JPS61114367A - Kana-to-kanji conversion system - Google Patents

Abstract

PURPOSE:To decrease the key operating times and to decrease the misoperations of keys by performing the KANA (Japanese syllabary)/KANJI (Chinese character) conversion just with the operations of a cursor and a prescribed function key. CONSTITUTION:When the KANA characters specified by a cursor are supplied, an input buffer 10, a reading buffer 11, a conversion result buffer 12 and a display buffer 13 select the desired KANJI in a cooperation with a KANA/ KANJI converting part 9 and displays it. A shift key 14 functions to shift the cursor via a keyboard control part 15, a cursor position control part 16, a screen control part 17 and a screen buffer 18. The cursor is set at the desired KANJI corresponding to the KANA characters displayed in a KANJI data input area on the display screen of a display part 19. Then the corresponding KANJI is displayed in a menu area. Then the desired KANJI is selected by function keys 20, 21... for execution of KANA/KANJI conversion.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a kana-kanji conversion method for converting kana characters input on a display screen into predetermined kanji characters.

[Conventional technology]

The conventional kana-kanji conversion method will be explained based on Fig. 3. The figure shows a display screen, in which (1) is a field containing kana data that displays information in kana characters, (2) #
The kanji data input field displays the desired kanji that corresponds to the kana data entered in the i-kanade field (1), and the kanji data input field (8) displays the kanji that corresponds to the kana characters entered in the reading input menu area (4). Entry (6)
The menu area that is output and displayed (in the figure, Peng is the kanji 2) (indicates the end of IJ), (6) is the kanji 2)! J(5
) Among the characters displayed, the number that specifies the desired character, for example, "If it is number n J, enter rnJ to select the desired kanji character."

Next, to explain the operation, when the operator operates the keyboard and switches to the kana-kanji mode, the reading manual menu area (4) (The previous reading will be converted to kanji). By this, first of all,
A menu of kanji entries for ``take'' (9) is displayed in kanji entry (6), the operator selects the nth letter ``bamboo'' in the menu, and selects rnJ.
), “
"Bamboo" will be displayed. When the input key is further pressed, the kanji menu for K "shiba" will be displayed in the kanji entry (5) as shown in the figure, and by repeating this operation, the final K "takeshiba fatbe" will be displayed in the kanji data input field (2).
Display K.

[Problem that the invention seeks to solve]

However, conventionally, after switching to the kana-kanji conversion mode, it was necessary to input the delimiter along with the kana characters in the reading menu area (4). In other words, the data is
Takeshi Pataroku", the method for generating kana data for kana-kanji conversion is in the reading human power menu area (4
) to "Yu", "Ke", "-", "Shi", "No Jr, Jr-'J
11 key operations are required, such as ``rta Jr-Jr 口'' and ``ri'', and the number of key operations increases by the input of ``1''.
This increases the possibility of erroneous key operations, and has the drawback of requiring a lot of time to convert kana to kanji.

The present invention was made to eliminate these drawbacks, and aims to reduce the number of key operations and erroneous key operations, as well as shorten the time required for kana-kanji conversion.

[Means for solving problems]

This invention is a series of steps in which the cursor is placed on a desired kanji in the kana characters displayed in the kanji data entry area on the display screen, the corresponding kanji is displayed in the menu area, and the desired kanji is selected from among the displayed kanji. This is a Kana-Kanji conversion system with function keys.

[Effect]

According to this invention, it is possible to realize kana-kanji conversion only by operating a cursor and operating a predetermined function key.

〔Example〕

The present invention will be explained below based on the embodiments shown in FIGS. 1 and 2. Figure 1 is a diagram equivalent to Figure 3, where (γ) is the kanji character, (5) is the function key menu for selecting the displayed kanji, and (8) is the kanji data input field (2). This is a cursor that specifies the converted character when converting Kana characters to Kanji. Also, the second
The figure is a blocker diagram showing the device of this embodiment, and in the figure (
9) is the kana-kanji conversion part, αQ or a 鴇 is the cursor (8
) is input as, for example, "take", the input buffer, reading buffer, and conversion result function to select and display the desired kanji in cooperation with the kana-kanji conversion unit (9). Buffer and display buffer 〇04 is a shift key. Pressing this key moves the cursor (8) to the keyboard control section (15), the cursor position control section 6), and the screen control section via the screen buffer (g). It functions in such a way that it allows (All) are function keys 2 and 6, and through the same route as the shift key (2), the function corresponding to each function key is performed and displayed on the display section 01K*.

Therefore, for example, as shown in Figure 1, after displaying and outputting Kana data "Takeshipataro" in Kana data input Kanria (1) to Kanji data input Kanria (2), the kana-kanji conversion is performed by the operator's operation. When switching to the mode, along with this operation, the input buffer shouts, the reading buffer (2),
Conversion result buffer (2) and display buffer (13)
The contents of each memory will be erased once, but if you press the 1c7 answer key 2- immediately after that, the data in the screen buffer (g) and the memorized kanji data input canine (2) will be erased.
"Takeshi Bataro" is input into Kabattufa's voice. Next, in order to "take" the $11 conversion data, press the shift key (4) twice to move the cursor (8), then press the function key 31zl corresponding to the kanji conversion key.
), the first conversion data "take" will be transferred from the input buffer (to) to the reading buffer (2), and as a result, multiple kanji characters corresponding to kanji en) ri (5) K rtake"K will be displayed. Ru. The operator selects "bamboo" and the corresponding function key is the Kanji EN).
! J When you press the key corresponding to the function key menu (γ) corresponding to "Bamboo" K in (5), the reading buffer C11) reads this, adds its contents to the conversion result buffer (2) ) and the input buffer (QB) are merged and input to the display buffer QB).

In response to this, the screen buffer (g) functions and "take"
Only ``bamboo'' is converted into Kanji data (
2) Busy “Takeshibataro” is displayed. By repeating the above operations, it is possible to convert all of the Kanji data input canilia (2) display into Kanji characters and display them as "Takeshiba Abe". Therefore, according to this embodiment, when converting kana characters into kanji characters as in the past, there is no need to input kana data using a keyboard, and furthermore, there is no need to insert delimiters in each predetermined section. In other words, in this embodiment, the cursor (8) is moved simply by pressing the button key.
A conversion operation can be performed simply by operating a desired function key, and erroneous key operations can be greatly reduced, and the operation time can be shortened.

〔Effect of the invention〕

As described above, according to this invention, it is possible to eliminate erroneous operations during kana-kanji conversion, and to shorten the operation time. FIG. 2 is a block diagram of the embodiment device, and FIG. 13 is a diagram corresponding to FIG. 1 showing a conventional device.

In each figure, (9) is the kana-kanji conversion unit, yaku is the input buffer, al) f'i is the Rmi buffer, (2) is the conversion result buffer, (to) is the display buffer, and (to) is the cursor. Position control device, (1) is the display part, (A), (1) is the function key.

Claims (1)

[Claims] In the kana-kanji conversion method that converts kana data into kanji data, a cursor position control unit moves the cursor to a desired position of the kana data displayed in the kanji data input area of the screen display section, and converts the kana data at this cursor position each time. A function key is provided for selecting a desired kanji from the kanji corresponding to the kana data displayed on the display section from the buffer and the kana-kanji conversion section and displaying it in the kanji data input area. Kana-kanji conversion method.