JPS60222952A - Kana-kanji converting device with editing function - Google Patents

Abstract

PURPOSE:To obtain a Kana (Japanese syllabary)-Kanji (Chinese character) converting device with high operability where switching between Kana-Kanji conversion and editing is unnecessary and the number of key inputs is small, by inputting characters and symbols with keys in the mixture state and performing the Kana-Kanji conversion processing thereafter. CONSTITUTION:When a sentence where characters and symbols are mixed is inputted from an input device 2, they are stored in a code storage area of a memory 4. It is checked whether a symbol code exists in input codes or not; and if it exists, input codes are separated into character codes and symbol codes and they are stored in individual areas; but if it does not exist, input codes are stored in a character code area. The input character code is collated with Kana indexes of a word dictionary in an external storage 5, and the last character is eliminated from the input character string if collation results in disaccord, and this operation is repeated until the number of characters of the character string becomes 0, and a message indicating that there are no pertinent words is displayed when said number becomes 0. If said collation results in coincidence, a pertinent expression is stored in a temporary expression storage area, and the pertinent expression and symbols are stored in a last expression storage area; and thus, Kanji expressions, symbol codes, and Kana expressions are stored successively in the last expression area and are displayed.

Description

[Detailed description of the invention] [Field of application of the invention] The present invention relates to a kana-kanji conversion device with m collection function.

[Background of the invention]

Conventional kana-kanji conversion methods in sentence creation devices such as word processors cannot convert an input notation containing a mixture of symbols and characters into kanji notation at the same time, so after only characters are selected, symbols are inserted and converted. method is being dealt with. For this reason, the number of keystrokes required is large, and it is also necessary to switch between kana-kanji conversion processing and falsification processing, which often results in a slowdown in input speed.

[Purpose of the invention]

The purpose of the present invention is to manually input a combination of characters and symbols, and then process kana-kanji fk? It is a kana-kanji conversion device that does not require changing between kana-kanji conversion and fiM collection, and therefore requires less manual input and is easy to operate.
The goal is to provide the following.

[Summary of the invention]

The present invention decomposes a code in which characters and symbols are mixed into characters and symbols, temporarily determines the corresponding kanji notation by giving the character code, and uses the input position and number of stored symbol codes to determine the character code as described above. By merging the symbols in the kanji notation, the final kanji notation with mixed symbols? What did you do to determine the number of VCL inputs?
Being less busy is a characteristic.

[Embodiments of the invention]

Hereinafter, one embodiment of the present invention will be described in detail with reference to FIGS. 1 to 8.

FIG. 1 is a block diagram showing the configuration of an example of the Bunichi production device according to the present invention. Control of the entire device? The central processing unit that does this, 2 is the character or symbol code? Is the input device used for inputting information, 3, a display of characters and symbols? 4 is a memo 1c that stores programs, data, etc. 5 is a sentence 1? Do you want to register or file 1 file? It is an external storage device for storing data, and is connected by a signal bus 6.

FIG. 2 shows a word dictionary stored in the external storage device 5, which is composed of kana headings, notations, and attached information. In the kana-kanji conversion process, what is the kana heading of this dictionary and the input string? The kanji notation and attached information of the matched words? Extracting process 2 is being performed.

The present invention automatically extracts and edits the notation etc. in the kana-kanji conversion process. For example, when creating a document, the kanji notation mixed with symbols for "11 tatami days / Δ time tatami vines" is written once. This is what you get with the Kana-Kanji conversion command.

The data processing function of the central processing unit l for this purpose is shown in the flowchart in Figure 3. I will mainly explain. 4 to 8 are information storage areas set in the memory 4, including input code storage area, figure 5 character code storage area, and symbol dKG. Code storage area, 7th
The figure shows the temporary notation storage area, and the 81st is the final notation storage area? show. Also, is the Δ mark a space? show.

In FIG. 3, step 301 "i(" sets the initial value t in each of the above areas.
・If you input △ji appetizer + (5J), the input code will be stored in the input code storage area on the signal bus 6 purple street as shown in Figure 4. In step 302, it is checked whether the VCMI No. 2 code among the input codes is correct. Analyze. If a symbol code exists, step 303 separates the character code and the self-sign code r, and stores each code in the character code storage area and symbol code storage area as shown in FIGS. 5 and 6.Character The symbol code is removed from the manual code, compressed and stored.The symbol code is analyzed by input position and number of symbol codes [7, for each insertion position 61, the number is calculated in the number area 6
2, it is stored in the symbol area 63.

If the symbol code does not exist, in step 304, the input code r is stored in the character code storage area [-2] The symbol code storage area has an initial value.

In step 305, the input character code is compared with the kana heading of the Hozu single jiman shown in FIG. 2, and in step 306 it is determined whether there is a match. If they do not match, delete one letter sound from the end of the input string in step 307 (~, step 308
So the human string is gone? Steps 305 to 307 are repeated at 1, where there is no input character string. If the input character string and the kana heading for word matching do not match, and there is no input character string, a message "No matching word" will be displayed in step 309? The process ends after displaying the name.

Kana heading [7] that matches the input character string “Nichiji?” in this example
However, "Nichiji" with one character "ke" removed from the end of the input character string matches the kana heading of the word -j♀1-.

In step 310, the corresponding clothing dself's "date and time" and +j' j
3: If it is possible to connect "ke" from the h information (grammar report, etc.), write 1 - date and time in the temporary notation storage area. ” 7th
Store as shown in the figure.

In step 311, the notation and the symbol code are merged based on the contents of the symbol code storage area in FIG. The merging method in this example is that since the number of symbols at the beginning of the symbol insertion position is "2", the symbol code of the symbol operator 1 voice A? Two pieces (11 tatami mats) are stored in area 81 of the final notation storage area. Finally, the corresponding kanji notation is ILlJ key area 82, followed by three symbol codes (△・Δ)? Area 8″3 VC is stored, then 1 o’clock written in kanji”? In the area 84, two symbol codes (4-) are stored in the area 85 in kana notation r (rJk) sequentially in the area 86. Since there is no such expression, the storage process is terminated.As a result, the final expression is stored in the storage area as shown in FIG. 8.The final expression is displayed in step 312, and all processing ends.

〔Effect of the invention〕

According to the present invention, when creating a document, it is possible to convert a text containing a mixture of characters and symbols at once using kana-kanji conversion,
Therefore, the number of manual keystrokes can be reduced, which has the effect of improving operability.

[Brief explanation of drawings]

Is Figure 1 an example of the Japanese document creation device according to the present invention? 2 is a configuration diagram of a word dictionary stored in an external storage device, FIG. 3 is a processing flowchart of kana-kanji conversion processing, and FIGS. 4 to 8 are various information storage areas in memory. Figure 4 is the input code storage area, Figure 5 is the character code storage area, Figure 6 is the symbol code storage area, and Figure 7 is the input code storage area.
The figure shows the temporary notation storage area, and FIG. 8 shows the final notation storage area.

Claims (1)

[Claims] 1. A human power section such as a keyboard, a storage section that stores input codes, etc., a Keiko file that records kana headings and kanji notations in pairs, and selects the corresponding kanji notation from the kana headings that correspond to the input kana code. kana-kanji conversion means, a display unit such as a CRT that displays the selected kanji notation, and
In the kana-kanji conversion device with m-collection function, which has a control section that performs ki+tlfllll, means for causing the control section to supply the kana code obtained by excluding the symbol code from the input code to the kana-kanji conversion means and select the corresponding kanji notation. , a kana with an editing function characterized in that it includes means for returning the excluded symbol code to the selected kanji notation to create a complete kanji notation containing symbols, and means for providing the kanji notation containing symbols to the display unit. Kanji conversion device.