TWM618263U - Learning system of musical instrument with electronic assistance - Google Patents

Abstract

An electronic auxiliary musical instrument learning system is applied to musical instrument equipment, and the musical instrument equipment is provided with several musical instrument use components, wherein the electronic auxiliary musical instrument learning system includes at least one light bar connection line and a processing device, wherein the light bar is connected The line system has several light-emitting lamp bodies, and each light-emitting lamp system is adjacently arranged around the instrument using component, and the processing device can be connected with the light bar connection line, and can convert a music score file into light-emitting control data After the file, the lighting control of several light-emitting lamp bodies can be performed according to the lighting control data file to guide and guide students to learn electronic musical instruments.

Description

Electronic auxiliary musical instrument learning system

This creation is about an electronic auxiliary musical instrument learning system, which can convert a score file into an electronic auxiliary musical instrument learning system that can guide the user to learn a musical instrument and convert the beat of the score into a metronome output audio.

In general, the teaching of musical instruments is usually a face-to-face teaching between students and teachers, and follow the basic concepts taught by the teacher to strike or press the musical instrument components of the instrument. However, each student’s learning progress and level are different, especially for beginners. In terms of people, it is often difficult to perform accurate performance or percussion based on rhythm or staff, so it takes a long time for beginners to make it possible to play or percussion instruments smoothly.

However, even after beginners are comfortable, each instrument player or instrument percussionist has different aptitudes and talents. Therefore, the same rhythm or stave will often show different feelings. Therefore, if you can The musical instrument component is provided with one or more light-emitting lamp bodies corresponding to different rhythms or staves, and different light-emitting lamp bodies can be illuminated according to different rhythms or staff, and can be changed according to the beat, note, pitch, speed and other content of the light-emitting lamp body. The luminous intensity, luminous period, and luminous frequency are used to guide beginners to perform more accurate performances and strikes. This will make it easier for beginners to learn the teacher's fingering and playing methods. Therefore, this creation should be the best solution.

The creative electronic auxiliary musical instrument learning system is applied to a musical instrument equipment, and the musical instrument equipment is provided with a plurality of musical instrument using components, wherein the electronic auxiliary musical instrument learning system includes: at least one light bar connecting line with a plurality of light-emitting lights Body, and each light-emitting lamp system is arranged adjacent to the musical instrument use component; a processing device has a housing, and the housing is provided with at least one input port and at least one output port, and the light bar connection line One end is connected to the output port, wherein the housing has at least one processing circuit board, and the processing circuit board is electrically connected to the input port and the output port, and the processing circuit board can convert a music score file into The light-emitting control data file, and the processing circuit board can perform light-emitting control of several light-emitting lamp bodies according to the light-emitting control data file.

More specifically, the electronic device can be connected to the processing device, and at least one music score file is stored in the electronic device, and the music score file can be transmitted to the electronic device by wired transmission or wireless transmission. Handling the circuit board.

More specifically, the wired transmission method can be connected to the input port through a transmission line to transmit the score file to the processing circuit board through the input port through the transmission line, and the transmission line can be a USB cable .

More specifically, the wireless transmission method can be WIFI, Bluetooth, or infrared transmission.

More specifically, the electronic device is a desktop computer, a notebook computer, a tablet computer, or a smart phone.

More specifically, the content of the music score file can be one or more of music tracks, light tracks, beats, notes, pitches, and speeds, and the light-emitting control data file can be the light-emitting lamp body One or more of the above luminous intensity, luminous period, and luminous frequency.

More specifically, the processing circuit board is provided with a receiving circuit, a processing circuit, a microprocessor, a light-emitting control circuit, and at least one computer-readable recording medium, wherein the computer-readable recording medium stores At least one conversion application program, wherein the computer readable recording medium further stores computer readable instructions, and when the computer readable instructions are executed by the microprocessors, the conversion application program can be operated, In order to convert the music score file into the light-emitting control data file, the microprocessor can perform light-emitting control of several light-emitting lamp bodies through the light-emitting control circuit according to the light-emitting control data file.

More specifically, the receiving circuit can be a wired transmission circuit or a wireless transmission circuit for receiving the music score file transmitted by the processing circuit board through a wired transmission method or a wireless transmission method, and then through the processing The signal processing of the circuit can enter the conversion application for conversion processing.

More specifically, the conversion application can first convert the music score file into the music format data file, and then convert the music format data file into the light emission control data file.

More specifically, the music format data file is a music digital interface file.

More specifically, the processing circuit board is further provided with an audio output circuit, and the conversion application program can further convert the music format data file into an audio playback file, and output the audio playback file to an audio file through the audio output circuit. The audio playback device plays.

1: processing equipment

11: shell

111: Input port

112: output port

113: Audio output port

12: Handling the circuit board

121: receiving circuit

122: processing circuit

123: Microprocessor

124: Computer readable recording media

1241: Convert application

125: Light-emitting control circuit

126: Audio output circuit

2: Light bar connection line

21: Luminous lamp body

3: electronic equipment

31: Transmission port

4: Transmission line

501~510: Components for musical instruments

6: Horn

61: Audio transmission line

[Picture 1A] is a schematic diagram of the overall structure of this creative electronic auxiliary musical instrument learning system.

[Picture 1B] is a schematic diagram of the equipment connection of this creative electronic auxiliary musical instrument learning system.

[Figure 2] is a schematic diagram of the installation of the musical instrument components and the light-emitting lamp body of the musical instrument equipment of the creative electronic auxiliary musical instrument learning system

[Figure 3A] is a schematic diagram of the implementation of this creative electronic auxiliary musical instrument learning system.

[Figure 3B] is a schematic diagram of the implementation of this creative electronic auxiliary musical instrument learning system.

The other technical content, features and effects of this creation will be clearly presented in the following detailed description of the preferred embodiment with reference to the drawings.

Please refer to Figures 1A, 1B and 2 for the overall structure diagram of the creative electronic assisted musical instrument learning system, the schematic diagram of the device connection, the schematic diagram of the instrument use components and the light-emitting lamp body of the musical instrument equipment. As shown in the figure, the system of this case is applied On a musical instrument device, and the musical instrument device is provided with several musical instrument use components (referring to the keys of an electronic piano or the drum head of an electronic drum), the electronic auxiliary musical instrument learning system includes a processing device 1, wherein the processing device The system 1 has a housing 11, the housing 11 is provided with at least one input port 111 and at least one output port 112, wherein the output port 112 can be connected to one end of the light bar connecting line 2, and the inside of the housing 11 is Having at least one processing circuit board 12, and the processing circuit board 12 is electrically connected to the input port 111 and the output port 112;

And an electronic device 3 can store at least one score file, and can store or generate a score file internally in the electronic device 3 (the content of the score file can be music tracks, light tracks, beats, notes, and notes). One or more of high speed, speed, and metronome beep) are transmitted to the processing circuit board 12, where the electronic device is a desktop computer, a notebook computer, a tablet computer or a smart phone, and the electronic device The device 3 can be connected to the processing device 1 in the following ways: (1) The wired transmission method is connected to the transmission port 31 of the electronic device 3 through one end of a transmission line 4, and the transmission The other end of the transmission line 4 is connected to the input port 111 of the processing device 1 for transmitting the music score file to the processing circuit board 12 through the input port 111 through the transmission line 4, and the transmission line 4 can be a USB cable ; (2) The wireless transmission method can be WIFI, Bluetooth or infrared transmission.

The output port 112 is connected to a light bar connecting line 2 with several light-emitting lamp bodies 21, and each light-emitting lamp body 21 is adjacent to the musical instrument component (the musical instrument component 501,502,503,504 is a cymbal, and the musical instrument component 505,506,507,508 It is a drum head, and the musical instrument uses components 509 and 510 as a pedal) to set up. This case is implemented in a light bar mode. However, any lamp body that can be connected to the output port 112 and installed adjacent to the instrument use component is all It can be applied to this case, so this case is not limited to light bar implementation.

In addition, the processing circuit board 12 can convert the music score file into the light-emitting control data file. The light-emitting control data file can be one or more of the light-emitting intensity, light-emitting period, and light-emitting frequency of the light-emitting lamp body, and the The processing circuit board 12 can perform light-emitting control of several light-emitting lamp bodies 21 according to the light-emitting control data file;

The processing circuit board 12 is provided with a receiving circuit 121, a processing circuit 122, a microprocessor 123, a light-emitting control circuit 125, and at least one computer-readable recording medium 124, wherein the computer-readable recording medium 124 At least one conversion application program 1241 is stored. The computer-readable recording medium 124 further stores computer-readable instructions. When the microprocessors 123 execute the computer-readable instructions, the conversion The application program 1241 operates to first convert the music score file into the music format data file (where the music format data file is a music digital interface file), and then convert the music format data file into the light-emitting control data file, The microprocessor 123 can control the light emission of several light-emitting lamp bodies 21 through the light-emitting control circuit 125 according to the light-emitting control data file;

The receiving circuit 121 can be a wired transmission circuit or a wireless transmission circuit for receiving the music score file transmitted by the processing circuit board 12 through a wired transmission method or a wireless transmission method, and then through the processing circuit 122 For signal processing, you can enter the conversion application 1241 for conversion processing.

In addition, the processing circuit board 12 is further provided with an audio output circuit 126, and the conversion application 1241 can further convert the music format data file into an audio playback file, and output the audio playback file to an audio file through the audio output circuit 126. The audio playback device is used for playback, and the audio playback device is a device with audio playback capability. The device is like the speaker 6 shown in Figure 1B. The user can connect the audio output port 113 and the audio output port 113 through an audio transmission line 61. The speaker 6 has an audio input port (not shown in the figure), and the speaker 6 plays the audio file.

Therefore, when the user imports the score file into the processing device 1 through the electronic device 3, the score file can be converted into a music format data file (such as a music digital interface file) through the processing device 1, and then converted into the light emitting device. Control the data file, and then control the light-emitting state of different light-emitting lamp bodies 21 according to the light-emitting control data file. The brightness is high, so the percussion strength is to remind the user to increase, and when the light-emitting lamp body adjacent to the instrument use component 503 is illuminated, because the brightness is low, the percussion strength is to prompt the use It can be seen that, in addition to the brightness of the light, the user can more according to the light-emitting period and light-emitting frequency of the light-emitting lamp body 21 to perform different levels of blows on the musical instrument components 501~510 to achieve the best learning result.

The advantages of the electronic auxiliary musical instrument learning system provided by this creation are as follows when compared with other conventional techniques:

1. In this creation, one or more luminous lamp bodies can be installed adjacent to the instrument use components, and different luminous lamp bodies can be illuminated according to different rhythms or staff, and can be more based on beats, notes, pitch, speed, etc. , Change the luminous intensity, luminous period, and luminous frequency of the light-emitting lamp body to guide beginners to perform more accurate performances and strikes. This will make it easier for beginners to learn the teacher's fingering and playing methods.

2. This creation can be applied to different electronic musical instruments, so the usability is very wide.

3. This creation is because beginners have less experience in beat control, so the metronome audio output function is added and the beat can be heard after connecting the speaker, which improves the learning accuracy.

This creation has been disclosed above through the above-mentioned embodiments, but it is not used to limit this creation. Anyone familiar with this technical field with ordinary knowledge should understand the aforementioned technical features and embodiments of this creation, and understand the spirit and spirit of this creation. Within the scope, some changes and modifications are not allowed. Therefore, the scope of patent protection of this creation shall be subject to the definition of the claims attached to this specification.

1: processing equipment

11: shell

111: Input port

112: output port

113: Audio output port

12: Handling the circuit board

2: Light bar connection line

21: Luminous lamp body

3: electronic equipment

31: Transmission port

4: Transmission line

6: Horn

61: Audio transmission line

6: Horn

Claims (11)

An electronic auxiliary musical instrument learning system is applied to a musical instrument device, and the musical instrument device is provided with a plurality of musical instrument using components, wherein the electronic auxiliary musical instrument learning system includes: at least one light bar connecting line, which has a plurality of light-emitting lamp bodies , And each light-emitting lamp system is arranged adjacent to the musical instrument use component; and a processing device has a housing, and the housing is provided with at least one input port and at least one output port, and the light bar connection line One end is connected to the output port, wherein the housing has at least one processing circuit board, and the processing circuit board is electrically connected to the input port and the output port, and the processing circuit board can convert a music score file into The light-emitting control data file, and the processing circuit board can perform light-emitting control of several light-emitting lamp bodies according to the light-emitting control data file. The electronically assisted musical instrument learning system according to claim 1, wherein an electronic device can be connected to the processing device, and at least one music score file is stored in the electronic device, and can be transmitted by wire or wirelessly, Transfer the score file to the processing circuit board. The electronic auxiliary musical instrument learning system according to claim 2, wherein the wired transmission method can be connected to the input port through a transmission line for transmitting the music score file to the processing circuit board through the input port through the transmission line, The transmission line can be a USB line. The electronically assisted musical instrument learning system according to claim 2, wherein the wireless transmission method can be WIFI, Bluetooth, or infrared transmission. The electronic auxiliary musical instrument learning system according to claim 2, wherein the electronic device is a desktop computer, a notebook computer, a tablet computer, or a smart phone. The electronic auxiliary musical instrument learning system according to claim 1, wherein the content of the music score file can be one or more of music repertoire, light repertoire, beat, note, pitch, and speed, The light-emitting control data file can be one or more of the light-emitting intensity, light-emitting period, and light-emitting frequency of the light-emitting lamp body. The electronically assisted musical instrument learning system according to claim 1, wherein the processing circuit board is provided with a receiving circuit, a processing circuit, a microprocessor, a light emitting control circuit, and at least one computer-readable recording medium, wherein The computer-readable recording medium stores at least one conversion application program, wherein the computer-readable recording medium further stores computer-readable instructions. When the computer-readable instructions are executed by the microprocessors, the computer-readable instructions can be The conversion application program is operated to convert the music score file into the light-emitting control data file, and the microprocessor can perform light-emitting control of several light-emitting lamp bodies through the light-emitting control circuit according to the light-emitting control data file. The electronically assisted musical instrument learning system according to claim 7, wherein the receiving circuit can be a wired transmission circuit or a wireless transmission circuit for receiving the transmission from the processing circuit board through a wired transmission method or a wireless transmission method The score file, and then through the signal processing of the processing circuit, can enter the conversion application for conversion processing. The electronic auxiliary musical instrument learning system according to claim 7, wherein the conversion application can first convert the music score file into the music format data file, and then convert the music format data file into the light emission control data file. The electronic auxiliary musical instrument learning system according to claim 9, wherein the music format data file is a music digital interface file. The electronic auxiliary musical instrument learning system according to claim 7, wherein the processing circuit board is further provided with an audio output circuit, and the conversion application program can further convert the music format data file into an audio playback file and pass the audio output circuit The audio playback file is output to an audio playback device for playback.

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