JPS58192187A - Device for forming document - Google Patents

Abstract

PURPOSE:To simplify the operation of a device, by designating up/down and left/ right margin on a printer paper, and executing the print of a document with the optimum line pitch and character pitch automatically in an arbitrary margin frame. CONSTITUTION:A data input section 1 inputting data from a keyboard, a screen display section 2 including a CRT, an external storage section 4, and a printer section 3 are connected to a processing section 5 respectively to form a document forming device. The processing section 5 is provided with an internal storage section 7 and a control section 6, a character pattern is stored to the storage section 7 based on the document data inputted from the input section 1 with the control section 6 and displayed on the display section 2. An instruction data of up/down/left/right print margin and a paper size data from the input section 1 or the printer section 3 are given to the control section 6 together with the data inputted from the input section 1. The control section 6 calculates the line pitch and the character pitch based on the data, rearranges the character pattern stored in the storage section 7 and the result is printed at the printer section 3.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a document creation device called a word processor, and particularly to a document creation device that prints a created document in a desired optimal pattern using a printer section.

According to the present invention, if you specify the E, bottom, left, and right margins of the print paper, the document to be printed is automatically printed within the specified nine margins, the optimal line pitch, and the characters are printed. Printed in pitch.

The present invention will be explained below using an example device.

As shown in FIG.
The entire data processing unit 161 is connected to the data processing unit 161.

The data processing section (-) is the data processing section (6) and the internal storage section ())
The braking section (-1 is applied to the document data inputted from the data input section +11), configures and stores the document pattern in the internal memory ff+71, and displays the document pattern in the - plane damping section (!). , and edits the document pattern stored in the internal storage section (7) according to the editing data from the input section 11). The control section (6) further causes the printer section (3) to print the document pattern according to instructions from the data processing section (1), and the external storage section (3).
4) Store K.

Shiny jIi! 18 (61) is executed according to the IIIJ control program stored in the external storage unit (4). That is, when the device is started, the external storage unit (4)
Since the control program stored in the controller is transferred to the internal memory 5(7), the control unit +6111 operates according to the program.

The operation of the device described below F! The present invention is four times better than ordinary ones of this kind.
The printing style 1lJll when printing with 1lJll has its characteristics, which will be explained below.

A more specific configuration of the printer section j3) is shown in FIG. The printer unit (3) is capable of using two types of print paper: RL, A4, and B5, and has a first and second paper output device consisting of a micro switch.
υ, - are provided. That is, by bringing the left edge of the paper into contact with the fixed dormitory pars that make up the paper feed W1, and then moving the 9th assistant guide par close to the right edge of the paper, the paper is guided by both pars. - is received by the feeding device, but at this time, when the paper is A4f size, the first paper size output device 5 is placed in the ir Illm inner par-
Also, when the paper size is B5, the second paper size detectors are energized.

The printer section (1) prints using a heat-sensitive transfer force known in itself.The printer section (1) prints using a heat-sensitive transfer force type known to itself.
m) - nine constant printheads (3) arranged in tI columns, a register with a length equal to the number of bits as the total number of heating dots contained in the head, and a corresponding heating of the printhead according to '8 in each bit of the register; A drive unit is provided that generates heat to drive the dots. During printing, the contents of the register (B) are rewritten at regular intervals in response to the print paper H, and the printing paper H is functionally transferred in response to this. Therefore, as shown in Figure @3, dots are recorded one line at a time on the printing paper @4 at the above-mentioned four regular intervals, with the dotted line in the figure as one line, and the printed characters are a rounded dot matrix. In this example, the matrix in question is a 52x32 dot matrix.

When the internal storage section (7) stores the caricature document pattern, it simultaneously stores the number of lines per page of the document and the number of characters per line. FIG. 4 shows an example of a document pattern (for one member), in which the number of lines is defined as 6 and the number of characters in one line #i is 30 characters. Such a number of tens of characters in a line is inputted as an abstract document format from the one data input section (password) when creating a document pattern.

When the document I-lean is stored in the external storage section (4) K, K is also stored along with the document format Fi.

Now, when printing a document using the printer section (3), KF
i, Internal memory unit (1)K Outputs the stored document pattern to the printer l1l)K. Therefore, the external storage section (4
) (Print the stored document pattern
1 Once it is exported to the internal memory @171KM.

Hereinafter, the present apparatus will be explained in more detail along with the operation method 7y of the apparatus when printing a document pattern stored in the external storage section (4)K.

First, operate the M key on the data input section (1). At this time, the control unit f! The "document name" Noreen, which has been dosed in advance, is successively retrieved from the external memory 5 (4), and this is -rTi.
Display St phantom. Prisoner II5 shows a praying display state.

If you wish to print the document titled "RAB report of IN number", operate the cursor 1F# key of data input 5 (1) and move the cursor number 8 to "1" as shown in Figure 1115. ”, then Data Human Resources Department (1) f
[Operate the keys. Save the pre-prepared "print style" pattern to the external storage (
The process continues from 4) and is displayed on the screen display fjA itl K. Figure 6 shows a new decline.

Now, printing paper for printer section 111KHA4 is being fed, and 111712 [as shown, the left margin of printing paper N 1 un, 5W-JIN N3],
t margin specification ■, lower front - specified by jin N4 points 951
The above document "rAB report" shall be printed within the frame indicated by 141. Therefore, at the ninth stage of margin setting, the numerical value rNsJ is inputted as the desired upper margin value by operating the 1-data input section It). Cursor era analysis till! As shown in Figure 6, it is initially automatically at [rlJ], so the input nine-thickness value "N1" is - inside the cell, to the right of the "top margin" f! It will be displayed in area 4-, and then if you press the release key, the cursor symbol will appear. The phantom moves below "2" to 1, and thereafter is input in the same manner up to the right margin value rNIJ.

When the printer key is operated, the control unit (I@)Fi rearranges the document pattern to be printed with margins specified as above and the appropriate line pitch and character pitch within nine frames, and prints the document pattern in the printer unit (11). to print.

FIG. 8 shows the main parts of the processing unit (-) for executing the prayer process, and the explanation will be continued below with reference to the same figure.

Control 1 (@) first transfers the pattern of the 9 document rAB report specified earlier from the external storage unit (4) to the internal storage unit i7.
Read into 1. At this time, each data of the h value and the number of characters accompanying the document pattern is stored in the registers NL and NC respectively.
) The size of the printing paper is checked through the outputs of the first and second paper size detectors 1all and 92, and the paper width and paper length are set in registers FW and PLK. In this case, the paper size is A4, so MiRegis) PW, PL
Enter the values equivalent to K Keinu*210 inches and 300 meters.

@, l:, E input during the operation process 'fic, h lower left and right margin values are respectively in the registers MU%MD, ML, MRK
Stored.

tfiJ14 part (8) Fiso (after D, each register PW,
Using the contents of PL, Mυ, MD, and ML%MR, the arithmetic unit (61) calculates (ML)+(MR)>(:FW)? [MD)+[MD)>[PL)? Nasu to become 11J#. In other words, section 11J# (6) checks whether the sum of the set left and right margins is greater than the width of the paper, and whether the sum of the upper and lower margin lengths is greater than the width of the paper. , if it is large, the message is displayed as an error on the image rTJ display section 12),
If it is not larger, it is assumed that KFi is normal and the next step is executed.

In the following step, similarly, the busy calculation unit (61) calculates ((PW
) - ((ML) ten [MR))) / NC is calculated, the result is stored in the register PTCK as the character pitch, and ([PL] - ((MU + MD)) l / NL is calculated, and the result is is stored in the register PTL as a line pitch.The desired character pitch and line pitch are the optimum character pitch and line pitch when printing the pattern of the document "RAB Declaration of Rights" within the specified margin frame.

The control section (@) then retrieves one line qg of the document pattern from the internal storage section (7) and converts it into 11 lines with a length of 30 characters per line.
! The contents of one digit are sequentially stored in the rearrangement storage area (72) K through the chimaractor generator (71) in a 32x32 dot matrix. 'Vc- and
It has a region length of 32 bits. Redistribution memory girl N (72
) is distributed by a storage address register (75), and the distribution operation of this register is combined with the contents KA of registers ML and PTC. For wholesale and redistribution, the storage at register is set using the left-bit position of the storage register (72) as a standard, and the above % is set with the prayed bit position at the left end.
Stores a 1-digit dot matrix. From this K, the left margin is maintained and becomes 0. Next, the storage address register (075) is further set by the sum of 62 pits and the bit corresponding to the contents of the register PTC).
Specify the L9 bit position, store the second digit dot matrix with the i bit position as the left end, and from now on, one work t-
Continue up to 5so digits. In the above register PTC, add gt to V, the end of the character bitch #! 7ru skin.

isJ# part tgl#: then the contents of register PL VC
In order to send the printing paper only at the corresponding line break,
The printer unit (ml) is responsible for transporting φ, and from this 1ζ, the printer unit (3) will transport the example print paper by the upper margin. When the transport of the print paper is completed, the printer unit (ml) will transfer it by the upper margin. Control unit (@IK notification, applicable Th
The control city then goes to the top school 1 of rearrangement memory erasure (72)
The data contents of L bits of the horizontal bit line are output to the printer section (3). The printer unit (3) stores this in a register and then drives the print head c161 to generate heat. As a result, the first line of the first line of the document pattern is printed, and the next step is K.

When the above heat generating drive is completed, the printer section (3)
l111 Tsuruto (6) K notification, the control unit (ε) then instructs the printer unit (1) to feed the paper by Kl lines, and when the printer unit +11 completes its true printing, the @ of the rearrangement memory chain plate (72) is sent. The data contents of the two horizontal bit lines are output to the printer section (N). Thereafter, in the same manner, data contents up to the 62nd horizontal bit line are sequentially output to the printer section (3) for printing, thus completing printing of the first line of the document pattern.

When printing for 111 lines is completed, the control unit (-) issues a command f to the printer unit to transport the lint paper N. As a result, the printer unit (3) advances the print paper by a predetermined pitch. That will happen.

System-@+@l is subsequently re-distributed sequentially from the second line of the document pattern to ILi lines (72) K: Take 9
Then print the same pattern for each line, and finally, as shown in Fig. 9, print out the format of 1 @ equal character pitch or equal line pitch within the specified margin frame on the printing paper - as shown in Figure 9. Documents with Lean printing are superior. In the above embodiment, the print paper size data may be inputted from the first and second detection S @ death, -, but like the margin value, it may also be input manually from the data input section (or the print If the paper size is limited to 4 of 1 cypress chain, registers P*, PLK) t3 may be set with a fixed value of 9 according to the paper size.

In addition, in addition to the example, add gloss to the standard margin format, and register the keyaki half margin value without manually inputting the margin data from the data manual section i1) MU%MD
, you can also set ML1MRK.

Further, although the printer section in the above embodiment is of a line print type, it can also be changed to a serial print type. In this case, the 1Ijlj# unit (8) shifts the print head by the length according to the contents of the register ML, moves the print paper by the next length according to the contents of the register MU, and then transfers each character data to a digit. Sequentially feed the printer section (3) K (, register PTC
Based on the contents of PTL and PTL, specify the print head's character pitch 8! You can run a document printer with line pitch and character pitch.

[Brief explanation of the drawing]

The figure shows the #i4 actual example of this invention, and Figures 1, 2, and 8 are blow, evening circuit diagrams, Figure 3, Figure 7, and M? The figure is a print pattern diagram, FIG. 4 is a document pattern diagram, and FIGS. 115 and 6 are screen display pattern diagrams. (tortoise) -・Data human resources department, (ri...m screen display section, (m
l-・Printer section, (4)...external storage section, II)-
・Processing section.

Claims (1)

[Claims] (1) Data input section, storage section, III screen display section, printer section, and nine controls associated with each of these sections! It has 11 parts, and the data input part is inputted from the above data input part.
In a document creation device that displays one of the document patterns on the rfJ display section and further performs the editing work of the T-book pattern according to the editing data from the input section, the document control section edits one of the document patterns stored in the L-book storage section. The number of lines per page, the number of characters for one line, and the left and right print margin data entered from the data input section above, and whether they have been predetermined or not. The line pitch and character pitch are calculated based on the print paper size data provided by the Tokyo metropolitan government, and the text pattern stored in the E era storage unit is rearranged with the line pitch and character pitch issued by hv2g, and the above-mentioned printer A document creation device characterized by printing in a department.