique ID, and the remote unique ID sound decoding conversion step ( In step S10255, the remote unit controller 12 decodes the second terminal pairing signal, which is an acoustic signal of the terminal unique ID, and the terminal unique ID comparison and confirmation step (S10257) is performed by the remote unit controller 12 wirelessly received the first terminal pairing. The terminal unique ID from the signal and the terminal unique ID from the second terminal pairing signal converted from the sound reception decoding are compared and confirmed, and the remote unit control unit 12 performs the sound reception decoding conversion by the remote unit control unit in the corresponding terminal device confirmation step (S10259). Check the corresponding terminal device with the same wirelessly received terminal unique ID as the ID.

On the other hand, when the optical output signal is used to implement the complementary preliminary or conformation functional pairing method, the remote unit terminal module control method as a variant of the embodiment of the present invention may include a pairing execution step (S1020), and a pairing execution step In S1020, the terminal device 20 and the remote unit 10 performing an optical output function are connected to each other. At this time, the terminal device 20 can be variously selected from a range of performing terminal functions such as a smartphone, a PC, and a kiosk, and in the range of pairing the remote unit 10 and the terminal device 20, as in the previous embodiment. It is clear from this technology that it can be used in various fields other than concert halls.

The pairing execution step (S1020) includes a remote unit unique ID verification step (S1022), a remote pairing signal transmission step (S1024), a remote pairing signal reception step (S1026), and a remote pairing execution step (S1028).

In the remote unit unique ID confirmation step (S1022), the remote unit control unit 12 of the remote unit 10 checks its own unique remote unit unique ID, and in the remote pairing signal transmission step (S1024), the remote unit 10 Through the remote unit communication unit 16 and the remote unit output unit 17, the remote unit unique ID signal is output and transmitted as a remote pairing signal, and in the remote pairing signal reception step (S1026), the terminal communication unit 26 of the terminal device 20 ) And a remote pairing signal is detected and received through the terminal detection unit 21, and in the remote pairing execution step (S1028), the terminal control unit 22 detects and receives a remote signal through the terminal communication unit 26 and the terminal detection unit 21. Using the terminal remote unit unique ID from the pairing signal, a remote unit to be paired is specified, and a pairing operation is performed with the remote unit.

The remote pairing signal transmission step (S1024) includes a remote unit unique ID optical encoding conversion step (S10241), a first remote pairing short-range wireless communication unit transmission step (S10243), and a second remote pairing optical output unit transmission step (S10245). do. In the remote unit unique ID optical encoding conversion step (S10241), the remote unit controller 12 encodes the remote unit unique ID into an optical output signal, and in the first remote pairing short-range wireless communication unit transmission step (S10243), the remote unit communication unit 16 The wireless signal of the remote unit unique ID is wirelessly transmitted as the first remote pairing signal through the remote unit short-range wireless communication unit 161 of the unit, and the second remote pairing optical output unit transmitting step (S10245) of the remote unit output unit 17 The optical signal of the remote unit unique ID is transmitted as a second remote pairing signal through the remote unit optical output unit 171.

The remote pairing signal receiving step (S1026) includes a first remote pairing short-range wireless communication unit receiving step (S10261), a second remote pairing image sensing unit receiving step (S10263), a remote unit unique ID optical decoding conversion step (S10265), And a remote unit unique ID comparison and confirmation step (S10267).

In the first remote pairing short-range wireless communication unit receiving step (S10261), the terminal short-range wireless communication unit 261 of the terminal communication unit 26 receives the first remote pairing signal, which is a wireless signal of the remote unit unique ID, and detects a second remote pairing image. In the sub-receiving step (S10263), the terminal image sensing unit 211 of the terminal sensing unit 21 receives the second remote pairing signal, which is an optical signal of the remote unit unique ID, and the remote unit unique ID optical decoding conversion step (S10265). In the terminal control unit 22 decodes the second remote pairing signal, which is the optical output signal of the remote unit unique ID, and in the remote unit unique ID comparison and confirmation step (S10267), the terminal control unit 22 receives the first pairing signal wirelessly. The terminal unique ID from the terminal and the optically received decoding-converted remote unit unique ID from the second pairing signal are compared and confirmed, and the terminal control unit 22 optically received decoded and converted by the terminal control unit 22 in the corresponding remote unit confirmation step (S10269). Check the corresponding remote unit with the same wirelessly received remote unit unique ID as.

In addition, in the remote unit unique ID optical encoding conversion step (S10241), when the remote unit control unit 12 encodes and transmits the remote unit unique ID as an optical output signal, the ON check bit is included when transmitting 1 bit of data. Is the same as in the pairing method using the optical output signal in the previous concert control system control method.

In addition, the remote unit unique ID optical decoding conversion step (S10265) includes an ROI pixel RGB average value calculation step (S102651), a ROI pixel RGB average value envelope calculation step (S102653), an ROI pixel normalization step (S102655), and ROI pixel digitizing. Step S102657 is included, and the configuration of each step is the same as the configuration of the remote unit unique ID optical decoding conversion step described above, so a separate description will be omitted.

In the pairing implementation with enhanced matching, in addition to the configuration of transmitting a pairing signal using wireless communication such as short-range wireless communication of each component, a preliminary auxiliary or an additional pairing signal with a conformation function for accurate catch of the pairing target device is provided. By transmitting the output, it is possible to implement a more accurate and faster pairing operation between corresponding pairing target devices without a pairing malfunction in a multi-communication environment in which multiple devices are mixed and signals overlap. In particular, the remote unit and the terminal device of the present invention use a signal having straightness or directivity, that is, an acoustic signal and an optical output signal, when additionally transmitting a complementary preliminary or conformation functional pairing signal, It is possible to implement a more accurate, quick and simple pairing operation through a function that compensates for the disadvantages of omni-directional wireless communication in which signal overlap occurs.

According to another embodiment of the present invention, the control method of the concert control system of the present invention includes a remote unit update check when concert data is divided into zones and separate zones into which concert visitors are separated and entered by corresponding zones are possible. You can also provide a way to run the automatic update function. That is, the control method of the concert control system 1 of the present invention is configured to check whether the concert data corresponding to the concert hall unique information of the remote unit 10 in the space entering the concert hall is updated and implement an automatic update operation. In this case, the entire auditorium of the concert hall is allocated for each area, and the same area uses the same concert data, and the same area is configured to induce entry through the same access road. It is the same as described above in that a configuration having a different value is taken for each entry zone or at least two or more different entry zones.

In more detail, first, the individual entry structure for each zone of a sectioned concert venue is a current concert ID and a section ID transmission step (S91), a remote unit section update determination step (S92), and a preset conformance check step. (S93; S94, S99).

First, the concert control control unit 42 is a concert control communication unit 46 disposed in an individual entry area of a concert venue that has a sectioned section structure in which a separate entry space is allocated in the current concert ID and section ID transmission step (S91). The current concert performance information including the current section ID below the current concert ID indicating the current concert is transmitted to the entry area through a wireless signal. That is, as shown in FIGS. 5 and 25 and described above, the concert venue is divided into a plurality of sections and sectioned section structures (A1, A2, B1, B2, C1, C2, D1, D2) to which separate entry spaces are allocated. ,D3,D4), and each section structure (A1,A2,B1,B2,C1,C2,D1,D2,D3,D4) of the concert venue is assigned a section ID. , A concert control wireless communication unit 461 of a plurality of concert control communication units 46 is disposed along the entrance path, and the concert control control unit 42 of the concert control base 40 is a concert control wireless communication unit ( 461) transmits current concert performance information including a sectional ID, a concert ID, and concert information corresponding to the sectional ID. Here, the concert control control unit 42 is described as an integrated structure in the concert control base 40 described above, and it is clear from the present technology that it may take a configuration individually controlled by a separate module in some cases.

After the current concert ID and section ID transmission step (S91) is executed, the remote unit section update determination step (S92) is performed. In the remote unit section update determination step (S92), the remote unit control unit 12 The remote unit communication unit 16 of the unit 10 receives the current concert ID and the current concert ID signal, and the received current concert ID and current concert ID signals are transmitted by the remote unit control unit 12 to the remote unit 10. A comparison determination process is performed to check whether the concert ID and the sectional ID stored in the remote unit storage unit 13 are matched, so that it is checked whether the concert data for the corresponding concert is updated and stored.

Then, the remote unit control unit 12 executes the preset conformance check step (S93; S94, S99), and displays whether the preset conforms according to the result determined in the remote unit sectional update determination step (S92). do.

More specifically, the step (S93; S94, S99) of checking whether the preset conforms to the preset includes an update completion display step (S99) and an update incomplete display step (S94). In the update completion display step (S99), the remote unit 10 ), the remote unit control unit 12 determines that the current concert ID and the current concert ID signal and the concert ID and section ID stored in the remote unit storage unit 13 of the remote unit 10 match, the pre-update is completed. An update completion notification operation that facilitates discrimination from other non-updated remote units 10 by outputting a green light flickering for a predetermined time or before exiting the entry passage of the corresponding section area, for example. Let it run.

On the other hand, in the update incomplete display step (S94), the remote unit control unit 12 of the remote unit 10 includes a current concert ID and a current concert ID signal, a concert ID stored in the remote unit storage unit 13 of the remote unit 10, and If it is determined that the sectional ID is inconsistent, an update incomplete notification indicating that the pre-update has not been completed is executed. For example, when the remote unit control unit 12 determines that at least one of the section ID and concert ID stored in the remote unit storage unit 13 and the received section ID and concert ID do not match, the remote unit control unit 12 ) Causes the remote unit light output unit 171 to flicker the red light as an update incomplete notification operation to receive concert data through the terminal device and the server described above, and update the corresponding concert data through pairing with the remote unit. You can trigger a notification action to proceed.

After the update incomplete display step S94 is executed, the sectional concert data reception step S95 is executed, and the concert control communication unit 46 of the concert control base 40 wirelessly transmits a concert for the corresponding section area of the current concert. Receive data. During this update process, the concert control wireless communication unit 461 of the concert control communication unit 46 does not take a structure to receive whether or not the plurality of remote units 10 have been updated, but only broadcasts data to the remote unit 10 side. It takes a one-way communication structure for advertising, and the above-described entry area has a length of some length such as an update area, a checksum area, or a conference area, and thus requires an update through a plurality of concert control wireless communication units 461. It is preferable to take a configuration to secure a predetermined residence time so that the update communication operation of a plurality of every unit units is completed.

In addition, in some cases, the remote unit 10 uses the checksum data included in the trailing field of the current concert performance information transmitted by the concert control wireless communication unit 461 in the update area and the continuous checksum area as described above. Perform a checksum step that checks whether the concert data for the corresponding concert has been updated normally, and if the checksum is inconsistent in the checksum area, re-execute the automatic update process or finally update the checksum inconsistency in the conference area of the concert area entrance area. It may be possible to induce a helper or the like to find the remote unit 10 in case of failure and to execute the final update function.

On the other hand, the control method of the concert control system of the present invention selects specific unique information from among a plurality of concert hall unique information according to the on-site request from the concert hall, and performs a specific operation of only the corresponding remote unit 10 corresponding to the concert hall specific information. , For example, a random play function to perform an optical output operation may be performed.

That is, the concert control system control method includes a random selection request step (S101), a random selection selection step (S103), a random selection transmission step (S105), and a random selection concert venue specific information transmission execution step (S107). May be. First, in the random selection request step (S101), the concert control communication unit 46 of the concert control base 40 randomly selects a preset number of concert hall unique information from the concert hall unique information by the concert control control unit 42. A selection request may be transmitted to the server 30. For example, in a concert venue, when a performer or a specific person presses a selection button (not shown) connected to the concert control base 40, the concert control controller 42 of the concert control device 40 randomly selects the server 30. It carries the request signal. As described above, the random selection request here is to randomly select a preset number of concert hall unique information of the concert audience who entered the actual concert hall among the concert hall unique information formed in the current concert hall or all concert hall unique information. In order to check the unique information of the concert hall, which is actually entered, among all the unique information of the concert hall, the concert hall unique information included in the concert hall ticket checked when entering the concert hall is aggregated in real time and transmitted to the server 30. It can also be implemented through a process.

Then, in the random selection selection step (S103), the server 30 selects a preset number of random selection concert venue specific information according to a random selection request from the concert control base 40. That is, the server 30 receives the random selection request, and selects the random selection concert hall unique information with a preset number of valid concert hall unique information.

Then, the random selection transmission step (S105) is executed, and the random selection concert venue specific information selected in the random selection selection step (S103) is transmitted to the concert control base 40, and the concert control base 40 is a random selection concert. By executing the chapter specific information transmission execution step (S107), the concert control communication unit 46 of the concert control base 40 wirelessly transmits the current concert performance information including the random selection concert venue specific information, and the random selection concert venue unique The remote unit that receives current concert performance information including information performs a preset random light output. That is, the remote unit communication unit 16 receives current concert performance information, and the remote unit storage unit 13 stores concert data including data for performing light output corresponding to the concert venue specific information. At this time, the remote unit control unit 12 executes the remote unit optical output unit 171 using the current concert performance information and the concert data from the remote unit communication unit 16, among a plurality of remote units located in the concert hall. The remote unit optical output unit 171 of the remote unit corresponding to the unique information of the random selection concert venue performs the remaining output. Various methods may be used for the process corresponding to the unique information of the random selection concert hall and finally making the remote unit remain, and in addition to the unique information of the random selection concert hall, the unique information of the random dummy selection concert hall may be used. .

That is, in the random selection selection step (S103), the server 30 selects a preset number of random dummy selection concert venue specific information other than the random selection concert venue specific information according to the random selection request, and random selection transmission step (S105) When transmitting the unique information of the random selection concert hall, the random dummy selection concert hall specific information may be transmitted to the concert control base 40 together. The random selection concert hall specific information and the random dummy selection concert hall specific information may be simultaneously wirelessly transmitted through the concert control communication unit 46 of the concert control base 40 in the random dummy selection concert hall information transmission execution step (S107). have. However, at the same time as the random selection concert hall information is transmitted, the random dummy selection concert hall information is also wirelessly transmitted, but after the random dummy selection concert hall information is removed by decreasing the number of each preset period, the concert control communication unit 46 It is possible to take a method of wirelessly transmitting concert performance information. As described above, the number of remote units blinking or flickering gradually decreases according to the new current concert performance information that is updated and output in a form in which the number of random dummy selection concert hall information is reduced at each preset period, and finally the random selection concert hall It is also possible to take a configuration such that only remote units matching the unique information remain.

In addition, the random selection concert hall-specific information transmission step (S107) does not require separate random dummy selection concert hall-specific information, and only remote units corresponding to the random selection concert hall-specific information remain. It is also possible to take a configuration to output light. That is, some of the remote units 10 that have received the current concert performance information including the random selection concert venue specific information in the unique information transmission execution step (S107) are left lit for a preset time and then turned off, and the random selection concert Only the remote unit optical output unit of the corresponding remote unit 10 corresponding to the chapter-specific information may perform a preset random optical output.

In addition, the random selection concert hall-specific information transmission step (S107) does not require separate random dummy selection concert hall-specific information, and only remote units corresponding to the random selection concert hall-specific information remain. It is also possible to take a configuration to output light. In the random selection concert hall specific information transmission execution step (S107), the current concert performance information is preset to all available remote units in the concert hall, for example, all remote units perform a flickering operation. When a signal is transmitted to execute and a predetermined time is reached after a preset time, for example, in connection with a predetermined countdown operation, the remote unit optical output unit of the corresponding remote unit 10 corresponding to the unique information of the random selection concert venue However, it is also possible to take a structure in which a wireless transmission signal is applied to execute a preset random light output. Of course, between the flickering operation of the entire remote unit and the preset light output operation in which only the remote unit corresponding to the random selection concert hall specific information is implemented, the additional remote unit is configured to operate the light output through a transition operation. It is clear from the present technology that it may be.

* Description of the symbols for the main parts of the drawing *
10...remote unit 20...terminal unit
30...server 40...concert controller base

Claims (60)

It stores concert data that enables optical output to be performed in response to concert hall information, receives current concert performance information, and uses concert data corresponding to current concert performance information, and enables optical output through the built-in remote unit output. Unit (10),
A concert control system (1) comprising a concert control base (40) for transmitting current concert performance information to a concert venue in which the remote unit is located so that the remote unit achieves a light output corresponding to the concert data.
The method of claim 1,
The remote unit 10 is:
A remote unit communication unit 16 for receiving the current concert performance information,
A remote unit storage unit 13 for storing concert data including data for performing light output corresponding to the concert hall specific information,
A remote unit output unit 17 including a remote unit light output unit 171 for performing light output,
The remote unit communication unit 16 estimates the current time with an internal clock from the time when the current concert performance information is received, and uses the current concert performance information and the concert data to obtain concert data for the estimated current time. Concert control system (1), characterized in that it comprises a remote unit control unit (12) for executing the remote unit light output unit (171).
The method of claim 2,
The current concert performance information includes a current category ID representing one or more category information of a current performance and current time information representing a current time,
The concert data includes a concert data header including category ID and data storage location information for one or more category information, time information corresponding to the category ID, and color of the remote unit optical output unit 171 at each time information A concert control system (1) comprising a concert data body including effect information of the remote unit optical output unit 171 in information and time information.
The method of claim 3,
The current category ID includes a current first category ID indicating information of a first category of a current performance, and a current second category ID indicating second category information of a current performance within the first category,
A concert control system (1), wherein the concert data header of the concert data includes a first category ID and a second category ID.
The method of claim 4,
The current first category ID and the first category ID are singer IDs representing singer information,
The concert control system (1), characterized in that the current second category ID and the second category ID are song IDs representing song information.
The method of claim 5,
The remote unit control unit 12,
When the current first category ID and the first category ID are the same, and the current second category ID and the second category ID are the same,
Compare the estimated current time information estimated from the internal clock with time information corresponding to the second category ID of the current concert data body, and check the current concert data output by the remote unit optical output unit 171 Concert control system (1), characterized in that.
The method of claim 6,
When the estimated current time information and time information corresponding to the second category ID are not the same, the remote unit control unit 12 provides time information including the estimated current time information through the remote unit calculating unit 14 Concert control, characterized in that calculating estimated color information and estimated effect information for the estimated current time information from the leading and trailing time information of a zone, and color information and effect information corresponding to the leading and trailing time information System(1).
The method of claim 1,
A terminal device 20 receiving concert hall specific information and receiving concert data corresponding to the concert hall specific information,
A server 30 that receives concert hall specific information input from the terminal device 20, checks the validity of the concert hall identification number, and transmits concert data corresponding to the concert hall identification number to the terminal device 20 A concert control system (1), characterized in that it comprises.
The method of claim 8,
The terminal device 20 receives concert data,
When the terminal device (20) is paired with the remote unit (10), concert data is transmitted to the remote unit (10) from the terminal device (20).
The method of claim 9,
The terminal communication unit 26 provided in the terminal device 20 includes a terminal short-range communication unit 263 for wirelessly transmitting a terminal unique ID for pairing with the remote unit 10 as a wireless terminal unique ID signal,
The terminal control unit 22 encodes the terminal unique ID into an acoustic signal,
The terminal output unit 27 of the terminal device 20 includes a terminal sound output unit 273 outputting a sound-encoded sound encoding terminal unique ID signal,
The remote unit communication unit 16 provided in the remote unit 10 includes a remote unit short-range wireless communication unit 163 for sensing the wireless terminal unique ID signal,
The remote unit sensing unit 11 provided in the remote unit 10 includes a remote unit sound sensing unit 113 that detects the sound encoding terminal unique ID signal,
The remote unit control unit 12 of the remote unit 10 decodes the sound encoding terminal unique ID signal, compares it with the wireless terminal unique ID signal, and performs a pairing operation with the terminal device 20 when they match. Concert control system (1).
The method of claim 9,
The remote unit communication unit 16 provided in the remote unit 10 includes a remote unit short-range communication unit 161 for wirelessly transmitting a remote unit unique ID for pairing with the terminal device 20 as a wireless remote unique ID signal, and ,
The remote unit control unit 12 encodes the remote unit unique ID into an optical signal,
The remote unit output unit 17 of the remote unit 10 includes a remote unit optical output unit 171 that outputs an optical signal encoded optical signal encoding remote unit unique ID signal,
The terminal communication unit 26 provided in the terminal device 20 includes a terminal short-range wireless communication unit 263 for detecting the wireless remote unit unique ID signal,
The terminal detection unit 21 provided in the terminal device 20 includes a terminal image detection unit 211 for detecting the optical signal encoding remote unit unique ID signal,
The terminal control unit 22 of the terminal device 20 decodes the optical signal encoding remote unit unique ID signal, compares it with the wireless remote unit unique ID signal, and performs a pairing operation with the remote unit 10 when they match. Concert control system (1), characterized in that.
The method of claim 1,
The concert control base 40 wirelessly transmits a current concert ID through the concert control communication unit 46,
The remote unit communication unit 16 of the remote unit 10 receives a current concert ID signal,
The remote unit control unit 12 of the remote unit 10 compares the concert ID stored in the remote unit storage unit 13 of the remote unit 10 with the current concert ID, and the stored concert ID and the current concert ID According to the comparison result of, the remote unit control unit 12 executes a preset light output through the remote unit light output unit 171 of the remote unit output unit 17.
The method of claim 12,
When the stored concert ID and the current concert ID are different, the remote unit control unit 12 applies a help mode operation control signal for outputting a non-update help signal to the remote unit output unit 17. Control system (1).
The method of claim 1,
Receiving a random selection request from the concert control device 40 for selecting concert hall unique information in a preset number, selecting a random selection concert hall unique information based on the preset number among valid concert hall unique information, and selecting the concert control device ( Including the server 30 to deliver to 40),
The concert control system (1), wherein the concert control device (40) includes and transmits the information specific to the random selection concert venue in the current concert performance information.
The method of claim 14,
The remote unit 10 is:
A remote unit communication unit 16 for receiving the current concert performance information,
A remote unit storage unit 13 for storing concert data including data for performing light output corresponding to the concert hall specific information,
A remote unit output unit 17 including a remote unit light output unit 171 for performing light output,
The remote unit communication unit 16 includes a remote unit control unit 12 that executes the remote unit optical output unit 171 by using the current concert performance information and the concert data,
A concert control system (1), characterized in that the remote unit optical output unit 171 of the remote unit corresponding to the random selection concert venue specific information performs the remaining output.
The method of claim 15,
When the server 30 receives a random selection request from the concert control device 40 for selecting concert hall unique information in a preset number, random dummy selection concert hall-specific information as the preset number among valid concert hall unique information Select and pass to the concert control device 40,
The concert control device 40 includes the random selection concert venue specific information and the random dummy selection concert venue specific information in the current concert performance information and transmits the random dummy selection concert venue specific information. Concert control system (1), characterized in that the number is reduced and eliminated.
The method of claim 1,
The concert venue is divided into a plurality of sections, and a section ID is assigned to each section to which a separate entry space is allocated, and the concert control communication unit 46 of the concert control base 40 is a concert control wireless communication unit 461 allocated to a separate entry space. Transmits current concert performance information including the sectional ID and concert ID and concert information corresponding to the sectional ID,
The remote unit communication unit 16 of the remote unit 20 receives the current concert performance information, and the remote unit control unit 12 of the remote unit 20 includes a section ID stored in the remote unit storage unit 13 and Comparing concert IDs, receiving concert information when one or more discrepancies, and storing the concert information in a remote unit storage unit.
The concert control communication unit 46 of the concert control base 40 wirelessly transmits current concert performance information including a current category ID indicating one or more category information of the current performance and current time information indicating a current time. With step S50,
Concert data header including a category ID for one or more category information and a data storage location, time information corresponding to the category ID, and color information and effect information of the remote unit light output unit 171 at each time information The remote unit control unit 12 of the remote unit 10 storing concert data that includes a data body and performs light output in response to concert hall specific information, compares the current category ID with the category ID on the concert data header. Performance information confirmation step (S60) and,
When the current category ID and the category ID are the same, the estimated current time information estimated from the internal clock of the remote unit control unit 12 and the time information of the current concert data body are compared, and the remote unit optical output unit ( A current concert data confirmation step (S70) of checking the current concert data output by 171);
A remote unit current concert data operation step in which the remote unit control unit 12 applies and executes an optical output control signal to the remote unit optical output unit 171 using the current concert data checked with respect to the estimated current time information (S80). A concert control system control method comprising a).
The method of claim 18,
In the transmitting of the current concert performance information (S50), a plurality of current category IDs are provided and are formed in a hierarchical structure.
The method of claim 19,
The current category ID includes a current first category ID and a current second category ID, the current first category ID is a current singer ID indicating singer information, and the current second category ID is a current song indicating song information. The method of controlling a concert control system, characterized in that the ID.
The method of claim 18,
The current performance information checking step (S60) is:
A category ID checking step (S61) of checking the category ID and the current category ID,
A category determination step (S63; S64, S65) of comparing the category ID and the current category ID to check whether they are the same,
And a category mode determination step (S66; S67, S69) of determining a category mode to be executed among preset category modes according to the determination result determined in the category determination step (S63; S64, S65). Concert control system control method.
The method of claim 21,
The current category ID includes a current first category ID and a current second category ID, the current first category ID is a current singer ID indicating singer information, and the current second category ID is a current song indicating song information. ID,
The category ID includes a first category ID and a second category ID, the first category ID is a singer ID indicating singer information, and the second category ID is a song ID indicating song information. Control system control method.
The method of claim 22,
And an internal clock time check step (S60a) of checking a time after receiving the remote unit current performance information by operating the internal clock of the remote unit 10 after receiving the remote unit current performance information. System control method.
The method of claim 18,
The current concert data checking step (S70) is:
Time information corresponding concert data checking step (S71) of checking concert data corresponding to the current time information among the concert data,
And determining whether concert data corresponding to the current time information exists or not (S73) for determining whether concert data corresponding to the current time information exists.
The method of claim 24,
When there is no concert data corresponding to the current time information,
The remote unit control unit 12 checks a concert data area including the current time information (S74),
An estimated current time calculation step (S75) of estimating and calculating an estimated current time using an internal clock of the remote unit 10 after receiving the remote unit current performance information;
Estimated current time correspondence data information calculation step (S76) of calculating color information and effect information of the concert data corresponding to the estimated current time by using the estimated current time and time information of the corresponding time information zone and the concert data Concert control system control method comprising a.
The method of claim 18,
Before the current concert performance information transmitting step (S50),
A current concert ID transmission step (S30) of the concert control base 40 transmitting a current concert ID indicating a current concert through the concert control communication unit 46 by wireless signal;
The remote unit communication unit 16 of the remote unit 10 receives the current concert ID signal and checks whether concert data for the corresponding concert has been updated and stored in the remote unit storage unit 13 of the remote unit 10. A method for controlling a concert control system comprising a unit update checking step (S40).
The method of claim 26,
The remote unit update confirmation step (S40) is:
The remote unit wireless communication unit current ID verification step (S41) of the remote unit control unit 12 checking the current concert ID received by the remote unit communication unit 16 and the concert ID stored in the remote unit storage unit (S41),
A remote unit concert ID comparison step (S43) of comparing the current concert ID and the concert ID checked in the current ID verification step (S41),
The concert ID equal determination step (S45) of determining whether the current concert ID and the concert ID compared in the remote unit concert ID comparison step (S43) are the same;
And a remote unit update confirmation and display step (S46) of confirming and displaying whether or not the remote unit is updated according to a determination result in the concert ID identical determination step (S45).
The concert hall specific information input step (S10) input through the terminal device 20 receiving the concert hall specific information,
The terminal device 20 receiving the concert hall specific information transmits the input concert hall specific information to the server 30 through the network, checks whether the concert hall specific information is valid, and responds to the concert hall specific information Confirming unique information requesting data and requesting concert data step (S13),
The server 30 checks the validity of the unique information of the concert hall according to the confirmation of the unique information of the concert hall and requests for concert data, and if the validity is confirmed, checks the unique information and transmits the concert data to transmit concert data corresponding to the unique information of the concert hall Concert control system control method comprising the step (S15).
The method of claim 28,
The unique information verification and concert data transmission step (S15) is:
Unique information receiving step (S151) of receiving, by the server 30, unique information of the concert hall transmitted from the terminal communication unit 16 of the terminal device 20,
The unique information validity determination step (S153) of comparing the received unique information of the concert hall with the unique information data on the unique information module on the server 30 to check the validity;
When the validity is confirmed in the unique information validity determination step (S153), the unique information corresponding concert data transmission step (S155) of transmitting concert data corresponding to the unique number of the concert venue received from the concert data module of the server 30 (S155) A concert control system control method comprising a).
The method of claim 29,
When the validity of the unique information validity determination step (S153) is confirmed, the update history details for the unique information of the concert venue on the update history module of the server 30 before the execution of the unique information corresponding concert data transmission step (S155) The unique information corresponding update confirmation step (S156) to confirm is executed,
The update history details are transmitted to the terminal device (20) together with the concert data corresponding to the concert hall identification number in the transmission step (S155) of transmitting concert data corresponding to the unique information.
The terminal device 20 that received concert data corresponding to the concert hall specific information through communication with the server 30 and the remote unit 10 that receives the signal transmitted from the concert control base of the concert hall and performs the optical output function Including a pairing execution step (S20) to be connected,
The pairing execution step (S20) is:
A terminal unique ID verification step (S21) in which the terminal control unit 22 of the terminal device 20 checks its own unique terminal ID,
A terminal unique ID transmission step (S23) of outputting and transmitting a signal of the terminal unique ID through the terminal communication unit 26 and the terminal output unit 27 of the terminal device 20;
A remote unit terminal unique ID receiving step (S25) of sensing and receiving the terminal unique ID signal through the remote unit communication unit 16 and the remote unit detection unit 11 of the remote unit 10,
The remote unit control unit 12 uses the terminal unique ID detected and received through the remote unit communication unit 16 and the remote unit detection unit 11 to specify a pairing target terminal device and performs a pairing operation with the corresponding terminal device. A method for controlling a concert control system, comprising: performing a remote unit terminal pairing execution step (S27).
The method of claim 31,
The terminal unique ID transmission step (S23) is:
A terminal unique ID audio encoding conversion step (S231) of encoding the terminal unique ID into an audio signal by the terminal control unit 22;
A terminal short-range wireless communication unit transmitting step (S233) of wirelessly transmitting a wireless signal of the terminal unique ID through the terminal short-range wireless communication unit 261 of the terminal communication unit 26,
And a terminal sound output unit transmitting step (S235) of transmitting a sound signal of the terminal unique ID through the terminal sound output unit 271 of the terminal output unit 27. .
The method of claim 32,
The remote unit terminal unique ID receiving step (S25) is:
A remote unit short-range wireless communication unit receiving step (S251) of the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16 to receive a wireless signal of the terminal unique ID;
A remote unit sound sensing unit receiving step (S253) in which the remote unit sound sensing unit 111 of the remote unit sensing unit 11 receives the sound signal of the terminal unique ID,
Remote unique ID sound decoding conversion step (S255) of the remote unit control unit 12 decoding the sound signal of the terminal unique ID,
A terminal unique ID comparison and confirmation step (S257) in which the remote unit control unit 12 compares and confirms the wirelessly received terminal unique ID and the audio reception decoding-converted terminal unique ID;
And a corresponding terminal device confirmation step (S259) in which the remote unit control unit 12 checks a corresponding terminal device of the wirelessly received terminal unique ID that is the same as the terminal unique ID converted from the sound reception decoding. System control method.
The terminal device 20 that received concert data corresponding to the concert hall specific information through communication with the server 30 and the remote unit 10 that receives the signal transmitted from the concert control base of the concert hall and performs the optical output function Including a pairing execution step (S20) to be connected,
The pairing execution step (S20) is:
A remote unit unique ID verification step (S22) in which the remote unit control unit 12 of the remote unit 10 checks its own unique remote unit unique ID;
Remote unit unique ID transmission step (S24) of outputting and transmitting the signal of the remote unit unique ID through the remote unit communication unit 16 and the remote unit output unit 17 of the remote unit 10,
A terminal remote unit unique ID receiving step (S26) of sensing and receiving the remote unit unique ID signal through the terminal communication unit 26 and the terminal detection unit 21 of the terminal device 20;
The terminal control unit 22 specifies a pairing target remote unit using the terminal remote unit unique ID detected and received through the terminal communication unit 26 and the terminal detection unit 21 and performs a pairing operation with the remote unit. A method for controlling a concert control system comprising the step of executing terminal remote unit pairing (S28).
The method of claim 34,
The remote unit unique ID transmission step (S24) is:
A remote unit unique ID optical encoding conversion step (S241) in which the remote unit controller 12 encodes the remote unit unique ID into an optical output signal,
Remote unit short-range wireless communication unit transmitting step (S243) of wirelessly transmitting a wireless signal of the remote unit unique ID through the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16,
And a remote unit optical output unit transmitting step (S245) of transmitting an optical signal of the remote unit unique ID through the remote unit optical output unit 171 of the remote unit output unit 17 Control system control method.
The method of claim 35,
The terminal remote unit unique ID receiving step (S26) is:
A terminal short-range wireless communication unit receiving step (S261) in which the terminal short-range wireless communication unit 261 of the terminal communication unit 26 receives a wireless signal of the remote unit unique ID;
A terminal image sensing unit receiving step (S263) of the terminal image sensing unit 211 of the terminal sensing unit 21 to receive the optical signal of the remote unit unique ID,
Remote unit unique ID optical decoding conversion step (S265) of the terminal control unit 22 decoding the sound signal of the remote unit unique ID,
A remote unit unique ID comparison and confirmation step (S267) in which the terminal control unit 22 compares and confirms the wirelessly received terminal unique ID and the optically received decoding-converted remote unit unique ID;
And a corresponding remote unit confirmation step (S269) in which the terminal control unit 22 checks a corresponding remote unit of the wirelessly received remote unit unique ID equal to the optically received, decoded and converted remote unit unique ID. Control system control method.
The method of claim 36
In the remote unit unique ID optical encoding conversion step (S241), when the remote unit control unit 12 encodes and transmits the remote unit unique ID as an optical output signal, an ON check bit is included when transmitting 1 bit of data. Concert control system control method, characterized in that.
The method of claim 37,
The remote unit unique ID optical decoding conversion step (S265) is:
An ROI pixel RGB average value calculation step (S2651) of calculating an average value (Ravb, Gavg, Bavg) of RGB signals of pixels in the ROI of the terminal image detector 211 (S2651),
An ROI pixel RGB average value envelope calculating step (S2653) of calculating an upper and lower envelope for the ROI pixel RGB average values (Ravb, Gavg, Bavg),
ROI pixel normal for calculating the normalized ROI pixel RGB normalized value (Normalized_R, Normalized_G, Normalized_B) using the ROI pixel RGB average value (Ravb, Gavg, Bavg) and the ROI pixel RGB average value envelope (EnvelopeUP, EnvelopeDOWN) Rise step (S2655) and,
And digitizing an ROI pixel (S2657) for digitizing the ROI pixel RGB normalized values (Normalized_R, Normalized_G, Normalized_B).
The method of claim 18,
The current concert ID indicating the current concert by the concert control base 40 through the concert control communication unit 46 disposed in the individual entry area of the concert venue, which is divided into a plurality of sections and has a sectioned section structure in which a separate entry space is allocated. A current concert ID and a section ID transmission step (S91) of wirelessly transmitting current concert performance information including a lower current section ID;
If the remote unit communication unit 16 of the remote unit 10 receives the current concert ID and the current concert ID signal, the concert ID and the section ID stored in the remote unit storage unit 13 of the remote unit 10 match. A remote unit sectional update determination step (S92) of comparing and determining whether concert data for the corresponding concert has been updated and stored,
And a preset conformance check step (S93; S94, S99) displaying whether or not a preset conforms according to a result determined in the remote unit sectional update determination step (S92). .
The method of claim 39,
The step of checking whether the preset conforms (S93; S94, S99) is:
The remote unit control unit 12 of the remote unit 10 determines that the current concert ID and current concert ID signal and the concert ID and sectional ID stored in the remote unit storage unit 13 of the remote unit 10 match. If so, the update completion display step (S99) to execute an update completion notification that the pre-update has been completed,
The remote unit control unit 12 of the remote unit 10 determines that the current concert ID and the current concert ID signal and the concert ID and sectional ID stored in the remote unit storage unit 13 of the remote unit 10 are inconsistent. If so, a concert control system control method comprising the step (S94) to execute an update incomplete notification that the pre-update has not been completed.
The method of claim 40,
After the update incomplete indication step (S94) is executed,
Sectional concert data receiving step (S95) of receiving concert data for a corresponding section area of the current concert wirelessly transmitted by the concert control communication unit 46 of the concert control base 40;
And a sectional concert data updating step (S97) of storing the data received in the sectional concert data receiving step (S97) in the remote unit storage unit 13 of the remote unit 10. Control method.
A random selection request step (S101) in which the concert control communication unit 46 of the concert control base 40 transmits a random selection request to the server 30 for randomly selecting a preset number of concert hall unique information from among the concert hall unique information. ,
A random selection selection step (S103) in which the server 30 selects a preset number of random selection concert hall unique information according to the random selection request,
A random selection transmission step (S105) of transmitting the unique information of the random selection concert hall selected in the random selection selection step (S103) to the concert control base 40,
The concert control communication unit 46 of the concert control base 40 wirelessly transmits the current concert performance information including the random selection concert venue specific information, and receives the current concert performance information including the random selection concert venue specific information. The remote unit to control a concert control system, characterized in that it comprises a random selection concert venue specific information transmission execution step (S107) for executing a preset random light output.
The method of claim 42,
In the random selection selection step (S103), the server 30 selects a preset number of random dummy selection concert hall specific information other than the random selection concert hall specific information according to the random selection request,
When transmitting the random selection concert hall specific information in the random selection transmission step (S105), the random dummy selection concert hall specific information is transmitted to the concert control base 40 together with the random selection concert hall specific information.
The method of claim 43,
In the random dummy selection concert venue information transmission execution step (S107),
The concert control communication unit 46 of the concert control base 40 transmits the random selection concert hall information and wirelessly transmits the random dummy selection concert hall information together, but the random dummy selection concert hall information is numbered per preset period. And the concert control communication unit 46 wirelessly transmits new current concert performance information after being reduced and removed.
The method of claim 42,
Some of the remote units 10 that have received the current concert performance information including the random selection concert venue specific information in the random selection concert venue specific information transmission execution step (S107) are turned on for a preset time and then turned off. And only the remote unit optical output unit of the corresponding remote unit 10 corresponding to the random selection concert venue specific information to execute a preset random optical output.
The method of claim 42,
In the random selection concert venue-specific information transmission execution step (S107), the current concert performance information is configured to perform a preset operation on all valid remote units in the concert hall, and after a preset time, a corresponding remote corresponding to the random selection concert hall-specific information A method for controlling a concert control system, characterized in that only the remote unit optical output unit of the unit 10 performs a preset random optical output.
The concert hall specific information input step (S10) input through the terminal device 20 receiving the concert hall specific information,
The terminal device 20 receiving the concert hall specific information transmits the input concert hall specific information to the server 30 through the network, checks whether the concert hall specific information is valid, and responds to the concert hall specific information Confirming unique information requesting data and requesting concert data step (S13),
The server 30 checks the validity of the unique information of the concert hall according to the confirmation of the unique information of the concert hall and requests for concert data, and if the validity is confirmed, checks the unique information and transmits the concert data to transmit concert data corresponding to the unique information of the concert hall With step S15,
When the terminal device 20 receives concert data corresponding to the concert hall specific information, a remote unit 10 and the terminal device (10) that receive a signal transmitted from the concert control base of the concert hall to perform an optical output function and the terminal device ( A pairing execution step (S20) in which 20) is connected and connected,
When the terminal device 20 and the remote unit 10 are paired and connected in the pairing execution step (S20), concert data corresponding to the concert venue specific information from the terminal device 20 to the remote unit 10 Concert control system control method, characterized in that the transmission.
Receives current concert performance information transmitted from the concert control base 40, stores concert data for performing light output in response to concert venue specific information, and uses concert data corresponding to the current concert performance information, A remote unit (10) capable of outputting light through the remote unit output unit.
A remote unit 10 capable of optical output through the built-in remote unit output unit,
Including a terminal device 20 that can be paired with the remote unit 10,
The terminal device 20 receives a first remote pairing signal wirelessly transmitted from the remote unit 10, detects a second remote pairing signal output from the remote unit 10, and detects the second remote pairing signal. The remote unit terminal module (50), characterized in that paired with the corresponding remote unit (10) for the first remote pairing signal corresponding to the signal.
The method of claim 49,
The remote unit 10 is:
A remote unit storage unit 13 for storing the first remote pairing signal,
A remote unit control unit 12 for generating a second remote pairing signal by encoding the first remote pairing signal stored in the remote unit storage unit 13 into an optical signal,
A remote unit communication unit 16 including a remote unit short-range communication unit 161 for wirelessly transmitting the first remote pairing signal,
And a remote unit output unit 17 including a remote unit light output unit 171 for optically outputting the second remote pairing signal,
The terminal device 20 is:
A terminal communication unit 26 including a terminal short-range wireless communication unit 263 for sensing the first remote pairing signal transmitted wirelessly,
A terminal sensing unit 21 including a terminal image sensing unit 211 for sensing the second remote pairing signal,
A terminal control unit 22 that decodes the second remote pairing signal, compares it with the first remote pairing signal received by the terminal short-range wireless communication unit 263, and performs a pairing operation with the corresponding remote unit 10 when they match. A remote unit terminal module 50, characterized in that it comprises.
A remote unit 10 capable of outputting a preset function through the built-in remote unit output unit,
Including a terminal device 20 that can be paired with the remote unit 10,
The remote unit 10 receives a first terminal pairing signal wirelessly transmitted from the terminal device 20, detects a second terminal pairing signal output from the terminal device 20, and performs pairing of the second terminal. The remote unit terminal module (50), characterized in that pairing with the terminal device (20) corresponding to the first terminal pairing signal corresponding to the signal.
The method of claim 51,
The terminal device 20 is:
A terminal storage unit 23 for storing the first terminal pairing signal,
A terminal control unit 22 that generates a second terminal pairing signal by encoding the first terminal pairing signal stored in the terminal storage unit 23 into an acoustic signal,
A terminal communication unit 26 including a terminal short-range communication unit 261 for wirelessly transmitting the first terminal pairing signal,
And a terminal output unit 27 including a terminal sound output unit 271 for sound outputting the second terminal pairing signal,
The remote unit 10 is:
A remote unit communication unit 16 including a remote unit short-range wireless communication unit 163 for detecting the wirelessly transmitted first terminal pairing signal,
A remote unit sensing unit 11 including a remote unit sound sensing unit 111 for sensing the second terminal pairing signal,
A remote unit control unit 12 that decodes the second terminal pairing signal, compares it with the first terminal pairing signal received by the remote unit short-range wireless communication unit 163, and performs a pairing operation with the corresponding terminal device 20 when they match. A remote unit terminal module 50 having).
Including a pairing execution step (S1020) in which the terminal device 20 and the remote unit 10 performing the optical output function are connected and connected,
The pairing execution step (S1020) is:
A terminal unique ID verification step (S1021) in which the terminal control unit 22 of the terminal device 20 checks its own unique terminal ID,
A terminal pairing signal transmission and transmission step (S1023) of outputting and transmitting the terminal unique ID signal as a terminal pairing signal through the terminal communication unit 26 and the terminal output unit 27 of the terminal device 20,
A terminal pairing signal receiving step (S1025) of sensing and receiving the terminal pairing signal, which is the terminal unique ID, through the remote unit communication unit 16 and the remote unit detection unit 11 of the remote unit 10,
The remote unit control unit 12 specifies the terminal device to be paired using the terminal unique ID from the terminal pairing signal detected and received through the remote unit communication unit 16 and the remote unit detection unit 11 A method for controlling a remote unit terminal module, comprising: a terminal pairing execution step (S1027) of performing a pairing operation with the device.
The method of claim 53,
The terminal pairing signal transmission step (S1023) is:
A terminal unique ID audio encoding conversion step (S10231) of encoding the terminal unique ID into an audio signal by the terminal control unit 22;
A first terminal pairing short-range wireless communication unit transmitting step (S10233) of wirelessly transmitting the wireless signal of the terminal unique ID as a first terminal pairing signal through the terminal short-range wireless communication unit 261 of the terminal communication unit 26,
Including a second terminal pairing sound output unit transmitting step (S10235) of transmitting the sound signal of the terminal unique ID as a second pairing signal through the terminal sound output unit 271 of the terminal output unit 27 Remote unit terminal module control method, characterized in that.
The method of claim 54,
The terminal pairing signal reception step (S1025) is:
A first terminal pairing short-range wireless communication unit receiving step (S10251) in which the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16 receives the first terminal pairing signal, which is a wireless signal of the terminal unique ID,
A second terminal pairing sound detection unit receiving step (S10253) in which the remote unit sound detection unit 111 of the remote unit detection unit 11 receives the second terminal pairing signal, which is an acoustic signal of the terminal unique ID,
A terminal unique ID audio decoding conversion step (S10255) of decoding a second terminal pairing signal, which is an audio signal of the terminal unique ID, by the remote unit control unit 12,
A terminal unique ID comparison and confirmation step of comparing and confirming, by the remote unit control unit 12, a terminal unique ID from the wirelessly received first terminal pairing signal and a terminal unique ID from the second terminal pairing signal converted from the sound reception decoding (S10257) and,
And a corresponding terminal device identification step (S10259) of the remote unit control unit 12 to check a corresponding terminal device of the wirelessly received terminal unique ID equal to the terminal unique ID converted from the sound reception decoding. Terminal module control method.
A remote unit terminal module control method comprising a pairing execution step (S1020) in which the terminal device 20 and the remote unit 10 performing an optical output function are connected and connected,
The pairing execution step (S1020) is:
Remote unit unique ID verification step (S1022) of the remote unit control unit 12 of the remote unit 10 to check its own unique remote unit unique ID;
Remote pairing signal transmission step (S1024) of outputting and transmitting the signal of the remote unit unique ID as a remote pairing signal through the remote unit communication unit 16 and the remote unit output unit 17 of the remote unit 10,
A remote pairing signal receiving step (S1026) of sensing and receiving the remote pairing signal through the terminal communication unit 26 and the terminal detection unit 21 of the terminal device 20,
The terminal control unit 22 specifies the remote unit to be paired using the terminal remote unit unique ID from the remote pairing signal detected and received through the terminal communication unit 26 and the terminal detection unit 21, and the corresponding remote unit Remote unit terminal module control method comprising a remote pairing execution step (S1028) of performing a pairing operation with.
The method of claim 56,
The remote pairing signal transmitting step (S1024) is:
A remote unit unique ID optical encoding conversion step (S10241) in which the remote unit controller 12 encodes the remote unit unique ID into an optical output signal;
A first remote pairing short-range wireless communication unit transmitting step (S10243) of wirelessly transmitting the wireless signal of the remote unit unique ID as a first remote pairing signal through the remote unit short-range wireless communication unit 161 of the remote unit communication unit 16,
A second remote pairing optical output unit transmitting step of transmitting the optical signal of the remote unit unique ID as a second remote pairing signal through the remote unit optical output unit 171 of the remote unit output unit 17 (S10245) Remote unit terminal module control method comprising a.
The method of claim 57,
The remote pairing signal receiving step (S1026) is:
A first remote pairing short-range wireless communication unit receiving step (S10261) in which the terminal short-range wireless communication unit 261 of the terminal communication unit 26 receives the first remote pairing signal, which is a wireless signal of the remote unit unique ID,
A second remote pairing image detection unit receiving step (S10263) of the terminal image detection unit 211 of the terminal detection unit 21 to receive the second remote pairing signal, which is an optical signal of the remote unit unique ID,
A remote unit unique ID optical decoding conversion step (S10265) of decoding the second remote pairing signal, which is an optical output signal of the remote unit unique ID, by the terminal control unit 22;
A remote unit unique ID comparison and confirmation step of comparing and confirming, by the terminal control unit 22, a terminal unique ID from the wirelessly received first pairing signal and an optically received decoding converted remote unit unique ID from the second pairing signal ( S10267) and,
And a corresponding remote unit confirmation step (S10269) in which the terminal control unit 22 checks a corresponding remote unit of the wirelessly received remote unit unique ID equal to the optically received decoding converted remote unit unique ID. Unit terminal module control method.
The method of claim 58
In the remote unit unique ID optical encoding conversion step (S10241), when the remote unit control unit 12 encodes and transmits the remote unit unique ID as an optical output signal, the ON check bit is included when transmitting 1 bit of data. Remote unit terminal module control method, characterized in that.
The method of claim 59,
The remote unit unique ID optical decoding conversion step (S10265) is:
An ROI pixel RGB average value calculation step (S102651) of calculating an average value (Ravb, Gavg, Bavg) of RGB signals of pixels in the ROI of the terminal image detector 211 (S102651),
An ROI pixel RGB average value envelope calculation step (S102653) of calculating the upper and lower end envelopes for the ROI pixel RGB average values (Ravb, Gavg, Bavg);
ROI pixel normal for calculating the normalized ROI pixel RGB normalized value (Normalized_R, Normalized_G, Normalized_B) using the ROI pixel RGB average value (Ravb, Gavg, Bavg) and the ROI pixel RGB average value envelope (EnvelopeUP, EnvelopeDOWN) With a rise step (S102655),
And a digitizing step (S102657) of digitizing the ROI pixel RGB normalized values (Normalized_R, Normalized_G, Normalized_B).

Images