JPS5952281A - Graphic japanese character learning apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Technical Field The present invention relates to a kanji learning machine, and more particularly to an electronic kanji learning machine that improves the format of kanji reading questions.

Conventional technology Traditionally, electronic kanji learning machines have been used to display kanji without okigana or kanji with okigana to test on reading or kun toku, and to display idioms consisting of two kanji characters to test how to read idioms. There have been proposals for methods that can do this.

However, with conventional kanji learning machines of this type, only one kanji character is read on-reading or kun-yomi, and compound words of two kanji characters are displayed one word per screen, so it is not valuable as a reading test for individual kanji. However, for beginners in learning kanji, it is difficult to learn how these kanji are used in conversations and writing.

Purpose The present invention was made in view of the above circumstances, and it is an object of the present invention to provide a kanji learning machine configured to allow learning how to read kanji and compound words as well as how to use them.

In order to achieve the object of item 1, the present invention provides a question setting means for outputting a word problem containing a mixture of kanji and kana, an answering means for inputting the reading of the kanji in the question output by the question setting means, and A structure is adopted that includes a correctness/incorrect judgment means for judging whether the reading inputted by the answering means is correct or incorrect.

The present invention will be described in detail below using two embodiments shown in the drawings.

Embodiment FIG. 1 is a block diagram of a control circuit explaining an embodiment of the present invention.
Press this key to output the problem.

K2 is the answer key, which has 50 syllabary keys for inputting the reading of the kanji given on the question.

K3 is an instruction key, which is used to instruct the division of answers when there are multiple kanji in the question. By pressing 3 on this instruction key after inputting the reading of one kanji, the reading of the next kanji can be input successively.

(3) The symbol 4 is a judgment key. After inputting an answer by pressing 2 on the answer key and 3 on the instruction key, press this key to determine whether the input answer is correct or incorrect. be able to.

When each of these keys is pressed, the corresponding binary code is generated, and the central processing unit CP
It is input to U.

The CPU uses a well-known ROM (read-only memory) method (based on the data input from the key by the user and the data input from the user).
The character information stored in the fixed storage device M, and this (
2. The corresponding kanji pattern is called from the fixed storage device M2, various signal processing is performed, the display signal (- is converted and inputted to the display drive circuit DR, and the display drive signal is applied to the display device DISf2. Display marks, etc.

Note that the CPU has a control section C0N in a one-chip LSI.
TR0MM3. RAM (random access memory) M4
etc., and input data (two known ROMs) are built-in.
method (-thus controlling the entire system.

On the other hand, as shown in FIG.
) Address part M11. It has storage units M1□ to M14.

M, 2 is a reading storage unit which stores readings of short sentences and delimiters for separating the kanji part and kana part c'' of the readings.

M, 3 is a kanji number storage unit, which stores the number of kanji characters that are expressed in printed characters among the readings expressed by the kanji characters.

For example, in this example ≦-, the kanji expression is 2 in a short sentence.
The setting (because it is yushi), if the number of kanji is "21", the first kanji representation is 2 kanji, and the remaining kanji representation is 1 kanji (-).

MH4 is a kanji code storage unit that stores kanji corresponding to the reading C yu as a 4-digit code for each kanji. In this example, a short sentence made using 1945 commonly used kanji is written at the address “00
01'' to r1024J are recorded.

Next, the operation of the kanji learning machine according to the present invention configured as described above will be explained.

FIG. 3 is a flowchart explaining the control operation up to asking a question. First, when 1 is pressed on the question asking key in step IAi, in step 1B, IQ 001j~ of the address section M1 of the fixed storage device M is r1024
Generate a random number within the range of J.

Next, proceed to step ICCl, where the address ro001J is searched for the same address as the generated random number.
Start from address, ro 00 in step ID
It is determined whether the same address as 1J has been retrieved.

And if it is determined that they are the same (- means step 1E)
Proceed to reading method storage section M12. Kanji number storage section M□8. Recall each data in the kanji code storage section M14.

Then, the process proceeds to step 1F, where the pronunciation in the kanji expression part of the pronunciation storage unit M12 is determined to be the correct answer, and is stored in the RAM M4in, and in step IG, the question is displayed on the display device DIS in kanji and kana mixture, and the question is completed.

On the other hand, if the address searched in step IDl- is not the same as the random number, proceed to step 2Ai- and enter the address +
1 and returns to step 1D to repeat the operation of determining whether the random number is the same as the generated random number.

This question method (there are two, for example, the generated random numbers are IQ
In the case where OOlj (two and more), the details are as follows.

First, as shown in Figure 2 (: reading memory section M, 2 "[
[Aka] [Yasu]” (from -, [Aka] enclosed in []
It turns out that ``Hana'' is a kanji, and the number of kanji for both is ``
It turns out that it is "1 character".

Here, the kanji code storage part M, the kanji code r at the beginning of 4
looIJ corresponds to the reading "aka" and has kanji code r1
254J corresponds to "Hana", and this kanji code (
2. The corresponding kanji pattern is called up from the fixed storage device M2, and the question is displayed along with the reading ``i'' which cannot be expressed in kanji (2. ``Red flower'').

Next (2) The method of inputting answers and determining whether the answers are correct or incorrect will be explained based on the flowchart shown in FIG.

First, the question displayed in step 3A is “
Look at "Red Flower" and press 2 on the answer key, step 3B
The same display is displayed as the key input in step 3C, and when the key input in step 3C is memorized (7), the system waits for the next key input.

If a key is pressed here, it is determined in step 3D whether or not the pressed key is 3 as a delimiter key.

If it is determined that it is a delimiter key, the process proceeds to step 3E, where preparations are made to input the answer for the next kanji, and the process waits for the next key to be pressed.

When the next key is pressed, the process proceeds to step 4A, where it is determined whether or not the pressed key is the correct/incorrect determination key 4.

If it is determined in step 3D+- that the delimiter key is not 3 (y), the process also proceeds to step 4A.

In step 4A, it is determined whether or not the pressed key is the correct/incorrect judgment key 4, and if it is judged to be the correct/incorrect judgment key K4 (-, the process goes to step 4B and the answer is 2.
It is determined whether or not the first answer has been input, and if it is determined that it has been input (step 4C (advance by two), determine whether the first answer is correct, and if it is correct, step 4D (advance by -)
In the same way, determine whether the second answer is correct, and if it is correct (-, proceed to step 4Ei-, and mark the correct answer, for example, "
○” is displayed on the display (8) DIS C2, indicating that the input answer is correct.

This first. The determination of whether the second answer is correct or incorrect is performed by comparing the correct answer stored in step IF with the input data stored in step 3C.

If it is determined in step 4Ai that 4 is not pressed on the determination key, the process returns to step 3B.

On the other hand, if the first answer is incorrect in step 4C, the process proceeds to step 5Ai, where it is stored that the first answer is incorrect, and preparations are made to display the correct answer.

Then, the process proceeds to step 4D1, where it is determined whether the second answer is correct or not. If it is determined that the answer is incorrect here as well, the process proceeds to step 5B, where it is memorized that the second answer was incorrect. C2 Prepare to display the correct answer. Then, in step 4E (Advance 2, display the first correct answer and the second correct answer together with an incorrect answer mark "x" on the display device DIS, indicating that both answers are incorrect (2. How to read the correct answer Show what it is.

In addition, if only one of the answers is incorrect, please mark C with an incorrect answer mark "x" (Yu "x1" or "x2" to indicate which one was wrong (-). Inform users.

On the other hand, after inputting one character of the answer, if a key is pressed while waiting for the next key's human power, and it is determined in step 3D that it is not a separator key, the second character has been input in kana, or the judgment key has been pressed. In this case, it is first determined in step 4Ai- whether or not the determination key has been pressed, and if it is determined that the determination key has been pressed, step C2 is executed in step 4Ai-.
B+-Go forward.

Normally, the flow is during input of the first answer, and in step 4A it is determined that it is not a judgment key, and in step 3B+- return, since it is a kana input after the second character, the input display is performed in step 3B, and in step 3C (- Go forward and wait for the next key to be pressed manually, whether it's a continuation, the separator key is 3, or the judgment key is 4.

By the way, if 4 is pressed on the judgment key before one or two answers have been input in step 4B,
The process proceeds to step 6A, where it is determined whether the first answer is correct, and if it is correct, the process proceeds to step 6B. Since the second answer has not been input and is incorrect, preparations are made to display the correct answer, and step Proceed to step 4E, where the correct answer is displayed along with an incorrect answer mark of "x2".

Also, if the first answer is incorrect in step 6A (Yu proceeds to step 7A, it is determined whether or not the second answer is correct, and if it is correct, proceeds to step 7B and the first answer is Since the incorrect answer has been entered, preparations are made to display the correct answer, and step 4E (the correct answer is displayed together with an incorrect answer mark of binary "Kari").

Also, the answer entered in step 7A is the same as the second answer (
- If the answer is incorrect, proceed to step 8AT. In this case, C2 is the first answer because the input answer is different from the first and second answers. Preparations are made to display the correct answer for the second answer, and the process proceeds to step 4E, where the correct answers for "x month" and "x2" are displayed (line (11)).

This embodiment is configured as follows, so if you input only one answer and press the judgment key, the input answer will be automatically judged even if you do not know the first answer or the second answer. This is extremely useful when you are a beginner and only know the answer to one side, enter the answer, and press the judgment key (if either one is correct, the correct answer will be displayed). be.

In addition, in this way (2) In addition to the conventional reading tests of on-doku, kun-doku, or idioms (2), it is now possible to ask questions in a short sentence format, and it is possible to test questions in the form of short sentences, such as ``Red Flower'' (-) You can learn how to read example sentences such as ``measuring distance'' and ``measuring time'' (-, you can learn how to read both idioms and onkun at the same time, and even learn how to use homonyms, You can obtain a kanji learning machine with excellent learning effects.

Effect (12) A structure comprising a stage, an answering means for inputting the reading of the kanji for the question outputted by the question-giving means C2, and a correctness determining means for determining whether the reading inputted by the answering means (2) is correct or incorrect. This makes it possible to provide a kanji learning machine that can not only learn how to read kanji aloud, kundoku, and idioms, but also how to use kanji.

[Brief explanation of drawings]

The figures are for explaining one embodiment of the present invention, and FIG. 1 is a block diagram of a control circuit, FIG. 2 is an explanatory diagram showing the contents of a fixed storage section, and FIG. 3 is a flowchart diagram explaining a method of asking questions.
FIG. 4 is a flowchart illustrating the correct/incorrect determination method. CPU... Central processing unit DIS... 1 on the display
...Question key K2...Answer key 3...
・Instruction key K4...Judgment key M, , M
2...Fixed storage device

Claims (1)

[Scope of Claims] A kanji learning machine characterized by comprising an answering means for inputting the reading of the kanji in question, and a correctness determining means for determining whether the reading inputted by the answering means is correct or incorrect. (2) The kanji learning machine according to claim 1, wherein the question asking means is configured to be able to ask a plurality of kanji. (3) The kanji learning machine according to claim 1 or 2, wherein the correct/incorrect determining means is configured to be able to determine even a part of input answers.