KR200188721Y1 - A stereographic drawing toy - Google Patents

Abstract

The present invention is to impart a function that can provide a three-dimensional learning effect through the visual and auditory (acoustic effects, etc.) to the normal drawing learning toys,

The present invention, in the drawing learning toys (1) that can be drawn and erased by using a writing instrument (5) coupled with a magnet (5a) on the upper surface of the board (3) incorporating iron (4), the board ( 3) Placing pressure point sensing switches (7, 7 ') on the bottom surface, the optical sensor (8, 8'), the speaker (10), the main switch (11), the control circuit board (9) and the output of the board (3) The circuit board is connected to an IC chip in which information is input, and the learning boards 12, 12 ', ... are arranged on the board 3, and learning is performed as the writing utensil 5 as usual. 12, 12 ', ...) is provided with a blocking piece 13 for blocking the light sensors (8, 8') to output the information that matches the learning content of the learning board (12, 12 ', ...) control circuit board ( 9) to control and output, and the main body 2 is formed with a connector 15 to replace and combine the pack cartridges (14, 14 ', ...) into which various learning contents are input, and the magnet (5a) ) Combined In the writing instrument 5, the switching means 5b in contact with the pressure contact is built up, and as the writing instrument 5, the upper surface of the learning boards 12, 12 ', ... on the board 3 is pressed and the switching means built in the writing instrument 5 ( When 5b) is contacted, there is a point that the input information is outputted.

Description

Three-dimensional drawing toy

The present invention is to impart a function that can provide a three-dimensional learning effect through the visual and auditory (sound effects, etc.) to the normal drawing learning toys.

Learning toys that children, such as children, usually learn through visuals of various objects and animals, or by writing letters on these pictures or figures to memorize the names of objects naturally. Most of them were

In addition, as a writing instrument using magnets embedded with iron on boards, drawing toys for drawing and re-drawing pictures and patterns, etc. are widely known, but this can be conveniently done repeatedly without damaging the surroundings. Benefits and repeating movements of the hands and arms have the advantage of helping the growth of the growing children, while providing a simple visual learning effect only by drawing and erasing pictures, learning content is monotonous and easy to get tired of learning efficiency is low. In particular, the learning method and the contents were not enough to visually see and simply draw letters or figures, which were insufficient to provide more efficient and effective learning effects.

Therefore, in the present design, the sound effects related to the learning contents can be simultaneously output while providing the three-dimensional learning effects while maintaining the drawing function of the existing drawing toys. By making it possible to improve the playfulness, you can increase the learning efficiency by increasing interest, and by inputting various learning contents into the pack cartridge, you can select and use more diverse and unique learning contents. It is to provide a three-dimensional learning toy.

Figure 1 (a), Figure 1 (b) is an exploded perspective view showing a preferred embodiment of the present invention.

2 is a cross-sectional view of the configuration of the present invention.

Figure 3 (a), Figure 3 (b) is a perspective view of one use state of the present invention.

4 is a schematic circuit diagram to which the present invention is applied.

* Explanation of symbols for main parts of the drawings

1: Learning toy for drawing 2: Main unit

3: board 4: iron

5: writing instrument 5a: magnet

5b: switching means 6: eraser

7,7 ′: Pressure point sensing switch 8,8 ′: Optical sensor

9: control circuit board 10: speaker

11: main switch 12, 12 ',... : Learning Edition

13: block 14,14 ',... Pack cartridge

15: connector

Figure 1 (a), Figure 1 (b) is an exploded perspective view showing a preferred embodiment of the present invention, Figure 2 is a cross-sectional view of the present invention, Figure 3 (a), Figure 3 (b) is of the present invention As a perspective view of the use state,

The iron (4) is embedded on the board (3) of the main body (2) is a writing instrument 5 composed of a magnet (5a) to draw a picture or the like on the board 3, the magnet (5a) of the writing instrument (5) is iron powder In the drawing learning toy (1) in which (4) is attached to the upper surface of the board (3) to draw a picture drawn along the writing instrument (5), and the drawn picture can be erased as a slide-operated eraser (6). ,

Pressure point sensing switches 7 and 7 'are disposed below the board 3 having the iron powder 4 embedded therein, and the pressure point sensing switches 7 and 7' are optical sensors 8 and 8 'above the board 3, respectively. ) And the control circuit board 9 and IC chip (not shown) built into the main body 2 and the main switch and speaker 10 of the main body 2 are connected in line.

In addition, the connector 15 is formed at one side of the main body 2 so as to selectively combine the pack cartridges 14, 14 ', ... into which various learning information is input, so as to perform learning with desired learning contents. ) Is connected to the control circuit board 9 described above.

In addition, the learning boards 12, 12 ', ... are mainly formed of a sheet of transparent resin or the like to draw a sketch of an animal figure, a figure, a letter, a number, and the like, and an optical sensor 8 above the board 3 at one end. And 8 ') to block light so that the information corresponding to the learning contents such as the sketches expressed on the learning boards 12, 12', ... is controlled and output from the control circuit board 9; do.

Of course, the learning plate (12, 12 ', ...) formed with the blocking piece 13 is selected and combined to be associated with the input learning information of the pack cartridge (14, 14', ...) coupled to the connector 15 Will be used.

The learning plates 12, 12 ', ... is composed of at least one, the blocking pieces 13 protruding from each learning plate (12, 12', ...) vary the width thereof, or the light sensor (8, 8) By forming different blocking positions of '', it is possible to adjust the amount of light irradiated by the optical sensors 8 and 8 'so that the information corresponding to the learning contents posted on the selected learning boards 12, 12', ... can be adjusted. (14, 14 ', ...) to be controlled and output.

The configuration and operation of the pressure point sensing switches 7, 7 'and the like are common, and the learning contents are combined with the pack cartridges 14, 14', ... as described above so that the desired learning contents are output. Of course, it is possible to do this, but it can be configured to be used without the pack cartridges 14, 14 ', ... by inputting all desired learning contents into the IC chip on the control circuit board 9.

On the other hand, according to the drawing or letters placed on the learning board (12, 12 ') and draw on the upper surface of the board (3) as a writing instrument (5) board 3 by the magnetic force of the front end magnet (5a) ) It is common that the lower iron (4) is attached to the upper surface of the inside of the board (3) and the drawing or letters are represented on the board (3) by the movement of the writing instrument (5),

In the writing instrument 5 of the present invention, a switching means 5b is formed in contact only when the magnet 5a at the tip is pressed inward, so that the contact point of the switching means 5b mounted on the writing instrument 5 is formed. Only when it is turned on, the sound information input through the pack cartridges 14, 14 ', ... connected to the control circuit board 9 is output through the speaker 10. When only the sensing switches 7 and 7 'are contacted, the sound information is not output.

Pressure point sensing switch (7, 7 '), optical sensor (8, 8') and control circuit board (9), IC chip (not shown), main switch (11), speaker (10) below the board (3). The circuit configuration for connecting the switching means 5b of the writing instrument 5 is extremely general as shown in FIG. 4, and can be implemented in various forms and structures known in the art.

Of course, the pack cartridges 14, 14 ', ... and the configuration of the connector 15 to which the pack cartridges 14, 14', ... are fitted, etc. Programming and inputting learning content is also common.

In the figure, reference numeral 16 shows an accommodation groove in which the writing instrument 5 is housed.

Hereinafter, the configuration and operation of the present invention through the use of the present invention will be described in more detail.

The pack cartridges 14, 14 ', ... into which the desired learning contents are input as shown in Figs. 1 (a) and 1 (b) are fitted onto the connector 15 of the main body 2, and then the pack cartridges 14 , 14 ',…) on the board 3, the learning board (12, 12',…) with the learning information related to the sketches etc. placed on the board (3, 12 ',…) And draw or write out sketches of numbers, letters, etc.

(Of course, when using the learning boards 12, 12 ', ...), the main switch 11 is turned on, and if the sound output is not desired, the main switch 11 does not need to be turned on naturally.)

In this way, when the drawing or writing is performed as the writing instrument 5 along the sketches of the learning boards 12, 12 ', ... mounted on the board 3, the sound information corresponding to the sketch is output.

That is, the learning boards 12, 12 ', ... mounted on the board 3 has an upper block 13 blocking the optical sensors 8, 8', so that the control circuit board 9 connected thereto is connected to the learning board (13). 12, 12 ', ...) can be output from the pack cartridges 14, 14', ... coupled to the connector 15 in a standby state, and at this time, as the writing instrument 5 on the board 3; When drawn along the sketch, the iron (4) sticks onto the lower board (3) of the learning boards (12, 12 ',…) by the magnet (5a) at the tip of the writing instrument (5), and the drawing and the like are drawn. The pressure point sensing switches 7 and 7 'below the board 3 are sensed by the pressure of the tip magnet 5a, and together with the sensing action of the pressure point sensing switches 7 and 7', the tip magnet 5a ) And the switching means (5b) connected to the contact is the data is transmitted from the pack cartridge (14, 14 ', ...) input the sound information is to output the sound information through the speaker (10).

For example, as shown in FIG. 1 (a), when an elephant sketch is placed and drawn on the learning boards 12, 12 ', ..., sound and voice information such as an elephant's cry or “elephant” is repeatedly or selectively outputted. In the case where numbers or letters are placed as shown in FIG.

Of course, if the writing utensil 5 is moved on the board 3 according to the sketches of the learning boards 12, 12 ′,..., The iron 4 below the board 3 is moved by the writing utensil 5. (3) The figure is drawn by sticking to the bottom surface, and the construction and operation of such drawing toy 1 are well known, and as the writing instrument 5, the learning boards 12, 12 ', ... are as described above. While drawing along the sketch, the upper surface of the board 3 is pressed by elbows or other objects with carelessness, and the pressure point sensing switches 7 and 7 'are brought into contact with each other. In this case, the switching means 5b of the writing instrument 5 is used. The sound information is not output because the contact is not made, and the sound information is output only when the switching means 5b of the writing instrument 5 is contacted while being drawn along the writing instrument 5.

It is obvious that the present invention is applicable to the drawing learning toys 1 as well as the drawing learning toys 1 of various structures and forms.

Then, the information corresponding to the contents of the learning plates 12, 12 ', ... is output by the positions of the light sensors 8, 8' blocked by the learning plates 12, 12 ', ... and the amount of incident light. In order to input and program the output information into the IC chip and the pack cartridge 14, 14 ', ... in advance, it is a well-known conventional technique, so a detailed description thereof will be omitted.

In addition, it is the same content as that of the applicant's prior application (1996 Utility Model Registration Application No. 28208), which causes different information to be outputted for each position pressed by the pressure point sensing switches 7 and 7 '. 12, 12 ', ...) and the sound, voice information, etc. that are output corresponding to the course can be composed of a variety of content it is natural.

In other words, the electronic sound is inputted into the pack cartridges 14, 14 ', ..., and the function of outputting the electronic sound from the control circuit board 9 is added, according to the selection of the learning boards 12, 12',... If the accompaniment is configured to be output, it can be used as a home karaoke device.

Since the pack cartridges 14, 14 ', ... and the learning boards 12, 12', ... are supplied with a set of sound information and sketches having the same learning contents, each of which is provided as a learner (ie, a child, etc.) ) Considers their learning level and taste, and selects and uses the learning contents that are appropriate for them.

As described above, the present invention uses a learning board (12, 12 ',…) with a drawing having a variety of learning contents such as letters, numbers, and pictures in a general drawing learning toy (1). In addition, it is possible to provide a voice and sound effects corresponding to the contents placed on the learning boards 12 and 12 'at the same time to provide learning information together with the picture learning effects and growth development effects of the conventional drawing and learning toys 1. There is an advantage that can be provided in three dimensions, especially the pack cartridges (12, 12 ',…) input the desired learning content can be selected to improve and diversified learning content excellent learning effect and renewed play accordingly In addition to the above, the present invention provides a variety of three-dimensional learning information and functions for general planar learning tools. Value is more than capable deukhal several advantages and benefits.

Claims (1)

Output information is inputted into the learning boards 12 and 12 'by the pressure point sensing switches 7 and 7', the optical sensors 8 and 8 ', the speaker 10, the main switch 11, the control circuit board 9, and the like. In constructing the three-dimensional drawing learning toy 1 connected with the integrated IC chip, each writing element 5 is provided with a switching means 5b having a magnet 5a coupled to the tip and a pressure contact therein. By connecting to the writing board (5), the learning board (12, 12 ') on the board 3, when the upper surface of the switching means (5b) is pressed only when the contact information is contacted to the pressure point sensing switch (7, 7') Three-dimensional drawing learning toys, characterized in that the output.