JPS58176733A - Document producing device - Google Patents

Abstract

PURPOSE:To improve the producing efficiency of a document of Japanese words, by performing a Japanese word converting process, etc. in response to the input character data stored in a buffer when the character fed from a keyboard having a standard array of keys is decided as a space character. CONSTITUTION:The character fed from a keyboard 1 having a standard array of keys us decuded at an input character deciding part 2 whether or not the fed character is equal to a space character. This character is stored in a buffer part 3 if it is not a space character. Thus a repeat flag part 7 is set under a non- repeating state. If the input character is equal to a space character and when the part 7 is not under a repeat mode, a function word execution processing part 5 is actuated to perform the processing of function words when the contents of the part 3 are decided as function words through a buffer contents deciding part 4. In case it is decided that the characters other than the function words are stored in the buffer 3, a conversion processing part 6 is started to perform the conversion of Japanese words with reference to a file part 8. The result of this conversion is displayed at a display part 10 under the control of an output control part 9. Furthermore, the processing part 6 selects homophones with operations of space keys.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Technical Field of the Invention The present invention relates to a document creation processing device, and in particular, to a document processing device. The present invention relates to a document creation processing device capable of creating a Japanese document by fully using a keyboard having an A key arrangement T-.

(B) Conventional technology and problems In conventional low-character, Japanese-conversion word processors or kana-kanji conversion Japanese word processors, "cursor movement,""deletion," and "insertion" are frequently used.
Because the customary keys peculiar to word processors such as ...... are located far from the home position key,
In order to perform these operations, the user has to confirm the position of the key at a distance from the home location and input the key, which inevitably leads to a decrease in operating efficiency. In addition, there are cases in which special keyboards are used to improve the operability of conversion operations, but this method has the disadvantage that operations are not compatible with standard keyboard operations. The purpose of the invention is to solve the above problems and to make it possible to efficiently create Japanese documents using a keyboard with a standard key layout, for example, a standard 31-day keyboard. In order to do this, the present invention provides a document processing device that is equipped with at least a keyboard and a display, executes various conversion processes, etc. on characters input by key operations on the keyboard, and displays them on the display. a keyboard having a standard key arrangement; space character determining means for determining whether a character input from the keyboard is a space character; and buffer means for storing characters input from the keyboard; When the space character determination means identifies a space character input, means is provided for executing all Japanese conversion processing or other various control processing according to the type of character data stored in the buffer means, and 0 (E) Embodiments of the Invention The present invention will be explained below with reference to the drawings.

Fig. 1 is a partial layout diagram of a keyboard with a standard key arrangement, Fig. 2 is a diagram showing the correspondence between keys and Minneng words, which will be described later, and Fig. 83 is a document creation processing 8 in the embodiment. ! A block diagram of the apparatus, FIG. 84 shows processing steps 7a-f in the embodiment.
FIG.

In Figure 3, 1 is the keyboard, 2 is the input character 41J
Y City, 3 is a buffer section, 4 is a buffer content determination section, 5
is the execution processing section, 6 is the conversion processing section, 7 is the repeat flag section, 8 is the file section, 9 is the output cloth IJ d m, 1
0 is the display, and 11 is the printer. In the embodiment, if you input the 1 alpha bent character shown in Figure 2 manually, and then input a space character, the corresponding function in Figure 2 will be the same as the one input manually. An action is performed. For example, "1-F, 1+r space" means cursor movement "←". Furthermore, if the space key is continued to be operated after that, it is assumed that "←" has been repeatedly input.

This also applies to other function words. Also, regarding the character rcJ, copy it with "oJ 10r space" (
copy ) (specified as the edit target - stores the circle string in the work area), and further inputting the space key has the meaning of cut (0 (TT) (deletes the edit target string)) ing.

Other input examples, such as "yosl 工" + "space"
In a sequence like this, the space key has a Japanese conversion instruction function, and ``YO8HIJ'' is converted into Japanese, and ``Kichi'' is displayed, for example.

At this time, if you press the space key again, Japan If
I reconversion is performed and the homophone antonym is output and displayed.

That is, in the embodiment, the space key [, ■conversion instruction key, and ■repeat when the previous input is a function word input.
Use it as a key.

However, character strings to be converted into function words (usually using one letter sound of the alphabet) are not converted into Japanese.

Here it is, a1! The operation of the embodiment illustrated in FIG. 3 will be explained based on the operation flow illustrated in the figure.

First, when a character is input from the keyboard 1 with the standard key arrangement 1*, the input character determining section 2 determines whether the character is a space character or not.

If it is not a space character, it is stored in the buffer section 3. Furthermore, the repeat flag part is set to a non-repeat, seven-dove-shaped menu. - 10,000, if the input character is a space character and the repeat flag part does not indicate repeat mode, the character 41Jte result of buffer content judgment s4 will cause Shinno Amei line processing or Japanese conversion processing. It is done.

That is, if the function word is stored in buffer s3,
The function word execution processing unit 5 is started and the function word execution processing s
5 executes the processing of the function words shown in the DX2 diagram. When this function word processing is completed, the repeat 7 lap section is set to repeat mode.〇-hi In the buffer inner valley judgment, it is identified that characters (sequences) other than function words are stored in buffer section 3. When the conversion processing section 6 is activated, the conversion oversalting section 6 performs the Japanese conversion process t while referring to the file section 8t in which dictionary files and the like are stored. This conversion result is displayed on the display 10 under the control of the output control section 9. After this, when a space character is further input by operating the space key, the conversion processing unit 6 selects seven next candidate characters for the homophone objection candy, and displays them on the display 10 via the output control unit 9.
Display it on top. Thereafter, each time the space key is operated in the same manner, different homonym words are displayed one after another. Then, when a character other than the space character is input, the invalid character is stored in the buffer section 3).
The repeat flag section OFF is set to a non-repeat mode state.

Also, when a space character is input, if the repeat flag section FF indicates the repeat mode, the function word execution processing ms5 is activated, and the function execution processing section 5 repeatedly executes the previous function word. It is being done.

(F) Effects of the Invention As explained above, according to the present invention, it is possible to use a keyboard with a standard key layout to perform Japanese language document creation, which improves operability during document creation. It can bring about an excellent effect of greatly improving the results.

[Brief explanation of the drawing]

Figure 1 is standard -? - Keyboard 10 having an arrangement; FIG. 2 is a diagram showing an example of correspondence between keys and function words, which will be described later; FIG. It is a figure showing the processing flow in an example. In FIG. 3, the keyboard %2 is the input section, 3 is the buffer section, 4 is the buffer content determination section, 5 is the function word execution processing section, and 6 is the conversion processing section. 7 is the repeat flag section, 8 is the file section, and 9 is the output I
J Okg Miyako, 10-display.

Claims (1)

[Claims] In a document processing device that is equipped with at least a keyboard and a display, and performs various conversion processes on characters input by key operations on the keyboard and displays them on the display, a keyboard having a standard key layout is used as the keyboard. A space character determining means for determining whether a character input from the keyboard is a space character; a buffer 7 means for storing a character input from the keyboard; and a space character determining means for determining whether a character input from the keyboard is a space character. A means for executing Japanese conversion processing or other various control processing according to the type of character data stored in the buffer means when an input is identified is provided, and a space key operation input on the keyboard is provided. The document creation processor f/l performs the necessary Japanese-conversion processing II.