JPS5814290A - Japanese language input device settable for print line pitch - Google Patents

Abstract

PURPOSE:To arrange the location of characters, by operating a keyboard corresponding to the mode displayed on a display through the provision of a picture code buffer and controlling the print line pitch while converting inputted Kana(Japanese syllabary) character train into character train mixed with Kanji (Chinese Character). CONSTITUTION:A Japanese word is inputted from a keyboard KB15 and displayed on a CRT11 and set to a screen code buffer 18 of a memory 17. At print mode, a printer control section 20 receives a code for one line's share on the buffer 18 at a register 23, a dictionary 22 is indexed and stored in an image data buffer 26 for printing 21. In normal case, the printing is made with a prescribed line pitch sequentially and line feed is made, but if the reception code in the one line's share code register 23 includes codes such as page suppression code, a pitch change code, an interruption code, a nonline feed code, a printer control section 27 is operated to control the printer 21. Thus, by observing the CRT16 and inputting various codes, the preferable character arrangement can be attained.

Description

[Detailed Description of the Invention] The present invention allows the printing line pitch to be set! A Japanese language input device, in particular, configured so that the printing line pitch can be set in advance for normal text printing.

After inputting the ruled line display corresponding to one character, the printed line pitch of the ruled line is set to, for example, half of the printed line pitch, and the preferred arrangement between character lines is set. This relates to a Japanese language input device that is compatible with printing.

In Japan's single power device KsP, users input nine words in kana characters, convert them to kanji by operating a conversion key, and then enter sentences mixed with kanji. When inputting such text, there is generally little need to change the line pitch midway through. However, lines are used when creating slips or when including figures and tables in text.

It may be necessary to change the print line pitch midway through the process, if necessary. In particular, in the above-mentioned Japanese input device, subscripts inside ruled lines are treated as one character, and 1. If the line pitch is ott when inputting a normal text, 2. For example, a bridge character will occupy one line and will be printed out. This results in an unnatural character arrangement in the output.

The present invention aims to solve the above-mentioned problems.
The purpose is to allow the operator to freely set the line pitch during printout while handling the subscript in the ruled line as one character on the display. The above process can be controlled on the printer control device side by inserting a control code into the screen code e-buffer so that page-by-page specifications can be freely specified while allowing overprinting if necessary. The purpose is to help others. Therefore, the Japanese input device according to the present invention that allows setting of the print line pitch includes a key ΦZade, a display, and the display KII! It is equipped with a screen code buffer that stores code information corresponding to the displayed display mode, and inputs Japanese sentences while converting kana character strings input by key operations on the board into kanji characters. The word input device is equipped with a printer control unit that controls a printer and a wrinkle printer that performs print output based on the contents of the above-mentioned ＊ﾈ=+-de pazza regarding the content displayed on the display, and also includes a printer control unit that controls a wrinkle printer and a printer that performs print output based on the content of the above-mentioned O display on the display. KIWIl variable paper feed amount
The printer controller is configured to be able to write the paper feed position instruction on the screen code buffer and write the paper feed position instruction on the screen code buffer. It receives the character ;- (':), converts it into image data, and sends it to the printer. It also decodes the fins of the paper sand amount instruction code and sends the paper feed amount between printing lines to the printer. It is characterized by K giving instructions. This will be explained below with reference to the drawings.

Figure 1 explains the aspect of J611 according to line Honshu 1jllK 1
tW14 and FIG. 2 are explanatory diagrams showing the section side of the printing mode.

FIG. 3 shows the configuration of an embodiment of the zero-start system.

In FIG. 1, 1 represents the display field,
2 shows the print output result. As mentioned later, 2
The screen code buffer stores code information in a form corresponding to the display contents on the display screen, and the display periodically reads out the contents of the screen code buffer O and displays it as the display mw. For this reason, the display screen 1 in the figure can be considered to represent the contents of the same KIiW"-code buffer in an image format, and the following explanation will be given regarding the above display screen 1 as the contents of the screen code buffer. Continue.

In a Japanese input device, the line pitch at the time of printout can be preset at $1 overtime. For example, the line pitch can be preset to give 12 clocks for the paper feed corresponding to the line pitch. For example, it is equipped with an automatic page function so that one page is composed of 20 printed lines, and at the end of printing 20 lines, the paper is automatically fed to the first line of a new page. He is made to act.

One Embodiment of the Invention The automatic page function, which performs the preset line pitch movement and automatic paper feeding, is temporarily suppressed in response to an operator's instruction, and the automatic page function that performs the preset line pitch movement and automatic paper feeding is temporarily suppressed to allow the operator to perform the desired line pitch. K is used to perform pitch and page commands.

In the embodiment shown in FIG. 1, control codes of order 0 are prepared. That is.

0〕　Page suppression code.

This page suppression code is a control for temporarily suppressing the automatic page function described above;

When printing is performed with a line pitch other than the preset line pitch in subsequent printing, the automatic page function is temporarily suppressed so that the i-operator can switch pages in a manner desired by the operator. It is used in combination with page break code 4, which will be described later.

En page break code.

This page break code 4 is a control code for canceling the state in which the automatic page function is temporarily inhibited by the page inhibition code 5 and for making full use of the automatic page function.

(3) Line pitch absolute value instruction code.

This line pitch absolute value instruction code 5 is a control code that allows the above-mentioned printing line pitch t to be specified in units of at least 1, and when it is given as KM/6J as in the case shown in the figure, for example, If the row pitch of the tatami mat is given by 12 clocks, K is set to give 2 clocks as the paper feed amount for the row pitch.

Wholesale all pitch codes.

This total pitch code 6 is a control code for restoring the state of the line pitch other than the preset line pitch.

Interval half-pitch chord.

This half-pitch code 7ti is a control code for switching to a pitch that is half the preset line pitch, and is set to provide 6 clocks as the paper feed amount for the line pitch.

(5) No line break code.

This no-line feed code 8 is a control code that instructs that the pitch of 9 lines is zero, that is, the next line is overprinted without any line pitch.

(Capital) Interruption code.

This interrupt code 9 is a control code for temporarily interrupting print output at the position where this code appears and notifying the operator of this by a message on the display. When this code appears, the printer's operation line is temporarily interrupted, and it is determined by the operator's next key operation whether to terminate or continue.

Assuming that each of the control codes described above is prepared and displayed at the time of input, it is displayed directly above the display image on the display, for example, as shown in graphical display screen 1. When outputting in the print mode, the printout shown in Figure 1 is displayed. Result 2 will be printed. That is.

(1) The automatic page function is temporarily inhibited by control code 3.

(With control code 5, in the 0th order domain size,
The paper is fed between lines by moving two clocks.

(3) In the primary area B, the control code 6 causes the paper to be moved between lines by 12 times.

(4) In the 9th order area C by control code 7,
It is used to feed the paper between lines by feeding 6 pcs.

(5) The control hood 8 overprints the primary one-line area E on the one-line area.

161 control code 6 in area P.

The paper is fed between lines by moving for 12 clocks.

fil Control code 9 temporarily suspends print output at this point and waits for operator instructions.

Based on the operator's instructions, follow the area GK.

In this case, the paper is fed with zero line spacing by moving 12 pages.

(8) Control: - By C4, consider the end of one page.

The automatic page function is activated. In other words, for rounding of secondary printing,
Paper feed is automatically performed at the pre-purchase position of a new page.

As can be seen with reference to FIG. 1, two aspects of the present invention.

In print mode, 1. If the printer control unit receives the contents of the screen code buffer one line at a time and converts each character code into image data, but the received code is a control code. for,!
l Control corresponding to the control code is performed, and row pitch control is performed.

For this purpose, 1, for example, as shown in Figure 2, the first row, OK
When inserting a ruled line 13 between the printed character ``Umi'' and the character ``Mountain'' printed on the 20th line 12, insert a line 13 by half a pitch next to the line 10 where the character ``Umi'' is present. Indicate the door, enter the ruled line "-" in the next row 11, and press 1
In the next line 12, input the line where the above character "yama" exists.

By doing this, it is possible to shift the text by half a pitch between lines 10 and 11 and between lines 11 and 12, and to achieve a preferable character arrangement as shown at the right end of Figure 2. .

Figure 3 shows the configuration of an embodiment of the present invention. Code 14 in the diagram
is Pursessa, 1! S is medium-・l-do.

14 is the display, 17 is the memory, 18 is the iwm code buffer, 1? a path, 20 is the printer control unit, 2
1 is a printer, 22 is a character generator, 23
is one line ;-de reception register.

Reference numeral 24 denotes a control unit composed of, for example, a ROMK.

25 is a control command register; 26 is a one-line image data buffer in which image data set in the one-line code receiving register 23 and converted by the character generator 22 for the round character code is stored; 27; is a printer control unit that controls the printer 21, 28 Hiro automatic page horizontal @, 29 a line mold cutter, 50 is an automatic page function suppression clip rumors flop, and when the above page suppression code black is given. The one that is set to stop the automatic page function from working, sl is the interrupt processing section, and 6 is the interrupt described above; - de t
1 is activated when 0°32a is a print line pitch preset register, and for example, the turtle's 1 is set to ``12'' in response to the line pitch.
5s is a half-pitch preset register in which, for example, the "6" clock is reset in accordance with the row pitch.%0゜54 is a row pitch absolute value instruction register, which uses the above-mentioned line pitch absolute value instruction code. The number 4 is set to correspond to the row pitch indicated by 5.

In the process 1i for generating the display screen 1 shown in FIG.
The printer control units of 20 companies will be completely inactive. Then, by operating the keypad 15, Japanese input is performed as is conventionally known.

That is, display screen 1 is generated. Regarding the above-mentioned input of each control code 3'& 90, it is also possible to have a dedicated key on the keyboard 15, which corresponds to the =- code of each company. It does not necessarily require creating a key like Jin. That is, Japanese input system, conventionally known, O-like.

By pressing the conversion key in response to a word written in kana, it is possible to extract a kanji display corresponding to the word written in kana. Using this function, for example, to get the page suppression code 5 mentioned above,
For example, set the invocation name as "Beijyokushi", and press the kana character key #! Stay.

Enter "Peijyokushi" before operating the conversion key. In this way and by.

In the Japanese input device 1, dictionary entries are usually indexed in the same way as in the case of O kana/kanji conversion, and the page suppression code 5 is
is obtained as a conversion result and set on the one-screen code buffer 18.

As shown in Fig. 5, at the time of printing and reading.

1 on the screen code buffer 71e.
The codes for the rows are sequentially received on the register 2s, and each code in the row is deciphered and if it is a one-character code, it is now Yarakuta.
When the generator 22 is indexed, one line of image data is saved! One line of image data is then read out from the printer 26, supplied to the printer 21, and printed in a known manner.

Mori, overvoltage, automatic page function 2 when printing and printing the above
6 is activated, and the register s2 is set to the register 5SKdr4J clock in which the clock "12" is set. This ninth corner is given a special control code.

In the above-mentioned character printer), Kfi is printed at a predetermined pitch of 0 lines.For example, when printing of 20 lines is completed, the automatic page function 28 is activated and a page break is performed.The upper 11 lines are received by the code receiving register 215 and the 9th code is printed. is 1, for example, page suppression code 3, then R
The command read from the OM 24 sets the automatic page function inhibit trigger 50 to stop the function of the automatic page function 28. Further, in the case of line pitch absolute value instruction; -5, Kt-1, a value is set in the register 54, and the contents of the register 34 are supplied to the printer 21. In other words, the printer 21 operates so that the pitch between two strokes is, for example, two clocks.

If the bood received in register 25 is a full pitch code, the contents of Kam' dimeta 520 are provided to printer 21 as providing the pitch between lines. If it is a half-pitch cord.

The contents of register ss are supplied to the printer as giving the line spacing O pitch. Furthermore, if the line feed code is 8, the register 34KrOJ is set and supplied to the printer 21.

If the code received by the register 23 is interrupt code 9, the interrupt processing unit s1 is activated.

Printer 21 is interrupted from printing and an operator call is displayed on imm of display 16. If there is an instruction from the operator, the interruption processing section s1 restores.

The code received in register 25 is page break code 4.
If so, the flip-flop sO is reset and the autopage function 280 function is restored.

The movement of the printer 21 in response to the line pitch instruction is 1.
It is only necessary to feed the paper by the number of clocks corresponding to the line pitch instruction, and this can be easily realized by a pulse motor or the like.

As described above, according to the present invention, it is possible to freely specify the pitch between lines for ruled lines and additions, and to obtain a desired and preferable character arrangement.

[Brief explanation of the drawing]

FIG. 1 is an explanatory diagram illustrating the physical aspect of IA according to the present invention,
FIG. S, an explanatory diagram showing an embodiment of the Chen 2 Zusha pudding 11, shows the structure of a simple embodiment of the present invention. In the figure, 1 is the Hiro display screen, 2 is the printout result, black or 9
are control hood and 14d prosetuna respectively. 15 is a key port, 16 is a display, 18 is a screen code buffer, and 20 is a printer control unit. 21 is a printer, 22 is a character generator, 2
6 is a one-line image data buffer. 27 Hiro printer control unit, 28 automatic page function,
31 represents an interruption processing section. Patent applicant: Fujitsu Kinsha, patent attorney Todoroki 1) Hiroshi

Claims (1)

[Scope of Claims] A kill board, a display, and a screen code buffer in which code information corresponding to the display mode displayed on the display is stored. In a Japanese single-powered device that inputs a Japanese sentence while converting a kana character string inputted by key operations on the keyboard into kanji characters Km, the contents of the screen food buffer are based on the contents displayed on the display. A printer is provided with a printer that performs print output based on %, and a printer control section that controls the printer. The paper feed amount instruction code is configured to be able to be written on the buffer, and in the print mode, the printer control section receives the code on the -side hood buffer and converts the character code into image Φ data. Japan which is characterized in that it is possible to set the printing line pitch by feeding the paper according to the pre-printing line, and by decoding the paper feeding amount instruction code and instructing the printer to feed the paper in seconds between printed lines. Word input device.