KR870000430B1 - Display system of monitoring in pototype setter - Google Patents

Abstract

This invention is concerned with the monitor-displaying method which represents the relation of the position between the printed letter and the sensing figures on the CRT. The selecting characters and signs are designated on the CRT which has the screen smaller than the sensing size. In monitor displaying methodes, a printed region which designates a printing possible region, (a) is standardized to represent all of the regions the CRT's comment sections is comsisted of a printing region(a), a sensing region(b). CRT's displaying region(d), a present location.

Description

Photo display monitors

1 is a diagram showing an example of a monitor display in the present invention.

2 is a block diagram illustrating one embodiment of the present invention.

3 is a view for explaining FIG.

4 is a diagram showing another display example.

* Explanation of the symbols of the main parts of the drawings

1: CRT 39: calculator

40: recording means 44: input unit

45 control unit 46 data storage unit

47: buffer memory 48: buffer memory control unit

49: collector generator 50: collector generator control unit

51: refresh memory 52: refresh memory control unit

53: parallel-serial conversion circuit

The present invention is a printing statement displayed on the CRT in the monitor CRT device photographic

Background Art Conventionally, in a photographic device with a CRT for monitor, a method of photographing characters on the character face with an image pickup means and displaying the characters on a CRT monitor is used. In this case, the display area of the CRT is generally smaller than the subtraction because there is no CRT having a large screen that displays a page of a newspaper as well as a price or size. Therefore, there is a drawback that it is difficult to confirm which part of the data is displayed on the screen (display area) of the CRT.

Therefore, the present invention has been studied in view of the above, in the monitor display method in the photographic device to display the selected characters, symbols, etc. on a CRT having a screen smaller than the size of the sensing material; Any of the printing area a for displaying the printable area, the printing area b for displaying the size of the feeling material, the CRT display area d for displaying the area displayed by the printing character display unit f, and the current position e 'to be printed from now on. The first and the all of which are displayed on the CRT on the basis of the printing area a, and the printing area a, the subtraction area b, the CRT display area d, and the current position e are displayed on the comment display part g of the CRT. The present invention provides a display method of a monitor in a photographic type magnetic machine, which has a second feature.

Hereinafter, the present invention will be described with reference to the drawings.

1 is a diagram showing an example of the monitor display state on the CRT 1 according to the present invention. As shown in FIG. 1A, the display screen of the CRT 1 is printed or

FIG. 2 is a block diagram of one embodiment in which a specific configuration for executing display in the window w shown in FIG. 1 is displayed. In the drawing, reference numeral 22 denotes a light source of a photographic magnet, 23 a lens, 24 a prism or mirror for directing light from the light source 21 to the face 24, and 25 a face ( 24, the main lens for enlarging or reducing the above characters, 26 is a deformable lens, 27 is a half mirror 28 for directing the image of characters from the dial 24 toward the image pickup means. Prisms or mirrors to convert, 29 is a shutter, 30 is a lens 31, a prism or a mirror 32 to move the travel system, 33 is wound around the sensing material 34 to rotate Reduction drum, 35 is a drive source such as pulse motor for X side, 36 is a drive source for Y axis, 37 is a drive control circuit for driving control of drive source 35, 36, 38 is The current position counter 39 for detecting whether the optical axis of the photographing optical system is located at the current position of the travel system 30 and the sensing member 33, that is, on the current sensing member,

First, the operation of the ordinary photo magnetic device will be described. From the input device 44, the control unit 45 transfers commands of various typesetting conditions such as lens magnification, feed pitch, single row length, vertical tone, and horizontal tone, and transmits the data to the daughter data storage 46. Remember). Then, the required characters are selected from the face 24 to drive the shutter 29. The lettered image is then printed onto the sensing material 34 via the optical system. The typesetting condition set by repeating the same operation while controlling the control part 45, the calculating part 39, the feed control circuit 37, the present position counter 38, the C-axis drive source 35, and the Y-axis drive source 36 from that. Depending on the desired print you can get. In addition, the picked-up character is imaged by projecting it to the imaging means 40 by the half-mirror 27 as needed, and is stored once in the digitization memory | storage part 42 via the S / P conversion circuit 41. As shown in FIG. In addition, in accordance with the character data read out from the digitizing memory section 42, the image of the character taken previously is written into the RM 51, and the P / S conversion circuit 53 is used.

In addition, when an error due to, for example, a typesetting condition, an operation error, or the like occurs in the comment display unit g, the control unit 45 sends a command to the CG control unit 50 for that effect. The CG control unit 50 reads out a message about the generated error from the CG 49 and displays it in the comment display unit g of the CRT 1 via the RM 51 P / S conversion circuit 53. Alternatively, the control unit 45 reads out data such as the transfer amount and the number of printed characters from the data storage unit 46 and displays the numerical value on the comment display unit g as described above. In one embodiment of the present invention, the print character display unit f and the comment display unit g are displayed by dividing the image on the CRT screen up and down, but the image may be displayed by dividing the image on the CRT screen left and right.

Next, a monitor display method according to the present invention will be described.

The data storage section 46 stores data such as lens magnification and transfer amount inputted from the input section 44 as described above, and shows data A showing the size of the print area a as shown in FIG. The data C, D (C, D are input from the input device 44) showing the size of the setting region b of the sensing material as shown in B (A and B are integers) and FIG. 3 (2). . In addition, data such as FIG. 3 (3) in conformity with the disk roll of the printing character display portion f shown in Fig. 1a claim _{1 1 2 2}

When the window display switch is turned on in the input unit 44, a signal for that purpose is output from the input unit 44 to the control unit 45. The control unit 45 protrudes from the data storage unit 46 the data A and B indicating the printing area a, and sends this data to the RM control unit 52. Based on this data, the RM controller 52 writes data for displaying the printing area a into the RM 51 as shown in FIG. 1A. The written data is displayed in the window W of the CRT 1 via the P / S conversion circuit 53. Subsequently, the controller 45 reads out the data C and D indicating the sensing region b from the data storage section 46 to form the same structure, thereby displaying the sensing region b as shown in FIG. 1A.

When the abnormal printing region a and the reducing region b are displayed, the control unit 45 then obtains information from the input device 44 whether to display the CRT display region d or the current position e. When the CRT display area d is displayed, the control unit 45 stores the data storage unit 45 of the data unit _{1 1 1 1.}

When the print character display unit f is displayed in the double display mode as shown in FIG. 1C, the control unit 45 controls each one of the CRT display areas dedata F and G in the same display mode as shown in FIG. The data I and J corresponding to the two are read out from the data storage section 46, and the CRT display area d corresponding to the data I and J is displayed on the window W as shown in FIG.

In addition, when displaying the current position e, the control unit 45 reads out the data A and B of the printing area a and the data C and D of the sensing region b as in the case of displaying the CRT display area d from the data storage unit 46. Display in window W. Next, as shown in FIG. 3 (3) from the data storage section 46, _{2 2}

Then, the operator rewrites the desired character symbols and the like from the character board 24 and digitizes them. The symbol and the like are checked in the print character display unit f, and the print position is printed after checking the window W of the present invention.

In the above description, the display is performed by switching the CRT display area d and the current position e. However, if both are displayed at the same time as in 1d, the current position e (the sort h) is not displayed in the print character display part f. For example, the positional relationship between the CRT display area d and the current position e can be checked at a glance, and in which direction the CRT display area e should be scrolled in order to display the current position e in the print character display part f.

In addition, in the present invention, the character display unit f and the comment display unit g are alternately displayed by switching the entire screen as shown in FIG. 4 without the printing of the print character display unit f and the comment display unit g on a dedicated area on the same screen. You may comprise so that.

In the present invention, when the screen of the CRT is smaller than the size of the sensing material, the printing area, the sensing area, and the display area of the CRT in the printing area or the printing current position on the sensing material are displayed on the CRT screen. By installing Windows W, it is possible to easily check the current printing status and their positional relationship, and it is useful for improving printability by preventing mistake or misalignment.

Claims (2)

Selected character. In the monitor display device of the photographic magnetic device such that a symbol or the like is displayed on a CRT having a screen smaller than the sensing material size, A printing area a indicating a printable area and a printing area b indicating a size of the feeling material, a CRT display area d indicating an area displayed by the printing character display part f, and any or all of these current positions e for printing. A monitor display method for a photographic device characterized by displaying the monitor on a CRT based on a. The monitor display method according to claim 1, wherein the printing area a, the sensing area b, the CRT display area d, and the current position e are displayed on the comment display part g of the CRT.

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