KR100951003B1 - Spectator participation type music fountain production device - Google Patents

Abstract

PURPOSE: An apparatus for producing music fountain which induces spectators to participate in producing the music fountain is provided to enable the spectators to selectively produce desired music fountain by inducing participation of the spectators. CONSTITUTION: An apparatus for producing music fountain which induces spectators to participate in producing the music fountain comprises: a fountain device; a controller(200) which produces the music fountain by setting a patter for directing the fountain and controlling the drive of the fountain device; one or more spectator input unit(300) which is connected to the controller and directs the music fountain using the input of the spectator. The spectator input unit includes a spectator music selection unit(310) which displays a list of music and make the fountain be automatically directed using the controller.

Description

Spectator participation type music fountain production device}

The present invention relates to a music fountain, and in particular, a list of music selections is displayed to the viewers, and the viewers directly select one of the displayed music selection lists, or the viewers directly play the instrument having a plurality of keys. The present invention relates to an apparatus for producing a spectator participant music fountain, which can produce a desired music fountain, and when the specific behavior of the viewer is detected by adding an event element, the eventual music fountain can be automatically produced.

In general, fountains use a method of incubating water through nozzles, which not only perform water purification and air purification functions, but also provide a sense of emotional stability and coolness. It is a landscaping facility.

In addition, by installing lights that can produce light in the fountain, it is possible to create a beautiful fountain at night. This makes it possible to enjoy the fountains that are beautifully produced not only during the day but also at night when it is difficult to discern.

However, in the conventional fountain, since a simple control method (timer, PLC, etc.) is used, the fountain cannot be produced in various ways, and most viewers easily experience the problem.

In order to improve such a problem, by providing a music fountain to be produced along with the music stream and the light is reproduced, viewers can enjoy a dynamic and various forms of music fountain using visual, auditory, and the like.

However, since the music and the fountains are repeatedly produced in the same pattern according to the direction set by the director, there is a problem in that the viewers cannot easily selectively produce the various fountains that the viewers want to feel.

Accordingly, the present invention is to solve the above-mentioned conventional problems, when the viewer selects any one of the selection list or play the installed instrument, by directing the music fountain by the sound source and the production pattern accordingly, the viewer directly The purpose is to be able to selectively produce the desired musical fountain by participating.

In addition, when the viewer's specific behavior is detected by the event director, the music fountain is automatically produced by the sound source and the direction pattern, so that the viewer can enjoy the event music fountain as a reward for performance. .

According to the present invention for achieving the above object, a fountain device and a direction pattern that can be produced through the fountain device are set in advance, and the music fountain is controlled by controlling the driving of the fountain device according to a sound source or a production scenario. And at least one viewer input unit connected to the controller and configured to direct a fountain according to a viewer's input according to a sound source or a production scenario.

The control unit may synchronize one or more of the presentation patterns generated by the selection of the director to the sound source, and edit the presentation scenarios such that each of the direction patterns can be driven at any time during reproduction of the sound source. It is desirable to have a production editing program that can be used.

The control unit may be configured to divide the sound source into a plurality and to designate one or a plurality of the directing patterns according to the height or length of each section, and to automatically produce the directing pattern assigned to the respective sections when the sound source is reproduced. It is desirable to have an automatic program.

The spectator input unit may include a spectator selection unit configured to display a list of song names consisting of the sound source and the production scenario, and to allow a spectator to select one from the list of song names and automatically direct the fountain through the control unit.

The viewer input unit may include a plurality of keys each having a sound, and the viewer may designate the direction pattern according to each key, and the viewer may press the keys individually or simultaneously. It is preferable to include a viewer directing unit to be produced together.

The viewer input unit may further include an event director configured to include a detector configured to detect a specific behavior of the viewer, and to be automatically directed to the production pattern or the production scenario by the detection signal of the detector. The sensing unit is preferably one of an optical sensor, a pressure sensor, a gravity sensor, and an ultrasonic sensor.

Here, it is preferable that the sensing unit forms an input sensing unit having an open space in one direction so as to sense the input thrown by the viewer, and the sensing unit is provided at the bottom of the space. Do.

On the other hand, the spectator selection unit, the spectator directing unit and the event directing unit, if one is selected, the rest is not driven, the control unit, the monitoring to monitor the operation state and completion state of each of the spectator selection unit, the spectator directing unit and the event directing unit It is preferable that an addition is provided.

The fountain device may include at least one pump, nozzle, nozzle driving motor, lighting, valves, piping.

As described above, by allowing the viewer to directly participate in the music fountain, unlike the conventional music fountain that is repeatedly produced uniformly by the director's setting, the viewer can selectively produce the desired music fountain. have.

In addition, by allowing the viewer to listen to the eventual music fountain as a result of the specific behavior of the viewer, there is an advantage that can increase the participation of the viewer through the event element to cause continuous interest.

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

1 is a view showing the overall configuration of the audience participation type music fountain production apparatus according to the present invention.

As shown, the audience participation type music fountain production apparatus according to the present invention, the fountain device 100, the control unit 200 and the viewer input unit 300.

The water fountain device 100 includes a reservoir (not shown) for receiving water, one or more pipes (not shown) for moving the water in the reservoir, and one or more nozzles installed in the pipe for spraying water. (Not shown), one or a plurality of pumps 110 installed in the pipes to pump water to the nozzles, and ones installed in the pipes to open and close a supply of water moving between the nozzles and the pumps 110. Or a plurality of valves 120 and the like is provided.

In addition, the illumination 130 may be provided integrally or separately to the nozzle (not shown) to produce a beautiful light with the sprayed water, and a nozzle driving motor 140 for operating the nozzle may be further provided. In this case, an LED lamp or a halogen lamp may be used as the illumination 130.

In addition, the power system of the fountain device 100 includes a switching board 150 for distributing power to the pump 110, the valve 120 and the lighting 130 according to the control signal of the control unit 200, and the switching The power supply unit 160 may be provided to supply power to the pump 110, the valve 120, and the lighting 130 according to the distribution signal of the board 150.

In the driving method of the fountain device 100, first, the pumping operation of the pump 110 and the opening / closing operation of the valve 120 are performed according to a preset pattern set in the controller 200. At this time, the water contained in the reservoir is moved or blocked along the pipe (not shown), the water is sprayed in various forms through the nozzle (not shown). Here, the nozzle can be rotated at various angles by the drive of the nozzle driving motor 140 to produce a variety of fountains.

Next, the control unit 200 is pre-set one or a plurality of sound sources and the resulting pattern, and controls the driving of the fountain device 100 according to the direction pattern to produce a musical fountain.

Here, the sound source may have a variety of formats such as cd, tape, mp3, wave, mpga, ogg, wma, ape, flac, cda, s3m, mod, sol, pls, sab, and the like. Etc. and various musical instrument sounds such as piano, guitar, violin, and the like can be preset.

In addition, the direction pattern is a combination of the switching signal in the form of a unit pattern for driving the pump 110, the valve 120, the illumination 130 and the nozzle drive motor 140, etc. of the fountain device 100, respectively, or in combination. The direction pattern is generated by the desired shape and quantity to be produced by the director.

Such a control unit 200 is provided with the FT server program 210, the production editing program 220, automatic rendering program 230, Ethernet card 240, CAN communication card 250, and the monitoring unit 260 Can be.

Here, the FT server program 210 controls the fountain apparatus 100 to be driven by a direction pattern or direction scenario generated through the direction editing program 220. In addition, the music fountain may be automatically driven according to the preset time by allowing the reservation time of the direction and the scenario to be directed to be set.

In addition, the FT server program 210 can play a sound source, and when connected to the automatic presentation program 230 to be described later when playing the sound source according to the reproduction of the sound source according to the height and rhythm Directed through.

The directing editing program 220 includes at least a directing pattern for driving the pump 110, the valve 120, the lighting 130, the nozzle driving motor 140, and the like of the fountain apparatus 100 by the director, respectively, or in combination. And generating one or more, and synchronizing the presentation pattern to the sound source so that the fraction can be produced according to the reproduction of the sound source, and generating the directing scenario so that each or more of the directing patterns can be driven at any time during the sound source reproduction. .

At this time, the directing editing program 220 can produce a fountain by playing with the sound source according to the generated directing scenarios, and adding / deleting / changing patterns and adding / deleting / changing the pattern directing scenarios as necessary. You can edit.

The automatic expression program 230 allows a fountain to be automatically produced according to the reproduction of a general sound source. The sound source is divided into a plurality of sections, and the sections are divided according to the height and length of the sound, one for each section. Alternatively, by designating a plurality of the directing patterns, the directing pattern specified in each section is automatically produced when the sound source is reproduced.

At this time, the direction pattern can be specified by one of the high and low, and if necessary, the direction pattern can be specified according to the slope.

CAN communication card 250 is for connecting the audience directing unit 320 and the event directing unit 330 to be described later and the electrical connection with the switching board 150 of the fountain device 100, Ethernet card 240 ) Is provided to be connected to the communication network may be connected to the communication network by a separate remote server (500).

Here, the remote server 400 is connected to the remote server using a dynamic IP system, such as ADSL, Cable modem, VDSL, etc., the remote server 500 by checking the IP at regular intervals Use an IP renewal method. Therefore, managers can solve various types of problems remotely without having to go to the site where the spectator participatory fountain device is installed.

The monitoring unit 260 is for monitoring the operation state and completion state of each of the spectator selection unit 310, the spectator directing unit 320, and the event directing unit 330, which will be described later, the spectator selecting unit 310 and the spectator directing unit 320. ), The event directing unit 330 monitors the operation at the same time, and if it is detected that any one is operating, the control unit 200 switches the rest from the input standby state (active state) to the stop state. When any one of the operations is completed, the spectator selection unit 310, the spectator directing unit 320, and the event directing unit 330 all switch to the input standby state.

Accordingly, the input of the spectator selection unit 310, the spectator directing unit 320, and the event directing unit 330 collide with each other by accurately recognizing the sound source reproduction and the current state of the fountain device 100 according to the input signal of the spectator. To prevent them.

Meanwhile, the controller 200 may further include a sound card 270 for outputting sound. The sound card 270 is connected to a separate sound device (amplifier and speaker: 400) for outputting sound. The sound device 400 may be installed outside the control unit or adjacent to the fountain device.

Next, the spectator input unit 300 includes a spectator selection unit 310, a spectator directing unit 320 and an event directing unit 330.

The spectator selection unit 310 is provided with a selection PC, the selection PC is provided with an Ethernet card (not shown). That is, since the Ethernet card of the viewer selection unit 310 and the Ethernet card 240 of the controller 200 are connected to the network, the viewer input signal may be applied to the controller 200.

In addition, a selection PC (not shown) of the spectator selection unit 310 may display a sound source or a directing scenario on a spectator in the form of a song name list (screen: not shown) and the first display unit through the first display unit. A first selection unit (not shown) may be provided to allow the viewer to visually select the sound source or the production scenario.

Therefore, when a sound source is selected from the song title list of the spectator selection unit 310, the automatic presentation program 320 outputs the specified presentation pattern according to the height or the length of the sound along with the reproduction of the sound source, and the corresponding fountain is automatically produced. .

When the selection scenario is selected from the song name list, the sound source connected to the production scenario is output by the FT server program 210 or the production editing program 220, and the production pattern inputted in the production scenario is automatically generated as a fraction.

 Accordingly, the spectator selection unit 310 allows the spectator to actively select (selection) any one of the displayed sound source and the production scenario, so that the spectator can actively participate and is designated by the spectator's selection. Directing patterns can be automatically generated, creating interest for viewers.

The viewer directing unit 320 is composed of a plurality of keys having respective sounds, and is electrically connected to the CAN communication card 250 of the controller 200 to apply an input signal of the viewer to the controller 200. The control unit 200 assigns a direction pattern to each key so that the direction pattern specified by pressing a key is produced through a fraction. At this time, the viewer directing unit 320 is preferably provided with a musical instrument such as a MIDI (MIDI) or a piano having a plurality of keys so that the sound or sound source of each key can be produced together.

Therefore, when the viewer plays while simultaneously pressing one or more of each key of the instrument (not shown), the sound source and the direction pattern corresponding to each of the keys are selectively produced.

The event director 330 detects a specific behavior of the viewer and applies an event signal through the CAN communication card 250 of the controller 200 so that the controller 200 can produce an event fountain. A detector (not shown) for detecting the behavior of the is provided.

The sensing unit (not shown) forms a space (not shown) open in one direction, such as a basket shape, to detect that the throwing object thrown into the inside of each of the fountain apparatus 100. It may be installed in devices or other separate structures, and may be provided in the form of scaffolding at any position accessible to the spectators around the fountain so that the spectator unintentionally removes the scaffold to produce the event fountain. It can also be installed around the fountain in the form of light or ultrasonic sensors.

That is, when the object thrown by the viewer is detected in the space of the detector (not shown), the detector (not shown) generates an event signal through the CAN communication card 250 of the controller 200. Transmission to the control unit 200. In this case, the fountain apparatus 100 may be driven by a preset direction pattern set in the controller 200 to produce a fountain, or an event sound source (buzzer, fanfare, song, etc.) and the corresponding direction pattern may be produced together according to the directing scenario. have.

On the other hand, the detector (not shown) may use a method of detecting the weight of the coin thrown by the viewer, the weight of the object put into the detector (not shown) the reference weight of the coin preset in the control unit 200 When it corresponds to the value range, it is preferable to apply the detection signal to the controller 200. To this end, a weight sensor (not shown) may be installed on the bottom of the space of the detector (not shown) to detect the weight of the injected object.

For example, the weights of domestic coins, such as 500 won, 100 won, and 10 won, and various coins of each country may be preset in the controller 200. Accordingly, the fountain or music fountain is produced by an event directing pattern or a production scenario only when the throwing object detected by the detection unit (not shown) corresponds to the reference weight value range of the coin preset in the controller 200. Can be.

In this case, the production pattern or the production scenario of the event production unit may be performed for a preset time in the controller 200. For example, it may be switched to a detection standby state after a production or a song is played for about 10 to 15 seconds.

Meanwhile, the event directing unit is not limited to the directing pattern or the directing scenario, but it is noted that the directing patterns may be automatically produced according to the reproduction of the sound source of the aforementioned auto directing program 230.

As described above, when the spectator selection unit 310, the spectator directing unit 320, and the event directing unit 330 are selected, it is preferable not to drive the rest. This is to prevent electrical collisions that may occur when the spectator selection unit 310, the spectator directing unit 320, and the event directing unit 330 operate at least one.

In addition, the spectator selection unit 310, the spectator directing unit 320 and the event directing unit 330 may be provided with a separate on / off switch, it may be activated when the viewer inputs coins or bills.

Hereinafter, a method of operating the spectator participation type fountain device according to the present invention.

First, when a spectator uses the spectator selection unit 310, when the spectator selects a desired song from the list of song names, the controller 200 receiving the spectator's input signal enters into a preset direction pattern and scenario according to the song selected by the spectator. Create a fountain.

That is, when the sound source is selected from the song title list of the spectator selection unit 310, the automatic presentation program 230 reproduces the sound source and outputs the specified direction pattern according to the height and / or length of the sound. Are automatically rendered.

When the selection scenario is selected from the song name list, the sound source connected to the production scenario is output by the FT server program 210 or the production editing program 220, and the production pattern inputted in the production scenario is automatically generated as a fraction.

On the other hand, when using the spectator directing unit 320, when the spectator plays while pressing each one or a plurality of keys of the instrument at the same time, the control unit 200 receiving the spectator's input signal is directed to the sound source assigned to each key and the resulting Control music fountains in a pattern.

In addition, when using the event directing unit 330, when the viewer puts a coin into a detector (not shown) installed in the fountain device 100, the weight sensor (not shown) of the detector (not shown) of the coin Sensing the weight and applying a detection signal to the control unit 200.

In this case, the control unit 200 to which the detection signal is applied controls the music fountain to be produced according to the event directing pattern or the directing scenario.

As described above, the spectator participatory music fountain production apparatus of the present invention has not been attempted so far, and by allowing the spectator to directly participate in the music fountain, the music fountain and the conventional music fountain produced uniformly by the setting of the director and Alternatively, individual viewers can participate to selectively produce the desired musical fountain.

In addition, it is an innovative technology that can induce continuous interest by increasing the participation of the audience through the event element by allowing the viewer to listen to the event musical fountain as a result of the specific behavior of the viewer.

The technical idea of the spectator participatory fountain device according to the present invention has been described above with the accompanying drawings, but this is by way of example only and not intended to limit the present invention.

Accordingly, it is a matter of course that various modifications and variations of the present invention are possible without departing from the scope of the present invention. And are included in the technical scope of the present invention.

1 is a view showing the overall configuration of the audience participation type music fountain production apparatus according to the present invention.

<Explanation of symbols for the main parts of the drawings>

100: water fountain 110: pump

120: valve 130: lighting

140: nozzle drive motor 150: switching board

160: power supply unit 200: control unit

210: FT server program 220: directed editing program

230: Automatic program program 240: Ethernet card

250: CAN communication card 260: monitoring unit

270: sound card 300: spectator input unit

310: spectator selection department 320: spectator directing unit

330: event director 400: sound device

500: remote server

Claims (10)

A fountain device and a direction pattern that can be produced through the fountain device are preset, and a controller that controls the driving of the fountain device according to a sound source or a production scenario to produce a music fountain, and is connected to the controller. At least one viewer input unit for directing the fountain according to the sound source or the production scenario by the viewer's input, The spectator input unit may include a spectator selection unit configured to display a list of song names consisting of the sound source and the production scenario, and to allow a spectator to select one from the list of song names and automatically direct the fountain through the control unit. Music fountain production device. The method of claim 1, The control unit, Production editing that synchronizes one or more of the presentation patterns generated by the selection of the director to the sound source, and edits the production scenarios such that each of the presentation patterns can be driven at any time during reproduction of the sound source. Audience participation type music fountain production apparatus characterized in that it comprises a program. The method of claim 1, The control unit, An automatic directing program for dividing the sound source into a plurality and designating one or a plurality of the directing patterns according to the heights or shorts of each section, and automatically directing the directing patterns assigned to the sections when the sound source is played; Spectator participation type music fountain production apparatus characterized in that it comprises. delete The method of claim 1, The spectator input unit, A spectator having a plurality of keys each having a sound, and assigning the direction pattern according to each key so that the viewer presses each key simultaneously or simultaneously, so that the direction pattern assigned to each key is produced together. Audience participation type music fountain production apparatus comprising a director. The method of claim 5, The spectator input unit, Participant-directed music fountain production apparatus comprising a sensing unit for detecting a specific behavior of the viewer, the event directing unit to be automatically directed to the production pattern or the production scenario by the detection signal of the sensor. The method of claim 6, The detection unit, Audience participation type music fountain production apparatus, characterized in that one of the light sensor, pressure sensor, gravity sensor, ultrasonic sensor. The method of claim 7, wherein The detection unit forms an input detector configured to form a space that is open in one direction so that the viewer can detect that the thrown thrown into the interior, Participant-directed music fountain production apparatus, characterized in that the sensing unit is provided on the bottom of the space. The method of claim 6, The spectator selection unit, the spectator directing unit and the event directing unit, if you select one does not drive the rest, The controller, the participant participation type music copying apparatus, characterized in that the monitoring unit for monitoring the operation state and completion state of each of the spectator selection unit, the spectator directing unit and the event director unit. The method of claim 1, The fountain apparatus is a participant-directed music fountain production apparatus comprising at least one pump, nozzle, nozzle driving motor, lighting, valves, piping.

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