KR102198435B1 - Systme for music fountain a multi coupling - Google Patents

Abstract

The present invention relates to a multiple coupling type music fountain system and, more specifically, to a multiple coupling type music fountain system which provides a music fountain through a stream of water sprayed from a plurality of nozzles provided in each fountain module while docking or undocking based on automatic programming or manual control for each module by including a plurality of floating fountain modules floated in water.

Description

Multiple combination music fountain system {SYSTME FOR MUSIC FOUNTAIN A MULTI COUPLING}

The present invention relates to a plural conjunctive musical fountain system.

Specifically, music through water sprayed from a plurality of nozzles provided in each fountain module while docking or undocking based on automatic programming or manual control for each module, including a plurality of floating fountain modules floating in water. It relates to a multi-combined musical fountain system that provides a fraction.

Musical fountains are fountains in which a system is built to operate according to music by applying a static fountain.

Conventional fountains have fixed nozzles or continuously erupt water, but musical fountains have a large number of nozzles arranged to form a shape, or the nozzles move, and water ejection is controlled through the operation of a submersible pump. To make it look more colorful, special effects such as lighting, lasers, and flames are sometimes added.

The first musical fountain was a type of live performance in which the musical fountain director directly operated the fountain's pumps, valves, and lights with switches. However, in recent years, due to the development of computers and programs, all systems, including fountains, are controlled by computers, and a method of creating a production file in advance and executing it during performances is used.

Control of the musical fountain is possible both automatically and manually. In the case of automatic control, the method is largely divided into two methods. The most classical method is that the musical fountain director directly inputs the operating time of the fraction into the sequence based on the background music, performs some kind of programming, and then saves the production file and performs it. In time, the file is loaded and executed, and the other method is to create a fully automatic method using a program such as turning on and off fountains, water pressure, and special effects when music is input.

In general, the two methods introduced above are mixed, in other words, when the motion of the fountain is programmed by fully automatic, the musical fountain director makes some modifications to complete the production file.

As a technique related to the musical fountain, a method of operating a musical fountain in Korean Patent Publication No. 10-0890937 is described.

Unlike the prior art, where it was difficult to link images or music when creating a musical fountain, the above technology patterns basic water shapes by a music fountain operation program and synchronizes them with a digitized sound source to create pattern data for musical fountain production. After production, the electronic nozzle, submersible pump, and servo motor are driven correspondingly to produce a musical fountain, and at the same time, music is output through the speaker and the video is output through the video playback device, so that the music fountain, the video playback device, and the speaker are interlocked. It is about how to operate the musical fountain to be able to.

In addition, Public Utility Model Publication No. 20-2008-0002932 describes a method for controlling musical fountains.

The technology controls a plurality of pumps for spraying water, a plurality of valves for controlling the flow of water, a plurality of lamps for lighting, or a plurality of motors for moving or rotating the pump and the lamp according to an input control signal It is performed on the computer of the music fountain device comprising a computer equipped with a music fountain control program that plays a control unit and a random music file, and generates the control signal for the production matched with the music file and outputs it to the control unit. And, (a) receiving a selection among new directing, directing open, or external directing while the music fraction control program is executed; (b) If the selection in step (a) is a new production, after receiving the name of the new production, the pump, the valve, the lamp, or the driving pattern of the motor can be edited according to an arbitrary music file. Displaying an editing screen to receive an arbitrary music file and the driving pattern to be matched to the music file from a user, and generating and storing a directing file having the input name; (c) When the selection in step (a) is the presentation open, a list of the previously stored presentation files is displayed, and when a random presentation file is selected, the selected presentation file is checked and applied to the presentation editing screen to be displayed. And then receiving and storing the arbitrary music file and the driving pattern from a user; (d) When the selection in step (a) is external directing, an external directing editing screen for editing the sound range and the driving pattern to be matched to the music file played on the CD drive or DVD drive connected to the computer is displayed. Temporarily storing a sound range and the driving pattern to be matched to the sound range from a user, and (e) when an execution command is input, converting the stored production file into the production control signal and outputting it to the control unit It is made including steps.

In addition, Korean Patent Publication No. 10-1081596 discloses a musical fountain system and a directing method.

The technology includes a water fountain device, a control board connected to the water fountain device to control the water fountain device according to a control signal, and outputs a control signal to the control board in a directing data format, and allocates a communication channel to the control board. , And a field control unit for determining the presence or absence of an abnormality by detecting the operation state of the control boards through the assigned communication channels.

In addition, Patent Publication No. 10-0861224 discloses a multimedia music fountain system based on DMX512 and a method for directing the same.

The above technology uses a DMX512-based control console to allow general users to easily create and edit a program for creating musical fountains, and collectively integrate lasers, lights, pumps, nozzle motors, and nozzles, which are equipment used for musical fountains. The present invention relates to a multimedia music fountain system based on DMX512 and a method of directing the same, which can be managed by an individual, so that the impression of music and the interest of the audience can be induced through various patterns.

All of the above-described technologies are related to musical fountains, but are only technologies developed limited to directing and function, and while overcoming the problem that it takes a long time to construct through a feasibility study like the present applicant, and at the same time, in a wide sleeping space It is not possible to provide a musical fountain that can be utilized.

Registered Patent Publication No. 10-0890937 (2009.04.02. Announcement) Public Utility Model Publication No. 20-2008-0002932 (2008.07.30.) Registered Patent Publication No. 10-1081596 (2011.11.08.) Registered Patent Publication No. 10-0861224 (2008.09.30. Announcement)

It is an object of the present invention, including a plurality of floating fountain modules floating in water, docking or undocking based on automatic programming or manual control for each module, and water stream sprayed from a plurality of nozzles provided in each fountain module It is to provide a multi-combined musical fountain system that provides a musical fountain through the system.

In order to achieve the above-described object, the multi-combination musical fountain system according to the present invention is a multi-combination-type musical fountain system including a fountain module 10 and a server 20, the fountain module 10 Is composed of a plurality and functions as a musical fountain based on the control of the server 20, but is controlled to be docked or undocked between the plurality of fraction modules 10.

At this time, the fountain module 10 is a plurality of nozzles 11 for spraying water, and a docking provided for each outer surface of the fountain module 10 to be docked or undocked with another adjacent fountain module 10 The device 12 and the GPS unit 13 provided on one side of the fractional module 10 or interpolated to store the location information of the fractional module 10, and the identification information of the fractional module 10 are stored. It is characterized in that it is configured to mainly include an identification information unit 14 and a control unit 15 in charge of controlling the fractional module 10.

In addition, the server 20, the module identification unit 21 for identifying the fractional module based on the identification information received from the fractional module 10, and the fractional module based on the location information received from the It is characterized by comprising a location information grasping unit 22 for determining a location and a control interface 23 capable of controlling the plurality of fractional modules 10 according to music.

According to the multi-combination musical fountain system according to the present invention, it is expected that a musical fountain can be provided in vast water through a floating fountain module floating in water.

In addition, by configuring each musical fountain as a module, it can be introduced at low cost in Korea, where three sides are the sea, and easy installation and removal are possible, and the adoption of a docking structure makes it possible to configure various directions while using multiple modules. Is expected.

In addition, it is expected to be helpful in activating tourism resources for each local government that uses the sea.

In addition, when it is difficult to use the fountain effectively in winter, such as in winter, it is expected to increase the scope of the drone's activity for the safety of marine accidents by inducing a drone for marine rescue to self-charge, and by installing a wireless charging system function.

1 is a diagram illustrating 1:1 communication between a fountain module and a server in a multiple combination music fountain system according to the present invention.
2 is a diagram illustrating n:1 communication between a plurality of fractional modules and a server in a multiple combination musical fractionation system according to the present invention.

Terms and words used in this specification and claims should not be construed as being limited to their usual or dictionary meanings, and that the inventor can appropriately define the concept of terms in order to describe his own invention in the best way. Based on the principle, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the matters shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical ideas of the present invention, and thus various equivalents that can replace them at the time of application It should be understood that there may be water and variations.

Hereinafter, prior to the description with reference to the drawings, matters that are not necessary to reveal the gist of the present invention, that is, known configurations that can be obviously added by those skilled in the art are not shown or specifically described. Make the note clear.

The present invention relates to a plural conjunctive musical fountain system.

Specifically, music through water sprayed from a plurality of nozzles provided in each fountain module while docking or undocking based on automatic programming or manual control for each module, including a plurality of floating fountain modules floating in water. It relates to a multi-combined musical fountain system that provides a fraction.

The multiple combination-type musical fountain system according to the present invention will be described with reference to the accompanying drawings.

1 is a diagram illustrating 1:1 communication between a fractional module and a server in a multiple combination-type musical fountain system according to the present invention, and FIG. 2 is a diagram of a plurality of fractional modules and a server in the multiple combination-type musical fountain system according to the present invention. :1 to describe communication.

According to the accompanying drawings, including the fractional module 10 and the server 20,

The fountain module 10 is composed of a material that can be suspended in water in a predetermined shape, and a plurality of nozzles 11 for spraying water on one side, and other adjacent other A docking device 12 that can be docked or undocked with the fractional module 10, and a GPS unit that is provided on one side of the fractional module 10 or interpolated to the inside to store location information of the fractional module 10 ( 13), an identification information unit 14 for storing identification information of the corresponding fractional module 10, and a controller 15 for controlling the fractional module 10.

At this time, the control unit 15 functions to control the corresponding fractional module 10 equipped with the control unit 15 based on the control information received from the control interface 23 of the server 20 to be described later.

In addition, the fractional module 10 may further include a communication unit (not shown) for sharing the above-described location information and identification information and receiving control information, and such a communication unit is also provided in the server 20 to communicate between the two. You can make this possible.

On the other hand, the nozzle 11 is to adopt a nozzle that can adjust the spray intensity and speed as well as the length of the nozzle itself, like a nozzle provided in a conventional musical fountain.

In addition, although not shown in the drawing, including an LED on one side, as well as implementing the color of the sprayed water stream, it may further include a flame injection port, a laser and/or a water screen for special effects.

For the specific configuration for this, refer to a normal musical fountain.

The server 20 determines the location of the fractional module based on the module identification unit 21 for identifying the fractional module based on the identification information received from the fractional module 10 and the positional information received from the fractional module 10. It includes a location information grasping unit 22 to determine.

In addition, the server 20 includes a control interface 23 capable of controlling a plurality of fractional modules 10 according to music, the control interface 23 being manually controlled by an administrator who manages the server 20 It may be implemented as a button-type interface for, or a programming generation interface (software) for automatic control.

That is, the server 20 may be configured as a general physical server, or may be interpreted as an application program or a terminal.

The programming generation interface of the control interface 23 may be a method of programming by directly inputting a control value of a fraction into a sequence targeting a specific music, or the intensity of a fraction from a special effect based on the intensity of a sound wave of a specific music. It may also be a way to automatically control it.

These methods are techniques already employed in the conventional musical fountain, so a detailed description is omitted, and even if a detailed description is omitted, it will be easily understood by a related engineer.

However, according to an embodiment, the control of the water fountain module 10 according to the automatic or manual performed through the control interface 23 includes the above-described special effects, spraying intensity, spraying speed, lighting on/off. In addition to (Off), etc., automatic coupling between the plurality of fractional modules 10 using the docking device 12 may be included in the control.

This, although not described above, includes a moving means responsible for moving the fountain module 10 to a state suspended in water in all directions of the fountain module 10. At this time, it may further include a battery for supplying power to the moving means. On the other hand, power supply to the battery may be made possible by providing a configuration for solar power generation and hydropower generation on one side of the fountain module 10.

The moving means adopts the configuration of a motor boat. However, the fractional module 10 is gradually moved by adjusting the operating strength (speed) of the moving means (eg, 2 to 3 km/h per hour).

Even if the configurations of these moving means or power generation means are not clearly described, they are already self-explanatory configurations, and there is no technical difficulty in applying these configurations to the fractional module 10, so it is unclear to understand the present invention. It can't be one thing.

In addition, a non-contact sensor may be provided on one side of each side of the fountain module 10 in the longitudinal direction end direction. That is, the non-contact type sensor is configured on the edge of each side of the fountain module 10, two. Therefore, the non-contact sensor is prepared to include the identification value for identification of each side in the sensor value.

Such a non-contact sensor includes an output unit that outputs light such as infrared rays and lasers, and a receiving unit that receives the reflected light after being output from the output unit.

And, when the fractional module 10 is configured in a quadrangular shape as shown in the accompanying drawings, if the non-contact sensor on one side has the order from the edge to the output unit -> the receiving unit with respect to the facing surface, the other side The non-contact sensor has the order of receiving unit -> output unit starting from the edge.

Therefore, when the two fractional modules face each other in a straight line, light is received through the receivers of both of the two non-contact sensors provided on one side of the fractionation module 10, so that the two non-contact sensors receive the sensor value. Will occur.

At this time, the control unit of the fountain module 10 is to control the moving means so that the fountain module 10 can move in the lateral direction provided with the corresponding non-contact sensor if sensor values are generated in both of the two non-contact sensors provided on one side. do.

In this way, if the two fractional modules are adjacent, the two fractional modules may be docked and combined by the docking device 12.

Accordingly, since the fountain module functions as a musical fountain while moving, it is possible to perform a variety of presentations and control the size of the presentation by combining the fountain modules.

The docking device 12 will be described through the following [Table].

[Table 1] shows an example of the configuration of a docking device provided in the fountain module of the multiple combined music fountain system according to the present invention.

And, [Table 2] shows an example of a sensor box provided in the docking device of the multiple combined music fountain system according to the present invention.

As shown in [Table 1], the docking device 12 includes a watering unit 30 and an arm docking unit 40, and as an example, the above-described non-contact sensor is an output unit->receiver or receiving unit->output unit from the edge. On the other hand, it may be desirable to provide a watering part in one and an arm docking part in the other.

As such a water king part and the arm docking part are combined and docked,

The water king part 30 includes a cylinder 31 including a cylinder rod 33 on one side of the facing surface of the two facing pillars with respect to the two facing and protruding pillars, and the cylinder rod 33 It includes a sensor box 34 on one side that does not limit insertion into the cylinder 31,

One of the two pillars facing each other is to include a cover 32 protruding toward the cylinder 31 and having a hollow in the longitudinal direction on one side of the other facing surface.

At this time, when the length of the cylinder rod 33 is increased and exposed to the outside of the cylinder 31, a part of the cylinder rod 33 is inserted into the hollow inside the cover 32.

In addition, the cylinder 31 and the cover 32 are configured to be spaced apart by a predetermined interval, so that the arm docking portion 40 can pass through the spaced intervals. That is, the length of the arm docking part 40 in the width direction is shorter than the spaced distance between the cylinder 31 and the cover 32.

The sensor box 34 is provided with a non-contact sensor to detect the entry (pass) of the arm docking unit 40.

Such control is possible based on the control unit, and power for driving may use the above-described battery. In addition, the cylinder may be configured to be controlled by pneumatic or hydraulic pressure.

On the other hand, when the cylinder rod 33 is inserted into the cylinder 31, the sensor box 34 has a size that does not exceed the length slightly exposed to the outside of the cylinder 31.

The arm docking part 40 has a'C'-shaped cross-section and thus has a through hole 41 inside. The through hole 41 is opened in one direction because the arm docking portion 40 has a'U' cross section, and at this time, the opened direction is coupled to the fountain module 10.

In this case, the meaning of bonding includes all meanings such as welding, bonding, attaching, and integral.

In addition, the height (a) of the through hole 41 of the arm docking portion 40 is configured to be larger than the total diameter (b) of the cover 32.

Therefore, after the arm docking part 40 is coupled to the water supplying part 30, even if shaking occurs due to the nature of floating in water, the outer diameter of the cover 32 or the cylinder 31 can enter into the through hole 41. To ensure flexibility.

The sensor box 34 generates a sensor value when the arm docking unit 40 passes between the cylinder 31 and the cover 32 of the water supply unit 30, and the control unit controls the cylinder based on the sensor value. Perform.

At this time, the sensor box 34 has a predetermined box shape, as shown in [Table 2], but one end 341 is open and the other end 342 is closed, and the sensor inside the other end 342 ( 343).

In addition, the upper open vent pipe 344 and the lower open vent pipe 345 may be formed on both side surfaces, and the upper open vent pipe 344 is a pipe extending in a'b' shape, and the end is configured to open upward, and the lower side The open vent pipe 345 is also configured to have an end open downward as a tube extending in a'b' shape.

Accordingly, the interior of the sensor box 34 can be ventilated, and the lower open vent pipe 345 prevents water from flowing in due to the lower open structure and the bent (curved) structure, and the upper open vent pipe 344 ) Includes a nonwoven fabric 3442 inside the open end as shown in (b) of [Table 2] to prevent water from being introduced.

At this time, the upper open vent pipe 344 includes a plurality of through holes 341 on the vertical lower side of the non-woven fabric 3442, so that the water that is wetted in the non-woven fabric 3442 is absorbed and the water gradually falls through the through holes 341 By allowing it to be discharged through, the inflow of water is prevented, while the inflow of air is possible.

Therefore, even if water flows through the one end 341 of the sensor box 34, the ventilation of the sensor box 34 creates an environment to dry the water, thereby reducing the function of the sensor 343 To prevent it.

What has been described with reference to the drawings above is a description of only the main matters of the present invention, and it is obvious that the present invention is not limited to the configuration of the drawings as various designs are possible within the technical scope.

10: fraction module
11: nozzle
12: docking device
13: GPS unit
14: identification information
15: control unit
20: server
21: module identification unit
22: location information acquisition unit
23: control interface

Claims (5)

In the multiple combined music fountain system comprising a floating fountain module 10 and the server 20 floating in water,
The fractional module 10 is composed of a plurality of functions as a musical fountain based on the control of the server 20, but is controlled to be docked or undocked between the plurality of fractional modules 10,
The fractional module 10,
A plurality of nozzles 11 for spraying water,
A docking device 12 provided for each outer surface of the fountain module 10 so as to be docked or undocked with another adjacent fountain module 10,
A GPS unit 13 provided on one side of the fractional module 10 or interpolated to the inside to store location information of the fractional module 10,
An identification information unit 14 for storing identification information of the corresponding fractional module 10,
A plurality of combined music fountain system, characterized in that it comprises a control unit (15) for controlling the fountain module (10).
delete The method according to claim 1,
The server 20,
A module identification unit 21 for identifying the fractional module based on the identification information received from the fractional module 10,
A location information grasping unit 22 that determines the location of the fountain module based on the location information received from the fountain module 10,
It characterized in that it comprises a control interface (23) capable of controlling the plurality of fountain modules (10) according to the music, a plurality of combined music fountain system.
The method according to claim 1,
The fountain module (10) and the server (20) further comprises a communication unit for mutual communication, a plurality of combined music fountain system.
The method of claim 3,
The control interface 23,
A multi-combination musical fountain system, characterized in that it is any one selected from a button-type interface for manual operation of a manager and a program for automatic control.

Images