WO2012150758A1

WO2012150758A1 - System for musical fountain and method for producing same

Info

Publication number: WO2012150758A1
Application number: PCT/KR2012/000968
Authority: WO
Inventors: 김우진
Original assignee: 플러스파운틴(주)
Priority date: 2011-05-04
Filing date: 2012-02-09
Publication date: 2012-11-08
Also published as: KR101081596B1

Abstract

A system for a musical fountain and a method for producing same of the present invention comprises: a fountain device; control boards, which are connected to the fountain device, for controlling the fountain device according to a control signal; and a field control portion for outputting the control signal in a production data format on the control boards, allocating a communication channel to the control boards, and for determining errors by detecting the state of operation of the control boards.

Description

Music Fountain System and Directing Method

The present invention relates to a music fountain, and more particularly, to provide the convenience of maintenance in the construction and operation of the music fountain system, by directing various types of music fountain, such as stream, music and scent production, managers and spectators The present invention relates to a music fountain system and a production method that can satisfy all of them.

In general, a fountain is a kind of landscaping facility that emits a stream of water through a nozzle to purify water and purify the air, while allowing the viewer to simultaneously enjoy the emotional feeling and coolness through various senses.

However, since the conventional fountain uses a simple control method (timer, PLC program, etc.), it is difficult to produce a stream of water in various forms. That is, since the water stream is repeatedly produced only in the form set by the manager, there is a problem in that the directing form of the fountain is monotonous and the viewers easily feel the demonstration.

In order to improve such a problem, recently, a music fountain system has been proposed to allow a viewer to enjoy dynamic and diverse music fountains by using visual or auditory sound by directing streams, lights, and music together.

Such a conventional music fountain system is provided with a communication control board according to the production scale, the communication control board was likely to be easily damaged by electrical shock factors such as spark noise and lightning.

For example, when a malfunction or damage occurs in some of the plurality of communication control boards, there is a fear that an accident in which the whole operation of the music fountain system is stopped may occur. In order to identify the cause of the accident, it was cumbersome to perform the individual error check process for each communication control board or to identify the cause of the accident by disassembling the music fountain system as a whole.

Recently, multi-type fountains are often constructed such that a water fountain structure, an artificial waterfall structure, and a water droplet generator, which form a water fountain system, to create a stream of water by pumping water instead of constructing a fountain alone.

As such, in a rather large music fountain system, the probability of a problem occurring in the communication protocol increases, and there is a difficulty in developing and applying a new program suitable for changing and applying the control program. In addition, since the amount of data to be processed per unit time increases, there is a concern that quality deterioration, such as a decrease in response speed of the system, may occur.

In addition, in the conventional music fountain system, the manager directly generates the production data according to the music to be applied, or extracts the sound characteristics of the music and broadcasting in real time, and uses the automatic production method of the music fountain production data.

As described above, when the manager directly creates or generates the music fountain directing data, the fountain may be naturally produced according to the music, but this requires a basic musical sense of the manager.

In addition, the automatic expression method of the music fountain directing data can conveniently drive the fountain, but according to the output music, the music fountain directing pattern is repeatedly produced for a considerable time, which may result in a decrease in the audience's satisfaction. have.

In addition, in order to operate the conventional music fountain system, the administrator had to visit and turn on or turn off the computer manually at that time. Otherwise, the computer must be turned on at all times. There was a problem that may occur shortened life and malfunction.

The present invention is to solve the above conventional problems, by detecting the operating state of the control boards connected to the communication control module for controlling the fountain device in real time to determine the presence or absence of the current control board, the control board The purpose is to quickly isolate the system damage caused by their failure, thereby providing ease of maintenance.

In addition, by extracting and transmitting only the production data corresponding to the required time point, it is possible to maximize the use efficiency of the communication line when constructing a large-scale music fountain system, and significantly reduce the communication failure rate due to electrical problem factors. The purpose is to prevent this from falling.

In addition, the automatic directing data can be edited in various ways to improve the performance of the automatic directing, and the fragrance spray control unit sprays the fragrances appropriate to the atmosphere of the performances so that the viewers can selectively produce various fountains desired by the viewers. Through the directing form, it is possible to induce continuous interests of viewers and to increase the satisfaction by stimulating the emotions of the viewers.

In addition, by visually showing the signal input status of the environmental sensor input device, and controlling the power of the computer by applying the booting or electric signal transmission function through the network to the unmanned bending machine, expensive components are damaged by preventing the problem in advance. It can be prevented, and even simple errors can be repaired immediately so that the error does not occur in the course of driving the music fountain.

Music fountain system of the present invention for achieving the above object, the fountain device; A control board connected to the fountain device to control the fountain device according to a control signal; And an on-site control unit for outputting a control signal in the form of directing data to the control board, allocating a communication channel to the control board, and detecting an operation state of the control boards through the assigned communication channels. ; Characterized in that it comprises a.

The on-site control unit is provided with a control program for controlling the music fountain, the control computer capable of generating and editing the production data; A communication module connected to the control computer to communicate with the control board, the communication module having at least one channel to be connected to the control board; The control board includes a switching unit for turning on / off the components of the fountain device according to the direction data control signal of the control computer through the control module, and a feedback signal according to a check signal and a control signal of the control module. It is preferable to include a feedback unit for generating a.

The water fountain device includes at least one pump for pumping water, at least one nozzle for injecting the pumped water, piping for allowing the water to be transferred from the pump to the nozzle, and increasing the output of the nozzle. At least one nozzle driving device for switching the spraying direction of some nozzles, a luminaire which is installed near the nozzle or the nozzle to increase the annual output of the fountain to be illuminated by illuminating light, and discharged to the nozzle by the control of the field control unit At least one valve for controlling water, a speaker for outputting the sound output from the field control unit to the outside, and power supplied to the pump, the nozzle driving device, the luminaire, the valve, and the sound output unit by the signal of the field control unit. It is preferable to include an electric control panel for controlling.

Preferably, the fountain device further comprises at least one camera (CCTV), a beam projector, a laser controller, a medicine dispenser, a thermo-hygrostat, and a water purification system.

Preferably, the fountain device further includes a water tank or a buoyancy body to provide an installation space for the fountain device to be installed.

The on-site control unit is connected to the on-site control unit to display a song name list of the sound source and the directing data scenario of the on-site control unit so as to increase the participation of the viewer, and if the viewer selects one of the song name list, the selected song is the A spectator selector that is produced as a music fountain through an on-site control unit, a first cash identifier for detecting whether the spectator selector is inserted into a usable state by detecting whether the spectator has inserted a bill or a coin, and a detection of the first cash identifier. A first communication module which transmits a signal to the field controller and controls the operation of the spectator selector and the first cash identifier according to the control signal of the field controller; and the spectator according to the control signal of the field controller through the first communication module. It is preferable to include a first power control unit for turning on / off the power of the selection machine.

In addition, the on-site control unit is provided with a plurality of keys having a sound so as to increase the participation of the viewer connected to the on-site control unit, by assigning the direction data to each of the keys, each viewer or each key at the same time When pressed, a spectator player for directing the directed data assigned to each of the keys, a second cash identifier for detecting whether the spectator is inserted into a bill or coin, and the spectator player switches to a usable state, and the second cash. A second communication module for transmitting the detection signal of the identifier to the field controller and controlling the operation of the spectator player and the second cash identifier according to the control signal of the field controller; and according to the control signal of the field controller through the second communication module. It is preferable to include a second power control unit for turning on / off the power of the viewer selector.

The on-site controller is connected to the on-site controller to detect a specific behavior of the audience to produce a musical fountain, a detector for detecting a specific behavior, and a sensor input unit for transmitting a signal detected by the detector to the on-site controller It is preferable to include.

The fountain device further includes an environmental sensor unit for measuring a current climatic environment and stopping driving of the fountain device in bad weather conditions, wherein the environmental sensor unit is electrically connected to the control board; It is preferable that at least one water level sensor, an air flow meter and a rain gauge are connected to the environmental sensor input unit to measure the current climatic environment.

The fountain device is further provided with a fragrance spray unit for injecting a fragrance in accordance with the atmosphere of the music produced, the fragrance spray unit is electrically connected to the control board and the fragrance spray controller for controlling fragrance spraying, and connected to the fragrance spray controller It is preferred that at least one fragrance spraying machine for injecting fragrance.

The field control unit includes a remote control unit that is connected to control from a remote location, the remote control unit is connected to the external communication network and extracts data and converts the data into a WAN signal and connected to the modem to identify each device It may include a router for assigning a unique IP, and a remote controller for remote control and power control of the control computer of the field control unit according to the data received through the modem and the router.

On the other hand, the music fountain production method of the present invention for achieving the above object, when the control program of the field control unit is executed, by detecting whether or not the response to each board of the control board to which the fountain device is connected, to the control board A first step of determining the operation state for the; A second step of storing music fraction production data in a file form and editing and generating a repetitive or continuous portion of the production data in the file form to enable manual production; And a third step of extracting the output time of the presentation data and arranging them sequentially, and outputting only the presentation data corresponding to the required time according to the sound source reproduction time to produce a musical fountain through the fountain device. Characterized in that it comprises a.

The first step may include: securing communication channels to allow the control program and the control board to transmit / receive the presentation data; When the communication channels are secured, allocating the secured communication channels to the control boards, respectively; Setting a state for control boards connected to the allocated communication channel when the allocation of the communication channel is completed; Detecting the response of the control boards through communication with the control board and inspecting operating states of the control boards; Displaying a normal or abnormal operation state in a color distinguishable through a communication channel display unit through the response of the control boards; And storing information on the abnormal operation ecology in a log file form when the operation states of the control boards are abnormal. It is preferable to include.

The allocating of the communication channel in the first step may include selecting among control boards having similar functions and grouping them into the same communication channel. It is desirable to divide the allocated area separately.

The second step may include extracting the presentation data by classifying features of sound sources included in the presentation data; Generating and storing the extracted presentation data into presentation data in a file form through a conversion table; And manually editing, changing, and storing repeated or continuous portions by reading the presentation data in the form of a file from the control program. It is preferable to include.

The third step may include generating a minimum of presentation data required for communication; Extracting an output start time and an end time of the generated presentation data to extract an output time of the presentation data; Sequentially arranging the extracted presentation data according to an output time; Selecting and transmitting only the presentation data corresponding to the required time according to the music reproduction time of the presentation data; And outputting the directing data while comparing the elapsed time of the music reproduction with the output time of the directing data; It is preferable to include.

The outputting of the directing data in the third step may include: additionally outputting an operation coincidence signal upon outputting the directing data when it is necessary to match the motions according to the directing form of the selected directing data; And comparing the elapsed time of the sound source reproduction with the output data and outputting time to move to the next presentation data. It is preferable to include.

The third step may include remotely controlling power and various functions of the field controller by a remote controller when the site controller is to be controlled at a long distance; The remote control may further include: reserving a music fountain production schedule by executing the control program with the remote computer controller; Scheduling a control schedule of the remote computer controller such that the preparation is completed before the schedule schedule of the music fountain in consideration of the computer booting time of the field controller and the execution time of the control program; When the reservation of the control schedule is completed, the remote computer controller determining whether a current time and a control schedule reservation time of the remote computer controller are the same; When the current time reaches the control schedule reservation time, turning on the remote computer controller and preparing the computer to operate at a music fountain reservation time by booting the computer and executing a control program; When the music fountain directing schedule is reached, operating the fountain device for a predetermined time according to a selected mode among the modes of the music fountain directing schedule; It is preferable to include.

The operating of the fountain device in the step of controlling remotely may include: turning off the computer of the field control unit through the remote computer controller when the reservation time of the remote computer controller expires; And when the computer of the field controller is turned off, the remote computer controller waiting for the next reservation time to repeat the above operation; It is preferable to include.

The present invention can quickly and quickly determine the cause of the problem caused by the operation of the music fountain even if the administrator does not reside in the field, and by providing an abnormal state of the communication control board visually to determine the cause of the problem immediately In addition, there is an advantage that can provide convenience of operation and management of the system.

In addition, it is possible to implement a site customized system with a simple setting without changing the program according to the size of the site, there is an advantage that can be immediately applied to various types of sites.

In addition, it is possible to check the production quality by converting the auto-produced data into the data of the manual-produced file, and if there is a deterioration of quality, it is possible to solve the fundamental problem by improving through editing and modifying in advance.

In addition, by allowing the viewers to selectively produce a variety of fountains, and by spraying the scent that suits the atmosphere of the performance, you can induce continuous participation of the viewers so that they do not feel empirical easily, and stimulate the viewers' emotions There is an advantage that can be further increased.

1 is a view for showing the overall configuration of the music fountain system according to the present invention.

2 is a view for showing an information display window displayed on the screen of the computer when the control program is executed in the music fountain system according to the present invention.

3 is a view schematically showing the steps for the music fountain production method according to the present invention.

4 is a view showing the step of determining the operation state of the board in the music fountain production method according to the present invention.

FIG. 5 is a diagram illustrating the steps of editing and storing the automatic presentation data to enable manual presentation in the music fountain production method according to the present invention.

6 is a view showing a step of producing a music fountain by extracting the output time of the production data in the music fountain production method according to the present invention.

7 is a diagram illustrating a step of remotely controlling the power and various functions of the field controller in the music fountain production method according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In the description of the present invention, the terms defined are defined in consideration of functions in the present invention, and should not be understood as limiting technical components of the present invention.

As shown in Figs. 1 and 2, the music fountain system according to the present invention allocates a communication channel to the fountain device, the control board 100 for controlling the fountain device, and the control board 100, and the allocated communication. On-site control unit 200 is provided with a control program for detecting the presence of abnormality by detecting the operation state of the control board 100 through the channel, and controlling the fountain device through the control board 100 to produce a musical fountain according to the direction data ), And an electric control panel 300 for distributing power to a fountain device and peripheral devices related to the fountain device.

In addition, at least one viewer input unit 400 is connected to the field control unit 200 or the control board 100 and directs the music fountain by the viewer's selection, and is connected to the field control unit 200 and the field control unit 200. Remote control unit 500 for controlling the power supply and the fountain device is configured.

Among the above configurations, the fountain device includes a water tank unit (not shown) for receiving the water supplied from the water supply means, at least one pump 10 for pumping the water of the water tank, and pipes for transporting the pumped water ( And at least one nozzle (not shown) installed in the pipes and spraying water.

In addition, at least one valve 20 installed at the front end (upstream) or the pipe of the nozzle so as to control the amount of water discharged through the nozzle, and continuously changing the discharge direction of the nozzle for dynamic production of the fountain The nozzle driving device 30 to be installed, and at least one lamp 40 for illuminating the body of water discharged from the nozzle is installed or adjacent to the nozzle may be provided.

The pump 10, the valve 20, the nozzle driving device 30, and the luminaire 40 are connected to the electric control panel 300 by a control board 100 driven according to a control signal of the field control unit 200. Power is supplied in the state.

Here, the electric control panel 300 includes a pump 10, a valve 20, a nozzle driving device 30, a luminaire 40, etc., which require a power supply, and the voltage and current required for each component that requires power. Each has a function to supply.

The water tank is to allow a certain amount of water to be contained in the internal space, and pumps the water contained in the pump to discharge water through pipes, valves, and nozzles to produce a fountain, and the completed water can be collected. Make sure In addition, a buoyancy fountain to which a buoyancy body to be floated by the buoyancy can be applied.

In addition, the inside of the tank or in the vicinity of the tank generates a water purification system of a forced water circulation system (not shown) to continuously purify the water, and a chemical injector (not shown) or ions for introducing a chemical for sterilization of the water in the tank. The silver copper ion device (not shown) may be configured.

The pump 10 includes a fountain pump for discharging water through a nozzle to direct a stream of water, a drain pump for smoothly draining the water tank and the surrounding water tank, and a water supply pump for supplying water to the water tank. It may be provided.

The valve 20 may be mainly applied to an automatic valve (solenoid valve) to be short-circuited by a power source for the convenience of control, and a manual valve (ball valve) that can be controlled manually according to the needs of the field It may be applied together.

The nozzle driving device 30 may simultaneously produce one of the rotating and swinging movements of the nozzle or the rotating and swinging movement, thereby dynamically generating the body of water in a multi-vector. Here, the motor is mainly applied as the power source of the nozzle drive device 30.

The luminaire 40 has a lamp controller 41 electrically connected to the control board 100 and an ON / OFF or (and) brightness increase and decrease electrically controlled by the lamp controller 41. At least one lamp 42 is provided.

Here, the lamp 42 preferably uses an LED lamp, but may also use a halogen lamp. And the luminaire 40 can be waterproofed so that it can be used underwater.

The lamp controller 41 may include a plurality of lamps having colors such as red, green, and blue according to a control signal of the field controller 200 transmitted through the communication control box 100. Each of the 42 is controlled to the appropriate brightness, or by turning on / off the power of the lamps 42, respectively, so that the viewer can visually obtain the maximum satisfaction.

The on-site control unit 200, via the control board 100 and the electric control panel 300 through a control signal In order to control the fountain device, the control computer 210 is provided with a control program for controlling the fountain device through the control board 100, and the control computer 210 is installed in the internal or external form and the control computer 210 Communication module 220 for communicating a control signal of the control board 100 and a display unit 230 for displaying the control device or the display status of the fountain device is provided. In this case, the display 230 may be a monitor that is commonly used.

The control computer 210 determines the presence or absence of an abnormality by detecting an operation state of each of the boards provided in the control board 100 in real time through communication channels, and the communication of the control computer 210. The module 220 is applied to multiple channels (multiple channels) rather than a single channel (one channel), and the control board 100 is connected to at least one channel to each channel.

In addition, each control board 100 receives at least one switching unit 101 for controlling a fountain device in response to a control signal from the control computer 210 and a reception result according to a check signal and a control signal to the communication module 220. The feedback unit 102 for feeding back may be provided.

Therefore, the control computer 210 determines whether the communication boards and the communication failure of each control board 100 by the feedback signal input through the communication module 220, each control board 100 through the display unit 230 The state of the field is displayed on the display 230.

In this case, the method of displaying the state of the control board 100 to the display unit 230 may visually output a character, a picture, a color, and the like, or may output a specific sound form including music. And the occurrence of the failure of the control board 100 may be recorded in the form of a log file.

To this end, the control computer 210 may be provided with a sound output unit 240 for outputting a specific sound, including music, the output signal of the sound output unit 240 via the amplifier (not shown) speaker 241 ) Can be output.

And, in the present invention, but shown as using the CAN communication for the communication of the communication module 220 and the control board 100 described above, the standard communication standards such as RS-422, RS-485 and DMX-512 is optional Can be used as

Here, for the sake of convenience of description, the communication module 220 includes a plurality of communication channels CAN1, CAN2, CAN3, and CAN4 to be applicable to complex and various large-scale systems, including a simple system. It is.

And, the communication channels (CAN1 ~ CAN4) can be used by setting the scale of the field control unit 200 connected to each channel, each control by inspecting the state of the boards of the control board 100 installed according to the set scale The current state of each board of the board 100 may be displayed in color. This makes it possible to immediately determine the status of a system malfunction.

The control board 100 may be configured to electrically connect the components of the fountain device and to connect the plurality of control boards 100 of the basic unit when there are many objects to be controlled.

That is, the control board 100 has an address that can be distinguished from each other for proper communication with the communication control module 220 connected to the computer 210 of the field control unit 200, the communication control module 220 has a number Through the signal exchange between the communication channel and the control boards 100 assigned thereto, it is possible to easily determine whether there is an abnormality for each board of each control board 100.

For example, it may be displayed in green when communication with the control board 100 is normal, orange when an abnormality is detected in operation, and red when not in operation. In addition, four boards per channel may be displayed in green when the group is in a normal state, orange when there is an abnormality in one or two operations, and red when all of the boards do not operate. Of course, the displayed colors can be changed in various ways.

The electric control panel 300 typically uses the power of the secondary side to supply voltages for each component related to the fountain device, including the solenoid valve 20, the lighting 60, the pump 10, and the driving motor 30. And for converting and supplying current, it is installed together in the control room where the field control unit 200 is installed or installed in the vicinity of the control room.

In addition, the electric control panel 300 configures an electric circuit to enable high voltage ON / OFF according to a low voltage ON / OFF signal. That is, the power of the high voltage may be turned on / off to correspond to the low voltage operating signal.

At this time, the low voltage operation signal is generated by the switching unit 101 of the control board 100 according to the control signal of the control computer 210 to turn on (ON) / off (OFF) the high voltage power. Here, a constant temperature and humidity controller (not shown) may be installed in the control room because various control computers 210 and the electric control panel 300 are installed.

Spectator input unit 400, the on-site control unit 200 or the control board 100 It is connected to have a function to produce a musical fountain according to the production data including the control signal when the input of the viewer's operation signal.

Therefore, the spectator input unit 400 displays the production data as a sound source and / or the production data scenario song name list, and when the spectator selects one from the song name list, the spectator automatically directs the music data through the field controller 200. A selector 410 and a plurality of keys each having a sound, and each viewer or user presses each key or key group by designating the direction data or direction data scenario for each key or key group. Spectator player 420 for directing the presentation data or directed data scenarios assigned to the key together with the music fountain, and a detector 431 for detecting a specific behavior of the viewer is provided by the detection signal of the detector 431 An event director 430 is provided for automatically directing the music fountain according to the direction data or the direction data scenario.

Here, the spectator selector 410 is connected to the field control unit 200 is configured by a computer for displaying and selecting a list of song names of the sound source and the production data scenario. And a first cash identifier 411 for detecting whether the viewer's bills or coins are inserted into the spectator selector 410 to use, and the first communication module electrically connected to the control board 100 for communication ( 412 is provided.

Such a spectator selector 410 is installed at a near or far distance from the control computer 210 and is connected to the control computer 210 through a network line, and the music or the production to be displayed on the screen of the spectator selector 410. When transmitting and displaying a list of data scenarios, and when the viewer selects one from the list through a touch screen or a button, the control computer 210 of the field controller 200 displays information of the selected music or production data scenario through a network line. The music fountain is produced by outputting the production data or the production data scenario together with the corresponding music.

The first cash identifier 411 is provided with a means for screening the viewer's participation in order to prevent the viewer's indiscriminate participation in implementing the spectator participatory fountain rendering device, the approval by inputting a certain cash (banknotes, coins, etc.) This is to implement the song selection function. That is, when the cash is input according to the request of the viewer, it has a switch function that allows the execution authority of the viewer selector 410 to be obtained by the control computer 210 of the field control unit 200 and selectable.

The first communication module 412 is to enable input and output of mutual control signals between the control computer 210 and the viewer selector 410. The first communication module 412 applies power to the viewer selector 410 according to the control signal. Switch to the operable state, or to cut off the power of the viewer selector 410. In addition, the first communication module 412 is further provided with a first power control unit 413 for controlling the on (ON) / off (OFF) of the power of the viewer selector 410.

Therefore, the on-site control unit 200 controls up to the power of the spectator selector 410. This is because the actual operating time of the spectator selector 410 is a part of the operating time in the entire system. This is to minimize the power consumed in the device 410.

In addition, the first communication module 412 is connected to the first cash identifier 411 to communicate the cash input and discharge state of the first cash identifier 411 with the spectator selector 410 or the control computer 210. do. And the cash input and discharge determination is controlled according to the control signal of the viewer selector 410 or the control computer 210.

Spectator player 420 is connected to the control computer 210, a plurality of keys are provided in the form of a keyboard. In addition, a second cash identifier 421 for detecting whether a spectator is inserted into a bill or a coin, and converting the spectator player 420 into a use state, and a second communication module 422 electrically connected to the control board 100 to communicate with each other. ) Is provided.

Here, the spectator player 420 has a musical instrument shape such as a piano, and the music fountain is directed according to the music played by the spectator, and the spectator player 420 is connected to the control computer 210 of the field controller 200. Connected via MIDI.

That is, when a key (key) or a key group of the spectator player 420 is pressed, the corresponding key or key group data is transmitted to the control computer 210 of the field controller 200, and the control computer 210 transmits the key. Alternatively, the sound corresponding to the key group data is output to the speaker 241 and at the same time, the presentation data or the presentation data scenario corresponding to the transmitted key or key group data is output to the fountain device.

In addition, the second cash identifier 421 is intended to prevent indiscriminate participation of the viewer and to implement a screening means for the participation of the viewer. The spectator player 420 after obtaining approval by inputting certain cash (banknotes, coins, etc.). ) Will be activated.

That is, when cash is input by the viewer, when the viewer obtains the execution authority of the spectator player 420 from the computer 210 and the spectator plays the spectator player 420, the directed data connected to the key data to be played is transferred to the fountain device. Is output.

The second communication module 422 allows input and output of mutual control signals between the control computer 210 and the spectator player 420. That is, according to the control signal, the power is applied to the spectator selector 410 to switch to an operable state or to cut off the power of the spectator player 420. In addition, the second communication module 422 is further provided with a second power control unit 423 for controlling the on (ON) / off (OFF) of the power of the spectator player 420.

Therefore, the control computer 210 controls the power of the spectator selector 410, which is controlled by the power of the spectator player 420 because the actual operating time of the spectator player 420 is a part of the operating time of the entire system. This is to minimize the power consumed by).

The event director 430 is an event element in which the viewer directly participates, and transmits a sensing unit 431 for generating at least one sensing signal and a sensing signal of the sensing unit 431 to the control computer 210. It is composed of a sensor input unit 432 to enable. Here, the sensing unit 431 may be a proximity sensor, a touch sensor, a pressure sensor, an ultrasonic sensor, an optical sensor, a limit switch, and the like that detect sound, light, temperature, and pressure.

As an example, the detector 431 is installed in the hole through which the coin is inserted into the coin sensor, when the coin is input through the hole, when the coin sensor detects the input of the coin detection signal is the control computer 210 ) Can be run.

Alternatively, the detector 431 installs a pressure switch or a pressure sensor at a place where a person such as a park can pass, and a detection signal generated when the viewer presses the pressure sensor is input to the control computer 210 to generate a fountain. Can be operated.

In addition, the event director 430 is connected to the control board 100 described above, it may be applied in the form of a robot structure to operate in accordance with the directed data connected to the site control unit 200 when contacting a specific part of the viewer.

The remote control unit 500 is electrically connected to the field control unit 200, and remotely turns on / off the power of the field control unit 200 and the control computer 210 of the field control unit 200. It has a function to control.

The remote control unit 500 is connected to an external communication network through ADSL, VDSL, etc., and has a modem 510 having a function of transmitting and receiving data, and converts the data into a WAN signal through the modem 510 and transmits the data. From the data received through the router 520, the modem 510, and the router 520, the directing data of the control computer 210, which is a remote control object, is detected and the power of the control computer 210 is turned on. A remote controller 530 may be provided to control OFF or limit a specific function and control the remote operation of the computer 210.

Accordingly, the remote controller 530 analyzes the control signal for the control computer 210 transmitted from the remote place through the modem 510 and the sharer 520, and controls the control computer 210 according to the control signal transmitted from the remote place. In addition, by controlling the input power to the control computer 210, it is possible to turn off or turn on the control computer 210 when necessary. And in order to hack the control computer 210 of the field control unit 200 or to protect from the intrusion of viruses may be remotely blocked the Internet connection.

The router 520 extracts and converts a unique IP so as to be connected to an external communication network and transmit and receive data digitally. The router 520 identifies a device and transmits data.

And, the remote controller 530 of the remote control unit 500 may perform a schedule management function, the schedule management can be performed in the control computer 210 manual output mode, automatic display mode, spectator selection mode, spectator performance By scheduling the on / off of the computer 210 according to the time at which the presentation data to be produced in the mode, the event directing mode and the fountain fountain mode is driven, the fountain of the predetermined type is produced at the predetermined time.

In more detail, the power of the control computer 210 is applied according to a schedule scheduled to the remote controller 530, the control program is executed after the booting operation of the control computer 210 ends, and the schedule management of the control program is performed. As the operation is executed, the music fountain is operated for a predetermined time.

Then, when the predetermined time is reached, the drive of the music fountain is automatically terminated and then turned off to the power of the computer according to the reservation schedule of the remote controller 530, so that unnecessary power consumption or operation error even when the control computer 210 is turned on. Will not occur.

In addition, the fountain device may be further provided with a fragrance sprayer 600 to spray the fragrance according to the directed data. Fragrance spraying unit 600 is electrically connected to the control board 100, the spray controller 610 for controlling the fragrance spraying function, and at least one fragrance sprayer 620 connected to the spray controller 610 to spray the fragrance ) May be provided.

Accordingly, by stimulating the viewer's emotions by directing the music fountain, it is possible to increase the satisfaction through the sense of smell by spraying the scent that matches the atmosphere of the music produced.

Here, since the fragrance sprayed through the fragrance sprayer 620 is commercialized in various kinds, it is possible to selectively apply a variety of fragrances to the music produced, and when a plurality of fragrance sprayer 620 is installed, Various scents can be sprayed individually or collectively according to the atmosphere of the music, thereby ensuring diversity of scent spraying.

In addition, the site control unit 200 measures in real time the climatic environment of the site where the water fountain is installed, and the environmental sensor unit 700 for stopping the operation of the water fountain device when it is determined that the measured result is bad weather worsening level is further provided. Can be.

The environmental sensor unit 700 is connected to the control board 100, the environmental sensor input unit 710 and sensor information is input in real time, is connected to the environmental sensor input unit 710, the environmental sensor by measuring the current climate environment At least one thermometer, a level sensor 720, a wind flow meter 730, and a rain gauge 740 may be provided to transmit the input unit 710.

Here, the water level detector 720 detects the water level of the water contained in the water tank unit in real time, and maintains the water level of the water tank unit to detect that the water tank unit overflows or falls below a certain water level.

That is, the water level detector 720 determines the operation of the drainage pump or the water supply pump for adjusting the water level, including the water fountain when the water level is too high or low. Therefore, it is a device to protect the equipment by detecting a situation caused by the leakage and abnormality of the pump (water supply pump and drainage pump, 10).

The air flow meter 730 is a device for measuring the strength of the wind in real time, the rain gauge 740 is a device for measuring the amount of rain in real time. Then, it is determined whether or not the fountain device is operated according to the numerical values of the air flow meter 730 and the rain gauge 740.

Then, after analyzing the climate information input to the environmental sensor input unit 710, the input signal generation time, the end time, and the duration are all recorded in the form of a log file in the control computer 210 of the field control unit 200 It can be utilized.

Accordingly, the environmental sensor unit 700 allows the administrator to manage the fountain more stably by visually and numerically showing problems such as malfunction or breakage caused by the influence of the climatic environment when the fountain installed outdoors is damaged. In case of bad weather, it is possible to prevent expensive facilities from being damaged.

In addition, CCTV may be installed to monitor the fountain in real time, CCTV may be installed a beam projector to perform a variety of directing through the image. In addition, a laser controller may be installed.

In addition, the control computer 210 is provided with a control program to control the fountain peripherals, including the fountain device. The control program outputs the fountain device control signal according to the music fountain production data to the control board 100 at a suitable time through the communication module 220 to control the fountain device directly or indirectly by the power supply of the electric control panel 300. In addition to the ability to manually create and edit the production data for the production of music fountain, it performs automatic production function, reservation reservation setting, fountain device setting, communication control and the like.

In other words, the operator can manually create and edit the music fountain production data and the production data scenario, and the manual production mode for manual control of the fountain device, and the MP3 player, PMP, CD player, radio, DVD or sound file (MP3 and wave, etc.). It automatically generates the production data and the production data scenarios so that the fountain device can be controlled automatically according to the music of). In addition, the automatic directing mode for controlling the fountain using the generated presentation data, the viewer selection mode for editing and generation of the stored production data by the viewer, and the preset production data according to the piano performance of the viewer. There is a viewer performance mode to control the fountain device by the event, and the event directing mode to control the fountain device in response to the specific behavior of the viewer.

The above functions can be implemented in one control program, and can be executed individually or simultaneously. In addition, the production data created by the automatic rendering function can be edited by the manual rendering function.

As shown in FIG. 2, the function selection unit 231, the channel display unit 232, the environment display unit 233, and the operation panel display unit are displayed by displaying the screen of the display unit 230 of the control computer 210. 234 is displayed.

Here, the function selection unit 231 includes a schedule management selection unit 231a for music fountain schedule management, and a manual production selection unit 231b for selecting a manual production mode for creating and editing the production data and the production data scenario. And, an automatic production selection unit 231c for selecting an automatic production mode for automatically generating fountains by automatically generating a production data and a production data scenario according to the input music, and a spectator selection selection unit for selecting an audience selection mode ( 231d), a piano fountain selector 231e for selecting a spectator playing mode in which a fountain is directed to the piano performance of the spectator, an event fountain selector 231f for selecting an event directing mode, and a water fountain fountain for selecting a water fountain The part 231g may be provided.

In addition, a communication channel display unit 232 for displaying a communication state between the communication module 220 and the control board 100 and a bad state of the control board 100, and the environmental sensor input unit 710 by sensing a weather environment state. An environmental display unit 233 for displaying various types of sensing information, an operation panel display unit 234 in the form of a manual control switch, and various basic menu buttons may be displayed to fix the state of the signal in any one state.

First, the schedule management selection unit 231a is to literally reserve the operation time of the fountain device, and set at least one directing start time, set directing songs to be produced at each directing start time, Control the operation accordingly.

In addition, the manual selection selector 231b selects a manual directing mode to perform a manual directing function, and the director directs the directed data using various directing patterns by maximizing the emotion of the director. Creation and editing, and the created and edited production data is controlled by the electric control panel 300, the pump 10, the valve 20, the nozzle drive device 30, the luminaire 40, the fragrance spraying unit ( 600) can be used to direct the flow of the song.

The automatic expression selection unit 231c selects the automatic expression mode so as to perform the automatic expression function, and automatically extracts the characteristics of the song to generate the production data. By extracting the feature according to the feature, the unique form of the extraction according to the song is extracted and connected to the production data that controls the driving of the fraction to each of the features, the production data scenario according to the production data is automatically generated.

At this time, the extracted directing data can be stored through the automatic directing function, and the stored directing data can be called up in the manual directing mode for various editing. As a result, the music fountain system of the present invention brings a remarkable improvement in the performance of production when compared with the conventional automatic production method.

The spectator song selection unit 231d selects a spectator selection mode to perform a spectator selection function, and sets the connection state with the spectator selector 410 and selects music data to be used by the spectator selector 410. It is possible to designate a location of 210, and the reservation operation is enabled in the performance test function and the schedule management function.

The piano fountain selector 231e selects a spectator's performance mode to perform a performance presentation function. When the spectator presses a key (keyboard) of the spectator player 420 to be described later, the same key displayed on the screen is displayed. Speaker 241 connected to the computer 210 displayed on the computer 210 of the control unit 200, the same key is displayed on the screen of the computer 210 of the field control unit 200 is connected to the computer 210 at the same time To flow outside.

The event fraction selector 231f selects an event directing mode to perform an event function, and a fraction is produced according to a signal input from the detection unit 431 of the event director 430 which will be described later. It has a function of setting basic information to decide whether to play (directive data or directing data scenario).

The water fountain fountain selector 231g may be selected when the water fountain fountain is applied, and unlike the fountain in the form of a general water stream, as described above, the fountain fountain of the water drop from top to bottom is produced. . Thus, it may be selected to implement a certain type of image or text.

3 to 6, the music fountain production method according to the present invention will be described as follows, and the aforementioned components will not be repeatedly described.

First, when the control program of the field controller 200 is executed, the first step S100 illustrated in FIG. 4 detects a response to the control boards 100 to which the fountain device is connected, and the control board 100. To determine the operating status.

To this end, the first step (S100) is a step of securing the communication channels of the communication module 220 so that the control program and the communication control box 100 can transmit / receive the directed data (S110), and the communication module When 220 is connected, allocating the communication channel to the boards of the control board 100, respectively (S120), and when the allocation of the communication channel is completed, each of the control board 100 to which the communication channel is allocated Setting the state for the board (S130), and detecting the connection state to determine whether the normal operation by detecting whether the control board 100 responds correctly (S140) and the control board 100 Displaying the normal or abnormal according to the operating state for each board of (S150) and, if the operating state for each board of the control board 100 is abnormal, the information about the normal and abnormal operating ecology And storing (S160).

In the first step (S100), the step of assigning each of the communication channel to the control board (100) (S120), the communication channel is controlled so that the control board 100 having similar functions can be selected and grouped into the same communication channel. Each of the boards of the entire control board 100 and the entire control board 100 can be divided and assigned to the divided area. For reference, the control board 100 having a similar function may be any control board 100 connected to a pump 10, a valve 20, a submersible lamp, and a nozzle driving device 30 connected to the music fountain function. The control board 100 may be connected to one of the components 20, the light fixture 40, and the nozzle driving device 30.

In addition, the step S150 of displaying the colors distinguishable according to the operating states of the control boards 100 in the first step S100 is performed when the control boards 100 all operate normally. If it is determined that a portion of the control board 100 is bad, it is displayed in orange through the communication channel display.

When the control boards 100 do not all operate, the control board 100 is displayed in red through the communication channel display unit, and when the communication channel is not used, it is displayed in gray through the communication channel display unit. In addition, after performing the following process when the communication is displayed in a smooth state (all green) through the communication channel display unit, the actual control of the components of the fountain device to be controlled through the communication control module 220 and the control board 100 Check the condition.

Then, the mode can be selected, if the manual directing mode is selected, the pump 10, the solenoid valve 20, the drive motor 30 and the lighting 60, etc. to be produced in advance, in one bundle form. Create and edit the presentation data, and assign each key so that each presentation data can be input by pressing an appropriate key on the keyboard. The creation, editing, and key assignment of the presentation data above are applied as is, unless modified.

Then, while opening the sound source and playing music, the appropriate time is allocated and the operator manually inputs the production data while pressing the occupation keyboard to generate the production data scenario, and the editing process is completed as a file.

If the automatic rendering mode is selected, the production data generation and editing process must be preceded in the manual rendering mode as shown in FIG. Thereafter, the presentation data connection information according to the frequency component or the sound width component of the music is stored as a conversion table.

To this end, the second step (S200) is to distinguish the characteristics of the sound source (mp3, wav, etc.) included in the production data to separate the intervals according to the frequency and / or sound width components to extract the production data (S210) Each of the divided sections generates a production data scenario through the production data conversion table and stores the file in a file form (S220).

At this time, when the PLAY scenario is played only through the conversion table, the music is outputted to the speaker 241 via the amplifier, and the music fountain device is sprayed at an appropriate time to synchronize the fountain device and the music. In addition, when the directed data scenario is configured to be repeatedly produced or not suitable for music, the directed data scenario may be monotonous or edible, and the repeated data sequence may be read and stored in the manual presentation mode in step S230.

Therefore, when the reproduction scenario files generated in the manual and automatic presentation modes are reproduced using the scheduler, the music fountain is produced together with the music at the time set in the scheduler.

Next, the third step (S300) shown in FIG. 6 extracts the output time of the presentation data preset in the computer 210 of the field control unit 200, and arranges them sequentially, and at a time required according to the sound source reproduction time. The music fountain is produced through the fountain device by outputting only the directed data.

To this end, the third step (S300) is a step (S310) of extracting the production data necessary for communication to a minimum (S310), and extracting the output start time and output end time of the generated production data (S320), and extraction Arranging the directed production data sequentially according to the output time (output start time and end time) (S330), and selectively transmitting only the presentation data corresponding to the required time according to the sound source reproduction time of the production data (S340). And outputting the production data while comparing the sound source reproduction time with the production data output time (S350).

In the third step (S300), the step of outputting the production data (S350), if it is necessary to match the operation according to the direction of the selected production data, the step of additionally outputting the operation matching synchronization signal when outputting the production data ( S360) and comparing the output time with the elapsed time of the sound source reproduction, and outputting the moving data to the directing data (S370).

On the other hand, if you want to control the on-site control unit 200 from a long distance as shown in Figure 7, the remote control unit 500 includes a step of remotely controlling the power and various functions of the on-site control unit 200 (S400) Can be.

To this end, the step of controlling remotely (S400) is a step of reserving the music fountain production schedule by executing the control program to the remote controller (530) (S410), booting the control computer 210 of the field controller 200 In consideration of the time and the execution time of the control program, a step of reserving the control schedule of the remote controller 530 such that the preparation is completed before the reservation schedule of the music fountain (S420), and the reservation of the control schedule is completed. The remote controller 530 determines whether the current time and the control schedule reservation time of the remote controller 530 are the same (S430), and when the current time reaches the control schedule reservation time, turns on the remote controller 530. In step S440, the control computer 210 is booted and the control program is executed to prepare for operation at the music fountain reservation time, and when the music fountain production schedule reservation time is reached, each mode of the music fountain production schedule Among In operation S450, the fountain apparatus is operated for a predetermined time according to the selected mode.

Here, the step (S420) of scheduling the control schedule may be different depending on the music fountain operating time for each day of the week, the reservation can be set according to the schedule for each day, the field controller 200 through the display unit 230 of the control program The displayed music fountain mode, the unmanned music selection mode, the unattended playing mode, and the event fountain mode may be preset.

In addition, after the remote control step (S400) to operate the fountain device (S450), when the reservation time of the remote controller 530 is over, the field controller 200 through the remote controller 530 Turning off the control computer 210 of (S460) and, when the control computer 210 of the field control unit 200 is turned off, the remote controller 530 waits for the next reservation time to repeat the above operation ( S470) may be included.

As a result, the present invention can determine in real time the cause of the problem occurred when operating the music fountain even if the administrator does not reside in the field in real time, and visually checks the abnormal state of the boards of the control board 100 for communication control By providing the ability to immediately identify the cause of the problem, it can provide the convenience of operating and managing the system. In addition, by implementing a site customized system with a simple setting without changing the program according to the size of the site, it can be immediately applied to various types of sites.

In addition, it is possible to check the production quality by converting the auto-produced data into the data of the manual-produced file, and if there is a quality deterioration, it is possible to solve the fundamental problem by improving by editing and modifying in advance. In addition, by allowing the viewers to selectively produce various fountains, and by spraying the fragrance that suits the mood of the performance, the viewers can induce continuous participation so that they do not feel empirical easily, and stimulate the viewers' emotions to increase satisfaction. It can increase.

Although the technical idea of the music fountain system and the production method according to the present invention has been described above with the accompanying drawings, this is only illustrative of the preferred embodiment of the present invention and not intended to limit the present invention.

Therefore, it is obvious that any person with ordinary skill in the art can make various modifications and imitations such as dimensions, shapes, structures, etc. without departing from the scope of the technical idea of the present invention. It is included in the scope of the technical idea of the present invention.

The present invention provides the convenience of operation and management even if the manager does not reside in the field, and in particular, it is possible to implement the site customized with a simple setting without changing the program according to the size of the site, and selectively produce various music fountains desired by the viewers. On the other hand, it is to be effectively used in the music fountain system that satisfies both managers and spectators through the fragrance spray to suit the mood of the music.

Claims

Water fountain;

A control board connected to the fountain device to control the fountain device according to a control signal; And

An on-site control unit for outputting a control signal in the form of directing data to the control board, allocating a communication channel to the control board, and detecting an operation state of the control boards through the assigned communication channels; Music fountain system comprising a.
The method of claim 1,

The on-site control unit is installed with a control program for controlling the music fountain, and a control computer capable of generating and editing the production data, and at least one to be connected to the control computer to communicate with the control board and the control board can be connected A communication module having a channel,

The control board includes a switching unit for turning on / off the components of the fountain device according to the direction data control signal of the control computer through the communication module;

And a feedback unit for generating a check signal according to an on / off switch of the switching unit and a feedback signal of a reception result according to a control signal of the control computer and then feeding it back to the communication module.
The method of claim 1,

The water fountain device, at least one pump for pumping water;

At least one nozzle for injecting the pumped water;

Piping to allow water to be transferred from the pump to the nozzle;

At least one nozzle driving device for changing the spraying direction of some nozzles in order to increase the output of the nozzles;

A luminaire installed near the nozzle or the nozzle to increase light output of a fountain sprayed by illuminating light;

At least one valve for controlling water discharged to the nozzle by the control of the field controller;

A speaker for outputting the sound output from the field control unit to the outside; And

An electric control panel controlling power supplied to a pump, a nozzle driving device, a luminaire, a valve, and an acoustic output unit by a signal of the field controller; Music fountain system comprising a.
The method of claim 1,

The fountain device further comprises at least one camera (CCTV), a beam projector, a laser controller, a drug injector, a thermo-hygrostat, a water purification system.
The method of claim 1,

The fountain device may include a water tank or a buoyancy body to provide an installation space for installing the fountain device; Music fountain system, characterized in that it further comprises a.
The method of claim 1,

The on-site control unit is connected to the on-site control unit to display a song name list of the sound source and the production data scenario of the on-site control unit so as to increase the participation of the viewer, and if the viewer selects one of the song name list, the selected song is A spectator selector directed to a music fountain through the field control unit;

A first cash identifier for detecting whether the spectator's bills or coins are inserted and allowing the spectator selector to be switched to a usable state;

A first communication module which transmits a detection signal of the first cash identifier to the field controller and controls an operation of the viewer selector and the first cash identifier according to a control signal of the field controller;

A first power controller configured to turn on / off the power of the spectator selector according to a control signal of the field controller through the first communication module; Music fountain system comprising a.
The method of claim 1,

The on-site control unit is connected to the on-site control unit, and provided with a plurality of keys having a sound so as to increase the participation of the viewer, assigning the direction data to each key, so that the viewer can individually or simultaneously A spectator player which, when pressed, directs the presentation data assigned to each of the keys;

A second cash identifier which detects whether the spectator's banknote or coin is input and converts the spectator player into a usable state;

A second communication module which transmits the detection signal of the second cash identifier to the field controller and controls the operation of the spectator player and the second cash identifier according to the control signal of the field controller; And

A second power controller configured to turn on / off the power of the spectator selector according to a control signal of the field controller through the second communication module; Music fountain system comprising a.
The method of claim 1,

The event controller is connected to the on-site controller for detecting the specific behavior of the audience to produce a music fountain;

Detecting unit for detecting a specific behavior; And

A sensor input unit for transmitting a signal sensed by the detector to a field controller; Music fountain system comprising a.
The method of claim 1,

The fountain device includes an environmental sensor unit for measuring a current climatic environment and stopping driving of the fountain device in bad weather conditions; Is further provided,

The environmental sensor unit, the environmental sensor input unit electrically connected to the board; And

At least one water level sensor, an air flow meter and a rain gauge connected to the environmental sensor input unit for measuring a current climate environment; Music fountain system, characterized in that is provided.
The method of claim 1,

The fountain device is a fragrance spraying unit for injecting a fragrance suitable for the atmosphere of the music produced; Is further provided,

The fragrance injection unit, the fragrance injection controller electrically connected to the control board to control the fragrance injection; And

At least one fragrance sprayer connected to the fragrance spray controller to spray fragrance; Music fountain system, characterized in that is provided.
The method of claim 1,

The remote control unit is connected to the field control unit to control from a remote; Including;

The remote control unit is connected to an external communication network, a modem for extracting data and converting the WAN signal;

A router connected to the modem and assigning a unique IP to identify each device; And

A remote controller performing remote control and power control of the control computer of the field control unit according to the data received through the modem and the router; Music fountain system comprising a.
A first step (S100) of determining whether an operation state of the control boards is detected by detecting whether or not the control boards of the control board to which the fountain device is connected when the control program of the field control unit is executed;

A second step (S200) of storing music fountain presentation data in a file form and editing and reproducing a repetitive or continuous portion of the production data in the file form to enable manual production; And

A third step (S300) of extracting the output time of the presentation data and sequentially arranging them, and outputting only the presentation data corresponding to the required time according to the sound source reproduction time to produce a musical fountain through the fountain device (S300); A feature of music fountain production.
The method of claim 12,

The first step (S100) may include: securing communication channels such that the control program and the control board can transmit / receive the presentation data (S110);

When the communication channels are secured, allocating the secured communication channels to the control boards (S120);

When the allocation of the communication channel is completed, setting a state of control boards connected to the allocated communication channel (S130);

Detecting whether or not the control boards respond through communication with the control board (S140);

Displaying a normal or abnormal operation state in a distinguishable color through a communication channel display unit through the response of the control boards (S150); And

If the operation state of the control board is abnormal, storing the information on the abnormal operation ecology in the form of a log file (S160); music fountain directing method comprising a.
The method of claim 12,

Allocating the communication channel in the first step (S100) (S120), the control boards that can be controlled by the communication channel and the control board so that the control boards having similar functions can be selected and grouped into the same communication channel. A method for producing a music fountain, characterized by dividing and allocating partially allocated areas among all the control boards.
The method of claim 12,

The second step (S200), the step of extracting the production data by distinguishing the characteristics of the sound source included in the production data (S210);

Generating and storing the extracted presentation data into a presentation data in a file form through a conversion table (S220); And

And reading and outputting the file-directed data in the control program and manually editing and changing a repeated or continuous portion (S230).
The method of claim 12,

The third step (S300), step (S310) to generate a minimum of the presentation data required for communication;

Extracting an output start time and an end time of the generated presentation data to extract an output time of the presentation data (S320);

Sequentially arranging the extracted presentation data according to an output time (S330);

Selecting and transmitting only directing data corresponding to a required time according to a music reproduction time of the directing data (S340); And

And outputting the directing data while comparing the elapsed time of the music reproduction with the output time of the directing data (S350).
The method of claim 16,

In the third step (S300), the step of outputting the production data (S350), if it is necessary to match the operation according to the direction of the selection of the selected production data, further output the operation matching synchronization signal when outputting the presentation data Step S360; And

And comparing the output time with the elapsed time of the sound source reproduction and outputting data and outputting the moving data to the next presentation data (S370).
The method of claim 12,

The third step may further include remotely controlling power and various functions of the field controller by a remote controller when the site controller is to be remotely controlled (S400).

The controlling step (S400) may include: reserving a music fountain production schedule by executing the control program with the remote computer controller (S410);

Scheduling a control schedule of the remote computer controller such that the preparation is completed before the schedule schedule of the music fountain in consideration of the computer booting time of the field controller and the execution time of the control program (S420);

When the reservation of the control schedule is completed, the remote computer controller determining whether a current time and a control schedule reservation time of the remote computer controller are the same (S430);

When the current time reaches the control schedule reservation time, turning on the remote computer controller and preparing the computer to operate at a music fountain reservation time by booting the computer and executing a control program (S440);

When the music fountain directing schedule scheduled time is reached, operating the fountain device for a predetermined time according to the selected mode of each of the music fountain directing schedule (S450); Way.
The method of claim 18,

In the step S400 of remotely controlling the operation of the fountain device, in step S450, when the reservation time of the remote computer controller ends, turning off the computer of the field controller through the remote computer controller (S460). ; And

When the computer of the field controller is turned off, the remote computer controller waits for the next reservation time to repeat the above operation (S470).