阅读说明：本技术 导航乐器和乐器导航仪 (Navigation musical instrument and musical instrument navigator ) 是由 孟令松 孟硕 于 2020-04-08 设计创作，主要内容包括：本发明提供了一种导航乐器和乐器导航仪,属于乐器领域。各种传统乐器演奏学习难度大、既辛苦、又费力、既费事、又费时而且学费高。很多想学习弹奏(吹奏)乐器的人因此打消了购买乐器的念头。本发明通过采用LED编程控制灯光导航或视频导航的方法,能够让没有一点音乐基础的人直接拿起乐器,只需将手放在需要演奏的乐器的基本键位上,依据乐器导航仪灯光或视频中位置的变化,手指对应抬起或按下对应位置的琴键(或音孔或拨动对应的琴弦或按压需要按压的部分,或打击需要打击的部位,依据不同乐器而定)即可实现正常的乐器演奏。本发明广泛应用于各种乐器制造和使用领域。让普通人在不知不觉的愉快的游戏中轻松掌握乐器的演奏。(The invention provides a navigation musical instrument and a musical instrument navigator, belonging to the field of musical instruments, wherein various traditional musical instruments have high difficulty in playing and learning, are hard and laborious, and are time-consuming and high in learning expense.)

1. The invention provides a navigation musical instrument and a musical instrument navigator, wherein the navigation musical instrument mainly comprises two parts of a musical instrument and a navigator, the navigation part is divided into two main types of light navigation and video navigation, lamps used for the light navigation mainly comprise L ED lamps, the L ED light is controlled by a L ED programming control system to be navigated, the video navigation realizes the navigation by video playing, the video navigation mainly comprises a video player and a fixed part, and videos of the video navigation mainly comprise two main types of computer animation videos and real recording playing videos.

2. The light navigation track of the present invention according to claim 1 is made adjustable and not adjustable in speed.

3. The video navigation track play speed of the present invention according to claim 1 is made adjustable and not adjustable.

4. The video navigation according to the invention of claim 1 can be navigated by computer animation or by live video of a performance.

5. The navigation musical instrument and the musical instrument navigator according to the present invention of claim 1 can be made in a structure containing a removable or non-removable memory card.

6. The navigator musical instrument and the musical instrument navigator according to the present invention of claim 1 can be made into a structure with a bluetooth function.

7. The navigator musical instrument and musical instrument navigator according to the present invention as set forth in claim 1 can be constructed to be connected to electronic products such as computer and mobile phones through wires.

8. The instrument navigator according to claim 1 of the present invention can be mounted on the instrument or can be placed elsewhere than on the instrument.

9. The light display of the navigation musical instrument and the navigator for musical instrument according to the invention of claim 1 may be L ED light display or other light display capable of emitting light, and the video display modes of the navigation musical instrument and the navigator for musical instrument of the invention may be liquid crystal screen display, video tube screen display and projection display.

(1) Field of the invention

The invention belongs to the field of musical instruments, can realize normal playing by directly picking up the musical instrument by a person without a little music foundation, can be widely applied to the fields of manufacturing and using various musical instruments, and can be made into various navigation musical instruments and various musical instrument navigators.

(2) Background of the invention

The playing of various traditional musical instruments is difficult, hard, laborious, time-consuming and high in learning cost. Many people who want to play (blow) a musical instrument therefore defeat the idea of purchasing a musical instrument.

(3) Summary of the invention

The invention provides a technology for automatically teaching various musical instruments and musical instrument navigators to be played by people in a learning meeting, which can be widely applied to the manufacturing and using fields of various musical instruments and widely applied to various musical instrument navigators.

(4) Description of the drawings

Fig. 1-1 is a block diagram of a suona application incorporating a video navigator.

Fig. 1-2 are block diagrams of suona applications with L ED light navigator installed.

Fig. 1-3 are illustrations of one example of an application configuration of an L ED light navigator mounted on a suona.

Fig. 1-4 are layout diagrams of the appearance structure of a conventional 69-key electronic organ.

Fig. 1-5 are enlarged views of the conventional 69-key electronic organ with the need for L ED light navigator.

Fig. 1-6 are enlarged views of a 69-key electronic organ with an L ED light navigator mounted thereon.

Fig. 1-7 are diagrams of the control panel of the L ED navigator programming of the 69-key electronic organ.

(5) Detailed description of the preferred embodiments

The present invention relates to a video player, and more particularly to a method for manufacturing a video player, which is characterized in that a video navigator is installed, a suona application structure is shown in fig. 1-1, a mouth (whistle) of a suona is shown in fig. 1, an air disk of a suona is shown in fig. 2, a core (copper tube) of a suona is shown in fig. 3, a suona rod of a suona is shown in fig. 4, a suona bowl is shown in fig. 5, a video player is shown in fig. 6, a video navigator fixing clip is shown in fig. 7, the back surface of the video player and one surface of the clip are fixedly connected (or fixedly adhered) so that a fastening part of the clip clamped on the suona bowl is preferably completely attached to the shape of the suona part, and the inner surfaces of the two clips are provided with elastic sponge or rubber, silica gel or other materials which are provided with elasticity and skid resistance so as to ensure that the video player can be stably and reliably supported by using various fixing methods such as magnets, profiling magnets, screws, pressing plates and the like instead of course, the video player can be manufactured according to the shape structure of the instrument, the video navigator, which is manufactured into which the video player can be manufactured into which of course, which the video navigator can be manufactured into which is manufactured into which corresponding to the suona type of the suona, which is manufactured into which is not manufactured into which is the suona, which is manufactured into which is the suona, which is manufactured into which is the suona, which is manufactured into.

The suona lamp application structure with L ED navigator lamp installed is shown in fig. 1 is the nozzle (whistle) of suona lamp, fig. 2 is the air disk of suona lamp, fig. 3 is the core of suona lamp, fig. 4 is the suona rod of suona lamp, fig. 5 is the suona bowl of suona lamp, fig. 6 is the power switch of L ED navigator lamp and the track selection switch, long press this switch can turn on or off the power supply of navigator, press (short press) this switch after turning on the power supply can simultaneously watch the track selection track displayed on the display screen, delay several seconds after selecting the track (leave the time for working), at this time, put the finger on the corresponding tone hole, begin to play according to the action of L navigation finger, 7 is L1 ED navigator lamp, 8 in the drawing is the fixed navigation apparatus of 462 lamp, 9 in the drawing is the fixed navigation apparatus of 5393, the navigation apparatus starts to play according to the action of L navigation with the finger, the action of the same navigation light of the existing navigation screen, the mass manufactured by the mass market, also can be controlled by the mass controller of mass instruments manufactured by the mass spectrometer, the mass spectrometer also can be controlled by the mass spectrometer manufactured by the mass spectrometer, the mass spectrometer can be controlled by the mass spectrometer, the mass spectrometer manufactured by the mass spectrometer, the mass spectrometer can be controlled by the mass spectrometer, the mass spectrometer manufactured by the mass spectrometer, the mass spectrometer can be controlled by the mass spectrometer, the mass spectrometer with the mass spectrometer, the mass.

The loudspeaker is characterized in that a loudspeaker is arranged on a suona lamp L ED lamp navigator, the loudspeaker is in an application structure of the suona navigator L ED navigator, the loudspeaker is in a structure of the suona navigator in the same manner as the loudspeaker in the figures 1-2, the loudspeaker is in a structure enlarged view of the suona lamp portion 1-2, the transparent (or semi-transparent) window of the white suona navigator with eight finger positions (eight sound holes) is drawn as a pointed arrow key window L, the transparent (or semi-transparent) window of the white light L ED lamp is drawn as a pointed arrow window, the white arrow key window is drawn as a pointed arrow key window 368, the white arrow key window is drawn as a white arrow key window 468, the white arrow key window is drawn as a white arrow key window 466, the white key button window is drawn as a white arrow key 466, the arrow key button window is drawn as a white arrow key 466, the white key 466, the arrow key button is drawn as a white key 466, the white arrow key 466, the arrow key 466 is drawn as a white arrow key 466, the white arrow key 466, the arrow key 466 is drawn as a white key 466, the white key 466 is drawn as the white key 466, the white key 466 is drawn as the white key 466, the white key 466 is drawn when the white key 466, the white key 466 is drawn as the white key 466, the white key 466 is drawn, the white key 466 is drawn as the white key 466, the white key 466 is drawn, the white key 466 is drawn as the white key 466, the white key 466 is drawn as the white key 466 is drawn when the white key 466, the white key 466 is drawn by the white key 466 is drawn in the white key 466 is drawn, the white key 466 is drawn by the white key 466, the white key 466 is drawn, the white key 466 is drawn by the white key 466, the white key 464 when the white key is drawn by the white key 466 when the white key is drawn by the white.

Fig. 1-4 are layout diagrams of the appearance structure of a conventional 69-key electronic organ, which is adopted by the invention to illustrate how a navigation system for navigating the electronic organ by L ED is applied to musical instruments such as an electronic organ, an accordion, a piano and the like.

1-5 are partial enlarged installation views of a conventional 69-key electronic organ requiring an L ED light navigator to be installed, which are partial enlarged views of a key sound key and eight circular percussion keys, and a method for implementing various applications of the L ED navigation system is illustrated by comparing the partial enlarged views with FIGS. 1-6.

1-6 are enlarged views of navigation installation of local L ED lamps of 69-key electronic organ with L ED lamp navigator installed, 1 is a circular percussion sound button in FIGS. 1-6, 8 (8) circular percussion sound buttons are installed in total, 1 is positioned on the rightmost side and seven circular percussion sound buttons are arranged on the left side, 2 is a square navigation L ED indicator lamp installed below the percussion sound button 1, 8 is provided with a square percussion navigation L ED lamp below the percussion sound button, 2 is a square L ED lamp positioned on the rightmost side and seven square 5393 ED lamps are arranged on the left side, 3 is a square L ED lamp installed on a black key in 69-key electronic organ, the black key is positioned on the rightmost side in the figure, the square navigation indicator lamps are installed on the left other black keys, the square 2ED navigation indicator lamps are installed on the left side in the figure, the square navigation indicator lamps are installed on all black keys on the whole black keys, the square keys are simultaneously installed on square keys, the square navigation indicator lamps are installed on square keys of the black keys, the square navigation indicator lamps on square navigation keys, the square navigation lamps installed on square navigation keys, the square navigation lamps, the square navigation indicator lamps are also installed on square navigation systems, the square navigation keys, the square navigation lamps are designed on square navigation keys, the square navigation systems, the square navigation keys, the square navigation lights installed on the square navigation keys on the square navigation system is also installed on the square navigation keys on the square navigation system, the square navigation keys, the square navigation system is also on the square navigation keys, the square navigation keys on the square navigation keys, the square navigation system is also installed on the square navigation keys on the square navigation system, the square navigation keys on the square navigation system, the square navigation system is also on the square navigation system, the navigation system is also.

Fig. 1-7 are diagrams of a 69-key electronic organ L ED navigator programming control panel, which is completely the same as a traditional 69-key electronic organ playing programming control panel, and has no change, the programming can be changed into a dual-function programming system for controlling L ED light at the same time, which can be used for guiding a player to play, and can also be used for automatically playing after music programming, of course, a L ED navigation electronic organ with only a navigation programming function can be manufactured, in fig. 1-7, 1 is a numeric keypad, keys with numbers from 0 to 9 and addition and subtraction symbols, 2 is a rhythm selection key, 3 is a tone selection key, 4 is a transposition reset key, 5 is a transposition subtraction key, 6 is a transposition and addition key, 7 is a programming play key (editing and playing), 8 is a programming key, 9 is a play key, two other keys are a recording key and an animal key respectively, the names and the use methods of the keys are completely the same as those of the original 69-key, no longer are stored, 10 is a new transposition key, and the new music navigation key is a new music display screen is designed according to the traditional navigation function, the new navigation menu type of the existing navigation system, the new navigation system is designed, the new navigation menu type of the new navigation electronic organ navigation system, the new navigation system is designed, the new music playing mode of the new music is not required by only according to show that the new navigation menu type, the new navigation system is designed according to a new music playing mode of the new music instrument, the new music playing mode is designed according to the new music playing mode of the new music instrument, the new music playing mode of the new music instrument, the new music playing mode of the new music instrument, the.

The invention relates to a method for adding or changing music navigation tracks, which can be designed into a mode of completing operations such as programming, deleting, adding tracks and the like on a navigation musical instrument, and also can be designed into a mode of completing operations such as editing, programming, deleting, adding tracks and the like by connecting electronic equipment such as a computer and a mobile phone through a wire or Bluetooth, and the inventor considers that the invention is designed into a navigator with a memory card and a navigation musical instrument (simultaneously comprising detachable and non-detachable), and adds, edits and deletes tracks for the memory card of the navigation musical instrument and L ED navigator or a video navigator through a computer or other electronic equipment, and is the simplest and most convenient.

Aiming at L ED lamp-controlled navigator and video navigator, and simultaneously including L ED navigation musical instrument and video navigation musical instrument, the optimal proposal is proposed to design a structure with a detachable memory card, so that a user can go to a website of a manufacturer of the musical instrument at any time to download favorite navigation tracks, and can add and delete tracks to the memory card of the navigator through electronic equipment such as a computer and the like.

The suona is applied to plucked instruments such as pipa, ruan, three-stringed instrument, guqin, guiqin, flute, etc., and each navigation L ED lamp can be directly installed under the string of each part needing to be plucked, and different instruments can be pressed at any place, and navigation L ED lamps can be arranged at the pressing part (or under the pressing part).

The invention comprises various L ED navigation instruments and various video navigation instruments, and also comprises various L ED instrument navigators and various video instrument navigators, wherein the two navigators can be directly installed on the instruments and are made to be detachable or not detachable, the navigators can be designed to be fixedly installed on the instruments, also can be designed to be placed on a table or hung on a wall for use, or can be placed on a support for use, a video player can adopt a structure with a screen or a projection type (rear projection), the size of the screen is determined according to the number of people using, the viewing distance and the using environment, the invention is used for the three types of instruments of blow, pluck and pluck, and the various L ED instruments, various video navigation instruments, various L instrument navigators and various video instrument navigators are explained in detail, the invention is not discussed in the application document, the invention is a better part than the inventor, the invention is not further explained in the application document, as for the detail problem of each type of instruments, the invention can be used for processing the problems of each type of each instrument, the percussion instruments, the percussion instrument, the invention can be made into a percussion instrument, the invention is also suitable for the positions of various instruments installed on the ED navigation instruments, pluck instruments, various instruments, and percussion instruments are also suitable for the invention is also suitable for the parts of various percussion instruments which are made of various percussion instruments.

The invention aims at the navigation and playing speed of each piece of music, and can be specifically made into a form only having standard playing speed, and also can be made into a structural form with adjustable playing speed, so that the invention is more suitable for people who use the musical instrument for the first time, and the speed adjustment is relative to the speed of L ED navigation lamps, namely L ED lamps, which are lighted alternately and the time length of each lamp, and the speed adjustment is relative to the speed of video navigation, namely video playing.

The brightness of the navigation light can be adjusted to meet different environmental requirements, and can also be nonadjustable. The brightness of the video player can be made adjustable to suit different environmental requirements, and can of course be made non-adjustable. Considering that when the navigation musical instrument or the musical instrument navigator is used outdoors, the screen of the navigation musical instrument or the musical instrument navigator or the periphery of the navigation light can be designed to be provided with a structure with a shading plate which can be detachably adjusted or not detachably adjusted, and the shading structure can be a single-side shading plate which is only positioned above the screen or the navigation light, or an n-shaped three-side shading plate, or a double-side shading plate, or a multi-structure type such as a square four-side or annular type.

The invention relates to a video navigation musical instrument and a storage card of a video navigator, which directly store navigation computer animation navigation video or actual playing navigation video of each music, and the storage card of an L ED lamp navigation musical instrument and a L ED lamp musical instrument navigator stores a trigger signal (program) of each music, a L ED lamp control part of the storage card can be arranged inside or outside the musical instrument, each L ED lamp for navigation can be arranged on each key, or below a string, or below or above a part needing to be pressed, or above and behind a part needing to be hit, and the like, and the storage card is specifically determined according to different characteristics, each L ED lamp is connected with a pin on a corresponding controller through a wire, and the controller is also provided with parts such as a power supply component and a control component.

Therefore, the invention can be widely applied to various musical instruments such as sheng, vertical bamboo flute, tube, clarinet, oboe, bassoon, trumpet, flute, bagpipe, piano, accordion, pedal organ, electronic organ, guitar, lute, ruan, tricing, guqin, zither, dulcimer, xylophone, cucurbit flute and the like, and is also suitable for various percussion instruments. Various navigation instruments and instrument navigators allow a person without any musical basis to easily learn the performance of an instrument without a learning fee in an unconscious pleasure game. The application of various navigation musical instruments and musical instrument navigators can play without learning (directly playing), so that the interest and enthusiasm of ordinary people for purchasing musical instruments are increased, and the spiritual life of human amateur time is greatly enriched. However, for the users who use the navigation musical instrument and the musical instrument navigator for the first time, the inventor proposes that the playing of music with relaxed rhythm is started, the progress with better effect can be obtained only by gradually playing the music with cheerful rhythm after the hand speed and the flexibility are improved, and finally the navigation function can be completely omitted, so that people can skillfully and accurately master the playing skill of the musical instrument in the unconscious and easy game process, and the mental life of human beings is greatly enriched.