JPS60176137A - Sentence generating device - Google Patents

Abstract

PURPOSE:To attain simply the sentence generation and operation capable of easy-to-see indexing by forming a font of character information of an index line into a form or size different depending on the index command automatically to output the result. CONSTITUTION:A flag TF in a CPU is set by operating an index key K3 at first. When an index word is desired, a key data is fed to a ROM1, a Kanji (Chinese character) pattern code ''Ki'' of a Kanji pattern code section beta of an address section alpha of a Kanji pattern index KP having the same code 25 as a jump code section gamma 25 of the 15th address of an address section alpha of an index section Ind is transferred to the CPU, and since the flag TF is set, the Kanji pattern code is changed and stored in a memory M and the changed pattern ''Ki'' is displayed on a display device D. Similarly ''Bou'' is displayed. Then a line feed key K4 is operated, and then the normal document processing is conducted, the result is stored in the memory M and displayed on the display device D. Then a print key K5 is operated so as to form a required document.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to a text creation machine that prints specific information in character information differently from other character information.

[Prior art]

In conventional text creation machines, even lines with headings (for example, a title at the beginning of a sentence, a subtitle in the middle of a sentence, etc.) are printed (recorded) in the same size and color as other characters.

However, headings must be made easy to read within the text, so some kind of countermeasure must be taken.

〔the purpose〕

In view of the object of the present invention and the above-mentioned points, an object of the present invention is to provide a text creation machine that compares information such as a heading in character information with the rest of the character information and prints (records) it in an eye-catching manner. be.

[Example]゛ Hereinafter, the present invention will be described in detail with reference to the drawings.

FIG. 1 shows one embodiment of the invention. Here, K1 is a kana key, which is used to input kana and kanji in a sentence containing kanji and kana. K2 is a kanji key, 1 is a kana key.
It is used to convert the pronunciations of kanji manually generated from kanji into kanji information. K3 is a heading key, which is operated when entering a heading such as a title. K4 is the line feed key, which is operated when starting a line feed. K5 is a print key, which is operated when printing text. Each of the above-mentioned keys may be arranged on one keyboard.

The CPU is a processing unit and has a program memory PM that stores a program showing a control procedure as shown in FIG. 3, and performs logic, calculation, control, etc. according to the procedure of the program.

ROW 1 is the memory for generating kanji patterns;
It consists of a kanji pattern index section Ind and a kanji pattern section KP as shown in FIGS. (2) and (B).

Figure 2 (2) shows the kanji pattern index section Ind, α is the address section, β is the kanji reading section, and γ is the kanji pattern index section Ind.
is a memory section (jump code section) that stores the address where the kanji pattern code is stored. For example, corresponding to address 15 of the address part α in FIG. The address number [25] in the jump code section γ is stored in each jump code section γ. In FIG. 2(B), α is an address field, and β is a kanji pattern code field.

For example, the kanji pattern code for the kanji "rare" is stored in the kanji pattern code section β, corresponding to address 25 of the address section α in FIG. 2(B).

ROM 2 is a memory for generating kana patterns, and stores kana patterns so that they can be accessed using character codes representing the kana.

M is a memory for creating and editing sentences, and stores input kana and converted kanji information.

DR is a display register. D is a display. P is a printer.

The operation of this embodiment having the above configuration will be explained with reference to the flowchart of FIG. 13.

First, in step A1, 3 is operated on the heading key. This key operation sets a flag TF in the processing unit CPU. Next, when the kana key is operated in step A2, the code of that kana is stored in the memory MK in step A, and the pattern of the code is accessed from the memory ROM 2 and stored in the display register DRK. The kana stored in the display register DR is displayed on the display.

Next, when 2 is operated on the kanji key in step A4, the kanji corresponding to the above-mentioned kana code stored in memory MK is searched from memo IJ ROM 1 in step A5, the flag TF is checked, and the flag TF is The kanji pattern code is changed depending on the presence or absence of the set and stored in the memory MK, and then the process proceeds to step A6 to transfer the changed kanji pattern code in the memory M to the display register DR.

That is, when 2 is pressed on the Kanji key (step A4), the digit is stored in the memory MK via the processing unit CPU. )
kana data is sent to memory ROM 1 through bus lines B4 and B1 in FIG. Search and transfer the kanji pattern code of the kanji pattern code part β of the address part α of the kanji pattern index KP of the same address as the code of the /p code part r of the address whose pronunciation matches with the code of the /pu code part r to the processing unit CPU through the bus B1. , the kanji pattern code is changed by the processing unit CPU according to the flag TF, and then stored in the memory MK through the bus line B4 (
Step A5) o Further, the changed Kanji character code is transferred to the display register DR through the mother +1li182, and the display DK Kanji is displayed (Step A6). For example, the data of "K" shown in FIG.
The kanji pattern code (rare) in the kanji pattern code section β of the address section α of the kanji pattern index KP, which has the same code of "25" as "25", is transferred to the processing unit CPU, and the flag 1'F is set. If so, the kanji pattern code is changed and stored in the memory M, and a changed character pattern for "rare" (for example, a changed shape and size of the font) is displayed on a display.

Next, when a key is pressed (step A7), if the key is not a new line key (step A8), step A3
Return to step A3 and repeat the operations from step A7.

For example, as shown in Figure 2 (4) and (B), "bow"
Detected the kanji pattern ``desi'' from the kana human power data of
Furthermore, the processing operation of displaying the changed character pattern of "desired j' on the display R'D or storing it in the memo IJM" is performed in the same manner as the previous time.

If the key input in step A7 is 4 for the line feed key (step A8), the flag TF is reset, and then the kanji pattern code retrieved from the kana human power is used as it is by a well-known sentence creation process. A processing operation is performed to store the kanji in the memory M and display the kanji on the display (step A9).

Next, when the operator presses 5 on the print key (step A10), the character pattern code such as the kanji pattern code stored in the memory M is passed through the bus bar B4 to the processing unit CP.
The output data is transferred from the parallel processing unit CPU to the printer PK through the bus line B3, and the printer P prints only the heading on the paper by changing the shape and size of the font (step A11).

For example, the font shape of only the heading of the kanji ``hope'' shown in Figure 2 (B) (for example, from Mincho font to Gothic font)
The remaining kanji are usually printed by changing the size (for example, from 4 points to 5 points).

〔effect〕

As explained in detail above, according to the present invention, the font of the character information in the heading line is automatically output in a shape and size different from the normal font according to the heading instruction, so the heading It is possible to simplify the document creation operation to make it easier to read, and the burden on the operator can be lightened.

In addition, in the present embodiment described above, the definition of the heading part is defined as the part of the human-powered character information that is sandwiched between the key-power of the heading key and the key-power of the line feed key, but a different manual method (
For example, it is of course possible to define that the input character information is a heading by inputting a combination of specific symbols, etc.).

In addition, in this embodiment, the shape and size of the font of the heading part were changed to distinguish it from other character information parts, but the invention is not limited to this, for example, the printing color may be changed. It may be different depending on the situation. Furthermore, in this embodiment, a heading key is provided as an instruction means for indicating that the information is heading information. It is also possible to display or print character information as a heading by changing the font shape, size, etc., and it is possible to further simplify document creation operations.

BRIEF DESCRIPTION OF THE DRAWINGS) Reference numeral 11 is a plot diagram showing the configuration of an embodiment of the present invention, and FIG. 3 is a flowchart showing the operation of the embodiment of FIG. K1...Kana key, K2...Kanji key, K3...Heading key, K4...Line feed key, K5...Print key, CPU...Processing unit, P...Printer D... Display, DR...Display register, ROMI, ROM2'+M...Memory. Patent applicant Canon Co., Ltd. nd KP Be β

Claims (1)

[Scope of Claims] Instructing means for giving an instruction that certain character information among the input character information is heading information, and according to the instruction of the instructing means, the heading information is combined with the rest of the character information. and means for making the text different so as to be distinguishable. (Margin below)