KR20120009922A - Touching type musical instrument combined with light and image - Google Patents

Abstract

PURPOSE: A touch type music instrument is provided to improve culture accessibility for disabled by synchronizing sound, light, and images through a video system and a sound system. CONSTITUTION: A sync light emitting device(140) of a band unit(100) emits light according to external stimulation by enabling a user to touch a pressure sensor(130) and a limit switch unit(120) at the same time. A first control module changes sound source information into a sound signal, a media signal, and a light emitting signal at the same time. A sound system transmits and receives the sound signal of the first control module with a sound reception apparatus through a sound transmission apparatus. A video system transmits and receives the media signal of the first control module with a media reception apparatus through a media transmission apparatus.

Description

Touching type musical instrument combined with light and image}

The present invention relates to a touch-type instrument, and more specifically, to implement the sound and light and the image are fused together, it is possible to produce performances and stages excellent in a variety of interesting performance and visual effects, those who are difficult to encounter music The present invention relates to a touch performance apparatus that can simultaneously implement sound, light, and image to improve cultural accessibility.

In general, an instrument that converts a mechanical sound into an electronic sound such as an electric guitar, an electronic drum, an electronic violin, a synthesizer, or an instrument that amplifies and amplifies the sound; Musical instruments that implement sound through digital technology are collectively called electronic musical instruments.

These electronic instruments are used by many musicians to not only realize various and delicate sounds but also to produce magnificent sounds, and because of these advantages, they can produce and enjoy a very high level of performance in musical parts.

However, the existing electronic instruments had to spend a lot of time and effort to learn how to handle the instruments, and to learn a professional music study separately, it was not easy for ordinary non-experts to play electronic instruments.

In particular, existing instruments simply listen to music based on sound and play instruments by relying on time, so that people with disabilities who are hearing or visually impaired are in a very difficult situation.

In addition, the conventional electronic instruments are the instruments are set on the stage, the sound system for outputting the power and the sound of the instruments are connected by electrical wiring, etc. It is a state. Therefore, there is a drawback that the movement of the performer is limited to the area around the instrument, and even if the player is free to move, the player must carry and play the instrument. there was.

In particular, the existing electronic musical instruments are determined on the size, shape, and playing method of the instruments placed on the stage, most of the players must play only within the predetermined frame. Therefore, there is a disadvantage that it is not suitable for performances that require a variety of interesting performance or visual effects.

The present invention has been made to solve the conventional problems as described above, implements the sound and light and the image are fused together, and changes the playing style of the instrument in an interesting way, the performance and stage production excellent in a variety of interesting performance and visual effects The present invention provides a touch musical instrument that enables simultaneous sound, light, and image.

Another object of the present invention is to simplify the method of playing the instrument and to implement the music and light and image together, to improve the accessibility of people with disabilities who are difficult to access the music and to minimize the cost and time required to learn how to play The present invention provides a touch performance apparatus that can simultaneously realize light and image.

The configuration of the touch-type performance mechanism of the present invention for achieving the above object, and the band portion worn on the body of the player so that the sink light emitting element is turned on in accordance with the external stimulus by the simultaneous touch of the pressure sensor and the limit switch; ; The first control module worn on the body of the player to input and set the sound source information linked with the external stimulus in advance, so as to convert the sound source information into a sound signal, a MIDI signal and a light emission signal through the first light emitting control unit at the same time. and; An acoustic system for wirelessly transmitting and receiving an acoustic signal output from the first control module to an acoustic receiver through an acoustic transmitter and outputting sound; And an image system for wirelessly transmitting and receiving a MIDI signal output from the first control module to a MIDI receiver through a MIDI transmitter to display an image according to sound.

In addition, the configuration of the other touch-type playing mechanism of the present invention, the substrate unit provided on any stage structure so as to turn on the sink light emitting element in accordance with the external stimulus by the simultaneous touch of the pressure sensor and the limit switch; A second control module which inputs and sets sound source information linked with the external stimulus in advance and simultaneously converts the sound source information into an audio signal and a MIDI signal; An acoustic system for wirelessly transmitting and receiving an acoustic signal output from the second control module to an acoustic receiver through an acoustic transmitter and outputting sound; And an image system for wirelessly transmitting and receiving a MIDI signal output from the second control module to a MIDI receiver through a MIDI transmitter to display an image according to sound.

Here, the band unit, the band to be worn on the body of the player; A plurality of limit switches fixed to the band to sense external stimuli caused by the player's touch; A plurality of sink light emitting devices electrically connected to the limit switch and fixed to the band so as to be turned off by an external stimulus of the limit switch; And a pressure sensor electrically connected to the first control module so as to be touchable at the same time as the limit switch to transmit predetermined sound source information.

The first control module may include: an input unit connected to pressure sensors configured in the band unit to input sound source information for each pressure sensor; A sensing unit connected to the input unit and recognizing input sound source information when an external stimulus is applied to a corresponding pressure sensor; A memory unit for storing input sound source information for each pattern by individually setting a plurality of patterns formed by inputting various sound source information while storing sound source information inputtable to the input unit; A control unit which receives and outputs sound source information recognized by the sensing unit from a memory unit; A sound output unit for converting sound source information output from the control unit into a sound signal and outputting the sound signal; A MIDI data output unit converting the sound source information output from the controller into a MIDI signal and outputting the MIDI signal to the MIDI transmitter; A first light emitting control unit which receives the sound signal output from the sound output unit and converts the sound signal into a light emitting signal and outputs the light to the sink light emitting device of the hat; And a control unit and a power supply unit connected to the sink light emitting element, respectively, to supply power. The control unit includes a plurality of sound source conversion switches for individually converting and storing sound source information input to an input unit, and inputting the input unit. And a control panel having a pattern conversion switch for selecting, converting and storing the selected sound source information for each pattern, and a sound source output control switch for adjusting the tone and height of the sound source output from the control unit. The control unit includes a microphone terminal for receiving a sound signal output from the sound output unit; A light emitting signal output unit connected to the microphone terminal to convert a sound signal into a light emitting signal and output the same to a sink light emitting device; A sound source control switch connected to the light emission signal output unit for adjusting the sensitivity of the sound signal input from the microphone terminal; A light emission control switch connected to the light emission signal output unit to adjust a sensitivity of the light emission signal output to the sink light emitting device; And a light emitting power switch disposed between the light emitting signal output unit and the sink light emitting device to turn on / off the sink light emitting device.

And, the substrate portion, the substrate provided on any stage structure; A plurality of light covers made of a transparent material provided on the substrate; A light emitting element installed inside the light cover; A plurality of limit switches respectively fixed to the light cover to sense external stimuli caused by the touch of the player; A plurality of sink light emitting elements installed in front of the arbitrary stage structure to emit light in accordance with an external stimulus of the limit sensor; A power supply unit supplying power to the light emitting device and the sink light emitting device; A plurality of first light emitting power switches connected between the light emitting element and the power supply unit to control power supply to the light emitting element; A plurality of second light emitting power switches connected between the sink light emitting device and the power supply unit to control power supply to the sink light emitting device; It is configured to include a pressure sensor that is electrically connected to the second control module and is mounted to be touched at the same time as the limit switch to transmit the predetermined sound source information.

The second control module may further include: an input unit connected to pressure sensors configured in the substrate unit to input sound source information for each pressure sensor; A sensing unit connected to the input unit and recognizing input sound source information when an external stimulus is applied to a corresponding pressure sensor; A memory unit for storing input sound source information for each pattern by individually setting a plurality of patterns formed by inputting various sound source information while storing sound source information inputtable to the input unit; A control unit which receives and outputs sound source information recognized by the sensing unit from a memory unit; A sound output unit for converting sound source information output from the control unit into a sound signal and outputting the sound signal; A MIDI data output unit converting the sound source information output from the controller into a MIDI signal and outputting the MIDI signal to the MIDI transmitter; And a power unit connected to the control unit to supply power, wherein the control panel includes a plurality of sound source conversion switches for individually converting and storing sound source information input to an input unit, and a sound source input to the input unit. A control panel having a pattern conversion switch for selecting and converting and storing information for each pattern, and a sound source output control switch for adjusting the tone and height of the sound source output from the controller; and attaching a hat to the head of the player. Wear more, but a plurality of sink light emitting elements are fixed to the cap so as to be stimulated by the external sound to emit light, and the second light emitting control unit having a pin microphone is electrically connected to the sink light emitting element, The two light emitting control unit, the pin microphone for receiving an external sound; A light emitting signal output unit connected to the pin microphone to convert an acoustic signal into a light emitting signal and output the same to a sink light emitting device; A sound source control switch connected to the light emission signal output unit for adjusting a sensitivity of an acoustic signal input from a pin microphone; A light emission control switch connected to the light emission signal output unit to adjust a sensitivity of the light emission signal output to the sink light emitting device; A power supply unit connected to the light emission signal output unit to supply power; And a light emitting power switch disposed between the light emitting signal output unit and the sink light emitting device to turn on / off the sink light emitting device.

The present invention through the above-mentioned problem solving means, when the body part or the object is installed with a pressure sensor, the sound and visual, the sound and light, the image is synchronized with the sink light emitting element, the acoustic system and the image system Simultaneously expressed, it is possible to produce performances and stages excellent in various interesting performances and visual effects, and it is possible to perform performances of video concerts by synchronizing sound and images.

In addition, various colors and images of sounds, vibrations, and light emitting elements of the light emitting device transmit visual and sensational expressions, thereby improving the cultural accessibility of the disabled and the culturally disadvantaged. .

In addition, it is possible to minimize the cost and time required for acquiring the playing method by changing the playing method of the instrument in an interesting and simple way, and also has the effect of playing in various places without being restricted by the place.

1 is a perspective view showing a state of use of the first embodiment of the touch instrument according to the present invention;
2 is a side view of a state of use showing the shape of a first embodiment of a touch type musical instrument according to the present invention;
3 is a block diagram illustrating a structure according to a first embodiment of a touch type musical instrument according to the present invention and a synch operation between sound, light, and an image;
4 is a front view showing a state of use of the second embodiment of the touch-type playing mechanism according to the present invention;
FIG. 5 is a block diagram illustrating a structure according to a second embodiment of a touch type musical instrument according to the present invention and a synch operation between sound, light, and an image;
FIG. 6 is a block diagram showing a synch effect of sound and light implemented in the hat shown in FIG. 4;
7 is a front view showing a state of use of the third embodiment of the touch instrument according to the present invention;
8 is a block diagram showing a structure according to a third embodiment of a touch-type playing mechanism according to the present invention, and a synch operation between sound, light, and an image;
9 is an exemplary view showing another installation example of the pressure sensor and the limit switch of the touch-type playing mechanism according to the present invention.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention.

1 to 3 illustrate a first embodiment (also known as a body drum) of a touch type musical instrument according to the present invention, and includes a band unit 100, a first control module 200, and an acoustic system 700. And an image system 800.

First, the band unit 100 senses an external stimulus from the pressure sensor 130 by the player's touch and transmits it to the first control module 200, and at the same time, the limit switch 120 by the player's touch. It is worn on the body of the player to detect the external stimulus to illuminate the sink light emitting device 140, the band 110, the limit switch 120, the sink light emitting device 140, the pressure sensor 130 It is configured to include.

Specifically, first, the band 110 is in the form of a conventional suspender (buckle) or X peninsula provided with a buckle on the front side, and is worn on both shoulders of the player, and when worn, the first control module ( The first control module 200 is connected to the band 110 so that 200 can be located.

The band 110 is mounted on the band 110 in a position where the player's touch is easy (12 is used in the present invention), and the pressure sensor 130 and the limit switch 120 are fixed to the upper and lower portions so as to react simultaneously. In addition, the limit switch 120 is electrically connected to the power supply unit 250 so as to turn on / off the sink light emitting device 140.

In addition, the sink light emitting device 140 is fixedly mounted to the band 110 so that the sink light emitting device 140 may be turned off together with the external stimulus applied to the limit switch 120. That is, the limit switch 120 is in contact with the 'on' state at the same time as the player's touch can turn on the sink light emitting device 140 of the band unit 100 electrically connected to the limit switch 120.

Here, as the sink light emitting device 140 and all the sink light emitting devices and light emitting devices to be described later, an LED may be suitably used, and as the LED, various types such as stick type, search type, and milky way type may be appropriately employed. have.

In addition, each limit switch 120 mounted on the band 110 is fixedly mounted to the pressure sensor 130 so as to be operated simultaneously with the touch of the limit switch 120 as described above, and the pressure sensor ( 130 electrically connects to the first control module 200 and touches the pressure sensor 130 to transmit predetermined sound source information for each pressure sensor 130 to the first control module 200.

Here, the present invention is shown and described as mounting the pressure sensor 130 and the limit switch 120 to the band unit 100, as shown in Figure 9 using a fixed band (not shown), etc. It can also be fixed to objects such as the player's hand or stick, or other objects.

In addition, by sensing the external stimulus by the touch of the pressure sensor 130 and transmits it to the first control module 200, the sink light emitting device 310 in accordance with the sound signal output from the first control module 200 To the light of the player's head may further wear a hat 300 is attached to the sink light emitting device 310.

For example, the sink light emitting device 310 may be connected to the first light emitting control unit 290 connected to the first control module 200 so as to light up the sink light emitting device 310 at the same time as the touch of the pressure sensor 130. While electrically connected, the sink light emitting devices 310 are fixedly mounted on the surface of the hat 300. A description of the configuration of the first light emitting control unit 290 will be described later.

Here, the hat 300 may be used in the form of a helmet as well as a general hat shape, various forms wearable on the head of the player may be employed, and the sink light emitting device 310 may be a hat ( 300) can be fixed to the surface of the goggles fixed to the cap 300 as well.

Subsequently, the first control module 200 previously inputs and sets sound source information interlocked due to an external stimulus by a touch of the pressure sensors 130 to convert the sound source information into an audio signal and a MIDI signal. In addition, the first light emitting control unit 290 is worn on the body of the player to simultaneously convert the sound source information into a light emission signal, the input unit 210, the sensing unit 220, and the memory unit 240 And a control unit 230, a sound output unit 260, a MIDI data output unit 270, a first light emission control unit 290, and a power supply unit 250.

In detail, the first control module 200 is installed in a hard casing form, and the first control module 200 is connected to the band 110 so as to be worn by a player.

In addition, the pressure sensors 130 installed in the band 110 are connected to the plurality of input units 210 configured in the first control module 200, respectively, and the sound source information is arbitrarily set for each pressure sensor 130, thereby providing the input unit ( 210). In addition, the input unit 210 is connected to the sensing unit 220, in the sensing unit 220, when an external stimulus is applied from the pressure sensor 130, the input unit 210 is connected to the corresponding pressure sensor 130 Recognize internal sound source information.

In addition, the memory unit 240 is input to the input unit 210, or inputtable sound source information is stored separately. In addition, the memory unit 240 sets a plurality of patterns input to the input unit 210, and stores sound source information input for each of the patterns.

For example, the first pattern may be set by arbitrarily storing 12 pieces of sound source information in each of the 12 input units 210 illustrated in FIG. 1, and separately, the first pattern may be set in each of the 12 input units 210 in the second pattern. The sound source information stored in the pattern and the 12 sound source information of different order or sound source can be stored and set. In this way, it is possible to set a plurality of patterns to store the sound source information for each pattern, it is possible to change the sound output for each pressure sensor by converting the pattern as necessary.

In addition, the controller 230 is connected to the memory unit 240 and the sensing unit 220, respectively, and receives sound source information recognized by the sensing unit 220 from the memory unit 240 and outputs the output to the lower output unit. Play a role.

Here, the control panel 230 is connected to the control panel 280, the control panel 280 is installed to be operable from the outside of the first control module 200.

The control panel 280 includes a plurality of sound source conversion switches (not shown) for separately converting and storing sound source information input to the input unit 210, and patterning sound source information input to the input unit 210. And a pattern conversion switch (not shown) for selecting, converting, and storing the same, and a sound source output control switch (not shown) for controlling the tone and height of the sound source output from the controller 230.

In addition, the sound output unit 260 is connected to the control unit 230 to convert the sound source information output from the control unit 230 to the sound signal to output to the sound transmitter 710, the MIDI data output unit 270 is The sound source information output from the controller 230 is converted into a MIDI signal and connected to the controller 230 to output to the MIDI transmitter 810.

The first light emitting control unit 290 receives the sound signal output from the sound output unit 260, converts the light signal into a light emitting signal, and outputs the light signal to the sink light emitting device 310 mounted on the hat 300. It is connected to the sound output unit 260 to emit light of the sink light emitting device 310 at the same time as the output of the.

In addition, the power supply unit 250 is connected to the control unit 230 and the sink light emitting devices 140 and 310 to supply power. In this case, the power supply unit 250 is provided with a converter (or an inverter), an adapter, and the like, so that the first control module 200 can be converted into a voltage that can be properly driven and supplied.

Thus, referring to the first light emitting control unit 290, the sound output unit 260 is connected to the sound output unit 260 through the microphone terminal 291 to receive the sound signal output from the sound output unit 260, and By connecting the light emitting signal output unit 292 to convert the sound signal input through the microphone terminal 291 to a light emitting signal and outputs it to the sink light emitting device 310 fixed to the cap 300, the light in accordance with the sound You will be able to reveal.

A light source control switch 293 is connected to the light emitting signal output unit 292 to adjust the sensitivity of the sound signal input from the microphone terminal 291, and the light emitting signal output to the sink light emitting device 310 is provided. A light emission control switch 294 is connected to the light emission signal output unit 292 to adjust the sensitivity of the light.

In addition, a light emitting power switch 295 is provided between the light emitting signal output unit 292 and the sink light emitting device 310 to turn on / off the power supplied to the sink light emitting device 310.

Subsequently, the sound system 700 wirelessly transmits and receives the sound signal output from the first control module 200 to the sound receiver 720 through the sound transmitter 710, and outputs sound. And an acoustic receiver 720, a mixer 730, an amplifier 740, and a plurality of speakers 750.

In the following description, when the sound signal output from the first control module 200 is output through the sound transmitter 710, the sound receiver 720 wirelessly receives the sound signal from the sound transmitter 710, and receives the received sound signal. Is mixed and distributed in the mixer 730, and the sound is output through the amplifier 740 and the speaker 750.

In addition, the image system 800 wirelessly transmits / receives the MIDI signal output from the first control module 200 to the MIDI receiver 820 through the MIDI transmitter 810 and displays an image according to sound. 810, a MIDI receiver 820, a MIDI interface 830, a computer 840, and a display device 850.

In the following description, when the MIDI signal output from the first control module 200 is output through the MIDI transmitter 810, the MIDI receiver 820 wirelessly receives the MIDI signal from the MIDI transmitter 810 and receives the received MIDI signal. Is converted into an electrical signal that can be input to the computer 840 from the MIDI interface 830 is input to the computer 840.

In this case, the computer 840 is programmed such that a predetermined image is displayed while an electric signal is input, and the display device 850 is connected to the computer 840 by connecting a display device 850 such as a beam project or a monitor. Through this, images can be displayed according to sound. In this case, an image divider may be further installed between the computer 840 and the display apparatus 850 to implement an image through more display apparatuses 850.

On the other hand, Figures 4 to 6 shows a second embodiment (aka LED drum) of the touch performance instrument according to the present invention, largely the substrate unit 400, the second control module 500, the sound system 700 and an image system 800.

First, the substrate unit 400 detects an external stimulus by a touch of the pressure sensor 430 of the player and transmits it to the second control module 500, and at the same time, the sink light emitting device according to the touch of the limit switch 420. 490 is provided on an arbitrary stage structure so that the substrate 410, the light cover 440, the light emitting device 450, the limit switch 420, and the sink light emitting device 490 are again provided. And a power supply unit 460, first and second light emitting power switches 470 and 480, and a pressure sensor 430.

Specifically, the substrate 410 is installed on the stage or on an arbitrary stage structure so that the player can play using his hand, and the light cover 440 of a transparent material having a color on the substrate 410 in series. A plurality (8 in the present invention) is installed, and the light emitting device 450 is installed in the light cover 440 so as to emit light separately without being synchronized with the sound.

In addition, the power supply unit 460 is connected to the light emitting device 450 to supply power to the light emitting device 450, and a plurality of first light emitting power switches 470 are provided between the power supply unit 460 and the light emitting device 450. Connect to control the on / off power supplied to the light emitting device (450).

In addition, the light emitting device 450 as well as the sink light emitting device 490 is also connected to the power supply unit 460 to supply power to the sink light emitting device 490, and between the power supply unit 460 and the sink light emitting device 490. A plurality of second light emitting power switches 480 are connected to each other to control on / off power supplied to the sink light emitting device 490. In this case, the power supply unit 460 is provided with a converter (or an inverter), an adapter, and the like to convert and supply a suitable voltage to turn on the light emitting device 450 and the sink light emitting device 490.

In addition, the light cover 440 is fixedly mounted so that a plurality of pressure sensors 430 and the limit switch 420 reacts at the same time, and the limit switch 420 turns on the sink light emitting device 490 according to an external stimulus. The sink light emitting device 490 is electrically connected to the on / off control, and the sink light emitting device 490 is installed in front of an arbitrary stage structure.

In addition, as described above, the limit switch 420 is fixedly mounted with a pressure sensor 430 to enable on / off operation at the same time as the touch of the limit switch 420, the pressure sensor 430 is a second control module ( In the case of touching the pressure sensor 430 by being electrically connected to 500, the predetermined sound source information for each pressure sensor 430 is transmitted to the second control module 500.

In addition, a hat 600 may be worn on the player's head, and the hat 600 may be masturbation by the pin microphone 621 together with the second light emitting control unit 620 provided with a pin microphone 621. A sink light emitting element 610 that emits light can be attached to the sound of beeps. In this case, goggles may be further mounted on the hat 600, and the sink light emitting device 610 may be attached to the goggles.

Thus, looking at the second light emitting control unit 620, the pin microphone 621 is mounted on the hat 600 so as to be able to pick up the voice of the player or the sound from the outside, and through the pin microphone 621 The light emitting signal output unit 622 is connected to convert the input sound signal into a light emitting signal and output the light signal to the sink light emitting device 610 fixed to the hat 600, so that the sound is received by the pin microphone 621. It can light up.

In addition, a light source control switch 623 is connected to the light emission signal output unit 622 to adjust the sensitivity of the sound signal input from the pin microphone 621, and the light emission signal output to the sink light emitting device 610. A light emission control switch 624 is connected to the light emission signal output unit 622 to adjust the sensitivity of the light.

In addition, the power supply unit 626 is provided to supply power to the light emitting signal output unit 622, and serves to turn on / off the power supply between the light emitting signal output unit 622 and the sink light emitting device 610. And a light emitting power switch 625.

However, a hat with a light emitting element attached to the player's head may also be worn. That is, a plurality of light emitting devices may be fixedly mounted on the cap surface, and the light emitting device may be connected to a power supply unit and a light emitting power switch to illuminate the light emitting device regardless of external sound or sound.

Subsequently, the second control module 500 previously inputs and sets sound source information linked by an external stimulus by a touch of the pressure sensors 430, and simultaneously converts the sound source information into an audio signal and a MIDI signal. Converting and outputting the input unit 510, the sensing unit 520, the memory unit 540, the control unit 530, the sound output unit 560, the MIDI data output unit 570, The power supply unit 550 is configured.

Specifically, the pressure sensors 430 mounted on the board 400 are connected to a plurality of input units 510 configured in the second control module 500, respectively, and the sound source information is arbitrarily set for each pressure sensor 430. Input to the input unit 510. In addition, the input unit 510 is connected to the sensing unit 520, but in the sensing unit 520, when an external stimulus is applied from the pressure sensor 430, the input unit 510 is connected to the corresponding pressure sensor 430. Recognize internal sound source information.

In addition, the memory unit 540 is input to the input unit 510, or the input sound source information is stored separately. In addition, the memory unit 540 sets a plurality of patterns input to the input unit 510, and stores sound source information input for each of the patterns.

In addition, the controller 530 is connected to the memory unit 540 and the sensing unit 520, respectively, and receives sound source information recognized by the sensing unit 520 from the memory unit 540 and outputs it to a lower output unit. Play a role.

Herein, the control panel 580 is connected to the control unit 530, and the control panel 580 is installed to be operable from the outside of the second control module 500.

The control panel 580 includes a plurality of sound source conversion switches (not shown) for individually converting and storing sound source information input to the input unit 510 and patterning sound source information input to the input unit 510. And a pattern conversion switch (not shown) for selecting, converting, and storing each other, and a sound source output control switch (not shown) for controlling the tone and height of the sound source output from the controller 530.

In addition, the sound output unit 560 is connected to the control unit 530 to convert the sound source information output from the control unit 530 into a sound signal to output to the sound transmitter 710, the MIDI data output unit 570 is The sound source information output from the controller 530 is converted into a MIDI signal and connected to the controller 530 to output to the MIDI transmitter 810. The power supply unit 550 is connected to the control unit 530 to supply power. In this case, the power supply unit 550 is provided with a converter (or an inverter), an adapter, and the like to convert and supply the appropriate voltage capable of driving the second control module 500.

Subsequently, the sound system 700 wirelessly transmits and receives the sound signal output from the second control module 500 to the sound receiver 720 through the sound transmitter 710, and outputs the sound. The MIDI signal output from the second control module 500 is wirelessly transmitted and received to the MIDI receiver 820 through the MIDI transmitter 810 to display an image according to sound.

However, the sound system 700 and the image system 800 are substantially the same as the configuration of the sound system 700 and the image system 800 described in the first embodiment, and a description thereof will be omitted. do.

On the other hand, Figures 7 and 8 show a third embodiment of the touch-type performance instrument according to the present invention (also known as a mixed form of the body drum and the LED drum), largely the band unit 100, the first control module ( 200, a substrate unit 400, a second control module 500, an acoustic system 700, and an imaging system 800.

That is, the third embodiment is a combination of the first embodiment and the second embodiment described above, the player wearing the band 110 and the cap 300 to which the sink light emitting elements 140 and 310 are attached. The substrate 410 is installed on the stage to be touched by the player's foot, and the sink light emitting device 490 connected to the substrate 400 is installed on the front of any stage structure.

Through such a configuration, when the player touches the limit switches 120 and 420 and the pressure sensors 130 and 430 mounted on the band 110 and the substrate 410 using hands and feet, The control module 200 and the second control module 500 controls this to output the sound and at the same time emits the sink light emitting elements 140, 310, 490 so as to be synchronized with the output sound to display a predetermined image. It becomes possible.

In this case, the sound signal is sent from the sound transmitter 710 mounted on the first control module 200 and the second control module 500 to one sound receiver 720, thereby providing a first control module 200. ) And the sound output from the second control module 500 may be simultaneously output to the outside through the speaker 750.

In addition, each MIDI transmitter 810 mounted in the first control module 200 and the second control module 500 also sends a MIDI data signal to one MIDI receiver 820, thereby providing a first control module ( The image information output through the 200 and the second control module 500 may be simultaneously displayed to the outside through the display apparatus 850 to build one image performance.

However, the configuration of the third embodiment is substantially the same as the configuration described in the first embodiment and the second embodiment, and has been described above in the description of the configuration of the first and second embodiments. The description of the configuration of the embodiment will be omitted.

Referring to the operation and effect of the present invention configured as described in detail as follows.

Looking at the playing method through the touch-type playing mechanism capable of the simultaneous implementation of the sound, light and image of the present invention with reference to Figure 3, first, the player is a band 110 and hat (with a sink light emitting device 140, 310) After wearing the helmet 300 on the body, power is supplied to the first control module 200.

Thereafter, when the pressure sensor 130 and the limit switch 120 mounted on the band 110 are touched by hand, the pressure sensor 130 and the limit switch 120 are simultaneously operated to thereby operate the first control module ( In accordance with the control of the control unit 200, a pre-input sound is output through the speaker 750, and the sink light emitting device 140 and 310 are emitted by being synchronized with the sound, and the pre-programmed image is displayed by being synchronized with the sound. As seen through device 850.

In more detail, the sound source information is input to the input unit 210 associated with the touched pressure sensor 130 in advance. When an external stimulus is applied to the pressure sensor 130, the sensing unit 220 is applied. The sound source information input to the input unit 210 is recognized, and the controller 230 receives the sound source information recognized by the sensing unit 220 from the memory unit 240, the sound output unit 260, and MIDI data. Output to the output unit 270.

Thereafter, the sound output unit 260 converts the sound source information output from the control unit 230 into an audio signal and outputs the sound signal to the sound transmitter 710, and the sound signal output from the sound transmitter 710 is an audio receiver 720. The audio signal is wirelessly transmitted and received, and the sound signal output from the sound receiver 720 may be mixed and amplified through the mixer 730 and the amplifier 740 to produce sound through various speakers 750.

In addition, the microphone terminal 291 of the first light emitting control unit 290 also receives a sound signal output from the sound output unit 260 to the light emitting signal output unit 292, the light emitting signal output unit 292 Converts the acoustic signal into an electric light emission signal and outputs the light to the sink light emitting elements 140 and 310 attached to the hat 300 (helmet), thereby emitting the sink light emitting elements 310 in random order according to the sound. You can do it.

In this case, the brightness of the light emitted from the sink light emitting device 310, the color conversion of the light, and the speed of turning on / off the light through the manipulation of various switches installed in the first light emitting control unit 290, Input sensitivity can be adjusted. In addition, since the sink light emitting devices 140 installed in the band are individually connected to the limit switch 120, the sink light emits the contact of the limit switch 120 in an 'on' state according to the touch of the limit switch 120. Only the element 140 is turned on.

In addition, the MIDI data output unit 270 converts the sound source information output from the controller 230 into a MIDI signal and outputs it to the MIDI transmitter 810, and the MIDI signal output from the MIDI transmitter 810 is a MIDI receiver ( 820 is wirelessly transmitted and received, the MIDI signal output from the MIDI receiver 820 is controlled by an image program through the MIDI interface 830 and the computer 840, it is possible to display a predetermined image through a beam projector or a monitor, etc. will be.

Meanwhile, referring to FIG. 5, a player performs a different playing method through a touch-type playing mechanism capable of simultaneously implementing sound, light, and image of the present invention. After installing the device 490 on a predetermined stage structure and wearing a cap 600 to which the sink light emitting device 610 is attached, if necessary, power is supplied to the second control module 500 and the sink light emitting device 610. Supply.

Thereafter, when the pressure sensor 430 and the limit switch 420 are touched by hand through the touch of the light cover 440 mounted on the substrate 410, the pressure sensor 430 and the limit switch 420 may be Simultaneously operated, the pre-input sound is output through the speaker 750 under the control of the second control module 500, and is synchronized with the sound to emit the sink light emitting element 490 and is synchronized with the sound. The pre-programmed image is displayed on the display device 850.

However, in the case of the light emitting device 450 installed in the light cover 440, the light is turned on by the on / off operation of the first light emitting power switch 470 so that the light is turned on in a predetermined pattern regardless of the output of sound. Will be maintained.

In more detail, the sound source information is input to the input unit 510 associated with the touched pressure sensor 430 in advance. When an external stimulus is applied to the pressure sensor 430, the sensing unit 520 is provided. In operation, the sound source information input to the input unit 510 is recognized, and the control unit 530 receives the sound source information recognized by the sensing unit 520 from the memory unit 540, and outputs the sound output unit 560 and MIDI data. Output to the output unit 570.

Thereafter, the sound output unit 560 converts the sound source information output from the control unit 530 into a sound signal and outputs the sound signal to the sound transmitter 710, and the sound signal output from the sound transmitter 710 is an audio receiver 720. The audio signal is wirelessly transmitted and received, and the sound signal output from the sound receiver 720 may be mixed and amplified through the mixer 730 and the amplifier 740 to produce sound through various speakers 750.

In addition, since the sink light emitting devices 490 installed in the stage structure are individually connected to the limit switch 420, the sink light emitting unit 420 is in contact with the 'on' state according to the touch of the limit switch 420. Only the element 490 can be turned on, so that the sink light emitting elements 490 can emit light in accordance with sound.

In addition, as shown in FIG. 6, the pin microphone 621 of the second light emitting control unit 620 installed in the hat 600 absorbs and receives external sounds, and the light emitting signal output unit 622 uses the pin microphone 621. By converting the external sound to the electric light emission signal, and outputs to the sink light emitting device 610 attached to the hat 600, the sink light emitting device 610 can emit light according to the sound. At this time, the brightness of the light emitted from the sink light emitting device 610, the color conversion of the light, the speed of the light of the light is controlled through the operation of the various switches installed in the second light emitting control unit 620, Input sensitivity can be adjusted.

In addition, the MIDI data output unit 570 converts the sound source information output from the control unit 530 into a MIDI signal and outputs it to the MIDI transmitter 810, the MIDI signal output from the MIDI transmitter 810 is a MIDI receiver ( 820 is wirelessly transmitted and received, the MIDI signal output from the MIDI receiver 820 is controlled by an image program through the MIDI interface 830 and the computer 840, it is possible to display a predetermined image through a beam projector or a monitor, etc. will be.

On the other hand, Figure 8 shows another playing method through a touch-type playing mechanism capable of the simultaneous implementation of the sound, light and image of the present invention is a mixture of the playing method shown in Figs. It is to realize the light and the image at the same time with the sound production through. Therefore, since the operation description of FIG. 8 is described in both the operation descriptions of FIGS. 3 and 5, a detailed description thereof will be omitted.

As such, when the touch-type playing device capable of simultaneously implementing sound, light, and image of the present invention touches a body part or an object in which the pressure sensors 130 and 430 are installed, the pressure sensor 130 and 430 Sound and visual are simultaneously expressed by synchronizing sound, light, and image through the sink light emitting elements 140, 310, and 490, the acoustic system 700, and the image system 800 connected directly or indirectly.

Therefore, the video interactive system and the sink light emitting elements respond to the sound to realize the sound, the light and the image together, so that various performances and performances with excellent visual effects can be produced, and the sound and the light and the image are synchronized. Video performances are possible.

In addition, the sound and vibration of the performance instruments and various light colors and images of the sink light emitting device to transmit the sound of visual and sensory expression, it is possible to improve the cultural accessibility of people with disabilities difficult to access the music.

Moreover, by changing the way of playing the instrument in an interesting way, anyone can play easily without learning how to play the instrument. This minimizes the cost and time required for acquiring the method of playing and thus popularizes music and performing arts. You can make a big contribution.

In addition, in the case of a performance instrument installed by playing the pressure sensor 130 on the body can be played in a variety of places without being restricted by activities such as the stage or auditorium, and in a variety of forms, rather than a predetermined instrument like the existing electronic instruments It is possible to reconstruct the structure of the instrument can be produced in a variety of shapes and shapes.

In addition, the pressure sensor (130, 430) is a sound that touches the body and the object is installed through the pleasant music, fun music, and interesting music with the motto can be used from learning music play to wide music therapy.

On the other hand, the present invention has been described in detail only with respect to the specific examples described above it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, it is natural that such variations and modifications belong to the appended claims. .

100: band 110: band
120: limit switch 130: pressure sensor
140: sink light emitting device 200: first control module
210: input unit 220: sensing unit
230: control unit 240: memory unit
250: power supply unit 260: sound output unit
270: MIDI data output unit 280: control panel
290: first light emitting control unit 291: microphone terminal
292: light emitting signal output unit 293: sound source control switch
294 light emitting control switch 295 light emitting power switch
300: hat 310: sink light emitting element
400: substrate portion 410 substrate
420: limit switch 430: pressure sensor
440 light cover 450 light emitting device
460: power supply unit 470: first light emitting power switch
480: second light emitting power switch 490: sink light emitting element
500: second control module 510: input unit
520: sensing unit 530: control unit
540: memory 550: power supply
560: sound output unit 570: MIDI data output unit
580: control panel 600: hat
610: sink light emitting device 620: second light emitting control unit
621: pin microphone 622: light emitting signal output unit
623: sound source control switch 624: light emission control switch
625: light emitting power switch 626: power supply
700: sound system 710: sound transmitter
720: sound receiver 730: mixer
740: amplifier 750: speaker
800: Image system 810: MIDI transmitter
820: MIDI receiver 830: MIDI interface
840: Computer 850: Display Device

Claims (6)

A band unit 100 worn on the body of the performer so that the sink light emitting device 140 can be turned on and off in accordance with external stimulation by simultaneous touch of the pressure sensor 130 and the limit switch 120;
First, the sound source information interlocked with the external stimulus is input and set in advance, and the sound source information is worn on the player's body to simultaneously convert the sound source information into a sound signal, a MIDI signal, and a light emission signal through the first light emission control unit 290. 1 control module 200;
An acoustic system 700 for wirelessly transmitting and receiving the sound signal output from the first control module 200 to the sound receiver 720 through the sound transmitter 710;
And a video system 800 for wirelessly transmitting and receiving the MIDI signal output from the first control module 200 to the MIDI receiver 820 through the MIDI transmitter 810 to display an image in accordance with sound. And touch instruments that can simultaneously implement light and video. A substrate unit 400 installed on an arbitrary stage structure so that the sink light emitting device 490 can be turned off in accordance with an external stimulus by simultaneous touch of the pressure sensor 430 and the limit switch 420;
A second control module 500 which inputs and sets sound source information linked with the external stimulus in advance and simultaneously converts the sound source information into an audio signal and a MIDI signal;
An acoustic system 700 for wirelessly transmitting and receiving an acoustic signal output from the second control module 500 to an acoustic receiver 720 through an acoustic transmitter 710;
And a video system 800 for wirelessly transmitting and receiving a MIDI signal output from the second control module 500 to the MIDI receiver 820 through the MIDI transmitter 810 and displaying an image according to sound. Touch-type instrument that enables simultaneous light and image. The method of claim 1, wherein the band unit 100,
Band 110 worn on the body of the player;
A plurality of limit switches 120 fixed to the band 110 to sense external stimuli caused by a player's touch;
A plurality of sink light emitting elements 140 electrically connected to the limit switch 120 and fixed to the band 110 so as to be turned off by an external stimulus of the limit switch 120;
Sound and light, characterized in that it comprises a pressure sensor 130 that is electrically connected to the first control module 200 is mounted so as to be touched at the same time as the limit switch 120 so as to transmit a predetermined sound source information Touch-type instrument that can simultaneously display images. The method of claim 1, wherein the first control module 200,
An input unit 210 connected to the pressure sensors 130 configured in the band unit 100 to input sound source information for each pressure sensor 130;
A sensing unit 220 connected to the input unit 210 to recognize the input sound source information when an external stimulus is applied to the pressure sensor 130;
A memory unit 240 in which sound source information input to the input unit 210 is individually stored, and a plurality of patterns formed by inputting various sound source information are set to store input sound source information for each pattern;
A controller 230 for receiving and outputting sound source information recognized by the sensing unit 220 from the memory unit 240;
A sound output unit 260 for converting sound source information output from the controller 230 into a sound signal and outputting the sound signal to the sound transmitter 710;
A MIDI data output unit 270 for converting the sound source information output from the controller 230 into a MIDI signal and outputting the MIDI signal to the MIDI transmitter 810;
A first light emitting control unit 290 which receives the sound signal output from the sound output unit 260 and converts the sound signal into a light emitting signal and outputs it to the sink light emitting device 310 of the hat;
And a power supply unit 250 connected to the control unit 230 and the sink light emitting devices 140 and 310 to supply power.
In the control unit 230,
A plurality of sound source conversion switches for individually converting and storing sound source information input to the input unit 210, a pattern conversion switch for selecting and converting and storing sound source information input to the input unit 210 for each pattern, and the controller ( It is configured by mounting a control panel 280 having a sound source output control switch for adjusting the tone and height of the sound source output from 230,
The first light emitting control unit 290,
A microphone terminal 291 for receiving a sound signal output from the sound output unit 260;
A light emission signal output unit 292 connected to the microphone terminal 291 for converting an acoustic signal into a light emission signal and outputting the sound signal to the sink light emitting device 310;
A sound source control switch 293 connected to the light emission signal output unit 292 for adjusting the sensitivity of the sound signal input from the microphone terminal 291;
A light emission control switch 294 connected to the light emission signal output unit 292 for adjusting the sensitivity of the light emission signal output to the sink light emitting device 310;
Sound and light and image, characterized in that it comprises a light emitting power switch 295 is provided between the light emitting signal output unit 292 and the sink light emitting device 310 to turn on / off the sink light emitting device 310 Touch instrument that can be implemented simultaneously. The method of claim 2, wherein the substrate unit 400,
A substrate 410 mounted on any stage structure;
A plurality of light covers 440 made of a transparent material installed on the substrate 410;
A light emitting device 450 installed inside the light cover 440;
A plurality of limit switches 420 fixed to the light cover 440 so as to sense external stimuli caused by a touch of a player;
A plurality of sink light emitting elements 490 installed in front of the arbitrary stage structure to emit light in accordance with an external stimulus of the limit sensor 420;
A power supply unit 460 for supplying power to the light emitting device 450 and the sink light emitting device 490;
A plurality of first light emitting power switches 470 connected between the light emitting device 450 and the power supply unit 460 to control power supply to the light emitting device 450;
A plurality of second light emitting power switches 480 connected between the sink light emitting device 490 and the power supply unit 460 to control power supply to the sink light emitting device 490;
Sound and light, characterized in that it comprises a pressure sensor 430 that is electrically connected to the second control module 500 is mounted to be touched at the same time as the limit switch 420 so as to transmit the predetermined sound source information; Touch-type instrument that can simultaneously display images. The method of claim 2, wherein the second control module 500,
An input unit 510 connected to the pressure sensors 430 configured in the substrate unit 400 to input sound source information for each pressure sensor 430;
A sensing unit 520 connected to the input unit 510 and recognizing input sound source information when an external stimulus is applied to the pressure sensor 430;
A memory unit 540 for storing sound source information input to the input unit 510 individually, and setting a plurality of patterns formed by inputting various sound source information to store input sound source information for each pattern;
A controller 530 which receives and outputs sound source information recognized by the sensing unit 520 from the memory unit 540;
A sound output unit 560 for converting the sound source information output from the control unit 530 into a sound signal and outputting the sound signal to the sound transmitter 710;
A MIDI data output unit 570 for converting sound source information output from the controller 530 into a MIDI signal and outputting the MIDI signal to the MIDI transmitter 810;
It is configured to include a power supply unit 550 connected to the control unit 530 to supply power,
The control unit 530,
The control panel 580 includes a plurality of sound source conversion switches for individually converting and storing sound source information input to the input unit 510, and a pattern for selecting and converting and storing sound source information input to the input unit 510 for each pattern. It is configured by connecting the conversion switch and the control panel 580 having a sound source output control switch for adjusting the tone and height of the sound source output from the control unit 530,
The hat 600 is worn on the head of the player, but the plurality of sink light emitting devices 610 are fixed to the hat 600 so as to be stimulated by external sounds to emit light, and the sink light emitting devices 610. Is electrically connected to the second light emitting control unit 620 having a pin microphone 621,
The second light emitting control unit 620,
A pin microphone 621 for receiving external sounds;
A light emitting signal output unit 622 connected to the pin microphone 621 and converting an acoustic signal into a light emitting signal and outputting the sound signal to the sink light emitting device 610;
A sound source control switch 623 connected to the light emission signal output unit 622 to adjust the sensitivity of the sound signal input from the pin microphone 621;
A light emission control switch 624 connected to the light emission signal output unit 622 to adjust the sensitivity of the light emission signal output to the sink light emitting element 610;
A power supply unit 626 connected to the light emission signal output unit 622 to supply power;
And a light emitting power switch 625 disposed between the light emitting signal output unit 622 and the sink light emitting device 610 to turn on / off the sink light emitting device 610. Touch-type instrument that can be implemented simultaneously.

Images