JP2008012736A - Multicolor printing registration adjustment information presentation apparatus and method - Google Patents

Abstract

An apparatus for presenting registration adjustment information for easily and accurately adjusting registration of multicolor printing is provided.
Displacement correction data including information for specifying a printing unit 700 is received by receiving and holding plate cylinder adjustment data 399 from a printing control apparatus 300, receiving input of register mark coordinate data 195, and using both. 193 is created, the registration amount data 197 is calculated using the deviation correction data 193 and the registration mark coordinate data 195 different from the registration mark coordinate data 195, and the registration including the registration amount data 197 is calculated. Registration instruction device 100 that creates and transmits instruction 199 and plate cylinder adjustment information is received, plate cylinder adjustment data 399 including this is generated, and is transmitted to registration instruction device 100 for registration. A registration instruction system configured to be connected to a print control apparatus 300 that receives and displays the instruction 199 and controls the print unit. 1.
[Selection] Figure 1

Description

The present invention provides registration adjustment information for accurately adjusting a registration mark printed by a printing plate (hereinafter referred to as a printing plate) attached to a plate cylinder in an operation for adjusting the registration of multicolor printing. The present invention relates to an apparatus for presenting and a method thereof.

Conventionally, in multi-color printing registration adjustment work, the positional relationship between each printed registration mark is measured, and the registration is adjusted to correct the printing position deviation of each printing plate.

For example, in Patent Document 1, as a registration mark adjustment method, a registration mark of a printing plate attached to a plate cylinder is photographed using a plate cylinder photographing camera installed at a predetermined location, and a predetermined position on a photographing display screen is obtained. A technique for displaying a registration mark together with a reference position mark to be displayed on a photographing display screen is disclosed. (Prior Art 1) Using this Prior Art 1, an operator of the printing apparatus uses a relative relationship between a registration mark photographed and displayed on the photographing display screen and a reference position mark fixedly displayed on the photographing display screen. Adjust the position of the register mark from the positional relationship. Each time the printing plate is changed, the position of the register mark is adjusted.
Japanese Patent Publication No. Hei 2-24670 (5-7 pages, Fig. 4-8)

By the way, in the prior art 1, when the printing apparatus vibrates, the camera vibrates, so the register mark on the photographing display screen vibrates. Then, there is a drawback that it is impossible to accurately measure an accurate relative positional relationship between the reference position mark fixedly displayed at a predetermined position on the photographing display screen and the oscillating register mark.
In addition, if the camera position is moved for the convenience of printing work, the position where the captured registration mark is displayed on the shooting display screen changes, so it takes time to re-measure the relative positional relationship with the reference position mark. There was a point.
Further, every time the printing plate is replaced, the position of the registration mark is measured and the registration is adjusted, so that there is a problem that it takes time for the adjustment work.

The present invention has been made in consideration of such a conventional technique, and an object of the present invention is to provide an apparatus for presenting registration adjustment information for easily and accurately adjusting the registration of multicolor printing, and Is to provide that method.

The present invention solves the above problems by the following means. That is, the invention of claim 1 is a registration instruction system used for controlling a printing unit having a plate cylinder having a reference position mark, and a printing plate having a hole and a registration mark through which the reference position mark can be confirmed. In the registration instruction system configured by connecting a registration instruction apparatus and a print control apparatus for controlling the printing unit, the registration instruction apparatus includes registration mark coordinate data including information for specifying the printing unit; Storage means for storing misalignment correction data including information for specifying a printing unit, registration amount data including information for specifying a printing unit, and registration instructions including information for specifying a printing unit, and registration mark coordinates Registration mark coordinate input means for receiving data input, plate cylinder adjustment data receiving means for receiving plate cylinder adjustment data, and registration mark Deviation correction data creating means for creating deviation correction data including information for specifying a printing unit using the mark data and the plate cylinder adjustment data, the deviation correction data, and the registration mark coordinate data different from the registration mark coordinate data , Registration amount data calculation means for calculating registration amount data, registration instruction creation means for creating registration instructions including registration amount data, and registration instruction transmission means for transmitting registration instructions The printing control apparatus comprises: storage means for storing plate cylinder adjustment data including information for specifying a printing unit; plate cylinder adjustment information receiving means for receiving plate cylinder adjustment information; and plate cylinder A plate cylinder adjustment data creating unit for creating plate cylinder adjustment data including adjustment information, a plate cylinder adjustment data transmitting unit for transmitting plate cylinder adjustment data, and a registration instruction are received. And registration combined instruction receiving means for the registration combined instruction display means for displaying the registration combined instruction is a control device comprising a, a registration combined instruction system, characterized in that.

In this way, by creating deviation correction data, a registration instruction can be created, and registration can be easily adjusted.

According to a second aspect of the present invention, the registration instructing device captures a reference position mark and a registration mark, captures the reference position mark and the registration mark, receives a video signal, and captures the reference position mark and the registration mark. The registration instruction system according to claim 1, wherein the registration instruction system comprises an imaging screen display means for displaying on a screen.

In this way, by photographing the registration mark and the reference position mark, even if the printing unit vibrates, it is possible to measure accurate registration mark coordinate data, and thus it is possible to realize accurate registration adjustment.

The invention of claim 3 is a registration instruction system used for controlling a printing unit having a plate cylinder having a reference position mark, and a printing plate having a hole and a registration mark through which the reference position mark can be confirmed. Misalignment correction data including information specifying the printing unit, registration mark coordinate data including information specifying the printing unit, registration amount data including information specifying the printing unit, and registration including information specifying the printing unit Storage means for storing alignment instructions and plate cylinder adjustment data, registration mark coordinate input means for receiving registration mark coordinate data including information for specifying a printing unit, and plate cylinder adjustment information for receiving plate cylinder adjustment information Receiving means, plate cylinder adjustment data creating means for creating plate cylinder adjustment data including plate cylinder adjustment information, register mark coordinate data and plate cylinder adjustment data Using the misalignment correction data creating means for creating misalignment correction data including information for specifying the printing unit, misalignment correction data, and register mark coordinate data different from the register mark coordinate data. Registration amount data calculation means for calculating registration amount data including information to be specified, registration instruction creation means for generating registration instructions including registration amount data, and registration instruction display means for displaying registration instructions And a registration instruction system characterized by comprising:

According to a fourth aspect of the invention, there is provided camera means for photographing a registration mark and outputting a video signal, and photographing screen display means for receiving the video signal and displaying it on a photographing screen. Is a registration instruction system described in (1).

The invention of claim 5 is a registering instruction method used for controlling a printing unit having a plate cylinder having a reference position mark, and a printing plate having a hole and a register mark where the reference position mark can be confirmed. Misalignment correction data including information specifying the printing unit, registration mark coordinate data including information specifying the printing unit, registration amount data including information specifying the printing unit, and registration including information specifying the printing unit A registration mark coordinate input step for receiving registration mark coordinate data including information for specifying a printing unit, and a plate cylinder adjustment information reception step for receiving plate cylinder adjustment information. Using the registration mark coordinate data and the plate cylinder adjustment data, the deviation correction data including information for specifying the printing unit is created. Correction data creation step, registration correction data, and registration amount data calculation step for calculating registration amount data including information for specifying a printing unit using registration mark coordinate data different from the registration mark coordinate data A registration instruction method characterized by comprising a registration instruction creating step for creating a registration instruction including registration amount data, and a registration instruction display step for displaying the registration instruction. is there.

The invention according to claim 6 is a procedure including a shooting screen display step of shooting a reference position mark and a registration mark and displaying the reference position mark and the registration mark on the shooting screen. Is the method.

The invention of claim 7 is a computer program that causes a computer to operate as the registration instruction system according to any one of claims 1 to 4 by being incorporated in the computer.

The invention according to claim 8 is a computer-readable recording medium in which the computer program according to claim 7 is recorded.

According to a ninth aspect of the present invention, there is provided a printing plate having a plate cylinder having a reference position mark, a hole and a registration mark for confirming the reference position mark.

According to the present invention, even if the printing apparatus vibrates and the camera vibrates, it is possible to accurately measure an accurate relative positional relationship between the reference position mark and the registration mark on the photographing display screen. Moreover, even if the position of the camera is moved for the convenience of the printing work, the adjustment work of the measurement position becomes unnecessary, and the registration adjustment work efficiency is improved. Furthermore, since the registration adjustment work time can be shortened, the operating rate of the printing apparatus can be improved.

(Example)
Hereinafter, embodiments of the present invention will be described in more detail with reference to the drawings. FIG. 1 is a diagram illustrating an outline of a registration instruction system. The registration instruction system 1 is configured by connecting a printing control apparatus 300 that controls the plate cylinder 710 of each printing unit 700 and a registration instruction apparatus 100 including a camera 500.

The registration instruction device 100 stores misalignment correction data 193, registration mark coordinate data 195, registration amount data 197, and registration instruction 199.

The printing control apparatus 300 stores plate cylinder adjustment data 399.

The printing unit 700 includes a plate cylinder 710 that holds and holds the printing plate 810.

Note that the registration mark coordinate data 195 is data including information for specifying a printing unit. The deviation correction data 193 is data including information for specifying a printing unit. The registration amount data 197 is data including information for specifying a printing unit. The registration instruction 199 is data including information for specifying a printing unit.

FIG. 2 illustrates a rough processing flow of the registration instruction system 1. The processing of the registration instruction system 1 includes two major processing flows (a procedure for creating the deviation correction data 193 and a procedure for creating the registration instruction 199 using the deviation correction data 193).

First, a procedure for creating the deviation correction data 193 will be described.
The registering instruction apparatus 100 captures the reference position mark of the plate cylinder 710 of each printing unit 700 and the register mark of the misalignment correction printing plate 810 and displays them on the photographing display screen (FIG. 2A). . The registration instruction apparatus 100 receives input of registration mark coordinate data 195 of each printing unit 700 (same (A)).

Thus, by registering the registration mark and the reference position mark, accurate registration mark coordinate data can be measured even if the printing unit 700 vibrates.

The printing control apparatus 300 receives plate cylinder adjustment information input of each printing unit 700 and creates plate cylinder adjustment data (same (f)).

The printing control apparatus 300 transmits the plate cylinder adjustment data 399 (same as above).

The registration instructing device 100 receives the plate cylinder adjustment data 399 (same as above). The registration instruction apparatus 100 creates misalignment correction data 193 for each printing unit 700 using the registration mark coordinate data 195 and the plate cylinder adjustment data 399 (same as (i)).

Next, a procedure for creating the registration instruction 199 using the deviation correction data 193 will be described.

The registering instruction apparatus 100 captures the reference position mark of the plate cylinder 710 of each printing unit 700 and the register mark of the printing plate 810 for printing production and displays it on the photographing screen (same (t)).

The registration instruction apparatus 100 accepts input of registration mark coordinate data 195 of each printing unit 700 (same (h)). The registration instruction device 100 calculates registration amount data 197 of each printing unit 700 using the registration mark coordinate data 195 and the deviation correction data 193 that have received the input (same (tu)). 100 transmits a registration instruction 199 including the registration amount data 197 of each printing unit 700 (same (T)).

The printing control apparatus 300 receives the registration instruction 199 of each printing unit 700 (same (N). The printing control apparatus 300 displays the registration instruction 199 of each printing unit 700 (same (d)).

In this way, by creating deviation correction data, it is possible to easily create a registration instruction.

Finally, a procedure for performing the registration work in accordance with the registration instruction 199 will be described. The printing apparatus operator performs a registration operation by controlling the plate cylinder of the corresponding printing unit 700 in accordance with the registration instruction 199 of each printing unit 700 (same (c)).

FIG. 3 is a detailed configuration diagram of the registration instruction system 1. The registration instruction system 1 is configured by connecting a registration instruction apparatus 100 and a print control apparatus 300. The registration instruction device 100 includes a camera unit 500, a photographing screen display unit 110, a registration mark coordinate input unit 120, a plate cylinder adjustment data reception unit 130, a deviation correction data creation unit 140, and a registration amount data calculation unit. 150, registration instruction creation means 160, registration instruction transmission means 170, storage means 190, storage means 190, misalignment correction data 193, registration mark coordinate data 195, registration amount data 197, registration Alignment instruction 199 is stored.

The deviation correction data 193 is data including information for specifying a printing unit. The registration mark coordinate data 195 is data including information for specifying a printing unit. The registration amount data 197 is data including information for specifying a printing unit. The registration instruction 199 is data including information for specifying a printing unit.

The camera unit 500 captures the reference position mark and the registration mark and outputs a video signal. The shooting screen display means 110 receives the video signal and displays the reference position mark and the registration mark on the shooting screen.

The registration mark coordinate input unit 120 receives input of registration mark coordinate data. The plate cylinder adjustment data receiving unit 130 receives the plate cylinder adjustment data.

The misalignment correction data creating unit 140 creates misalignment correction data 193 including information for specifying the printing unit using the registration mark coordinate data and the plate cylinder adjustment data. The registration amount data calculation means 150 calculates registration amount data using the deviation correction data 193 and registration mark coordinate data different from the registration mark coordinate data.

The registration instruction creating unit 160 creates a registration instruction including registration amount data. The registration instruction transmission unit 170 transmits a registration instruction 199.

The printing control apparatus 300 includes a plate cylinder adjustment information receiving unit 310, a plate cylinder adjustment data creating unit 320, a plate cylinder adjustment data transmitting unit 330, a registration instruction receiving unit 370, a registration instruction display unit 340, and a storage. Means 390. The storage unit 390 stores plate cylinder adjustment data 399.

The plate cylinder adjustment data 399 is data including information for specifying a printing unit.

Plate cylinder adjustment information receiving means 310 receives plate cylinder adjustment information. The plate cylinder adjustment data creating means 320 creates plate cylinder adjustment data including plate cylinder adjustment information. The plate cylinder adjustment data transmission unit 330 transmits the plate cylinder adjustment data.
The registration instruction receiving unit 370 receives a registration instruction. The registration instruction display unit 340 displays a registration instruction.

Shooting screen display means 110, registration mark coordinate input means 120, plate cylinder adjustment data reception means 130, deviation correction data creation means 140, registration amount data calculation means 150, registration instruction creation means 160, registration Alignment instruction transmission means 170, plate cylinder adjustment information reception means 310, plate cylinder adjustment data creation means 320, plate cylinder adjustment data transmission means 330, registration instruction reception means 370, registration instruction display means 340, Is a computer program. The deviation correction data 193, the registration mark coordinate data 195, the registration amount data 197, the registration instruction 199, and the plate cylinder adjustment data 399 are data that can be read by a computer program. The storage unit 190 and the storage unit 390 are memories.
The camera means 500 is an electronic element (for example, CCD).

FIG. 4 is a diagram for explaining the format of the plate cylinder adjustment data 399. The plate cylinder adjustment data 399 includes information for specifying a printing unit, top and bottom adjustment amount information, left and right adjustment amount information, and cocking adjustment amount information. The top and bottom adjustment amount information is information for adjusting the position of the plate cylinder 710 in the rotation direction. The left / right adjustment amount information is information for adjusting the left / right position of the plate cylinder 710. The cocking adjustment amount is information for adjusting the inclination of the plate cylinder 710.

FIG. 5 is a diagram for explaining the format of the register mark coordinate data 195. The registration mark coordinate data 195 includes information for specifying a printing unit, left registration mark coordinate data (X _Li , Y _Li ), and right registration mark coordinate data (X _Ri , Y _Ri ). The left and right registration mark coordinate data are the coordinate values of the registration mark with the reference position mark as the origin. (Details will be described later.)

FIG. 6 is a diagram for explaining the format of the deviation correction data 193. The deviation correction data 193 includes information for specifying a printing unit, top and bottom adjustment amount information, left and right adjustment amount information, cocking adjustment amount information, and deviation correction registration mark coordinate data.
The top and bottom adjustment amount information, the left and right adjustment amount information, and the cocking adjustment amount information are the same as those in FIG. The shift correction registration mark coordinate data includes shift correction left registration mark coordinate data and shift correction right registration mark coordinate data.

In addition, left-handed buttocks registration mark coordinate data, right-handed buttocks registration mark coordinate data, and the like may be added to the registration mark coordinate data.

FIG. 7 is a diagram for explaining the format of the registration amount data 197. The registration amount data 197 includes information for specifying a printing unit, top and bottom registration amount information, left and right registration amount information, and cocking registration amount information. The top and bottom registration amount information, the left and right registration amount information, and the cocking registration amount information are the same as the top and bottom adjustment amount information, the left and right adjustment amount information, and the cocking adjustment amount information of FIG. 4, respectively.

FIG. 8 is an explanatory diagram of a method for calculating the registration amount data 197. The registration amount data 197 for each printing unit is calculated using the deviation correction data 193 and the registration mark coordinate data 195 for each printing unit.

The calculation formula 197a for the top and bottom registration amount is “top and bottom registration amount information = A + ((X _L1 + X _L2 −X _L3 −X _L4 ) + (X _R1 + X _R2 −X _R3 −X _R4 )) / 2”. .

The left and right registration amount calculation formula 197b is “left and right registration amount information = B + ((Y _L1 + Y _L2 −Y _L3 −Y _L4 ) + (Y _R1 + Y _R2 −Y _R3 −Y _R4 )) / 2”. .

The calculation formula 197c for the right cocking registration amount with respect to the left is “Cocking registration amount information = C + (Y _L1 + Y _L2 −Y _L3 −Y _L4 ) − (Y _R1 + Y _R2 −Y _R3 −Y _R4 ) Is.

A = top and bottom adjustment amount information, B = left and right adjustment amount information, and C = cocking adjustment amount information.

Also, X _L1 = X measurement coordinate value of the left registration mark for deviation correction of the first unit, X _L2 = X measurement coordinate value of the left registration mark for deviation correction of the second unit, X _L3 = X measurement coordinate value of the left registration mark, X _L4 = X measurement coordinate value of the left registration mark of the second unit.

X _R1 = X measurement coordinate value of right registration mark for deviation correction of first unit, X _R2 = X measurement coordinate value of right registration mark for deviation correction of second unit. X _R3 = X measurement coordinate value of the right registration mark of the first unit, X _R4 = X measurement coordinate value of the right registration mark of the second unit.

Y _L1 = Y measurement coordinate value of the left registration mark for misalignment correction of the first unit, Y _L2 = Y measurement coordinate value of the left register mark for misalignment correction of the second unit, Y _L3 = Left register of the first unit Y measurement coordinate value of the mark, Y _L4 = Y measurement coordinate value of the left registration mark of the second unit.

Y _R1 = Y measurement coordinate value of the right registration mark for misalignment correction of the first unit, Y _R2 = Y measurement coordinate value of the right register mark for misalignment correction of the second unit, Y _R3 = Right register of the first unit Y measurement coordinate value of the mark, Y _R4 = Y measurement coordinate value of the right registration mark of the second unit.

FIG. 9 is an explanatory diagram of a shooting display screen. A reference position mark 711 and a register mark are displayed on the same screen on the photographing display screen. The operator of the printing apparatus observes the photographing display screen and measures the coordinate value of the registration mark. The center of the reference position mark 711 is the origin, the horizontal line is the X axis, and the vertical line is the Y axis.

At this time, a measurement may be easily performed on the screen by putting a scale on the register mark. Alternatively, image processing may be performed to automatically obtain coordinate values.

FIG. 10 is an explanatory diagram of a plate cylinder 710 having a reference position mark. The plate cylinder 710 has reference position marks 711 (ruled lines) at two locations on the left and right sides of the place where the plate 810 is held (for example, near the plate fixing vise).

FIG. 11 is an explanatory diagram of a printing plate 810 having punch holes and register marks 811. Registration marks 811 are exposed and printed on the left and right sides of the printing plate 810 on the left and right sides. At this time, the distance between the left and right registration marks 811 of the printing plate 810 used in each printing unit 700 is the same distance. A punch hole is provided at a position adjacent to the registration mark 811 so that the reference position mark 711 on the plate cylinder 710 can be confirmed.

FIG. 12 is an explanatory diagram of a state in which the printing plate 810 is attached to the plate cylinder 710. A printing plate 810 having a registration mark is fixed to a plate cylinder 710 having a reference position mark. Through the punch hole of the printing plate 810, the reference position mark 711 on the plate cylinder can be observed.

FIG. 13 is an explanatory diagram of register mark shooting. After the printing plate 810 is attached to the plate cylinder 710, the registration mark 811 and the reference position mark 711 are photographed by the camera 500 and displayed on the photographing display screen.

FIG. 14 is a diagram for explaining a misregistered mark printed on the print medium 900 and a procedure for register adjustment. On the printing medium 900, two left and right registration marks 811L1 / 811R1 printed by the first printing unit 700 and two left and right registration marks 811L2 / 811R2 printed by the second printing unit 700 are printed.

Here, the printing apparatus operator adjusts the plate cylinder 710 of the second printing unit 700 so that the registration mark printed by the second printing unit overlaps the registration mark printed by the first printing unit. .

For example, the printing apparatus operator first performs the cocking adjustment work, and the left and right registration marks 811L2 / 811R2 printed by the second printing unit 700 are set to the left and right registration marks printed by the first printing unit 700. It is aligned with the slope 800b of 811L1 / 811R1.

Next, the top and bottom adjustments are performed so that the Y coordinate values of the left and right registration marks 811L2 / 811R2 printed by the second printing unit 700 are matched. At this time, if the cocking adjustment is insufficient, the Y coordinate value of the registration mark 811L2 / 811R2 cannot be made to match the Y coordinate value of the two registration marks 811L1 / 811R1 printed by the first printing unit 700. Therefore, the cocking adjustment operation is performed again to match the Y coordinate values.

Finally, similarly, the left and right adjustments of the second printing unit 700 are performed to match the X coordinate values. Here, since the distance between the left and right registration marks printed by each printing unit 700 is the same, the registration marks overlap.

Here, the printing apparatus operator inputs the plate cylinder adjustment information including the cocking adjustment amount information, the top and bottom adjustment amount information, and the left and right adjustment amount information at the time of registration.

FIG. 15 is an explanatory diagram of a registered register mark 811 printed on the print medium 900. The registration mark whose registration has been adjusted is printed on the print medium 900 in an overlapping manner.

In FIG. 15, the left register mark 811L1 of the first unit and the left register mark 811L2 of the second unit are printed in an overlapping manner, and similarly, the right register mark 811R1 of the first unit, The print medium 900 on which the right registration mark 811R2 of the second unit is printed in an overlapping manner is illustrated.

As described above in detail, according to the present invention, even when the printing apparatus vibrates and the camera vibrates, the accurate relative positional relationship between the reference position mark and the registration mark on the photographing display screen is accurately measured. It became possible to do. Moreover, even if the position of the camera is moved for the convenience of printing work, the work for adjusting the measurement position becomes unnecessary, and the work efficiency is improved. Furthermore, since the registration adjustment work time can be shortened, the operating rate of the printing apparatus can be improved.

Overview of the registration instruction system Rough processing flow of the registration instruction system 1 Detailed configuration diagram of the registration instruction system 1 Format of plate cylinder adjustment data 399 Format of register mark coordinate data 195 Format of deviation correction data 193 Format of registration amount data 197 Calculation of registration amount data 197 Shooting display screen Plate cylinder with reference position mark A printing plate having punch holes and register marks 811 Plate cylinder having a reference position mark to which a printing plate having a register mark is fixed Measuring method of measurement coordinate value of register mark Misaligned registration mark printed on print media Registered register mark printed on print media

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Registration instruction | indication system 100 Registration instruction | indication apparatus 110 Image | photographing screen display means 120 Registration mark coordinate input means 130 Plate cylinder adjustment data reception means 140 Deviation correction data creation means 150 Registration amount data calculation means 160 Registration instruction creation means 170 Registration Instruction sending means 190 Storage means 193 Misalignment correction data 195 Registration mark coordinate data 197 Registration amount data 197a Upside down registration amount calculation formula 197b Left and right registration amount calculation formula 197c Cocking registration amount calculation formula 199 Registration instruction 300 Printing Control device 310 Plate cylinder adjustment information receiving means 320 Plate cylinder adjustment data creating means 330 Plate cylinder adjustment data transmitting means 340 Registration instruction display means 370 Registration instruction receiving means 390 Storage means 399 Plate cylinder adjustment data 500 Camera means 700 Printing unit 10 Plate cylinder 711 Reference position mark 810 Printing plate 811 Registration mark 811L1 Left registration mark 811R1 printed by the first printing unit 700 Right registration mark 811L2 printed by the first printing unit 700 Left registration mark 811R2 printed by the second printing unit 700 Right register mark printed by the second printing unit 700

Claims (9)

A registration instruction system used for controlling a printing unit having a plate cylinder having a reference position mark and a plate having a hole and a registration mark through which the reference position mark can be confirmed,
In a registration instruction system configured by connecting a registration instruction apparatus and a print control apparatus for controlling a printing unit,
The registration instruction device
Register mark coordinate data including information identifying the printing unit;
Misalignment correction data including information identifying the printing unit;
Registration amount data including information identifying the printing unit;
A registration instruction containing information identifying the printing unit;
Storage means for storing
Registration mark coordinate input means for receiving input of registration mark coordinate data;
Plate cylinder adjustment data receiving means for receiving plate cylinder adjustment data;
Using the registration mark coordinate data and the plate cylinder adjustment data, deviation correction data creating means for creating deviation correction data including information for specifying the printing unit;
Registration amount data calculating means for calculating registration amount data using deviation correction data and registration mark coordinate data different from the registration mark coordinate data;
A registration instruction creating means for creating a registration instruction including registration amount data;
A registration instruction transmitting means for transmitting a registration instruction;
An indicating device comprising:
The print control device includes:
Storage means for storing plate cylinder adjustment data including information for specifying a printing unit;
Plate cylinder adjustment information receiving means for receiving plate cylinder adjustment information;
Plate cylinder adjustment data creating means for creating plate cylinder adjustment data including plate cylinder adjustment information;
Plate cylinder adjustment data transmitting means for transmitting plate cylinder adjustment data;
A registration instruction receiving means for receiving a registration instruction;
A registration instruction display means for displaying a registration instruction;
A control device comprising:
A registration instruction system characterized by that. The registration instruction device is
Camera means for photographing a reference position mark and a register mark and outputting a video signal;
A shooting screen display means for receiving a video signal and displaying a reference position mark and a registration mark on the shooting screen;
A pointing device comprising:
The registration instruction system according to claim 1, wherein: A registration instruction system used for controlling a printing unit having a plate cylinder having a reference position mark and a plate having a hole and a registration mark through which the reference position mark can be confirmed,
Misalignment correction data including information identifying the printing unit;
Register mark coordinate data including information identifying the printing unit;
Registration amount data including information identifying the printing unit;
A registration instruction containing information identifying the printing unit;
Plate cylinder adjustment data,
Storage means for storing
Registration mark coordinate input means for receiving input of registration mark coordinate data including information for specifying a printing unit;
Plate cylinder adjustment information receiving means for receiving plate cylinder adjustment information;
Plate cylinder adjustment data creating means for creating plate cylinder adjustment data including plate cylinder adjustment information;
Using the registration mark coordinate data and the plate cylinder adjustment data, deviation correction data creating means for creating deviation correction data including information for specifying the printing unit;
Registration amount data calculation means for calculating registration amount data including information for specifying a printing unit using deviation correction data and registration mark coordinate data different from the registration mark coordinate data;
A registration instruction creating means for creating a registration instruction including registration amount data;
A registration instruction display means for displaying a registration instruction;
A registration instruction system characterized by comprising: Camera means for taking a registration mark and outputting a video signal;
Shooting screen display means for receiving a video signal and displaying it on the shooting screen;
The registration instruction system according to claim 3, further comprising: A registration instruction method used for controlling a printing unit having a plate cylinder having a reference position mark, and a printing plate having a hole and a registration mark through which the reference position mark can be confirmed,
Misalignment correction data including information identifying the printing unit;
Register mark coordinate data including information identifying the printing unit;
Registration amount data including information identifying the printing unit;
A registration instruction containing information identifying the printing unit;
A registration instruction method using
A registration mark coordinate input step for accepting input of registration mark coordinate data including information for specifying a printing unit;
Plate cylinder adjustment information receiving step for receiving plate cylinder adjustment information;
Using the registration mark coordinate data and the plate cylinder adjustment data, a deviation correction data creation step for creating deviation correction data including information for specifying a printing unit;
A registration amount data calculation step for calculating registration amount data including information for specifying a printing unit using deviation correction data and registration mark coordinate data different from the registration mark coordinate data;
A registration instruction creating step for creating a registration instruction including registration amount data;
A registration instruction display step for displaying the registration instruction;
A registering instruction method characterized by being performed in a procedure including Shooting screen display step for shooting the reference position mark and the register mark and displaying it on the shooting screen,
The registration instruction method according to claim 5, wherein the registration instruction method is performed by a procedure including: A computer program that causes a computer to operate as the registration instruction system according to any one of claims 1 to 4 by being incorporated in the computer. A computer-readable recording medium on which the computer program according to claim 7 is recorded. A printing plate having a plate cylinder having a reference position mark, and a hole and a register mark for confirming the reference position mark.

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