JPH068609Y2 - Electronic kanji dictionary - Google Patents

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to an electronic kanji dictionary that can improve the learning effect of the user as a dictionary.

[Conventional technology]

Conventionally, in an electronic kanji dictionary that searches for and displays kanji by inputting the reading, when the kanji is displayed, the reading is not displayed at the same time due to its display size. Moreover, even if it is displayed, it is not possible to display the reading corresponding to the kanji originally required for the kanji dictionary along with each kanji.

[Problems to be solved by the device]

The present invention is to improve the learning effect of the user as a dictionary by displaying each kanji with the reading of the kanji when displaying a compound word composed of a plurality of kanji.

Contrary to the above, it is an idiom composed of multiple kanji but is indivisible for reading (eg today ... today)
This is to express it without contradiction by explicitly stating that the reading cannot be divided even though it is a multi-word Chinese character without being divided.

〔Example〕

FIG. 1 is an external perspective view showing the constitution of a main body device and an application card of the present invention. Reference numeral 1 is a main body device and 2 is an application card. The main body 1 has a display device 3, a data input key (alphabet key) 5 and a transparent touch key 4, and a central processing unit (not shown) for controlling these i / o is included in the main body 1. . Two
Is an application card which internally includes a ROM containing a program for controlling the operation of the processing device of the main body 1 and a RAM (not shown) for storing data. Reference numeral 6 denotes a key symbol printed surface on which a key symbol that is mounted on the main body and on which the input function of the transparent touch key can be seen through the transparent touch key 4 is printed. A connector 7 is electrically connected to the main body device 1.
By mounting the application card 2 on the main body device 1, the main body device operates according to the program in the application card. At this time, a plurality of types of application cards are prepared as application cards, and various application cards are executed by mounting the respective cards in the main body device.

FIG. 2 is a system block diagram of the entire apparatus. Reference numeral 8 denotes a main body device corresponding to the main body device 1 shown in FIG.
U). A display device 10 is a liquid crystal display (LCD). 11 is an LCD for driving the LCD 10.
I'm a driver. Reference numeral 12 is a key corresponding to the data input key 5 in FIG. 1, and 13 is a transparent touch key 4 in FIG.
It is a transparent touch key equivalent to. An i / o port 14 controls these keys. 15 is C of the main body
This is a ROM that contains a program for controlling the operation of the PU 9, and this program mainly contains a control program for the i / o device of the main body. This control program is used as a subroutine in the application program. Reference numeral 16 is an RA for storing data such as temporary storage used in the above program
It is M. 17 is a real time clock (RTC) year. Month. Day. Time. Minutes are automatically counted, and the CPU 9 can read and write this value. Reference numeral 18 is a connector into which the application card 20 is inserted and mounted.
A power source 19 drives the entire system. Reference numeral 20 is an application card corresponding to 2 in FIG. 1, and reference numeral 21 is a ROM in which an application program that defines the processing operation of the CPU when the card is mounted in the main body and reading data and kanji data are built in. 22 is the ROM 2
Reference numeral 1 is a RAM for storing data of an application controlled by 1, and reference numeral 23 is a battery for backing up the data of the RAM 22 when the card is detached from the main body. Reference numeral 24 is a connector corresponding to 7 in FIG. 1 for connecting the card to the main body.

Characters are input by the data input key 5. In this embodiment, since the input method is in Roman letters, it is once converted into katakana. For example, if KAISHA is keyed in, "Kaisha" is internally processed and stored in the RAM 16. At this time, by the input operation of the kana-kanji conversion key on the transparent touch key 4, the CPU 9 reads out the kanji "Kaisha" and retrieves the data in the ROM 21. As shown in FIG. 3, the data in the ROM 21 stores kanji data corresponding to the kana, and the CPU 9 searches for the reading "kaisha" while sequentially checking the matches, and the kanji "company" attached to it. Code string [for example, as a JIS code, (24, 2B, 24, 24, 24, 37, 24, 6
3/32, 71, 3C, 52). This data is temporarily stored in the RAM 16, and the read character number data (02, 02, φφ) is extracted following the kanji code string “company”. In this reading data, the kanji "kai" is two characters "kai" and the kanji "company" is "sha".
Is a number indicating that it is two characters. Therefore CP
U9 is ROM21 based on the JIS code "company"
The dot code stored in is extracted, the LCD driver 11 is driven to cause the LCD 10 to display, and the reading data “Kaisha” temporarily stored in the RAM 16 at the time of data processing at the time of key input is changed according to the reading character number data. Divide into "Kai" and "Sha". Next, the divided reading data is added to the kanji and displayed in the form of ruby as shown in FIG. In this way, it is possible to clearly recognize that the word "kai" is read as "kai" and the word "company" is read as "sha."

Next, as described above, there is a word that cannot be divided and displayed as "kai" and "sha" like the word "company". For example, there is a kanji called “today” that reads “kyo”. For reading "kyo", the data is R as shown in Fig. 5.
It is stored in the OM21. According to this, the data F is stored following the number of read characters (03,00). F
The kanji marked with means that the reading is continuous and cannot be divided, and the CPU 9 causes the LCD 10 to continuously display the reading data. FIG. 6 is an example of the display, and the * mark in the upper right corner indicates that the reading of this Chinese character is indivisible.

FIG. 7 is a diagram corresponding to the claims of the present invention, which explains the present invention in detail.

25 is an input device for inputting characters and commands, 26 is an input buffer for temporarily storing kana characters, 28 is an AND circuit,
29 is an address counter device, 30 is a data storage device in which a plurality of JIS codes of kana characters and kanji, the number of kana characters, and flags for special characters are stored as a set, and 31 is a set stored in the data storage device 30. , A temporary storage device capable of storing data, 27 is a shift register for shifting data, 32 is a storage device in which dot patterns of Chinese characters are stored, 33 is a first display unit for displaying Chinese characters and the like on a display device. 34, a second display unit 35 for displaying the Chinese characters of ruby in katakana, and a third display unit 36 for indicating that ruby cannot be divided. A storage device 37 stores the start address of each character in the order of fifty words.

Here, each means other than the input device 25, the data storage device 6 and the display device 9 constitutes a search device for searching the corresponding kanji from the data storage device.

Now, when "Kaisha" is input in katakana from the input device 25, "Kaisha" is stored in the input buffer 26 in left-justified order. Next, when a conversion command is input from the input device 25, the same contents as those stored in the input buffer 26 are stored in the shift register 27. Next, the input buffer 26
The leftmost character “force” is input to the storage device 37. The storage device 37 stores the index of the storage device 30 and sends the address XXXXX address of the character starting with "force" to the address counter 29 for storage. The address counter 29 counts up from the XXX address and outputs the katakana data stored in the data 30a of the storage device 30 to the first output unit A. The data output in this order and the data in the input buffer 26 are judged by the AND circuit 28. If they are the same, the address counter device 29 is stopped and all the corresponding one set of data is stored in the temporary storage device 31. All of these data are katakana stored in 30a, in this case, the JIS code of the kanji of "company" stored in "kaisha" 30b, and the ruby number corresponding to each kanji stored in 30c. In this case, 2, 2 (2 letters for the meeting, 2 for the company)
letter). 30d is a flag for judging whether or not ruby is divided.
The JIS code stored in 30b is sent from the temporary storage device 31 to the storage device 32. The storage device 32 sends the dot pattern corresponding to the sent JIS code to the display device 33 and displays it on the first display unit 31. At the same time, the shift register 27 from the temporary storage device 31
The data stored in 30c is sent to. First, in this case, the first 2 is sent, so that the shift register 27
Two characters are shifted and the character "Kai" is sent to the display device 33 and displayed on the second display unit 35. Then, 2 is again input from the temporary storage device 31 to the shift register 27, "sha" is sent to the display device 33, and is displayed above the "company". The data 30d stored in the temporary storage device 31 indicates whether or not ruby can crack. At this time, φφ is stored because it can be broken. If you can't split "Today" etc.,
Since φF is stored, the specific symbol * is displayed on the third display unit 36, and at the same time, the contents of the shift register 27 are displayed on the second display unit 35 left-aligned (see FIG. 6). .

[Effect of device]

The electronic kanji dictionary of the present invention, when searching and displaying the kanji corresponding to the input reading, displays the reading in association with each kanji, so the learning effect of kanji is improved. Also, when the reading of the kanji is indivisible, a specific mark is displayed near the kanji and the reading, so it is possible to see at a glance whether or not the kanji reading has been divided, and a further learning effect is expected. it can.

[Brief description of drawings]

FIG. 1 is an external perspective view showing an embodiment of the present invention, FIG. 2 is a system block diagram, and FIG. 3 is a data storage device (RO).
FIG. 4 is a diagram showing a first display example, FIG. 5 is a diagram showing a data configuration example of the kanji “today”, and FIG. 6 is a second display example. FIG. 7 and FIG. 7 are diagrams corresponding to claims. 25: input device, 30: data storage device, 33: display device

Claims (1)

[Scope of utility model registration request] 1. An input device for inputting a kanji reading, a storage device for storing kanji data corresponding to the reading, the reading character number data, and the split character availability data of the reading character, according to the reading input by the input device. A search device for searching the corresponding kanji data, the reading character number data, and the division possibility data from the storage device, and displaying the kanji and its reading in association with each kanji based on the data searched by the search device, An electronic kanji dictionary comprising a display device for displaying a specific mark in the vicinity of the displayed kanji and the reading when the kanji reading is indivisible.