JPS6244450A - Monitor display apparatus in photocomposing machine - Google Patents

Abstract

PURPOSE:To continue to enhance the efficiency of photocomposing work, by dividing the display screen of CRT into a plurality of sections and performing displays different in magnification in the same screen. CONSTITUTION:The character 6 being 'A' selected on a character searching window 5 from a character board 37 is displayed on the screen of a monitor display part 1 through an image pick-up camera 52. Subsequently, when photocomposing indication is issued from an command input part 31, the composing of the character 6 being 'A' is applied to a photosensitive material 47 and said character 6 is displayed on the screen of a monitor display part 4 as a character 4 after composing, and the character searching window 5 moves. When the whole of the screen of the monitor display part 1 is looked, across a dividing boundary part 2 dividing the screen into two sections, the upper part performs display in magnification capable of displaying the whole of the photosensitive material 47 while the lower part performs display in magnification wherein a pheriphery is enlarged on the basis of the character searching window 5. In this case, for example, composing can be performed while the closing interval with the character 6 'I' in the character 6 'H', the positional relation of 'C' and 'O' of characters 4 finished in composition and the balance of the photosensitive material 47 as a whole are simultaneously considered.

Description

[Detailed description of the invention] [Industrial application field] This invention is applicable to letters and symbols typesetting on photosensitive material.

The characters/symbols selected from the dial when trying to typeset,
This invention relates to a monitor display device used in a phototypesetting machine, which displays the shapes and spacing of characters and symbols on a CRT or FFL display.

[Conventional technology]

FIG. 2 is a block diagram showing a monitor display device in a conventional phototypesetting machine. In fig.

Reference numeral 31 denotes a command input section, and this command input section 31 has switches and keys for operating phototypesetting character display instructions, phototypesetting instructions 9, paper surface movement instructions, calculation instructions, etc., and provides various instructions.

Based on this command, the host controller 32 connected to the command manual section 31 performs electrical control, and the controller 33. Storage control unit 34. and a display control section 35 so that a display is performed on the monitor display section 1. The storage section 36 is connected to the storage control section 34.

The signal from the command input section 31 is memorized and transmitted again to the storage control section 34.

The dial 37 of the phototypesetting machine is installed so as to receive radiation from a light source 38, and the dial 39 is placed on the optical axis of this radiation. Optical axis splitting prism 43. A shutter 44° and a moving lens 45 are sequentially arranged. This movable lens 45 is moved in parallel to a magazine drum 48 on which a photosensitive material 47 is mounted by a pulse motor 461, and this magazine drum 48 is configured to be rotated by a rotation pulse motor 49i. In addition, the pulse motor control section 50
is connected to operate each of the pulse motors 46 and 49 in response to a command from the host controller 32. Further, an imaging camera 52 disposed from the original axis splitting prism 43 via an imaging lens 51 is
The controller 3 via the camera controller 53
Connected to 3.

The monitor display section 1) is configured to display the characters and the like on the dial 37 via the storage control section 34 and the display control section 35.

3 to 7 are diagrams showing monitor screens displayed on the monitor display section of FIG. 2. FIG.

Next, the operation of the monitor display device in the above-described conventional phototypesetting machine will be explained. The next character 6 rAJ selected from the dial 37 is shown in the character window 5 shown in FIG. 3 by the imaging camera 5.
2. Next, when a phototypesetting instruction is given from the command input unit 31, the letter 6 “A” is typesetting on the photosensitive material 47, and the character 6 rAJ displayed in the font window 5 is stored in the memory control unit 34. As well as being written in section 36,
It is read out again as typesetting characters 4 and displayed on the monitor display section 1.
displayed on the screen. At the same time, only the amount calculated by the host controller 32.

This is because each pulse motor 46, 49 operates.

As the base axis position relative to the magazine drum 48 moves, the character entry window 5 moves on the screen of the monitor display section 1. In this way, when phototypesetting instructions are sequentially given, the typesetting is performed on the photosensitive material 47 and is also displayed on the screen of the monitor display section 1 as shown in FIG.

Here, in the phototypesetting work, when considering the arrangement of typesetting characters on the entire photosensitive material 47, it is necessary to display the entire photosensitive material 47, and conversely, when considering the narrowing of the character spacing, Enlarge a part.

It is necessary to display the In this case, by giving an instruction to change the display magnification from the command input unit 31, the entire photosensitive material 47 can be displayed on the screen as shown in FIG. A simplified and enlarged display can be performed.

[Problem that the invention seeks to solve]

The monitor display device of the conventional phototypesetting machine as described above can display only one type of magnification on the same screen on the monitor display section 1, so the magnification of the screen display on the monitor display section 1 must be changed many times during phototypesetting work. The problem was that it was necessary and extremely troublesome.

This invention was made to solve this problem, and it enlarges and displays a part of the screen so that the space between characters can be reduced without changing the display magnification on the screen of the monitor display. The object of the present invention is to obtain a monitor display device in a phototypesetting machine that can perform the following steps.

[Means for solving problems]

The monitor display device for a phototypesetting machine according to the present invention divides the CRT display screen of the CRT display into two or more parts, thereby displaying displays with different display magnifications within the same CRT display screen. It is something.

[Effect]

In the monitor display device of the phototypesetting machine I of this invention, while viewing the arrangement of a wide range of typesetting contents during phototypesetting work,
At the same time, the enlarged display of a part of the friend whose character spacing is to be reduced is within the same screen of the CRT display screen, so there is no need to instruct switching of the display magnification.

〔Example〕

FIG. 1 is a diagram showing a monitor screen displayed by a monitor display device in a phototypesetting machine which is an embodiment of the present invention. In the figure, 1 is the monitor display section, 2 is the screen 2
3 is a paper edge display representing the entire photosensitive material 47, 4 is a typesetting character, 5 is a character entry window, and 6 is a character selected from the dial 37 for typesetting T.

Next, the operation of the monitor display device in the phototypesetting machine which is an embodiment of the invention described above will be explained. Third
The character 6 rAJ selected from the dial 37 is displayed on the screen of the monitor display section 1 via the imaging camera 52 in the character writing window 5 shown in the figure. Next, when a phototypesetting instruction is issued from the command input unit 31, the letter “A” of the letter 6 is typesetting on the printed C material 47, and is also displayed as the typesetting letter 4 on the screen of the monitor display unit 1. In addition, the movement of the character writing window 5 is similar to the above-mentioned conventional device. Here, when looking at the entire screen of the monitor display section l as shown in FIG. 1, the upper part is at a magnification (for example, 1x) that can display the entire photosensitive material 47 across the dividing boundary section 2 that divides it into two. The lower part of the trowel is displayed at a magnification (for example, 4 times) with the writing window 5 set to the X standard. in this case.

For example, the rHJ of the character 6 is determined by simultaneously considering the spacing between the character 6 and the letter 6, the positional relationship with the typesetting characters 4, ``C'' and ``0,'' the overall balance of the photosensitive material 47, etc. You can typeset while writing.

In the above embodiment, the upper part is displayed at a magnification that can display the entire photosensitive material 47, and the lower part is displayed at a magnification that enlarges a part, but the magnification of each of the upper and lower parts is typesetting. Contents (character size 9 characters number 1
This can be set arbitrarily (character spacing, etc.); for example, the upper part is the same size and the lower part is 4 times the size.

Alternatively, the upper part is the whole size, and the lower part is twice the size, and needless to say, it is possible to change the size during phototypesetting work.

〔Effect of the invention〕

As explained above, the present invention is configured so that a CRT display screen is divided into two or more plural parts and displays at different magnifications can be performed within the same CRT display screen in a monitor display device for a phototypesetting machine. , can increase the efficiency of typesetting work.

Furthermore, since the magnification of the entire CRT display screen is frequently changed, it has excellent effects such as reducing eye fatigue.

[Brief explanation of drawings]

FIG. 1 is a diagram showing a monitor screen displayed by a monitor display device in a phototypesetting machine that is an embodiment of the present invention, and FIG. 2 is a block diagram showing a monitor display device in a conventional phototypesetting machine. 3 to 7 are diagrams showing monitor screens displayed on the monitor display section of FIG. 2. FIG. In the figure, 1...monitor display section, 2...dividing boundary section, 3...paper edge display showing the entire photosensitive material 47, 4.
・Typesetting characters, 5 ・Type window, 6 ・Dial 3
There are 9 characters selected from 7. In each figure, the same reference numerals indicate the same or equivalent parts.

Claims (1)

[Claims] C
By dividing the RT display screen into two or more parts,
A monitor display device for a phototypesetting machine, characterized in that an entire wide area and a part of an enlarged area can be displayed within the CRT display screen.