KR870000427B1 - Photo-composing machine - Google Patents

Abstract

This invention is concerned with the photo-typesetting machine, which is printed by the input of the position imformation. By means of wall map data memorized by the memory device, the VDT represents the pertinent wall map with respect to the wall map data. According to the particular data of the external memory device, printing condition, photographing position, etc. are controlled, and then the photo-type-setting machine typesets the characters or signs. By the data memory of the wall map data. A point-wall map of the appointed section is printed out to the appointed position. Memory of the appointed section(fig-7) is transmitted to the operating circuit(fig- 10).

Description

Photographic

1 is an explanatory diagram of a conventional example of a ruled line factor.

2 is a block diagram showing an embodiment of the invention.

3, 4, 5, and 6 are explanatory views of FIG.

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

1: external storage device 2: input device

3: control circuit 4: display control circuit

5: data memory 6: printing memory

7: Memory for designated area display 8: Spring conversion circuit

9: switch 10: halftone processing circuit

11: Memory for displaying pattern pattern 12: Correl generating circuit

13: OR circuit 14: Refresh memory

14 parallel parallel (P / S) conversion circuit 15 display device

16 operation circuit 21 light beam

24: face 25: main lens

29: travel system 33: imaging means

According to the present invention, the ruler corresponding to the ruler data stored in the external memory device which is detailed in the photographic writer which causes the ruler to be printed on the reduction material is based on the ruler data stored in the external memory device. And modifying a part of the rule data as needed while referring to this mark, and based on the rule data and the position information separately input in accordance with the need, the desired rule is displayed. It is to provide a photomeasure to print to the position.

The order of printing the ruled lines following the photographic table is, for example, when the ruled table TA1 as shown in Fig. 1 (a) is created. ) Is stored as coordinate data in the coordinate storage unit, and the coordinates (X ₁ , Y ₁ ) and (X ₂ , Y ₂ ) of the desired two points A and B are read out, and the two coordinates are converted into the optical system. By scanning, the ruled line 1 can be printed on the sensing material P. FIG. By ordering the ruled lines in this order, the ruled tables TA1 and TA2 as shown in Fig. 1 (a) can be created.

However, when the ruled line is printed as described above, inaccurate coordinate data is cut off the power supply of the main body or when the new coordinate data is written, the original coordinate data is erased (deleted), and again the same or similar rule When you want to print, you have to enter the coordinate data again. Also, as shown in Fig. 1 (a), the table data of the printed table is stored in an external storage device, and the data is stored when the table is printed again.

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

2 is a block diagram showing an embodiment of the present invention. In FIG. 1, 1 denotes an external memory device, 2 denotes an input device, and 3 denotes a control circuit for data transfer and control of each part. 4

표시제어회로(4)

스윗치(9)

인자패턴표시용 메모리(11)

오어회로(13)

리프레쉬 메모리(14)

P/S변환

VDT(15)로 전하여져서, VDT(15)에 표시시킬 수가 있다. 이 표시를 보고, 확인하였으면 전기와 같이 샷터(28)을 구동하여서 그상을 감재 P에 인자한다. 표시제어회로(4)는 촬영수단(33)으로 부터의 상신호를 인자제용 버퍼메모리(6)에 보내서 오어회로(13), 리프레쉬 메모리(14), P/S변환회로(14A)를 거쳐서 인자한상을 VDT(15)에 표시한다. 이후, 조작을 반복하는 것에 의해서, 제3도(a)를 VDT(15)에 표시하고, 감재 P에 인자를 할 수가 있따.First, the operation of the ordinary photo magnetic device will be described. Lens magnification, input pitch 1 row length in input device 2. Various typesetting conditions such as commands such as sowing are sent to the control circuit 3. And the character required by the character board 24 is selected, and the shoter 28 is driven. Then, the letter image is printed on the sensing material P through the electro-optical system. Thereafter, the same operation is repeated while controlling the control circuit 3, the calculation circuit 16, the send control circuit 17, the current position counter 18, the drive source for the axis 19, and the drive source 20 for the X axis. By means of the typesetting conditions set, the printout as shown in Fig. 3 (a) can be obtained. In FIG. 3 (a), the printed sentence is indicated by the line T. FIG. The character to be printed is taken from the half mirror 34 by the photographing means 33 as needed.

Display control circuit (4)

Switch (9)

Print Pattern Memory (11)

OR circuit (13)

Refresh Memory (14)

P / S conversion

It is communicated to the VDT 15 and can be displayed on the VDT 15. After viewing and confirming this indication, the shot 28 is driven as before, and the image is printed on the sensing material P. The display control circuit 4 sends an image signal from the photographing means 33 to the buffering memory 6 for printing and prints it through the OR circuit 13, the refresh memory 14, and the P / S conversion circuit 14A. The one phase is displayed on the VDT 15. Thereafter, by repeating the operation, FIG. 3 (a) is displayed on the VDT 15, and the sensing material P can be printed.

Such a photo-magnetism is common and various things are already performed, and what kind of thing can be employ | adopted by this invention.

Next, the processing of the ruled line will be described. First, the external storage device 1 includes, for example, a plurality of coordinates of the beginning and end of ruled lines printed on a storage medium such as a PROFI disk, ruled data of ruled line length, thickness, and the like, and coordinates of the starting point of ruled print. I remember. For example, by specifying the page storing the desired ruled data in the input device 2, the ruled data and the like stored in the corresponding page are read out and written to the data memory 5. For example, when designating a page in which rule table TA4 as shown in FIG. 3 (b) is stored, corresponding rule data is written to data memory 5 in external storage device 1.

Next, the input device 2 specifies which position on the sensing material P to print the ruled data written into this data memory 5, and the printing position is given to the data memory 5 via the control circuit 3; Write it. For example, as shown in FIG. 3 (b), (X ₃ , Y ₃ ) is replaced by the factor _{3 3}

Correction of the print designation position after the ruled display is performed by designating the print designation position with the ten key or the corsor from the console generation circuit 12 in the input device 1, as shown in Fig. 4 (d). It is possible to move the position A to any position A '. At that time, even if the printing designation position A moves to A 'as shown in (1) of FIG. 4 (d), the VDT 15 does not move the reference point C but displays it at the reference point. , In addition,

The case where the desired printing area of the ruled table shown below is specified will be described. As a method for specifying the print area, for example, designation is performed by a designation method as shown in FIG.

(a) 1 point designation

The coordinates (x ₁ , y ₁ ) of one point and the desired area x, y are designated by the input device 2, and the magnitude relationship of x, y with respect to x ₁ , y ₁ is determined by the control circuit (3) and the calculation circuit (4). By comparison, four areas (I) to (IV) are designated. For example, the area of the back _{(1), x> x 1} , y> y area of ₁ if _{(Ⅰ), x> y 1} , y <y area of ₁ if _{(Ⅱ), x <x 1} , y <y 1 It is possible to designate the area of the back surface (III) and the area of the back surface (IV) if x <x ₁ and y> y ₁ .

(b) two-point designation

The coordinates of two points A and B are specified, and a rectangular portion having the two points diagonal to each other is designated as the designated area.

(c) Multipoint designation

Specify the coordinates of the number of points, and set the area enclosed by the line segments bounded by the specified order as the designated area.

(d) designation

(1) Specify the coordinates of center A and the radius AB. The inside of the circle with AB as radius is designated area)

(2) Designate the coordinates of the center A and the point B on the arc ((The inside of the circle with AB as radius is designated area.)

(3) Specify the coordinates of points B and C on the arc. (The inside of the circle whose diameter is BC is designated area.)

The area specifying input method of (a)-(d) is (1) a method of inputting the absolute coordinates of each point by means of a ten key of the input device.

(2) A method of inputting coordinates relatively by tenkey or the like.

(3) A method of designating each point by carousel movement on the VDT.

(4) A method of designating on the screen of the VDT by a light pen or the like. Or the like.

For example, designate two points of area by two points A and B of the rule shown in Fig. 6 (a).

Further, according to the present invention, when reading a plurality of rules in the same page of the external storage device 1 or reading a plurality of rules in each page, the entire read rule or a part thereof is designated. By printing at arbitrary positions, it is also possible to create the schedule which combined the several rule.

As described above, the present invention displays the printing pattern, which is the rule stored in the external storage device, on the VDT, and simply designates or corrects the required portion of the displayed rule, and the desired rule can be printed at any position on the sensing material P. Therefore, the work of re-entering the coordinate data of the regular table can be reduced.

Claims (2)

Ruler data based on typesetting conditions from electric and external storage devices in photographic machines in which printing conditions, photographing positions, etc. are controlled based on data read from an external storage device, to print characters, symbols, etc. Means for designating the printing start position in the reduction image of the desired rule table calculated on the basis of the previously written rule data, and the bit pattern of the desired rule table by the ruler data. Desired in the ruler displayed on the printing pattern display memory 11, the display device 15 for displaying the contents of the electrical printing pattern display memory 11, sequentially written from the start position, and the electrical display device 15; Means for designating an area, a designated area display memory 7 for storing a desired area that has been electrically specified, an electric printing pattern display memory 11, and an electric, designated area display memory 7; And a means for synthesizing and outputting the photographic device to print a desired rule table of the specified area on the basis of the rule table data of the battery data memory (5) at a designated position on the sensory material. 2. The photographic magnetic machine according to claim 1, wherein the designated area is displayed in a halftone by transmitting an output from the electrically designated area display memory (7) to the halftone processing circuit (10).

Images