JPS5933536A - Japanese word information processor - Google Patents

Abstract

PURPOSE:To releave the load of the operator and to improve the efficiency of document formation, by constituting the processor that a routine sentence matched to season is selected from the storage content of a storage means and stored in a display means. CONSTITUTION:When the operator depresses the season key on a keyboard 1, an edition input/output processing section 5 gives a signal to a clock calendar section 3 when the internal buffer is vacant. The calendar section 3 receives this signal, converts the ''month'' in the signal into a signal and gives the result to a routine sentence buffer register 4 and the edition input/output processing section 5. The processing section 5 stores this signal. Further, the register 4 selects the group of a routine sentence corresponding to the signal and gives the group to the processing section 5. The processing section 5 displays it on a display 6 in the predetermined order. In depressing the next candidate key, the processing section 5 selects the next routine sentence and displays it in place of the preceding routine sentence. When a suitable routine sentence is found out, the operator depresses the confirming key, the displayed routine sentence is given to an input character train processing section for confirmation.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a Japanese language information processing device, and more particularly to a Japanese language information processing device that can reduce the burden on an operator and improve document creation efficiency.

In the conventional Japan Wrjfti information processing device, fixed phrases such as seasonal greetings used when creating documents 1 are stored in the built-in memory, and the u1 operator manually selects the one appropriate for the season from among them. Ta.

However, when a large number of documents are to be created, the above-mentioned manual selection becomes a heavy burden on the operator, resulting in a serious problem in that the efficiency of document creation is significantly reduced.

The present invention has been made in view of the above circumstances, and its purpose is to solve the above-mentioned problems in conventional Japanese language information processing devices, reduce the burden on operators, and improve the efficiency of document creation. The above object of the present invention is to provide a Japanese language information processing device capable of inputting a Japanese sentence, a means for processing the Japanese sentence inputted from the input means, and an input sentence and an output. A Japanese language information processing device having a means for displaying sentences is provided with a time measuring means and a storage means for storing fixed phrases, and a fixed phrase suitable for the time is selected from the stored contents of the storage means and displayed. This is achieved by a Japanese language information processing device characterized in that it is configured to store data in a means.

Embodiments of the present invention will be described in detail below based on the drawings.

FIG. 1 is a block diagram, without showing the outline, of a Japanese word processor showing one embodiment of the present invention. In the figure, 1 is a keyboard, 2 is an input character string processing section, 3 is a part of a poetry calendar, 1 is a fixed phrase buffer register, a convex section is an editing input/output processing section, 6 is a display, and 7 is a printer.

Keyboard 1 is a key for inputting ordinary characters, symbols, etc.

In addition to the next candidate key, confirmation key, etc., there is a time key as a special key. The input character string processing unit 2 has a function of processing a character string input from the keyboard 1 through kana-kanji conversion processing and the like. The watch calendar part δ has a general calendar turning function. Fixed text buffer register Φ
Here we memorize seasonal greetings. The memorized fixed phrases are the seasons in which they are used, as shown in Figure 2.

Alternatively, they are classified by the identification symbol (4) as a monthly unit, and are stored in a predetermined order in terms of frequency, etc. within that unit. The identification symbol (corresponding to the season in parentheses) is obtained from the "month" output from the calendar function by referring to the table shown in FIG.

The editing input/output processing section 5 has a function of controlling the above-mentioned input and output 2 editing, etc. It also has two internal buffer registers (one and seven), which are set to empty in the initial state.

The operation of the apparatus of this embodiment configured as described above will be explained below.

When the operator presses the time key on the keyboard l,
The editing input/output processing section 5 looks at its internal buffer register A and sends a signal to the clock calendar section 3 if it is empty. When the poetic calendar part 5 receives the signal, it converts the current "month" into a signal (identification symbol) corresponding to the season using the table (for example, May → "10").
t, this is sent to the fixed phrase buffer register 4 and the editing input/output processing section 5.

The editing input/output processing unit 5 stores the identification symbol II 10 I+ in its internal buffer register A.

In addition, in the fixed phrase buffer register building, the above-mentioned identification symbol ``
10'' selects a group of fixed phrases corresponding to it and sends it to the editing input/output processing section 5 and storing it in its internal buffer register B.The editing input/output processing section 5
The contents of the buffer register B are stored in a predetermined order.
Display on spray 6.

An example of the display screen is shown in FIG. In FIG. 4, the frame C indicated by the dashed line C1 is a text portion that has already been created, and D is the seasonal greeting displayed as the first candidate. Further, E indicates the contents of the internal buffer register B located above the editing input/output processing section.

Here, when the next candidate key is pressed, the editing input/output processing section 5
First, look at the internal buffer register A, and find that it is not empty, so the next fixed phrase (fourth
In the figure, [-It's about time for Aoba to smell.'') is selected and displayed in place of the above-mentioned fixed phrase. Note that if the first displayed fixed phrase is displayed again when the next candidate key is pressed, the next fixed phrase group is sent to the internal buffer register B by pressing the time key, and the previous fixed phrase group is sent to the internal buffer register B. The new fixed phrases are stored in place of the group, and these new fixed phrases are sequentially displayed according to the operator's operations.

When the operator presses the OK key when finding an appropriate fixed phrase, the displayed fixed phrase is transferred to the input character string processing section 2.
is stored in its internal buffer register and confirmed. At the same time, the internal buffer registers A and B of the editing input/output processing section 5 are cleared. The fixed fixed phrase is displayed as follows.
As shown by arrow F in FIG. 4, it moves to a predetermined position in the text.

FIG. 5 is a block diagram showing another embodiment of the present invention.

In the figure, numerals 1 to 7 indicate the same components as shown in FIG. 1, and 8 is a learning section. The learning section 8 has a function of changing the output order of fixed phrases depending on the frequency of use.

The operation of the device of this embodiment is the same as that of the device of the first embodiment.
Change the output order of fixed phrases depending on the frequency of use. The operation of the device K of this embodiment will be described below with a so-called learning function added, focusing on the learning function.

When the identification signal is sent from the clock calendar section 3 to the fixed phrase buffer register student, the fixed phrase buffer register selects the corresponding group of fixed phrases and sends it to the buffer register C of the learning section 8 for storage. The buffer registers C are sent to the editing input/output processing unit convex in descending order of output order and displayed on the display 6.

Here, when the next candidate key is pressed, the editing input/output processing section 5
First, the internal buffer register A is looked at, and since it is not empty, the next fixed phrase is selected from the buffer register C and displayed in place of the previous fixed phrase. Note that if the first displayed fixed phrase is displayed again when the next candidate key is pressed, the next fixed phrase group is sent to the buffer register C by pressing the time key, and the previous fixed phrase group is sent to the buffer register C. This new fixed phrase is stored in place of the group, and is sequentially displayed according to the operator's operation.

When the operator presses the confirm key when finding an appropriate fixed phrase, the displayed fixed phrase is sent to the input character string processing unit 2, stored in its internal buffer register, and finalized. At the same time, a signal is sent to the learning section 6.

The learning unit 8 increments the output order of the determined fixed phrase in the buffer register C by one, changes the overall output order, and sends it back to the fixed phrase buffer register. Based on the information from the learning section 8, the output order information of the fixed phrase is corrected, and the internal buffer register A of the editing input/output processing section δ and the buffer register C of the learning section 8 are cleared. .

Although not specifically shown in the above embodiment, the fixed sentences stored in the fixed phrase buffer register may be classified by category, for example. Further, it goes without saying that the fixed phrases are not limited to seasonal greetings, and other fixed phrases may be used.

As described above, according to the present invention, there is provided a Japanese language information processing apparatus having a means for inputting a Japanese sentence, a means for processing the Japanese sentence input from the input means, and a means for displaying the input sentence and the output sentence. , Figure 2, Figure 3, Figure 4

Claims (1)

[Claims] A Japanese language information processing device having a means for inputting a Japanese sentence, a means for processing the Japanese sentence inputted from the input means, and a means for displaying the input sentence and the output sentence, a time measuring means and storing a fixed phrase. A Japanese language information processing device is provided with a storage means, and is configured to select a fixed phrase suitable for the occasion from the storage contents of the storage means and store it in the display means.