KR20000056277A - An equipment and method for learning the order of making strokes in writing a character - Google Patents

Abstract

PURPOSE: A character stroke order studying system and method is provided to display sequentially stokes composed of a character with a displayer, and generate a voice corresponding to the character with a speaker if a user inputs the character at a keyboard. CONSTITUTION: A character stroke order studying system comprises a main body(1a), a character input device(10), and an output device(30). The main body(1a) includes a keyboard(11) changeable according to the kind of character set, and a CPU(20) having a program for recognizing the kind of the keyboard. The character input device(10), connected to the main body(1a) via a connector(12), includes the keyboard(11) having a plurality of input keys. The output device(30) includes a speaker(32) and a displayer(33) having a plurality of LEDs. The character stroke order studying method comprises steps of making a key input waiting state by switching on a power key, selecting one between a melody mode and a character mode, selecting one key on the keyboard if the character set is selected, switching on the LEDs sequentially according to the stroke order, and generating the sound via the speaker.

Description

ACCESS AND METHOD FOR LEARNING THE ORDER OF MAKING STROKES IN WRITING A CHARACTER}

The present invention relates to a stroke learning device and a learning method thereof, and in particular, to the children, illiterate people or people who want to learn a new letter of another country through the visual recognition of the order in which each letter is written, so that the letters The present invention relates to a device for learning the stroke order of a character and to a method of learning the same so that the learner can learn more quickly.

In acquiring letters (including languages and numbers from all over the world), it is very important to first learn the order of the letters you want to learn, and it is natural that you cannot write without knowing the order of stroke.

However, up to now, the method of learning letters was only a very simple way to learn the order of strokes by writing letters on paper and then using the arrows to teach stroke order, or by separating parts.

In addition, the above method is a method that learning is not possible for learners who are new to text or young learners who do not have a fast understanding. This is a significant problem in the text education of young learners in view of the current social trend where parents often leave their homes due to double income.

In addition, the above-described method has a discontinuity that the learner does not know how to pronounce only the shape of the written characters without the learning assistant, and the conventional method of learning the stroke order by writing with a writing instrument makes the learners tired and tired. Feeling of learning was very low.

As such, it is impossible to learn by the learner alone by the method of learning the stroke order of the conventional characters, and the present invention merely selects and presses any one of the letter keys printed on the keyboard so that the learner can learn the stroke order of the character that is encountered first. Characters corresponding to the keys are sequentially displayed on the output device in the order of stroke, and the displayed characters are pronounced as voices through the speaker, so that the learner can learn the letters alone.

That is, when a learner or learning assistant finds a character to learn from the keyboard and inputs it, the character corresponding to the keyboard is sequentially displayed in the stroke order through the output device by the pre-programmed central processing unit, and the displayed character is outputted to another output. Since the speaker is pronounced as a voice through the speaker, the learner learns the alphabetical order of the characters through vision, and learns the pronunciation of the characters through hearing.

1-perspective view of a keyboard separated state in the present invention.

2 is a block diagram of the present invention.

3 is a flow chart for explaining the operation of the present invention.

Fig. 4 is a diagram of a table showing characters described in the character keyboard of the present invention.

* Explanation of symbols for main parts of the drawings

1: Character stroke learning device 1a: Main body

1b: groove 10: input device

11: Keyboard 11a: Input Key

12: connector 20: central processing unit

21: CPU 22: Coprocessor

30: output device 31: display unit

31a: light emitting diode 32: speaker

40: power supply

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the appearance of the present invention. The present invention is a main body 1a in which a central processing unit 20 including a CPU 21 and an additional processor 22 is built, and a connector (1) to the main body 1a. 12) an input device 10 consisting of a keyboard 11 made up of a plurality of input keys displayed by letters, and a display comprising a plurality of light emitting diodes 31a arranged horizontally and vertically on the main body 1a. It consists of the output device 30 which consists of the part 31 and the speaker 32.

The keyboard 11 may be formed in a state in which the Korean consonants or vowels as described in FIG. 4 are displayed one by one on the input key 11a, or numbers, an English alphabet, Japanese hiragana and katakana, or the like may be displayed. That is, in the case of Hangul, 8 vowels and 14 consonants are composed. In addition, a melody mode and a character mode selection switch may be formed on the keyboard, and a learning repeat switch and a progress switch may be formed for convenience of use.

Of course, Arabic or some other language may be displayed. The keyboard 11 is to be seated in the groove (1b) formed on the top of the main body (1a) is connected to the central processing unit (20) by the connector (12).

Therefore, the keyboard 11 uses different keyboards 11 according to the languages of the countries to be studied. If the keyboard 11 is changed, the characters written on the keyboard are also changed, and thus the keyboards that are different in the central processing unit 20 ( 11) It should be programmed in advance so that the corresponding character can be recognized.

The central processing unit 20 is built in the main body 1a, and is composed of a CPU 21 and an additional processor 22 to analyze the information input by the input device 10, and then output the corresponding output signal to the output device. Output through (30). Therefore, the CPU 21 sequentially displays the stroke order of the input characters, and has a program for controlling the operation of the overall apparatus. The additional processor 22 has a program for outputting the voice of the input characters. It is done.

A display unit 31 having a plurality of light emitting diodes 31a arranged horizontally and vertically is formed on an upper portion of the main body 1a on which the keyboard 11 is mounted. The light emitting diodes 31a may include a central processing unit ( Receives a text signal corresponding to the input key (11a) transmitted through the 20) and sequentially writes one by one while emitting light one by one, the voice corresponding to the above-described character (light emitting diodes) is also the center It is pronounced through the speaker 32 by the signal transmitted from the processing device 20.

As such, the display unit 31 of the present invention is most preferably using the above-described light emitting diode, but it is natural that other light emitting means such as an LCD or a light bulb may be used according to the use of the device.

3 is a flowchart illustrating the operation of the present invention, with reference to this will be described the learning method of the present invention.

First, by turning on the power supply unit 40 and applying power to the learning device 1 of the present invention, a standby state for key input is made, a step of selecting one of the melody mode and the text mode, and the learner's text mode. Is selected, the step of selecting any one of the input keys (11a) formed on the keyboard 11, the step of causing the input character signal to be sequentially lit by the display unit 31 in the order of stroke, It is configured to output the corresponding pronunciation as a voice through the speaker.

The learner blinks the light emitting diodes 31a in the state in which the letters corresponding to the above-described letters are emitted in the form of letters, that is, the input characters, before the sound is output through the speaker. It can also leave a strong visual impression on you to help you remember what you learned.

In addition, after the voice output of the written text is made, the light emitting diode in the lighted state is kept in the standby state until the text re-input command is issued, and when the learner presses the text re-entry key, the character returns to the text mode again. Learning is done.

If the learner selects the melody mode and presses the corresponding melody key in the key input standby state, an equalizer visually expressing the sound effect is output on the screen, and the previously input melody is output through the speaker. The melody mode is to induce interest to learners exhausted from learning or to improve the merchandise value of the present invention.

The lower portion of the keyboard 11 of the present invention may be configured to form a known writing tube so that learners can practice writing with a pen.

According to the present invention, when a learner inputs a character to be learned through an input device, the letters are sequentially displayed on the output device in the order of stroke, and the displayed letters are pronounced as a voice through a speaker, so that the learner first touches the letters alone. Since it becomes possible, the simple stroke order learning by hand using writing instruments as in the conventional and learners feel less bored, using the visual and hearing to check the order and pronunciation of the stroke order of the letters you want to learn, learning effect is also It is a very useful invention for parents who can't spend a lot of time in the education of young children because they can learn new texts by themselves, without the secondary learners.

Claims (3)

The central processing unit 20 preprogrammed to use different keyboards 11 according to the character to be stroked, to recognize the changed characters when the keyboard 11 is changed, and to pronounce them by voice. An input device 10 comprising a main body 1a having a built-in, a keyboard 11 connected to the main body 1a by a connector 12, and having a plurality of input keys on which characters are displayed, and the main body 1a. And a display unit (31) consisting of a plurality of light emitting diodes (31a) arranged horizontally and vertically, and an output device (30) consisting of a speaker (32). Creating a standby state for key input by applying power with the power supply unit 40 turned on, selecting one of a melody mode and a text mode, and forming the keyboard 11 when a learner selects a text mode. Selecting any one of the input keys 11a, causing the input text signal to be sequentially turned on by the display unit 31 in the order of stroke, and a pronunciation corresponding to the above-described text being spoken through the speaker Stroke order learning method of the character, characterized by consisting of the steps to be output. The method of claim 2, wherein when the learner selects a melody mode and presses a corresponding melody key in the key input standby state, an equalizer that visually expresses a sound effect is output on the screen, and the previously input melody is output through a speaker. Stroke order learning method of character characterized by baggage.