KR102071560B1 - Educational music training device - Google Patents

Abstract

The present invention relates to an educational music education apparatus configured to form a passage composed of eight scales and operate a lever passing through the passage to generate a corresponding sound according to the rotation of the corresponding lever. Receiving plate is configured in the form of a plate to put the beads, the inclined surface formed; A divided passage connected to the receiving plate and configured to provide eight passages to the marbles rolled along the inclined surface of the receiving plate, and a sensor configured to recognize that the beads pass through the lower surfaces of the eight passages; A lever installed at the end of the dividing passage to rotate the beads when passing through the sensor to drop the beads downward; Rotating music box to generate a corresponding sound while rotating by the rotation of the lever; A front surface having a curved surface extending from the extension portion so as to flow the bead received by the extension portion to one side; A bypass passage formed with an inclined passage so that the beads received through the front are carried through the side; Receiving unit for receiving the beads through the bypass passage; And a speaker for generating a sound of a sound source corresponding to a single sound corresponding to the sensors of the eight passages and for generating a sound of a corresponding sound source by the rotation of the rotary orgol. It works.

Description

EDUCATIONAL MUSIC TRAINING DEVICE}

The present invention relates to an educational music education apparatus, and more particularly, to form a passage consisting of eight scales and to operate a lever passing through the passage, the educational music educational apparatus configured to generate a corresponding sound according to the rotation of the corresponding lever. It is about.

In general, children around the age of seven are known to be the days when originality develops. At this time, creative music activities go through the process of planning, preparation, trial and result by myself. As a result, problem solving ability quickness can be obtained.

Children in this period are very capable and like free-playing activities that are active and actively adapting to the environment, and activities that they make and experience by hand.

Erik Homburger Erikson, in 1950's book Infants and Society, said that infants and children experience pleasure by trying on their own and immersing themselves in play with textbooks and teaching aids. Children who have enjoyed playing through this play have a sense of accomplishment and initiative, and they insist that they plan, set goals, and strive to achieve the goals set.

As evidenced by Ericsson's argument, this period well tells the importance of learning and the natural enjoyment of play.

However, the current music precincts occupy most of the music precincts that provide the finished music, and there is a problem that there is almost no play toy that uniquely generates sound.

Korean Patent Publication No. 10-2009-0063548 (Name of the invention: teaching instrument set teaching teaching instruments)

Therefore, the present invention is to solve the above-mentioned problems of the prior art, an object of the present invention is to form a passage consisting of eight scales and the music box rotates in response to the rotation of the lever operated by a ball passing through the passage; An object of the present invention is to provide an educational music education apparatus configured to output sound generated by a rotating music box.

Educational music education apparatus for achieving the above object, beads; Receiving plate is configured in the form of a plate to put the beads, the inclined surface formed; A divided passage connected to the receiving plate and configured to provide eight passages to the marbles rolled along the inclined surface of the receiving plate, and a sensor configured to recognize that the beads pass through the lower surfaces of the eight passages; A lever installed at the end of the dividing passage to rotate the beads when passing through the sensor to drop the beads downward; Rotating music box to generate a corresponding sound while rotating by the rotation of the lever; A front surface having a curved surface extending from the extension portion so as to flow the bead received by the extension portion to one side; A bypass passage formed with an inclined passage to receive the beads received through the front and to be carried through the side; Receiving unit for receiving the beads through the bypass passage; It is configured to include; a speaker for generating a single sound corresponding to the sensor of the eight passages.

The rotary music box,

A rotating body which rotates together with the rotary shaft and outputs a corresponding sound that is in contact with a terminal connected to the outside when rotated by the lever; And

It may be configured to include; a shaft formed inside the rotor and rotates with the rotor.

On the lower surface of each of the eight passages, the sensor sequentially detects the degree of the sound source, the les, the me, the wave, the sole, the la, the poetry, the degree along the eight passages of the divided passages, and recognizes them through the speaker. The sound of degrees, les, me, waves, soles, la, poetry, and province may be output.

The lower surface of the eight passages can be detected to recognize the passage of beads.

It may be configured to further include; elevator to accommodate the bead accommodated in the receiving portion to lift up to the receiving plate.

The elevator may be configured to use either a raised portion connected to a linear motor for raising the beads vertically or a conveyor belt for lifting the inclined surface while receiving the beads.

Therefore, the educational music education apparatus of the present invention forms a passage consisting of eight scales, so that the sound generated by the music box rotates and the music box rotates in response to the rotation of the lever operated by the ball passing through the passage. Children who use it can learn the principles of music and operation easily, and have the effect of helping the brain development of children.

1 is a perspective view showing the overall configuration of the educational music education apparatus according to an embodiment of the present invention.
Figure 2 is a perspective view showing the lever of the educational music education apparatus according to an embodiment of the present invention.
Figure 3 is a perspective view of a rotating body for educational music education apparatus according to an embodiment of the present invention.
Figure 4 is a block diagram showing the configuration of the connection between the rotating body and the sound source according to an embodiment of the present invention.
5 is a perspective view showing the configuration of an elevator according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings showing an embodiment of the present invention will be described in more detail the present invention.

1 is a perspective view showing the overall configuration of the educational music education apparatus according to an embodiment of the present invention, Figure 2 is a perspective view showing a lever of the educational music education apparatus according to an embodiment of the present invention, Figure 3 Figure 4 is a perspective view showing a rotating musical education apparatus according to an embodiment of the present invention, Figure 4 is a block diagram showing the configuration of the connection between the rotating body and the sound source according to an embodiment of the present invention, Figure 5 is a view of the present invention It is a perspective view which shows the structure of the elevator which concerns on an Example.

1 to 5, the educational music education apparatus for achieving the above object, the beads 110, the receiving plate 120, the partition passage 130, the lever 140, the rotary music box 150, It is configured to include a front 160, a bypass passage 170, a receiving unit 180, a speaker 190 and an elevator (200).

First, the bead 110 was experimented with a ball of 12mm and a ball of 15mm in order to implement the present invention as a bead of a metal sphere, in the actual use was used a metal ball of 15mm.

The receiving plate 120 is configured in the form of a plate so that the beads 110 can be placed, and the inclined surface 122 having a lower side of the separation passage is formed. Bead 110 is moved to the separation passage 130 by gravity along the inclined surface (122).

Separation passage 130 is configured to be connected to the receiving plate 120 is composed of eight separate receiving plate receiving the beads 110 moving by gravity. Each of the divided passages 130 provides eight passages to the beads rolled along the inclined surface 122 of the receiving plate 120 and detects the passage of the beads through the lower surfaces of the eight passages. Not shown) are respectively installed. By this sensor, the sound of degrees, les, me, waves, soles, las, sis, and provinces, which are sequentially connected to the division passage 130, is output, and it is easy to see through which passage the marbles 110 have passed. By the detection of the sound of the corresponding sound source 192 is output through the speaker 190.

The lever 140 is installed at each end of the division passage 130, and after the beads 110 pass through the sensor, pushing the lever 140 rotates the beads 110 to the lower portion and rotates the division passage 130. The number corresponding to the number of) is provided. The lever pushes and rotates the bar 155 inserted into the through hole 153 of the rotating body by the rotation of the step 142 and the coupling protrusion 144 coupled to the body while being pushed by the beads and the lever 140. End 146.

The rotary music box 150 rotates while the bar 155 inserted into the through hole 153 of the rotating body 152 is pushed by the rotation of the end portion 146 provided at the end of each lever 140. To generate the corresponding sound. By connecting the corresponding sound of the sound source 192 while the bar 155 plugged into the rotating body 152 by the rotation of the rotary music box 150, the corresponding sound is output by the sound source 192 and the speaker 190 do. For example, when the lever 140 is rotated by passing through a passage corresponding to the 'mi' sound of the division passage 130, the bar 155 that is previously inserted into the through hole 153 formed along the outer circumferential surface of the rotating body 152 may be formed. By operation, the sound of degrees, me, and sole may be sequentially output.

The front 160 is composed of an extension (not shown) and a front inclined surface (not shown). The front 160 is formed with a curved extension that receives the bead 110 is passed through the partition passage 130 and the lever 140 and flows the bead 110 received by the extension to the bypass passage 170 side. The front sloped surface is formed. The front inclined surface of the front 160 guides the beads 110 received from the extension to the inlet of the bypass passage 170. Meanwhile, the part directly contacting the beads 110 falling from the front 160 is made of elastic material such as sponge or silicon to prevent the beads 110 from being bounced out to the wrong place without generating unnecessary sound. can do.

The bypass passage 170 is a sloped passage is formed to receive the beads received through the front 160 to be carried through the outer side.

Receiving unit 180 receives the beads 110 received through the bypass passage. The received beads 110 are aligned in a lined up state, and are raised to the receiving plate 120 by the elevator 200.

The elevator 200 accommodates the beads 110 accommodated in the accommodating part 180 and lifts them up to the accommodating plate 120.

The elevator 200 may be implemented as one of a stem motor, a linear motor, and a conveyor belt that vertically raises the beads 110. The elevator 200 may form a step to fix the bead when the stem motor, the linear motor, and the conveyor belt are configured to raise the inclined surface while rotating the bead 110 while accommodating the bead 110. Alternatively, the beads 110 may be configured to be raised on the receiving plate 120 as necessary by the attraction force after being lowered up to the receiving unit 180.

When the speaker 190 is connected to the sound source 192 and rotates while the bar 155 is inserted into the outer circumferential surface of the rotary orgol 150, the sound corresponding to the sound source 192 is output and the corresponding sound is It is output through the speaker 190. The speaker 190 generates a single tone corresponding to the corresponding sound when a sensor (not shown) installed on the lower surfaces of the eight passages operates the corresponding sound source 192. In addition, the speaker 190 also outputs a sound generated by the rotation of the rotary music box 150.

On the other hand, the rotary music box 150 is configured to include a rotating body 152 and a rotating shaft 154 for generating a rotational force. The rotating body 152 rotates together with the rotating shaft 152, and the bar 155 is formed in the through hole 153 formed along the outer circumferential surface of the rotating body 152 by the end of the lever 140. The sound of the corresponding sound source 192 is output when the rotation is pushed in accordance with the rotation of the end 146 of the.

The rotary shaft 154 forms a central axis to rotate together by pushing the bar 155 by the rotation of the lever 140.

The sound source 192 has a corresponding sound connected to the bar by the rotation of the rotary music box 150 is output. For example, if the bar is connected to the degree, beauty, sole, when the lever 140 is rotated while rotating the dome, 'Dominasol' is sequentially output.

Although the contents of the present invention have been described with reference to the embodiments illustrated in the drawings, this is merely exemplary, and it should be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. will be. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

110: ball 120: receiving plate
122: slope 130: section passage
140: lever 142: step
144: engaging projection 146: end
150: rotating music box 152: rotating body
153: through hole 154: rotating shaft
155: Bar 160: Front
170: bypass passage 180: receiving portion
190: speaker 192: sound source
200: elevator

Claims (4)

marble;
Receiving plate is configured in the form of a plate to put the beads, the inclined surface formed;
A divided passage connected to the receiving plate and configured to provide eight passages to the beads rolled along the inclined surface of the receiving plate, and a sensor configured to recognize that the beads pass through the lower surfaces of the eight passages;
A lever installed at the end of the dividing passage to rotate the beads after passing through the sensor and drop the beads downward;
Rotating music box to generate a corresponding sound while rotating by the rotation of the lever;
A front surface having a curved surface extending from the extension portion so as to flow the bead received by the extension portion to one side, the curved portion receiving the beads passing through the partition passage and the lever is formed;
A bypass passage formed with an inclined passage so that the beads received through the front are carried through the side;
Receiving unit for receiving the beads through the bypass passage; And
And a speaker configured to generate a sound of a sound source corresponding to a single sound corresponding to the sensors of the eight passages and to generate a sound of a corresponding sound source by the rotation of the rotary orgol.
The rotary music box,
A rotating body which outputs a corresponding sound contacting the terminal connected to the outside when the lever rotates by the lever; And
Includes a rotating shaft to form a shaft inside the rotating body and to rotate with the rotating body,
The lever is
Stepped to rotate while being pushed by the beads, and
And an end portion for pushing and rotating the bar inserted into the through hole of the rotating body by the rotation of the lever. delete The method of claim 1,
And an elevator that accommodates the beads accommodated in the accommodating part and lifts them up to the accommodating plate. The method of claim 3, wherein the elevator,
Educational music education device that is configured to use any one of the step motor, linear motor and conveyor belt for raising the beads vertically.

Images