JPH0673055B2 - Kanji learning device - Google Patents

Description

The present invention relates to an advanced kanji learning device with improved learning effect.

Kanji has several meanings, and there are several readings for each onomatopoeia and kunyomi.

Also, the meaning and reading of a compound word containing the kanji, the meaning of another kanji with the same reading, or the radicals that make up the kanji
Focusing on the kanji constituents such as polarization, kanji, and crown, the meaning of each kanji constituent, the origin as a hieroglyph, other kanji including the same kanji constituent, and other various There is related information.

Therefore, when learning Kanji, by learning by associating these various types of related information organically, the interest and motivation for learning can be increased and the learning effect can be dramatically improved.

[Conventional technology]

As a conventional kanji learning device, a device that displays "on reading" or "kun reading" for a selected kanji, a device that identifies kanji constituents of the displayed kanji by color coding, etc.
There was one that enumerates idioms containing certain kanji.

[Problems to be solved by the invention]

In the above configuration, for example, enumerate Kanji that have the same Kanji component, enumerate Kanji that correspond to the same "Onyomi" or "Kunyomi", or indicate a compound word that contains a certain Chinese character and include it in the compound word. There is a problem in that it is not possible to organically associate and learn the above-mentioned various related information about kanji, such as displaying information about other kanji that is displayed.

[Means for solving problems]

The kanji learning device according to the present invention is edited in advance for each of a plurality of types of learning modes including an initial mode for a given kanji, and selects other learning modes corresponding to the mode together with information on the kanji to be learned for each mode. A data storage unit for storing learning data including enabling learning mode display data, a selection data storage unit for temporarily storing learning data corresponding to the selected learning mode from the data storage unit, and Display means for displaying learning data corresponding to the initial mode or other selected learning data stored in the selected data storage unit and simultaneously displaying one or more learning modes to be selected next; By providing a selecting means for freely selecting another learning mode by designating an arbitrary learning mode in the learning data, It is those aimed at the solution.

That is, the kanji learning mode is diversified to have a structure in which kanji can be learned organically, the contents of each kanji learning mode are enriched and stored in the data storage unit, and the display surface is set to a large screen to show the learning contents. At the same time, the learning mode to be selected next is displayed and selected at the same time, so that various related information can be organically associated and learned.

[Action]

That is, all learning data edited in advance for each of a plurality of learning modes including the initial mode is stored in the data storage unit, and an arbitrary learning item is designated via the learning data displayed on the display unit to perform desired learning. By freely selecting the day, various related information regarding kanji can be organically associated and learned.

〔Example〕

The gist of the present invention will be specifically described below with reference to the embodiment shown in FIG.

FIG. 1 (a) is a block diagram of an embodiment of the present invention, in which 1 is an initial mode, in addition to display data of a predetermined kanji pattern for each learning class (for example, grade), the kanji for various learning modes. , The kanji consisting of the kanji, the kanji constituents of the kanji, and the readings of the kanji and kanji,
The data storage unit is composed of four types of data units, each of which stores the following learning data.

i) Kanji data part Display data in stroke order of kanji, strokes for each kanji component, address from each kanji component to the component data part described below, explanation of kanji meaning from each kanji component, meaning of kanji From the same meaning, the address to the postscript data and the address from the kanji reading to the postscript reading data part are stored.

ii) Jukugo data part Kanji word composition kanji or address to the kanji data part, address from kanji reading to postscript reading data part, meaning of jukugo,
And idiom composition Memorize the idiom from the kanji.

iii) Component data part Display data in the stroke order for each kanji component, name, meaning, meaning as a hieroglyphic pattern, display data of hieroglyphic pattern,
And an address from the Kanji component to the Kanji data section is stored.

iv) Yomi data part The voice data used to convert the yomi to mnemonic, the address from yomi to the idiom data part, and the yomi word address to the kanji data part are stored.

2 is a selected data storage unit for temporarily storing the display data of the pattern for each Chinese character or the learning data corresponding to the selected learning mode from the data storage unit 1, and 31 and 32 are the patterns for each Chinese character or other learning data. The display means 3 for displaying the data corresponding to the learning mode instructed by
Reference numeral 1 is a screen configuration unit and 32 is a display unit.

Further, 4 is a voice synthesizing unit, 51, 52 and 53 constitute selection means 5 for selecting a learning mode from the displayed learning data, 51 is a tablet type coordinate pointing device, and 52 is a coordinate pointing device.
A coordinate detection device that detects the coordinates on the display surface of the display unit 32 designated by 51, and 53 is an instruction content determination unit that determines the instruction content in the display data from the coordinates detected by the coordinate detection device.

With the above configuration, first of all, the data storage unit 1
The display data of the pattern for each kanji for each learning class used in the initial mode is stored in the selected data storage unit 2.

The data stored in the selected data storage unit 2 is the screen configuration unit 31.
All the learning target kanji are displayed on the display unit 32.

The learner selects from among the kanji displayed on the display surface of the display unit 32,
The coordinate designating device 51 designates a desired kanji. At this time, the coordinate detection circuit 52 detects the designated coordinate position, the detected coordinate position is sent to the instruction content determination unit 53, and the instruction content determination unit 53 is based on the information of the image memory configuration unit 31. ，
The designated data in the selected data storage unit 2 is obtained, and the transfer instruction of the address of the Kanji data is selected.
Send to.

The selection data storage unit 2 sends the address of the corresponding Kanji data to the data storage unit 1, and the data storage unit 1 sends the corresponding Kanji data to the selection data storage unit 2. The data stored in the selected data storage unit 2 is converted into display screen information by the surface composing unit 31 in accordance with a predetermined Kanji mode screen format and displayed on the display unit 32.

As a result, in the initial mode, for example, if the kanji "Hatsu" is designated from the kanji displayed on the display unit 32, the learning data shown in FIG. 1 (b) is displayed for this kanji. .

The learning data illustrated in Fig. 1 (b) shows that for radicals, the 1st to 5th strokes are uneven, and the 6th to 7th strokes are sword, Then, the explanation of the meaning of “first” that comes from these radicals, on-reading and kun-reading, the meaning and the idiom related to each meaning, and the guidance message as shown in the figure are displayed.

Therefore, the learner can select the learning mode to be selected next from among. When the learner instructs the radical of the sword in accordance with the guidance message of, the learning data regarding the radical is displayed as shown in FIG. Then, the learning data regarding the idiom as illustrated in FIG. 1 (d) is displayed, and when the instruction reading “Hatsu” is given in response to the guidance message of, the learning regarding reading as illustrated in FIG. 1 (e) is performed. When the data is displayed and the instruction reading "first time" is instructed in response to the guide message, the voice data included in the read data portion is reproduced by the voice synthesizer 5.

Similarly, as shown by the arrow in FIG. 1 (f), the desired learning mode can be freely selected from the displayed learning data among the idiom data, the kanji data, the constituent data, and the reading data. Various related information about kanji can be organically associated and learned.

〔The invention's effect〕

As described above, advanced kanji learning that allows learning by freely selecting another learning mode by instructing an arbitrary learning mode in the displayed learning data and organically associating various related information with the imo style The device can increase the interest and motivation of the learner and dramatically improve the learning effect.

It is especially effective for elementary and junior high and high school students and foreigners who are interested in Japanese. Speech output will be useful for pronunciation training for foreigners.

[Brief description of drawings]

FIG. 1 (a) is a block diagram showing the configuration of an embodiment of the present invention, and FIGS. 1 (b), (c), (d), (e) and (f) are explanatory views of the same embodiment. . In the figure, 1 is a data storage unit, 2 is a selected data storage unit, 31 is a screen configuration unit, 32 is a display unit, 4 is a voice synthesizing unit, 51 is a coordinate pointing device, 52 is a coordinate detection circuit, and 53 is an instruction content judgment. It is a department.

 ─────────────────────────────────────────────────── ─── Continuation of the front page (56) Reference JP-A-58-123572 (JP, A) JP-A-57-153376 (JP, A) JP-A-57-53777 (JP, A) JP-A-58- 35580 (JP, A) JP-A-60-147781 (JP, A)

Claims (1)

[Claims] 1. Learning which is edited in advance for each of a plurality of learning modes including an initial mode with respect to a predetermined kanji, and which allows selection of another learning mode corresponding to the mode together with information on the kanji to be learned for each mode. A data storage unit that stores learning data including mode display data, a selection data storage unit that retrieves learning data corresponding to the selected learning mode from the data storage unit, and temporarily stores the learning data, and the selection data storage unit Display means for displaying learning data corresponding to the initial mode or other selected learning data stored in, and simultaneously displaying one or more learning modes to be selected next; A kanji learning device, comprising: a selecting means for freely selecting another learning mode by instructing an arbitrary learning mode.