JPS5981676A - Kanji learning machine - 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 particularly to a kanji learning machine that searches for kanji compound words and their stroke order corresponding to input pronunciations.

This article relates to an electronic kanji learning machine that displays output.

[Prior art]

In a conventional kanji learning machine of this type, the stroke order is output and displayed by sequentially outputting and displaying the stroke order of all kanji in a searched kanji compound word, starting from the first kanji.

According to this method, for example, if the searched kanji phrase is ``Zettai Zetsumei'' and the operator only wants to know the stroke order of the last kanji ``Life,'' Absolutely
The operator has to wait until the display of the stroke order is finished, which wastes an hour. Even more so, if the operator wants to learn the stroke order of "life" repeatedly, the waste of one hour becomes extremely large. Furthermore, even if you want to know the stroke order of all the kanji for ``Zettai Zetsumei'' once, the m order of the kanji for ``Zetsu'' will be displayed twice, so displaying it once is a waste.

As described above, conventional kanji learning machines sometimes waste a lot of time in learning stroke order, and have the disadvantage that they cannot learn stroke order efficiently.

〔the purpose〕

An object of the present invention is to eliminate the above-mentioned drawbacks and provide a kanji learning machine that can efficiently learn the stroke order of kanji in kanji compound words.

In order to achieve this purpose, 1. In the kanji learning method according to the present invention, there is provided a means for specifying the kanji whose stroke order is to be outputted from among the searched kanji compound words, and a means for specifying the kanji whose stroke order is to be outputted by the specifying means. We adopted a configuration that includes a means to re-output the stroke order. Hereinafter, the present invention will be described in detail based on embodiments shown in the drawings.

〔Example〕

FIG. 1 shows the overall configuration of an embodiment of the present invention. A CPU designated by reference numeral 1 is a central processing unit and performs overall control operations. The CPUI consists of a 1-chip LSI, and has a lead-on 9 memory (rLOM) that stores control programs.
Random access memory (l) for loading and unloading processing data
(AM) - Consists of a control section, etc. that performs control.

Further, the CPUI is provided with a counter for counting the number of inputs of a designated input key, which will be described later.

Connected to the CPU are a group of input keys K to 4 for inputting pronunciation data and commands for control operations, and a fixed storage device 2 that stores data necessary for searching and outputting. Further, a display device 4 is connected to the CPUI via a display driver 3 that converts the output signal of CI)Ul into a drive signal for the display device 4.

The display device 4 displays arrow marks and the like to designate kanji that display the pronunciation, kanji idioms, stroke order, and categorization of kanji.

Among the input key groups 1 to 4, the kana key group K] is a key for inputting the pronunciations of Chinese and Chinese compound words, and is made up of kana keys corresponding to the 50 syllables. The kanji key 2 is a command-type key that causes the CPU to perform control operations to search and display kanji phrases that correspond to the input pronunciation.
It is. 3 is the input key for specifying whether the stroke order of the kanji of the displayed kanji compound words should be displayed.
It is. -Order key 4 is a command type key for displaying the stroke order of the kanji character designated by inputting the designation keys 1 to 3.

On the other hand, in the fixed storage device 2, data such as pronunciations of Kanji compound words, display patterns of Kanji compound words corresponding to the pronunciations, and stroke order of the Kanji characters are stored in the alphabetical order of the pronunciations corresponding to each address. In this embodiment, the fixed storage device 2 includes:
It is assumed that data of 1945 commonly used kanji characters and two-hand kanji idioms based on their combinations are stored.

The CPU operates according to a control program using a well-known LtOM method, and performs control operations by various signal processing based on input signals 1 to 4 to a group of input keys. During the search/display operation, the search operation is performed based on the data stored in the fixed storage device 2, and a signal is output to the 5-display driver 4. The display driver 4 converts the CPUI output signal into a signal that drives the display 3 and sends it to the display 3.
Kanji phrases, stroke order, etc. can be displayed.

Next, the operation of this embodiment with the above configuration is shown in FIG. 2 (A
) and (B). Figure 2 (A).

(B) is a flow chart diagram showing the flow of control operations of the CPUI.

Here, the pronunciation kana "Dokushiyo" is input into the CPU using the key of the kana great sword 1 group K] in advance, and then the pronunciation kana "Dokushiyo" is entered into the CPUI from the data of the fixed storage device 2 using the key 2 of the kanji key. ” Kanji idioms that correspond to “
It is assumed that a search is made for "Reading", a signal is output to the 1 display driver 4, and "Reading←1" is displayed on the display 3.

Since the operations during this time are well known, their explanation will be omitted, and the subsequent operation of specifying the kanji character whose stroke order is to be displayed will be explained with reference to FIG. 2(A), and the stroke order display operation will be further explained with reference to FIG. 2(B).

At this initial point, the display 3 displays "Yomi←Kon", and the arrow "←" in the display indicates that the first kanji "Yomi" is designated for stroke order display. .

When 3 is pressed and input to the designated key (Fig. 2, (A) middle step Sl), the CPU displays the kanji compound word "reading ← writing" and then inputs rlJ to the counter that counts the key power of 3 to the designated key. (Step S2). In this case, since it is the first time that the designated key is manually pressed for 3, the count value obtained by adding "1" is "1".

Next, the CPUI determines whether the count value is an odd number (step 83). In this case, the count value is "J", which is an odd number, and if it is determined as YE or S, the kanji to be displayed in stroke order is 2.
It is set to the th kanji "sho" (step 84). This setting is performed, for example, by setting a flip-flop.

Next, the display arrow indicating the kanji to be displayed in stroke order is directed to the second kanji (step 85), that is, the CPU sends a signal to the display driver 4 to change the display on the display 3 to "Yomi →
"Book".

Next, a routine for waiting for key human power is entered. If 3 is input to the designated key again in this key human power waiting routine, the process returns to step 81 and performs the same operation as before. However, the count value becomes "2" in step s2. Therefore, the count value is an even number, so NO is selected in step S3.
becomes. In this case, the CPUI sets the kanji to be displayed in order of rank to the first kanji "yomi" (step S6). Furthermore, the above-mentioned arrow is directed to the first kanji (step 87).

The display on the Sunaichi display 3 reads "Yomi←Homare", and then the key human power waiting routine is entered. Above, steps S1 to 8
7 specifies the kanji to be displayed in stroke order.

If 4 is input to the stroke order key in the key human power waiting routine, the CPUI proceeds to the stroke order display control operation shown in FIG. 2(B).

When 4 is input to the stroke order key (step 8), 1
Determine whether the th kanji is set to display stroke order (
Step 9).

If the first kanji "yomi" is set and the determination is YES, a signal is output to the display driver 4 based on the stroke order take in the fixed storage device 2, and the first kanji "yomi" is displayed on the display 3.
The stroke order of "Yomi" is displayed (step 5ho). When the stroke order display is completed, the kanji compound words and arrows are displayed on the display 3 in the same state as in the key manual waiting routine, that is, "yomi←honor" (step 512). Next, a routine for waiting for key human power is entered.

If the second kanji character "1" has been set at step S9 and it is determined as N'0, the stroke order of the second kanji character "sho" is displayed on the display 3 (step 511). When the stroke order display is completed, the process proceeds to step 812 described above, and the kanji compound words and arrows are displayed. In this case, the display will be "Reading book". Next, a routine for waiting for key human power is entered.

When 3 is input to the designated key during this key human power waiting routine, the CPU performs the operations from steps S1 to 87, and the setting of the kanji to be displayed in stroke order is changed. Next, by inputting 4 to the stroke order key, the stroke order of that kanji is displayed in steps S8 to 812.

Also, if 4 is input again to the stroke order key during this key human power waiting routine, the CPU returns to step 81 from step S8.
By repeating the steps in step 2, the stroke order of the same kanji will be displayed again. That is, by successively inputting 4 to the stroke order key.

The stroke order of the same kanji is displayed repeatedly.

In addition, when this key is waiting for human power routine, 1 is assigned to the specified key.
If an input key other than 4 is entered into the stroke order key, for example, 1 is entered into a group of kana keys, the CPU proceeds to a control operation routine corresponding to the input key.

According to the operation described above, the kanji to be displayed in stroke order is arbitrarily designated by inputting 3 to the designation key.

The stroke order display of the kanji can be displayed an arbitrary number of times by inputting 4 to the stroke order key.

In the embodiments described above, in order to simplify the explanation, the target kanji compound words are explained as two-character ones, but of course the present invention is not limited to this, and the present invention can also be applied to kanji compound words with three or more letters. be able to.

In that case, in the control operation of the CPUI,
), and the determination operation in step S9 of FIG. 2(B) and the subsequent response operation may be expanded to three or more types.

〔effect〕

As is clear from the above description, the kanji learning machine according to the present invention includes a means for specifying a kanji whose stroke order is to be outputted among searched kanji compound words, and a kanji whose stroke order is outputted for which the kanji is specified by the specifying means. The operator can specify any kanji from among the kanji phrases to be output and have that stroke order output an arbitrary number of times, thereby eliminating wasted time. It is possible to learn stroke order efficiently and reliably.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the overall configuration of an embodiment of the present invention;
FIGS. 2A and 2B are flowcharts for explaining the control operations of the CPU in FIG. 1, showing the flow of the control operations for specifying Chinese characters to be displayed in stroke order and the control operations for displaying stroke order, respectively. I...CPU z...Fixed storage device 3
...Display device 4...Display driver 1.
・・Kana key group K2・Kanji key 3・Specified key K4・stroke order key” (B)

Claims (2)

[Claims] (1) The kanji learning machine 16 searches for the kanji compound words and their stroke order corresponding to the input pronunciation from the information stored in the storage means, and outputs them to the output means. A kanji learning machine characterized by providing a means for specifying a kanji whose stroke order is to be outputted among idioms. (2) The kanji learning machine according to claim 1, further comprising means for re-outputting the stroke order of the kanji specified by the specifying means.