Printing system, printing apparatus, printing method, information processing apparatus, and program product

Abstract

The invention provides a printing system, a printing apparatus, a printing method, an information processing apparatus, and a program product, which can reduce the labor and time of processing. A printing system includes a printing apparatus including a printing unit and a control unit, and an information processing apparatus including an information storage unit and an information control unit, the information control unit performing a process of receiving one or more print jobs selected from a plurality of print jobs; accepting an omission instruction for omitting the mark image; and a control unit that transmits omission data based on the omission instruction and one or more print jobs to the printing apparatus, the control unit performing: a process of acquiring, from the print image data, marked image data indicating a marked image including the marked image; printing the plurality of marked images; an unmarked region that does not include the marked image is formed between two adjacent marked images among the plurality of marked images without the position indicated by the data.

Description

TECHNICAL FIELD

[0001] The present application relates to a printing system, a printing device, a printing method, an information processing device, and a program. BACKGROUND

[0002] In Patent Literature 1, a processing device that processes a medium is described. The processing device is configured to cut a notch in the medium using a processing blade each time a mark image imparted to the medium at a prescribed interval is detected. The processing device will stop in a case where the mark image is not detected. The medium processed by such a processing device is sometimes manufactured by a printing device. The printing device is configured to print, for example, a product image that is a processing target and a mark image that indicates a processing timing on the medium.

[0003] In the processing device, the position of the processing blade is sometimes adjusted or the processing blade is sometimes replaced. For example, in the processing device, the position of the processing blade needs to be adjusted each time a prescribed number of processes are performed on the medium or the processing blade is replaced according to a next product image. In this case, the operator stops the processing device. In order to stop the processing device at an appropriate timing, the operator needs to monitor the processing device. Therefore, labor and time taken for processing are large.

[0004] Patent Literature 1: Japanese Patent Application Laid-Open No. 2002-355794 SUMMARY

[0005] A printing system that solves the above-described problem includes a printing device that prints an image on a medium, and an information processing device that processes information related to the printing device. In the printing system, the printing device includes a printing section that prints an image on a medium based on print image data including a product image and a mark image, and a control section that controls the printing section based on a print job including the print image data. The information processing device includes an information storage section that stores a plurality of print jobs, and an information control section that transmits information to the printing device. The information control section is configured to perform processing of receiving one or more print jobs selected from the plurality of print jobs, receiving an omission instruction that omits the mark image, and transmitting omission data based on the omission instruction and the one or more print jobs to the printing device. The control section is configured to perform processing of acquiring mark image data that indicates a marked image including the mark image from the print image data, printing a plurality of the marked image, and forming an unmarked area that does not include the mark image at a position indicated by the omission data and between two adjacent marked images of the plurality of the marked image.

[0006] A printing apparatus for solving the above-mentioned problems includes: a printing unit that prints images on a medium based on printing image data including product images and marking images; and a control unit that controls the printing unit based on a printing task including the printing image data. The control unit is configured to perform the following processes: accepting the printing task; accepting omission data that omits the marking images; obtaining marked image data representing marked images including the marking images from the printing image data; printing a plurality of the marked images; and forming an unmarked area that does not contain the marking images between two adjacent marked images at the position represented by the omission data.

[0007] The printing method for solving the above-mentioned problem is a printing method implemented by a computer controlling a printing apparatus based on a printing task containing printing image data. The printing apparatus prints an image on a medium based on the printing image data, which includes a product image and a marking image. In this printing method, the computer-implemented processing includes: accepting the printing task; accepting omission data that omits the marking image; obtaining marked image data representing a marked image containing the marking image from the printing image data; printing a plurality of the marked images; and forming an unmarked area, not containing the marking image, between two adjacent marked images at the position represented by the omission data.

[0008] An information processing apparatus for solving the above-mentioned problems processes information related to a printing apparatus that prints images on a medium based on printing image data including product images and marking images. The information processing apparatus includes: an information storage unit that stores multiple printing tasks including the printing image data; and an information control unit that sends information to the printing apparatus. The information control unit is configured to perform the following processing: receiving one or more printing tasks selected from the multiple printing tasks; receiving an omission instruction to omit the marking image; and sending omission data based on the omission instruction and the one or more printing tasks to the printing apparatus.

[0009] The program product for solving the above-mentioned problem is a program product that enables a computer to process information related to a printing apparatus, and the program product is executed by the computer, wherein the printing apparatus prints an image on a medium based on printing image data including a product image and a mark image, the computer has an information storage unit that stores multiple printing tasks including the printing image data, and an information control unit that sends information to the printing apparatus, and the program product enables the computer to perform the following processing: accepting the printing task selected from the multiple printing tasks; accepting an omission instruction to omit the mark image; and sending omission data based on the omission instruction and the printing task to the printing apparatus. Attached Figure Description

[0010] Figure 1 A block diagram representing the printing system and its surrounding structure.

[0011] Figure 2 A diagram illustrating a printing apparatus.

[0012] Figure 3 This is a diagram of an image printed on a medium.

[0013] Figure 4 This is a diagram showing the process of performing multiple printing tasks on a medium.

[0014] Figure 5 A diagram showing the processing equipment.

[0015] Figure 6 This is a diagram of the medium being processed.

[0016] Figure 7 A diagram showing the media being processed after performing multiple printing tasks.

[0017] Figure 8 A diagram illustrating the exchange of data within a printing system and its surrounding structures.

[0018] Figure 9 A diagram representing an example of printed image data.

[0019] Figure 10 A diagram illustrating another example of printed image data.

[0020] Figure 11 A diagram representing an example of task data.

[0021] Figure 12 A graph representing an example of the remaining data.

[0022] Figure 13 A diagram representing an example of the remaining region.

[0023] Figure 14 An image showing a panoramic view.

[0024] Figure 15 An image used to represent the task setup screen.

[0025] Figure 16 This is an image showing the remaining settings screen.

[0026] Figure 17 The flowchart illustrates the transmission process of the first embodiment, the second embodiment, and the third embodiment.

[0027] Figure 18 This is a flowchart illustrating the printing process of the first, second, and third embodiments.

[0028] Figure 19 This is a flowchart illustrating the area printing process of the first embodiment.

[0029] Figure 20 This is a diagram of the remaining area printed with a first pattern in the first embodiment.

[0030] Figure 21 This is a diagram of the remaining area printed with a second pattern in the first embodiment.

[0031] Figure 22 This is a flowchart illustrating the area printing process in the second and third embodiments.

[0032] Figure 23 This is a diagram illustrating the printing of the first remaining area between the first object area and the second object area in the second embodiment.

[0033] Figure 24 This is a diagram illustrating the printing of a second remaining area between the first object area and the second object area in the second embodiment.

[0034] Figure 25 This is a diagram illustrating the printing of the first remaining area and the second remaining area between the first object area and the second object area in the second embodiment.

[0035] Figure 26 This is a diagram showing the printing of the remaining image, including the pattern image, in the third embodiment.

[0036] Figure 27 This is a flowchart illustrating the transmission process of the fourth embodiment.

[0037] Figure 28 This is a flowchart illustrating the printing process of the fourth embodiment.

[0038] Figure 29 This is a diagram of printing an unmarked image in the fourth embodiment.

[0039] Figure 30 This is a diagram of printing the first unmarked image in the fourth embodiment.

[0040] Figure 31 This is a diagram of printing the second unmarked image in the fourth embodiment.

[0041] Figure 32 To indicate and Figure 28 Flowcharts for different sending processes.

[0042] Figure 33 In order to be in Figure 29 The example shown is a diagram of empty delivery performed instead of printing unmarked images.

[0043] Figure 34 In order to be in Figure 30 The example shown is a diagram of empty delivery performed instead of printing the first unmarked image.

[0044] Figure 35 In order to be in Figure 31 The example shown is a diagram of empty delivery performed instead of printing a second unmarked image. Detailed Implementation

[0045] Hereinafter, an embodiment of a printing system equipped with a printing apparatus and an information processing apparatus will be described with reference to the accompanying drawings.

[0046] Printing System

[0047] like Figure 1 As shown, the printing system 11 includes one or more printing devices 12 and one information processing device 13. The printing devices 12 and the information processing device 13 are respectively connected to a network 14. The network 14 is a communication network such as a WAN or LAN. The printing devices 12 and the information processing device 13 communicate with each other through the network 14.

[0048] The printing system 11 is configured to communicate with one or more terminal devices 15. The terminal device 15 is a user-owned terminal, such as a smartphone, tablet, or personal computer. The terminal device 15 is connected to a network 14. The terminal device 15 communicates with the information processing device 13 via the network 14. The terminal device 15 can also communicate with the printing apparatus 12 via the network 14. The user utilizes the printing system 11 through the terminal device 15.

[0049] The printing apparatus 12 is configured to print images on a medium M1. The printing apparatus 12 is, for example, an inkjet printer that prints images such as text and photographs by spraying ink, an example of a liquid, onto the medium M1. The medium M1 is, for example, label paper. The label paper includes a backing paper and a label pasted onto the backing paper. The printing apparatus 12 prints images on the medium M1 before it is processed by the processing apparatus 16.

[0050] The printed medium M1 is processed by one or more processing devices 16. Each processing device 16 is configured to process the printed medium M1. For example, the processing device 16 processes the medium M1 by cutting slits in it. In one example, the processing device 16 processes the medium M1 by cutting slits in the label of a label sheet. The processing device 16 may also cut slits in the label sheet along with the backing paper.

[0051] Printing apparatus

[0052] like Figure 2 As shown, the printing apparatus 12 may also include a processing terminal 21. The processing terminal 21 is configured to process information received by the printing apparatus 12. The processing terminal 21 includes a control unit and a storage unit. Specifically, the processing terminal 21 includes a processing control unit 22 and a processing storage unit 23. The storage unit is configured to store programs. The storage unit is composed of a memory such as ROM or RAM. The storage unit may also include a hard disk drive, a solid-state drive, etc. The control unit is configured to execute processing according to the programs stored in the storage unit. The control unit is composed of a processor such as a CPU or GPU. The control unit may also include hardware circuitry such as an ASIC. In this way, the processing terminal 21 is implemented by a computer. The processing terminal 21 is, for example, a personal computer. The processing terminal 21 may also be a smartphone, a tablet computer, etc.

[0053] The processing control unit 22 is configured to accept printing tasks. The printing task includes image data that is the object of printing. The processing control unit 22 is configured to perform image conversion or image processing on the image data included in the printing task. The processing control unit 22 includes a RIP (Raster Image Processor). The processing control unit 22 is configured to rasterize the image data. The processing control unit 22 converts the image data into raster image data. That is, the processing control unit 22 converts the image data into halftone data. The printing apparatus 12 prints an image on the medium M1 based on the converted image data. The processing storage unit 23 stores programs related to image conversion, image processing, etc. The processing storage unit 23 stores, for example, programs related to rasterization.

[0054] The processing terminal 21 may also include a display unit. Specifically, the processing terminal 21 may also include a processing display unit 24. The display unit is configured to display information. The display unit is, for example, a liquid crystal display (LCD). The processing display unit 24 is configured to display information related to the printing apparatus 12. For example, the processing display unit 24 displays images related to image conversion and image processing.

[0055] The processing terminal 21 may also include an operation unit. Specifically, the processing terminal 21 may also include a processing operation unit 25. The operation unit is an interface operated by the user. The processing operation unit 25 may be a touch panel, indicator device, keyboard, etc. The user operates the printing apparatus 12 by operating the processing operation unit 25. The user can also change settings related to image conversion, image processing, etc., through the processing operation unit 25.

[0056] The printing apparatus 12 includes an apparatus body 26. The apparatus body 26 is connected to a processing terminal 21. The apparatus body 26 receives data from the processing terminal 21. The apparatus body 26 may also have the processing terminal 21 built into it. That is, the processing terminal 21 is not limited to a computer external to the apparatus body 26, but may also be a computer built into the apparatus body 26.

[0057] The main body 26 of the device includes an unwinding shaft 27. The unwinding shaft 27 is configured to unwind the medium M1. A roll body R1 is mounted on the unwinding shaft 27. The roll body R1 is an article on which the medium M1 is wound. The roll body R1 on which the medium M1 before printing is wound is placed on the unwinding shaft 27.

[0058] The main body 26 of the device may also include a take-up shaft 28. The take-up shaft 28 is configured to take up the medium M1. By taking up the medium M1 through the take-up shaft 28, a roll body R1 is formed on the take-up shaft 28. That is, the take-up shaft 28 forms a roll body R1 with the printed medium M1 wound on it.

[0059] The main body 26 of the device includes a conveying section 29. The conveying section 29 is configured to convey the medium M1. The conveying section 29 conveys the medium from the unwinding shaft 27 toward the take-up shaft 28. The conveying section 29 may also convey the medium from the unwinding shaft 27 toward the processing device 16. That is, the printing device 12 may also be configured to print the medium M1 in-line relative to the processing device 16. The conveying section 29 includes, for example, one or more rollers. The conveying section 29 conveys the medium M1 by rotation. The conveying section 29 can convey the medium M1 intermittently or continuously.

[0060] The main body 26 of the apparatus includes a support platform 30. The support platform 30 is configured to support the medium M1. The support platform 30 is located, for example, between the unwinding shaft 27 and the rewinding shaft 28. In one example, the support platform 30 supports the portion of the medium M1 that is being printed.

[0061] The main body 26 of the device includes a printing unit 31. The printing unit 31 is configured to print images on a medium M1. The printing unit 31 prints images on the medium M1 by spraying liquid onto the medium M1. The printing unit 31 is opposite to the support stage 30. The printing unit 31 is, for example, a head that sprays liquid. In one example, the printing unit 31 is configured to spray ink of the four colors CMYK.

[0062] The main body 26 of the device includes a control unit and a storage unit. Specifically, the main body 26 includes a printing control unit 32 and a printing storage unit 33. The printing control unit 32 has the same structure as the processing control unit 22. The printing storage unit 33 has the same structure as the processing storage unit 23. In this way, the main body 26 includes a computer.

[0063] The printing control unit 32 is configured to receive data from the processing terminal 21. The printing control unit 32 is configured to receive printing tasks via the processing terminal 21. For example, the printing control unit 32 receives printing tasks that include image data converted by the processing control unit 22. The printing control unit 32 controls the apparatus main body 26 based on the printing task. Specifically, the printing control unit 32 controls the printing unit 31 based on the printing task. Thus, an image is printed on the medium M1. The printing control unit 32 can also control the transport unit 29, the rewind roll 28, etc., based on the printing task. The printing control unit 32 can also function as the processing control unit 22. The printing storage unit 33 stores printing-related programs. The printing storage unit 33 can also store programs related to image conversion and image processing. In addition to programs, the printing storage unit 33 can also store text data, image data, etc. The printing storage unit 33 can also function as the processing storage unit 23.

[0064] The printing control unit 32 may also be configured to process image data. The printing control unit 32 may also include a RIP. The printing control unit 32 may also be configured to rasterize the image data. The printing control unit 32 may also be configured to perform image conversion, image processing, etc., on the image data. The printing control unit 32 may also combine other data with the received image data. The printing control unit 32 may also combine image data received from the processing terminal 21 with data stored in the printing storage unit 33. The printing control unit 32 may also combine text data stored in the printing storage unit 33, image data stored in the printing storage unit 33, etc., with image data received from the processing terminal 21. The printing control unit 32 may also perform printing on the medium M1 based on the combined image data.

[0065] like Figure 3 As shown, the printing apparatus 12 is configured to print images on the medium M1 in units of image frames F1. Each image frame F1 represents a single sheet of image data printed based on the image data contained in the printing task. In the printing apparatus 12, data in units of image frames F1 is received as image data, and an image column is printed on the medium M1 by repeatedly printing images in units of image frames F1 on the medium M1. That is, the image column is composed of multiple image frames F1. The printing apparatus 12 is configured to print image frames F1 at equal intervals. However, when printing an image column from the printing unit 31 to the medium M1, multiple image frames F1 can be printed at once.

[0066] The printing apparatus 12 is configured to print a product image A1 on a medium M1. Specifically, the printing apparatus 12 is configured to print image frames F1 containing the product image A1. Therefore, the printing apparatus 12 prints the product image A1 at equal intervals.

[0067] Product image A1 is an image that becomes the object of processing via processing device 16. Product image A1 may be, for example, an image containing one or more product icons A2. In one example, product image A1 is an image with three product icons A2 arranged across the width of medium M1. Product image A1 may also be an image with multiple product icons A2 arranged in the transport direction Y1 of medium M1. Transport direction Y1 is the direction in which medium M1 is transported. In printing device 12, transport direction Y1 is the direction from unwinding shaft 27 towards take-up shaft 28.

[0068] The printing apparatus 12 is configured to print a marking image A3 on a medium M1. Specifically, the printing apparatus 12 is configured to print an image frame F1 containing the marking image A3. Therefore, the printing apparatus 12 prints the marking image A3 at equal intervals. The marking image A3 is an image representing the processing timing.

[0069] The printing apparatus 12 prints the marking images A3 onto the medium M1 in a manner corresponding to the product image A1. The printing apparatus 12 is configured, for example, to print an image frame F1 containing the product image A1 and the marking images A3. In this case, the printing apparatus 12 prints the same number of marking images A3 as the product image A1. The printing apparatus 12 prints the marking images A3 at the same intervals as the product image A1.

[0070] The printing apparatus 12 is configured to print a target area E1 on a medium M1. Specifically, the printing apparatus 12 prints the target area E1 on the medium M1 by performing a printing task. The target area E1 is the area printed based on the printing task. Therefore, the target area E1 corresponds to the printing task. The target area E1 is the area that becomes the object of processing by the processing apparatus 16.

[0071] The printing apparatus 12 prints the object region E1 by printing object images B1. The printing apparatus 12 prints the object region E1 by printing one or more object images B1 based on the printing task. The printing apparatus 12 prints the object region E1 by printing only the number of object images B1 represented by the printing task. Alternatively, the object region E1 can be described as an image column composed of image frames F1 representing object images B1. Object images B1 are the images that constitute the object region E1. Multiple object images B1 may also be the same image. For example, object images B1 may include a product image A1 and a mark image A3.

[0072] The printing apparatus 12 can also be configured to print the remaining area E2 on the medium M1. The printing apparatus 12 can also print the remaining area E2 on the medium M1 while performing a printing task. The printing apparatus 12 can also print the remaining area E2 on the medium M1 while printing the target area E1 on the medium M1. The remaining area E2 is an area attached to the printing task. That is, the remaining area E2 is an area attached to the target area E1. The remaining area E2 is a region different from the target area E1. The remaining area E2 is a region that does not require processing by the processing apparatus 16. The remaining area E2 is printed in a manner aligned with the target area E1 in the transport direction Y1. The remaining area E2 can be printed downstream of the target area E1, upstream of the target area E1, or both.

[0073] The printing apparatus 12 prints the remaining area E2 by printing the remaining image B2. The printing apparatus 12 prints the remaining area E2 by printing one or more remaining images B2. Alternatively, the remaining area E2 can be described as a column of images arranged by image frames F1 representing the remaining image B2. The remaining image B2 is the image that constitutes the remaining area E2. The remaining image B2 can be the same image as the object image B1 or a different image. Multiple remaining images B2 can be either identical or different images. For example, the remaining image B2 can be an image containing both the product image A1 and the mark image A3, or it can be a blank image.

[0074] The size of image frame F1 representing the remaining image B2 is the same as the size of image frame F1 representing the object image B1. Therefore, the printing apparatus 12 prints the object region E1 and the remaining region E2 by printing multiple image frames F1.

[0075] The remaining area E2 is printed to facilitate the processing of the medium M1 by the processing device 16. The remaining area E2 is printed to set an excess length in the target area E1, to convey information to the operator of the processing device 16, or for the setting of the processing device 16. Information related to the corresponding printing task or processing-related information can be printed in the remaining area E2. That is, the remaining image B2 may contain information related to the printing task, processing, etc., different from images such as the product image A1 and the mark image A3.

[0076] The printing apparatus 12 can also be configured to print an inlet region E2A on the medium M1. The printing apparatus 12 can also be configured to print an outlet region E2B on the medium M1. The inlet region E2A is the remaining region E2 printed forward of the target region E1. The outlet region E2B is the remaining region E2 printed backward of the target region E1. Therefore, the inlet region E2A is located downstream of the target region E1 in the transport direction Y1 within the printing apparatus 12. The outlet region E2B is located upstream of the target region E1 in the transport direction Y1 within the printing apparatus 12.

[0077] like Figure 4 As shown, to improve productivity, the printing apparatus 12 sometimes performs multiple printing tasks consecutively on the roll R1. For example, the printing apparatus 12 sometimes performs a first printing task J1 and a second printing task J2 consecutively. Figure 4In the example shown, printing device 12 executes first printing task J1 after executing second printing task J2. Printing device 12 may also execute second printing task J2 after executing first printing task J1. The names first printing task J1 and second printing task J2 are used for distinction only and are not determined by the execution order. First printing task J1 and second printing task J2 refer to two consecutive printing tasks among multiple printing tasks. Printing device 12 may also print a catalog of printing tasks at the front or rear end of the medium M1 when executing multiple printing tasks. In this case, the operator of processing device 16 can access the catalog of multiple printing tasks printed on the roll body R1.

[0078] Multiple printing tasks are performed by the printing apparatus 12, thereby printing the object area E1 onto the medium M1 for each of the multiple printing tasks. Figure 4 In the example shown, a first object region E11 and a second object region E12 are printed on medium M1. The first object region E11 is the object region E1 based on the first printing task J1. The second object region E12 is the object region E1 based on the second printing task J2.

[0079] Multiple printing tasks can also be performed by the printing apparatus 12, thereby printing the remaining area E2 onto the medium M1 for each printing task. Figure 4 In the example shown, a first remaining area E21 and a second remaining area E22 are printed on medium M1. The first remaining area E21 is the remaining area E2 based on the first printing task J1. The second remaining area E22 is the remaining area E2 based on the second printing task J2. Although the first remaining area E21 is printed both downstream and upstream of the first object area E11, it may be printed only downstream or only upstream. Although the second remaining area E22 is printed both downstream and upstream of the second object area E12, it may be printed only downstream or only upstream.

[0080] The first remaining area E21 may also include the first import area E2A1. The first import area E2A1 is the import area E2A printed before the first object area E11. The first import area E2A1 is the import area E2A attached to the first printing task J1.

[0081] The first remaining area E21 may also include the first exported area E2B1. The first exported area E2B1 is the exported area E2B printed after the first object area E11. The first exported area E2B1 is the exported area E2B attached to the first printing task J1.

[0082] The second remaining area E22 may also include the second import area E2A2. The second import area E2A2 is the import area E2A printed before the second object area E12. The second import area E2A2 is the import area E2A attached to the second printing task J2.

[0083] The second remaining area E22 may also include the second exported area E2B2. The second exported area E2B2 is the exported area E2B printed after the second object area E12. The second exported area E2B2 is the exported area E2B attached to the second printing task J2.

[0084] Multiple printing tasks are performed by the printing apparatus 12, thereby printing the image frame F1 onto the medium M1 for each printing task. Figure 4 In the example shown, a first image frame F11 and a second image frame F12 are printed on medium M1. The first image frame F11 is an image frame F1 based on a first printing task J1. The second image frame F12 is an image frame F1 based on a second printing task J2. The first image frame F11 constitutes a first object region E11 and a first remaining region E21. The second image frame F12 constitutes a second object region E12 and a second remaining region E22. The number of prints of the first image frame F11 is determined by setting the first object region E11 and the first remaining region E21. The number of prints of the second image frame F12 is determined by setting the second object region E12 and the second remaining region E22.

[0085] The first object region E11 is constituted by the first object image B11. The first object region E11 is constituted by an image column arranged by the first image frame F11 representing the first object image B11. The first object image B11 is an object image B1 based on the first printing task J1. The first object image B11 includes, for example, a first product image A11 and a mark image A3. The first product image A11 is the product image A1 of the first printing task J1.

[0086] The second object region E12 is constituted by the second object image B12. The second object region E12 is constituted by an image column arranged by the second image frame F12 representing the second object image B12. The second object image B12 is the object image B1 based on the second printing task J2. The second object image B12 includes, for example, the second product image A12 and the mark image A3. The second product image A12 is the product image A1 of the second printing task J2.

[0087] The first remaining region E21 is constituted by the first remaining image B21. The first remaining region E21 is constituted by an image column arranged by the first image frame F11 representing the first remaining image B21. The first remaining image B21 is the remaining image B2 based on the first printing task J1. The first remaining image B21 may also include, for example, the first product image A11 and the mark image A3.

[0088] The second remaining region E22 is constituted by the second remaining image B22. The second remaining region E22 is constituted by an image column arranged by the second image frame F12 representing the second remaining image B22. The second remaining image B22 is the remaining image B2 based on the second printing task J2. The second remaining image B22 may also include, for example, the second product image A12 and the mark image A3.

[0089] The size of image frame F1 sometimes varies depending on the printing job. Figure 5 In the example shown, the size of the first image frame F11 is larger than the size of the second image frame F12. Specifically, in the transport direction Y1, the length of the first image frame F11 is greater than the length of the second image frame F12. If the sizes of the image frames F1 are different, the spacing between the marker images A3 is different. In one example, the spacing between the marker images A3 based on the first image frame F11 is greater than the spacing between the marker images A3 based on the second image frame F12. In multiple printing jobs, the marker images A3 can be images of the same type or images of different types. The marker images A3 only need to be images that the processing device 16 can detect.

[0090] Processing equipment

[0091] like Figure 6 As shown, the processing apparatus 16 may also include a supply shaft 41. The supply shaft 41 is configured to unwind the medium M1. A roll body R1 is mounted on the supply shaft 41. Specifically, a roll body R1, formed by winding and overlapping the printed medium M1 before processing, is placed on the supply shaft 41. When the roll body R1, which is wound on the take-up shaft 28, is placed on the supply shaft 41, the front and rear ends of the medium M1 in the processing apparatus 16 and the printing apparatus 12 are interchanged. Specifically, in the processing apparatus 16, the medium M1 is supplied from the portion that was last wound in the printing apparatus 12 via the supply shaft 41. That is, the end of the medium M1 that is the rear end in the printing apparatus 12 becomes the front end in the processing apparatus 16. The processing apparatus 16 may also be configured to receive the medium M1 directly from the printing apparatus 12. That is, the processing apparatus 16 may also be configured to process the medium M1 in-line relative to the printing apparatus 12. In this case, the front and rear ends of the medium M1 in the printing apparatus 12 and the processing apparatus 16 are not swapped.

[0092] The processing apparatus 16 includes a take-up shaft 42. The take-up shaft 42 is configured to wind up the medium M1. By winding up the medium M1 through the take-up shaft 42, a roll body R1 is formed on the take-up shaft 42. That is, the take-up shaft 42 forms a roll body R1 formed by winding and overlapping the processed medium M1.

[0093] The processing apparatus 16 includes a conveying mechanism 43. The conveying mechanism 43 is configured to convey the medium M1. The conveying mechanism 43 conveys from the supply shaft 41 toward the return shaft 42. The conveying mechanism 43 includes, for example, one or more rollers. The conveying mechanism 43 conveys the medium M1 by rotation. The conveying mechanism 43 conveys the medium M1 intermittently.

[0094] The processing apparatus 16 includes a processing table 44. The processing table 44 is configured to support the medium M1. The processing table 44 is located, for example, between the supply shaft 41 and the return shaft 42. In one example, the processing table 44 supports the portion of the medium M1 that is being processed.

[0095] The processing apparatus 16 includes a processing unit 45. The processing unit 45 is configured to process the medium M1. The processing unit 45 processes the medium M1 by making a cut in it. The processing unit 45 is positioned opposite a processing table 44. The processing unit 45 is configured to move up and down relative to the processing table 44. The processing unit 45 has a processing blade 46. The processing unit 45 processes the medium M1 by pressing the processing blade 46 onto the medium M1. The processing unit 45 presses the processing blade 46 onto the medium M1 by approaching it. Thus, the processing unit 45 makes a cut in the medium M1.

[0096] The processing apparatus 16 includes a detection unit 47. The detection unit 47 is configured to detect the mark image A3. The detection unit 47 is, for example, a monochrome sensor. The detection unit 47 may also be located offset from the processing unit 45 in the transport direction Y1. In one example, the detection unit 47 is located upstream of the processing unit 45 in the transport direction Y1. The transport direction Y1 is the direction in the processing apparatus 16 from the supply shaft 41 towards the return shaft 42. The detection unit 47 may also be located downstream of the processing unit 45 in the transport direction Y1. Alternatively, the detection unit 47 may not be offset from the processing unit 45 in the transport direction Y1.

[0097] like Figure 6As shown, the processing device 16 operates in such a way that, when the detection unit 47 detects the mark image A3, the processing unit 45 processes the medium M1. Whenever the detection unit 47 detects the mark image A3, the processing device 16 operates to process the medium M1. Specifically, when the detection unit 47 detects the mark image A3, the processing device 16 stops the transport of the medium M1. After stopping the transport of the medium M1, the processing device 16 presses the processing blade 46 onto the medium M1. Figure 6 The single-dot dashed line in the circle shown represents the cutting infeed made by the machining edge 46. Figure 7 In the example shown, the cutting edge 46 is a blade that cuts a circular notch in the three product icons A2 that constitute a product image A1. After the cutting edge 46 leaves the medium M1, the processing device 16 resumes feeding the medium M1. By repeating the above operation, the processing device 16 sequentially processes multiple product images A1. In this way, the processing device 16 is configured to process the medium M1 for each product image A1. By changing the cutting edge 46, the processing device 16 can cut notches in other shapes such as triangles and rectangles on the medium M1. The processing device 16 is configured to adjust the position of the cutting edge 46 so that the cutting edge 46 can properly process the product image A1 at the position where the detection unit 47 detects the marker image A3. Alternatively, the processing edge 46 can be used to properly process the product image A1 by feeding the medium M1 only a predetermined distance after the detection unit 47 detects the marker image A3 and then stopping feeding.

[0098] In the processing apparatus 16, it is necessary to process the product image A1 located in the target area E1. Therefore, when the processing unit 45 and the detection unit 47 are offset from each other in the transport direction Y1, a marker image A3 is sometimes required in the remaining area E2. For example, the processing apparatus 16 may process the product image A1 in the target area E1 by detecting the marker image A3 in the import area E2A. The processing apparatus 16 may also process the product image A1 in the target area E1 by detecting the marker image A3 in the export area E2B.

[0099] The processing device 16 can also process the remaining area E2. When the processing unit 45 and the detection unit 47 are misaligned in the transport direction Y1, the processing device 16 may sometimes process the remaining area E2 by detecting the mark image A3 located in the target area E1. For example, the processing device 16 may sometimes process the export area E2B by detecting the mark image A3 in the target area E1. The processing device 16 may also process the import area E2A by detecting the mark image A3 in the target area E1. The operator of the processing device 16 can also adjust the position of the processing blade 46 by confirming the processing of the remaining area E2.

[0100] Depending on the printing and processing sequence of the medium M1, the positions of the inlet area E2A and the outlet area E2B relative to the target area E1 are interchanged. For example, when the roll R1, wound on the take-up shaft 28, is placed on the supply shaft 41, in the processing apparatus 16, the inlet area E2A is located upstream of the target area E1. In this case, the outlet area E2B is located downstream of the target area E1. When the medium M1 is printed and processed in-line, in the processing apparatus 16, the inlet area E2A is located downstream of the target area E1. In this case, the outlet area E2B is located upstream of the target area E1.

[0101] The processing apparatus 16 is configured to set the detection interval for the marked image A3. The operator of the processing apparatus 16 sets the detection interval by operating the processing apparatus 16. The detection interval is a threshold value. For the processing apparatus 16, if the detection unit 47 fails to detect the marked image A3 even after the medium M1 has been transported only a distance represented by the set detection interval, it will stop as an error. Therefore, the operator appropriately sets the detection interval for the processing apparatus 16 based on the spacing between the marked images A3 printed on the medium M1. The processing apparatus 16 will also stop, for example, when the power switch is operated.

[0102] The processing apparatus 16 may also include a slicer for cutting the processed medium M1 into strips. The medium M1 cut into strips can also be independently wound up by the take-up shaft 42. The processing apparatus 16 may also include a peeling mechanism for peeling the label off the backing paper. The peeling mechanism peels the label off the backing paper in such a way that the portion surrounded by the cut made by the processing blade 46 is left. Thus, the medium M1 is wound up with part or all of the product image A1 remaining.

[0103] The operator of the processing device 16 sets up the processing device 16 according to the printing task printed on the roll body R1. For example, the operator changes the processing blade 46 according to the product image A1, or changes the detection interval according to the spacing between the marked images A3. Therefore, when information related to printing and processing is printed on the roll body R1, the labor and time required to set up the processing device 16 can be reduced. For example, if information related to printing and processing is printed in the remaining area E2, the labor and time required for processing can be reduced.

[0104] In the processing apparatus 16, the position of the cutting edge 46 may shift as the medium M1 is processed. For example, whenever the processing apparatus 16 processes a certain number of product images A1, the operator of the processing apparatus 16 adjusts the position of the cutting edge 46. Therefore, if the processing apparatus 16 automatically stops when the position adjustment of the cutting edge 46 is required, the labor and time required for processing can be reduced.

[0105] like Figure 7 As shown, sometimes multiple printing jobs, i.e., multiple product images A1, are printed on the roll body R1. For example, sometimes a first printing job J1 and a second printing job J2 are performed on the roll body R1. That is, sometimes a first product image A11 and a second product image A12 are printed on the roll body R1. In this case, the processing apparatus 16 will continuously perform processing for multiple product images A1. Figure 8 In the example shown, the processing device 16 processes the first product image A11 and then processes the second product image A12. Alternatively, the processing device 16 may process the second product image A12 in the order of the first product image A11.

[0106] In the processing apparatus 16, the processing settings may sometimes differ for each printing task. For example, the processing blade 46 used for the first product image A11 may be different from the processing blade 46 used for the second product image A12. Similarly, the spacing between the mark images A3 in the first printing task J1 may differ from the spacing between the mark images A3 in the second printing task J2. Therefore, in the processing apparatus 16, it may sometimes be necessary to change the processing blade 46 or alter the detection interval of the mark images A3 for each printing task.

[0107] The operator changes the cutting edge 46 or changes the detection interval of the marking image A3 while the processing device 16 is stopped. Therefore, if the processing device 16 automatically stops when it is necessary to change the cutting edge 46 or change the detection interval, the processing labor and time will be reduced. For example, if the processing device 16 automatically stops between printing tasks, the processing labor and time will be reduced. Specifically, if the processing device 16 stops at a time when the processing unit 45 overlaps with the remaining areas E2 such as the first remaining area E21 and the second remaining area E22, the processing labor and time will be reduced.

[0108] In the processing apparatus 16, the processing settings are sometimes the same for multiple printing tasks. For example, sometimes the processing blade 46 used for processing the first product image A11 and the processing blade 46 used for processing the second product image A12 are the same. For example, sometimes the spacing between the mark images A3 in the first printing task J1 is the same as the spacing between the mark images A3 in the second printing task J2. That is, in the processing apparatus 16, sometimes it is not necessary to change the processing blade 46 or change the detection interval of the mark images A3 for each printing task. In such cases, if the processing apparatus 16 operates continuously without stopping, the processing labor and time will be reduced.

[0109] Terminal device

[0110] like Figure 9 As shown, the terminal device 15 has the same hardware structure as the processing terminal 21. The terminal device 15 includes a control unit and a storage unit. Specifically, the terminal device 15 includes a terminal control unit 51 and a terminal storage unit 52. In this way, the terminal device 15 is implemented by a computer.

[0111] The terminal device 15 includes a display unit. Specifically, the terminal device 15 includes a terminal display unit 53. The terminal display unit 53 is configured to display information related to the printing system 11. For example, the terminal display unit 53 may also display a screen provided by the printing system 11.

[0112] The terminal device 15 includes an operation unit. Specifically, the terminal device 15 includes a terminal operation unit 54. The user operates the terminal device 15 by operating the terminal operation unit 54. The user provides instructions or data to the printing system 11 through the terminal operation unit 54.

[0113] Terminal device 15 is configured to send a printing task to printing system 11. Terminal device 15 may be configured, for example, to send a printing task to information processing device 13. The user uploads the printing task from terminal device 15 to information processing device 13. The user causes information processing device 13 to store the printing task.

[0114] The printing task includes printing image data D1. Therefore, the terminal device 15 is configured to send the printing image data D1 to the printing system 11. The terminal device 15 is, for example, configured to send the printing image data D1 to the information processing device 13. The printing image data D1 is data representing an image printed on the medium M1. More specifically, the printing task includes printing an image file. The printing image file includes the printing image data D1. The printing image file is, for example, a PDF (Portable Document Format) file.

[0115] like Figure 9 As shown, the printed image data D1 includes one or more image frames F1. In the printed image data D1, image frame F1 represents a single image that has been rasterized by the printing apparatus 12. Therefore, the printing apparatus 12 prints images on the medium M1 based on the printed image data D1 and in units of image frames F1.

[0116] Printed image data D1 contains product image A1. That is, printed image data D1 contains product image data representing product image A1. Product image A1 is depicted in image frame F1.

[0117] Printed image data D1 contains marker image A3. That is, printed image data D1 contains marker image data representing marker image A3. Marker image A3 is depicted in image frame F1.

[0118] Printed image data D1 may also include pattern image A4. Pattern image A4 is an image representing a processing pattern for product image A1. In one example, pattern image A4 is an image representing the location of a cut for product image A1. Pattern image A4 is, for example, an image representing a frame line. Printed image data D1 may also include pattern image data representing pattern image A4. Pattern image A4 is depicted in image frame F1.

[0119] Printed image data D1 can also be generated by terminal device 15. In terminal device 15, printed image data D1 can be generated, for example, by image editing software for editing images, or by upload software for sending printing tasks to information processing device 13. Product image A1 can also be created by arranging the product icon A2 in a so-called imposition using the software of terminal device 15. Printed image data D1 can also be generated by configuring product image A1, mark image A3, and pattern image A4 using the software of terminal device 15.

[0120] The printed image data D1 can also be data containing multiple identifiers associated with multiple images respectively. The printed image data D1 can also be data to which identifiers are attached to the image depicted in image frame F1. The printed image data D1 can also be data from which the image can be extracted based on the identifiers. That is, the printed image data D1 can also be data from which product image A1, mark image A3, and pattern image A4 can be processed independently. In this case, the degree of freedom in image processing is increased in the printing apparatus 12. That is, the printing apparatus 12 can obtain a variety of image data from the printed image data D1. For example, the printing apparatus 12 can obtain image data containing mark image A3. The printing apparatus 12 can obtain image data not containing mark image A3. The printing apparatus 12 can print images containing mark image A3, images not containing mark image A3, etc., on a per-image-frame-F1 basis. Furthermore, the printing apparatus 12 can obtain image data containing product image A1, image data not containing product image A1, image data containing pattern image A4, image data not containing pattern image A4, etc.

[0121] The printed image data D1 can also be data capable of processing each of the product image A1, mark image A3, and pattern image A4 independently based on the object. In this case, the object functions as an identifier. The product image A1, mark image A3, and pattern image A4 are each depicted by an object. For example, the product image A1 is depicted by multiple objects representing the product icon A2. Figure 10 In the example shown, product icon A2 is depicted by a background object and a star object. Marker image A3 is depicted by a marker object. Pattern image A4 is depicted by a box object. Therefore, printing apparatus 12 can extract product image A1, marker image A3, or pattern image A4 from print image data D1 based on the object. In this way, images in print image data D1 can be processed independently on an object-by-object basis.

[0122] An object is associated with a color. For example, an object may be associated with a process color. In one example, an object is associated with a color that can be represented using CMYK. The object is then printed using the associated process color.

[0123] In the printed image data D1, specific colors can also be set. Specific colors can also be associated with objects. For example, a specific color can be associated with the mark object that constitutes the mark image A3. A specific color can also be associated with the frame object that constitutes the pattern image A4. That is, the mark image A3 can also be an image depicted using a specific color. The pattern image A4 can also be an image depicted using a specific color. The pattern image A4 and the mark image A3 can also be associated with specific colors that are different from each other. In the printed image data D1, specific colors can be set using colors that cannot be represented using CMYK, or colors that can be represented using CMYK but are not used in the product image A1.

[0124] The printing apparatus 12 can specifically designate the mark objects constituting the mark image A3 and the frame objects constituting the pattern image A4 in the printed image data D1 based on specific colors. This is because the printing apparatus 12 rasterizes the image associated with the specific color in a different way than the image associated with the printing primary colors, for the printed image data D1. Therefore, in this printed image data D1, images depicted with printing primary colors and images depicted with specific colors can be processed independently. Therefore, the printing apparatus 12 can extract the mark image A3 or the pattern image A4 based on the specific color. For example, the printing apparatus 12 can obtain image data containing the mark image A3, image data not containing the mark image A3, image data containing the pattern image A4, and image data not containing the pattern image A4, etc.

[0125] A specific color can also be converted into a printing color in the printing apparatus 12. The printing color is the color that the printing apparatus 12 can print. For example, the printing apparatus 12 can also convert a specific color into a printing primary color based on conversion information indicating that a printing color has been associated with that specific color. In this case, the printing apparatus 12 can print objects depicted in the specific color. The printing apparatus 12 can print images, including marker images A3, pattern images A4, etc., in units of image frames F1.

[0126] In the printed image data D1, names can also be assigned to specific colors. For example, a name can be assigned to a specific color associated with a mark object, indicating that it is the color depicting the mark image A3. A name can also be assigned to a specific color associated with a frame object, indicating that it is the color depicting the pattern image A4. The printing apparatus 12 can also specifically designate the mark object constituting the mark image A3, the frame object constituting the pattern image A4, etc., based on the string contained in the name assigned to the specific color.

[0127] The printed image data D1 can also be data depicted by multiple layers. For example, product image A1 and mark image A3 can also be images depicted on different layers. In one example, the printed image data D1 includes a first layer, a second layer, and a third layer. The first layer is the layer depicting product image A1. The second layer is the layer depicting mark image A3. The third layer is the layer depicting pattern image A4. In this printed image data D1, each of product image A1, mark image A3, and pattern image A4 can be processed independently through the layers.

[0128] In the printed image data D1, layers can also be named. Specifically, a name representing the image being depicted can be set on a layer. For example, a name can be set on the first layer to represent the layer depicting product image A1. A name can be set on the second layer to represent the layer depicting mark image A3. A name can be set on the third layer to represent the layer depicting pattern image A4. The printing apparatus 12 can also specifically designate the layer depicting pattern image A4, the layer depicting mark image A3, etc., based on the string contained in the name set on the layer.

[0129] like Figure 9As shown, the printed image data D1 can also be data containing multiple image frames F1. Specifically, the printed image data D1 can also contain multiple image frames F1 representing different combinations of product image A1, mark image A3, and pattern image A4. The printed image data D1 can also contain multiple image frames F1 representing differences based on combinations of product image A1, mark image A3, and pattern image A4. For example, the printed image data D1 can also include image frames F1 representing images containing product image A1 and image frames F1 representing images not containing product image A1. For example, the printed image data D1 can also include image frames F1 representing images containing mark image A3 and image frames F1 representing images not containing mark image A3. For example, the printed image data D1 can also include image frames F1 representing images containing pattern image A4 and image frames F1 representing images not containing pattern image A4. That is, the printed image data D1 can also include product image data representing a product image C1 containing product image A1. Printed image data D1 may also include product-free image data representing a product-free image C2 that does not contain product image A1. Printed image data D1 may also include marked image data representing a marked image C3 that contains marked image A3. Printed image data D1 may also include unmarked image data representing an unmarked image C4 that does not contain marked image A3. Printed image data D1 may also include patterned image data representing a patterned image C5 that contains patterned image A4. Printed image data D1 may also include unpatterned image data representing an unpatterned image C6 that does not contain patterned image A4.

[0130] The printed image data D1 may also include identifiers representing the categories of images contained in the multiple image frames F1. The printing apparatus 12 can obtain various types of image data from the printed image data D1 based on these identifiers. The printing apparatus 12 can obtain product image data, non-product image data, marked image data, unmarked image data, patterned image data, and patternless image data, etc., based on these identifiers. Therefore, the printing apparatus 12 can print product images C1, non-product images C2, marked images C3, unmarked images C4, patterned images C5, and patternless images C6, etc., on a per-image-frame-F1 basis. Figure 8 Similarly, the printing device 12 can print images C1 with products, C2 without products, C3 with markings, C4 without markings, C5 with patterns, C6 without patterns, etc., in units of image frames F1.

[0131] Printed image data D1 includes object image data and residual image data. Object image data refers to the image representing object image B1. Object image data is the image data used in object area E1 from the image data obtained from printed image data D1. Object image B1 is the image used in object area E1 from the following: image with product C1, image without product C2, image with mark C3, image without mark C4, image with pattern C5, image without pattern C6, etc. Residual image data refers to the image representing residual image B2. Residual image data is the image data used in residual area E2 from the image data obtained from printed image data D1. Residual image B2 is the image used in residual area E2 from the following: image with product C1, image without product C2, image with mark C3, image without mark C4, image with pattern C5, image without pattern C6, etc.

[0132] Object image B1 and the remaining image B2 are of the same size. Image frame F1 representing object image B1 and image frame F2 representing the remaining image B2 are of the same size. The size of image frame F1 depends on the printed image data D1. Images represented by image data obtained from printed image data D1 all represent the same size. Product image C1, no product image C2, marked image C3, no marked image C4, patterned image C5, and no patterned image C6, etc., all represent the same size.

[0133] like Figure 11 As shown, terminal device 15 is configured to send task data D2 to printing system 11. Terminal device 15 is configured, for example, to send task data D2 to information processing device 13. Task data D2 is printing-related data. Task data D2 includes data related to printing, processing, etc. Task data D2 is included in a printing task. Specifically, a printing task includes a job order. The job order contains task data D2. The job order is, for example, a JDF (Job Definition Format) file. Based on task data D2, printing device 12 prints the image represented by printing image data D1 onto medium M1.

[0134] Task data D2 can also be generated by terminal device 15. In terminal device 15, task orders can be generated, for example, using JDDF creation software. Terminal device 15 can also generate task orders based on information provided by the user using JDDF creation software.

[0135] like Figure 8As shown, task data D2 contains information related to printing and processing. Task data D2 may also contain information specifying the processing device 16 that processes the printed medium M1. Task data D2 may also contain information specifying the processing blade 46 that processes the printed medium M1. In one example, task data D2 contains information such as the printing task ID, the image file name used, the number of prints delivered, the processing device 16 used, the processing blade 46 used, and the delivery date. Task data D2 may also contain omission indications for the omission marker image A3, and conversion information indicating the association of printing colors with specific colors. Task data D2 may also contain independent variables such as Value1 and Value2.

[0136] like Figure 12 As shown, the terminal device 15 can also be configured to send the remaining data D3 to the printing system 11. The terminal device 15 can also be configured, for example, to send the remaining data D3 to the information processing device 13. The user can also upload the remaining data D3 from the terminal device 15 to the information processing device 13. The user can then have the information processing device 13 store the remaining data D3.

[0137] The remaining data D3 is data related to the remaining area E2. The remaining data D3 may include, for example, data related to the layout of the remaining area E2. The remaining data D3 may be data contained in a layout file. A layout file is a file that describes the settings of the remaining area E2. In one example, a user sends a layout file from a terminal device 15 to an information processing device 13. The user instructs the information processing device 13 to store the layout file.

[0138] like Figure 12 As shown, the remaining data D3 contains various information. The remaining data D3 can also contain information related to the length of the remaining region E2. For example, the remaining data D3 can also contain a specified value that specifies the length of the remaining region E2. In one example, the specified value is a value that specifies the number of remaining images B2.

[0139] exist Figure 12 In the example shown, the specified value is the information in the first row. The specified value indicates setting 7 columns and 2 rows of spaces within the remaining region E2. That is, the specified value specifies the number of remaining images B2 in units of 7. In this case, the specified value indicates that the remaining region E2 is composed of 7 image frames F1. The specified value can also indicate setting spaces within image frames F1. In one example, the specified value indicates setting 2 rows of spaces within image frames F1. The specified value is not limited to specifying the length of the remaining region E2 by the number of remaining images B2; it can also specify the length of the remaining region E2 by the distance of the remaining region E2. For example, the specified value can also specify the length of the remaining region E2 in meters.

[0140] The remaining data D3 may also contain information recorded in the remaining region E2. Figure 12 In the example shown, rows two through five represent the position of the blank space and the information recorded within it. For instance, the second row indicates that the text called "Invoice Number" and the value of "Value1" recorded in the JDDF file are recorded in the blank space of the first column and first row. The third row indicates that the value of "Value1" recorded in the JDDF file is recorded as a QR code in the blank space of the first column and second row. The fourth row indicates that the text called "Blade Type" and the value of "Value2" recorded in the JDDF file are recorded in the blank space of the second column and first row. The fifth row indicates that the text called "End of Area" is recorded in the blank space of the first column and first row starting from the last column.

[0141] according to Figure 13 The remaining data D3 shown is printed as follows Figure 12 The remaining area E2 is shown. The printing apparatus 12 combines the remaining data D3 with the printing image data D1 to print the information contained in the remaining data D3 in the remaining area E2. That is, the printing apparatus 12 combines the remaining data D3 with the printing image data D1 to print the remaining image B2 containing the information contained in the remaining data D3. The printing apparatus 12 is not limited to product image A1, mark image A3, pattern image A4, etc., but prints the information contained in the remaining data D3 in the remaining area E2. In the remaining area E2, the boxes representing empty spaces can be printed or not. The printing or non-printing of the boxes representing empty spaces can also be set by the remaining data D3.

[0142] like Figure 12 As shown, the remaining data D3 is not limited to information printed in the remaining area E2, but may also include information not printed in the remaining area E2. The remaining data D3 may also include omission indications for omission mark image A3, conversion information indicating the association of printing colors with specific colors, etc.

[0143] The remaining data D3 may also contain information about multiple patterns for the layout of the remaining area E2. For example, the remaining data D3 may also contain a first pattern P1 and a second pattern P2. Based on the remaining data D3, the printing apparatus 12 may print the remaining area E2 with either the layout represented by the first pattern P1 or the layout represented by the second pattern P2.

[0144] First pattern P1 and second pattern P2 represent specified values. First pattern P1 represents a first specified value. Second pattern P2 represents a second specified value. For example, the first specified value and the second specified value represent values ​​that are different from each other. In one example, the second specified value is a value less than the first specified value. Preferably, the second specified value is 0. When the specified value is 0, the remaining region E2 is not formed. Figure 8 In the example shown, as described above, the first specified value represents 7, and the second specified value represents 0. In this case, in the first pattern P1, it represents that the remaining region E2 consists of 7 remaining images B2. In the second pattern P2, it represents that the remaining region E2 consists of 0 remaining images B2. The first and second specified values ​​can also specify the length of the remaining region E2 by means of distance.

[0145] Information processing device

[0146] like Figure 14 As shown, the information processing device 13 includes a control unit and a storage unit. Specifically, the information processing device 13 includes an information control unit 61 and an information storage unit 62. In this manner, the information processing device 13 is implemented by a computer. The information processing device 13 is composed of one or more servers. The information processing device 13 can be implemented by a single server or by multiple servers working together.

[0147] The information processing device 13 is configured to process information related to the printing apparatus 12. The information processing device 13 receives information from the terminal device 15 or sends information to the printing apparatus 12. The information control unit 61 is configured to receive information from the terminal device 15. The information control unit 61 is configured to send information to the printing apparatus 12.

[0148] The information processing device 13 is configured to accept printing tasks. The information processing device 13 is configured to accept printing image files and task orders from the terminal device 15. The information processing device 13 is configured to accept printing image data D1. The information processing device 13 is configured to accept task data D2.

[0149] The information processing device 13 is configured to store printing tasks. The information processing device 13 stores printing tasks received from the terminal device 15. That is, the information processing device 13 saves the printing tasks. By saving the printing tasks sequentially, the information processing device 13 accumulates multiple printing tasks. Therefore, the information storage unit 62 stores multiple printing tasks.

[0150] The information processing device 13 may also be configured to receive the remaining data D3. The information processing device 13 may also receive layout files from the terminal device 15. The information processing device 13 may also be configured to store the layout files. That is, the information processing device 13 may also save the layout files. The information processing device 13 may also accumulate multiple layout files by sequentially saving the layout files. Therefore, the information storage unit 62 stores multiple layout files. The information processing device 13 is not limited to receiving the remaining data D3 from the terminal device 15; it may pre-store the remaining data D3 or generate the remaining data D3.

[0151] Information processing device 13 is configured to receive requests from terminal device 15. For example, information processing device 13 is configured to receive requests to view print jobs from terminal device 15. In one example, information processing device 13 receives requests to view print jobs from the browser of terminal device 15. The terminal device 15 sending the viewing request can be the same terminal device 15 that uploaded the print job, or it can be a different terminal. Information processing device 13 is configured to respond to requests from terminal device 15. For example, information processing device 13 sends information about print jobs associated with a user based on user authentication using an ID and password to terminal device 15.

[0152] The information processing device 13 is configured to receive instructions from the terminal device 15. The information processing device 13 operates based on the instructions received from the terminal device 15. The user sends data from the information processing device 13 to the printing device 12 by giving instructions to the information processing device 13.

[0153] The information processing device 13 is configured to receive a transmission instruction. Upon receiving the transmission instruction, the information processing device 13 transmits the printing data D4 to the printing device 12. The transmission instruction is an instruction from the information processing device 13 to the printing device 12 to transmit the printing data D4. The printing data D4 is data that causes the printing device 12 to perform printing.

[0154] Information processing device 13 is configured to receive object printing instructions. Object printing instructions are instructions to cause printing device 12 to print object area E1. Object printing instructions include the setting of object area E1. Object area E1 is set through a printing task. That is, the setting of object area E1 is included in the printing task. Specifically, the setting of object area E1 is included in task data D2.

[0155] The target printing instruction includes an instruction indicating a printing task sent from the information processing device 13 to the printing device 12. For example, the target printing instruction includes an instruction indicating the selection of one or more printing tasks from a plurality of printing tasks accumulated in the information processing device 13. The information processing device 13 accepts the target printing instruction by accepting the selection of one or more printing tasks from the plurality of printing tasks.

[0156] The information processing device 13 may also be configured to receive a remaining printing instruction. The remaining printing instruction is an instruction for the printing device 12 to print the remaining area E2. The remaining printing instruction includes the setting of the remaining area E2. The remaining area E2 is set via remaining data D3. That is, the setting of the remaining area E2 is included in the remaining data D3.

[0157] The remaining print instruction includes an indication of the remaining data D3 sent from the information processing device 13 to the printing device 12. The remaining print instruction may include, for example, an indication of selecting one or more layout files from a plurality of layout files accumulated in the information processing device 13. The information processing device 13 accepts the remaining print instruction by accepting the selection of one or more layout files from the plurality of layout files.

[0158] The remaining print instruction is not limited to the selection of a layout file, and may also include an instruction for the information processing device 13 to generate remaining data D3. The information processing device 13 may also generate remaining data D3 based on the setting of the remaining area E2 included in the remaining print instruction. The information processing device 13 may also generate remaining data D3 including the remaining print instruction. The information processing device 13 may also accept a remaining print instruction by accepting an instruction to generate remaining data D3.

[0159] The information processing device 13 may also be configured to receive omission instructions. An omission instruction is an instruction to omit the mark image A3 from the printing device 12. The omission instruction includes an indication of the omission position of the mark image A3. The omission instruction may also be included, for example, in an object printing instruction. The omission instruction may also be included in a printing task. The omission instruction may also be included in task data D2. The omission instruction may also be included, for example, in a remaining printing instruction. The omission instruction may also be included in a layout file. The omission instruction may also be included in remaining data D3.

[0160] The omission indication may also include an indication of image frame F1 among the multiple image frames F1 constituting the image column that omits the marker image A3. The omission indication may also include an indication of image frame F1 among the multiple image frames F1 constituting the object region E1 that omits the marker image A3. The omission indication may also include an indication of image frame F1 among the multiple image frames F1 constituting the remaining region E2 that omits the marker image A3.

[0161] The omission instruction may also include an instruction to set an area where image frames F1 are not printed in an image column consisting of multiple image frames F1. The omission instruction may also include an instruction to set an area where image frames F1 are not printed in object region E1. The omission instruction may also include an instruction to set an area where image frames F1 are not printed in the remaining region E2. The omission instruction may also include an instruction to set an area where no printing is allowed between object region E1 and the remaining region E2.

[0162] The information processing device 13 can also accept omission instructions by accepting the selection of a printing task. The information processing device 13 can also accept omission instructions by accepting the selection of a layout file. The information processing device 13 can also accept omission instructions by accepting instructions to generate remaining data D3.

[0163] Print data D4 includes a printing task. Print data D4 includes print image data D1 and task data D2. Print data D4 includes one or more printing tasks selected from a plurality of printing tasks stored in information processing device 13. That is, information processing device 13 sends print data D4, which includes one or more printing tasks, to printing device 12 by receiving an instruction from a user.

[0164] Print data D4 may also include residual data D3. For example, print data D4 may also include one or more layout files selected from a plurality of layout files stored in information processing device 13. That is, information processing device 13 may also send print data D4 containing one or more layout files to printing device 12 by receiving an instruction from a user. Print data D4 is not limited to layout files and may also include residual data D3 generated by information processing device 13. Print data D4 may also include residual data D3 based on residual printing instructions.

[0165] Print data D4 may also include omitted data. Omitted data is data based on omission instructions. Omitted data can be included in either task data D2 or remaining data D3. Information processing device 13 may also generate omitted data based on omission instructions. Information processing device 13 may also send omitted data to printing device 12 along with the printing task.

[0166] like Figure 15As shown, the information processing device 13 is configured to cause the terminal device 15 to display a summary screen 63. The information processing device 13 causes the terminal device 15 to display the summary screen 63 by accepting a viewing request. The summary screen 63 has a list bar 64. The list bar 64 displays a list of print jobs accumulated in the information processing device 13. The list bar 64 can also display print jobs in a way that allows the reader to confirm the content of the job data D2 contained in the print job.

[0167] The overview screen 63 is configured to allow selection of one or more printing jobs from a plurality of printing jobs displayed on the list bar 64. For example, a printing job can be selected by selecting a checkbox displayed for each printing job.

[0168] The information processing device 13 can also be configured to handle editing of printing jobs. Specifically, the information processing device 13 can also handle editing of job data D2. For example, the information processing device 13 can also handle editing of printing jobs selected in the list bar 64. More than one selection bar 65 can also be displayed in the overview screen 63. In the selection bar 65, for example, the items that the user can select are displayed in a list. The user can also edit printing jobs by operating the selection bar 65.

[0169] On the overview screen 63, a switch button 66 is displayed. The switch button 66 is a button that changes the screen. When the switch button 66 is operated on the overview screen 63 while a printing task is selected, the information processing device 13 causes the display of the terminal device 15 to change from the overview screen 63 to another screen.

[0170] like Figure 16 As shown, the information processing device 13 causes the terminal device 15 to display a task setting screen 67. When the switch button 66 is operated in the state of selecting a printing task on the overview screen 63, the information processing device 13 causes the terminal device 15 to display the task setting screen 67. The task setting screen 67 is a screen for setting the delivery destination for a printing task. The task setting screen 67 is a screen for assigning a printing task to the printing device 12.

[0171] The task setting screen 67 displays a device list bar 68. The device list bar 68 displays one or more printing devices 12 that the information processing device 13 can send printing jobs to. The user selects a printing device 12 from the device list bar 68 as the destination. The information processing device 13 accepts the selected printing device 12 from the multiple printing devices 12 via the task setting screen 67. The information processing device 13 accepts the selected printing device 12 as the destination for the printing job.

[0172] The task setting screen 67 displays a task list bar 69. The task list bar 69 displays one or more printing tasks selected from the overview screen 63. The user selects one or more printing tasks to be executed simultaneously from the task list bar 69. The information processing device 13 processes one or more printing tasks selected from multiple printing tasks via the task setting screen 67.

[0173] In the task setting screen 67, a switch button 66 is displayed. When the switch button 66 is operated while both the device list bar 68 and the task list bar 69 are selected, the information processing device 13 changes the display of the terminal device 15 from the task setting screen 67 to another screen. In one example, the information processing device 13 accepts a printing instruction by accepting the operation of the switch button 66 in the task setting screen 67.

[0174] like Figure 17 As shown, the information processing device 13 causes the terminal device 15 to display the remaining settings screen 70. When the change button 66 is operated in the task setting screen 67, the information processing device 13 causes the terminal device 15 to display the remaining settings screen 70. The remaining settings screen 70 is a screen for setting the remaining area E2 for a printing task. The remaining settings screen 70 is a screen for attaching the remaining area E2 to the printing task. The remaining settings screen 70 is a screen for associating the remaining data D3 with the printing task. The remaining settings screen 70 is a screen for associating the layout file with the printing task. The remaining settings screen 70 is a screen for setting the remaining area E2 for the object area E1 based on the printing task. The setting of the remaining area E2 processed in the remaining settings screen 70 applies to all printing tasks processed in the task setting screen 67.

[0175] The remaining settings screen 70 displays one or more settings fields. In one example, the remaining settings screen 70 displays an import settings field 71 and an export settings field 72. The import settings field 71 is for setting the import area E2A. The export settings field 72 is for setting the export area E2B. The settings fields display one or more layout files accumulated in the information processing device 13. The user selects the layout file to apply from the settings fields. The selected layout file is applied to all printing jobs processed in the job settings screen 67. The remaining settings screen 70 can also be configured to process layout files for each printing job. The remaining settings screen 70 can also be configured to process the settings of the remaining area E2 separately for each printing job.

[0176] In the remaining settings screen 70, a layout file can also be automatically selected. The layout file can also be associated with one of the multiple processing devices 16. The information processing device 13 can also select a layout file based on the printing task. For example, the information processing device 13 may specifically specify the processing device 16 designated for the selected printing task. That is, the information processing device 13 specifically specifies the information of the processing device 16 that processes the medium M1 according to the printing task. The information processing device 13 can also select a layout file from multiple layout files in a manner that makes the processing device 16 designated for the printing task consistent with the processing device 16 associated with the layout file. The information processing device 13 can also select a layout file from multiple layout files for the import settings screen 71. The information processing device 13 can also select a layout file from multiple layout files for the export settings screen 72.

[0177] Layout files can also be associated with either the import region E2A or the export region E2B. Layout files associated with the import region E2A can also be selected in the import settings panel 71. Layout files associated with the export region E2B can also be selected in the export settings panel 72.

[0178] The information processing device 13 may also determine the number of remaining images B2 based on the length of the remaining area E2 specified in the selected layout file. The information processing device 13 may also calculate the number of remaining images B2 by printing the remaining area E2 according to the length specified in the layout file. For example, the information processing device 13 may determine the number of remaining images B2 constituting the remaining area E2 by dividing the length of the remaining area E2 represented by the layout file by the length of the image frame F1. For example, the information processing device 13 may also determine the number of remaining images B2 constituting the remaining area E2 by adding 1 to the quotient obtained by dividing the length of the remaining area E2 represented by the layout file by the length of the image frame F1. In this case, the remaining area E2 is printed to a length greater than or equal to the length specified in the layout file. The information processing device 13 calculates the quotient by dividing the image frame F1 represented by the printed image data D1 included in the printing task selected in the task setting screen 67 by the length specified in the layout file.

[0179] The remaining settings screen 70 is not limited to a structure that accepts the selection of layout files; it can also be configured to directly accept the settings for the remaining area E2. The remaining settings screen 70 can also be configured to allow direct input of the settings for the remaining area E2. The remaining settings screen 70 may also display an input field for accepting the length of the remaining area E2. For example, the remaining settings screen 70 may also display an import input field 73 and an export input field 74. The import input field 73 accepts the length of the import area E2A. The export input field 74 accepts the length of the export area E2B. The input field is not limited to the length of the remaining area E2; it can also accept the number of remaining images B2 constituting the remaining area E2. The remaining settings screen 70 is not limited to the length of the remaining area E2; it can also be configured to allow input of content to be printed as the remaining area E2.

[0180] The information processing device 13 may also determine the number of remaining images B2 printed in the remaining area E2 based on the length input into the input field. The information processing device 13 may also calculate the number of remaining images B2 by printing the remaining area E2 according to the length input into the input field. For example, the information processing device 13 may determine the number of remaining images B2 constituting the remaining area E2 by dividing the length input into the input field by the length of the image frame F1. For example, the information processing device 13 may also determine the number of remaining images B2 constituting the remaining area E2 by adding 1 to the quotient obtained by dividing the length input into the input field by the length of the image frame F1. In this case, the remaining area E2 is printed according to the length exceeding the length input into the input field. The information processing device 13 calculates the quotient by dividing the image frame F1 represented by the printed image data D1 included in the printing task selected in the task setting screen 67 by the length input into the input field.

[0181] The information processing device 13 may also generate residual data D3 representing the determined number of remaining images B2. It is not limited to the information processing device 13 determining the number of remaining areas E2; the printing device 12 may also determine the number of remaining images B2 based on printing data D4. In this case, the information processing device 13 generates residual data D3 that includes the length entered into the input field, the content of the selected layout file, etc.

[0182] The remaining settings screen 70 displays a printing order display bar 75. The printing order display bar 75 shows one or more selected printing jobs. The printing order display bar 75 indicates the printing order of the printing jobs. The remaining settings screen 70 can also be configured to handle changes to the printing order in the printing order display bar 75.

[0183] The remaining settings screen 70 can also display the length of the medium M1 consumed by printing based on the selected printing job and the settings of the remaining area E2. This allows the user to determine whether more than one printing job being performed simultaneously has converged onto the roll body R1.

[0184] The remaining settings screen 70 displays a start button 76. When the start button 76 is pressed while the remaining settings area E2 is being set, the remaining settings screen 70 closes. The information processing device 13 accepts the remaining printing instruction by accepting the operation of the start button 76. In one example, the information processing device 13 accepts the remaining printing instruction after accepting the object printing instruction.

[0185] The information processing device 13 receives a sending instruction by accepting the operation of the start button 76. Accompanying this, the information processing device 13 generates print data D4. Specifically, the information processing device 13 generates print data D4 based on information received in the task setting screen 67, remaining setting screen 70, etc. The information processing device 13 generates print data D4 by selecting a print task, selecting a layout file, generating remaining data D3, or generating omitted data. The information processing device 13 sends the print data D4 to the printing device 12 at the destination.

[0186] As explained above, according to such a printing system 11, the user can implement various settings for the target area E1 and the remaining area E2. Thus, the user can obtain the desired medium M1. For example, the user can obtain a medium M1 that prints the remaining area E2 according to the length of the processing device 16. The user can obtain a medium M1 in which the processing device 16 does not stop in the remaining area E2. The user can obtain a medium M1 in which the position of the processing blade 46 can be adjusted in the remaining area E2. The user can obtain a medium M1 in which the processing device 16 can be automatically stopped at any position.

[0187] Next, the processing of the printing system 11 will be described based on the first, second, third, and fourth embodiments. The first embodiment specifies the number of remaining images B2 constituting the remaining area E2. The second embodiment prints a mark image A3 in the remaining area E2. The third embodiment prints a pattern image A4 in the remaining area E2. The fourth embodiment omits the mark image A3.

[0188] First Embodiment

[0189] First, the first embodiment will be described.

[0190] In the processing apparatus 16, sometimes a residual area E2 is required on the medium M1. This residual area E2 is effectively utilized in the processing apparatus 16 for adjusting the cutting edge 46, positioning the medium M1 relative to the processing apparatus 16, etc. For example, when the roll body R1 is positioned on the processing apparatus 16, it is mounted on the supply shaft 41 with the top end of the medium M1 mounted on the take-up shaft 42. In this case, the processing apparatus 16 cannot process the portion of the medium M1 from the cutting edge 46 to the take-up shaft 42. Furthermore, in the processing apparatus 16, sometimes the detection position of the mark image A3 detected by the detection unit 47 and the processing position of the product image A1 processed by the cutting edge 46 are misaligned. In this case, the processing apparatus 16 may be unable to process the portion of the medium M1 located between the detection unit 47 and the cutting edge 46. Thus, in the processing apparatus 16, sometimes unprocessed portions of the medium M1 may occur.

[0191] Specifying the number of object images B1 constituting the object area E1 while considering the unprocessed portion is cumbersome for the user. Therefore, specifying the number of remaining images B2 constituting the remaining area E2 reduces processing labor and time. For example, setting the length of the remaining area E2 based on the distance from the processing blade 46 to the return shaft 42 reduces processing labor and time. Setting the length of the remaining area E2 based on the distance from the detection unit 47 to the processing blade 46 reduces processing labor and time. In the first embodiment, the printing system 11 prints on the object area E1 and the remaining area E2 by accepting the number of object images B1 and the number of remaining images B2 respectively. In addition, in the first embodiment, the processing device 16 may also be configured to repeatedly transport and process at a predetermined cycle without detecting the mark image A3.

[0192] like Figure 18 As shown, the information processing device 13 is configured to perform a transmission process. The transmission process is implemented by the information control unit 61 executing a program stored in the information storage unit 62. The transmission process is the process of sending printing data D4 to the printing device 12. For example, the transmission process is initiated when the information processing device 13 displays the task setting screen 67 on the terminal device 15.

[0193] In step S11, the information processing device 13 accepts a printing instruction. Specifically, the information processing device 13 accepts a printing task, thereby accepting the printing instruction. The information processing device 13 accepts one or more printing tasks selected from a plurality of printing tasks stored in the information storage unit 62. The information processing device 13 accepts the printing task selected in the task setting screen 67. Thus, the information processing device 13 accepts the printing instruction.

[0194] In step S11, the information processing device 13 may also accept two or more printing tasks selected from a plurality of printing tasks stored in the information storage unit 62. The information processing device 13 may also accept one printing device 12 selected from a plurality of printing devices 12 as the destination for two or more printing tasks. The information processing device 13 may also accept a printing instruction by accepting two or more printing tasks and one printing device 12.

[0195] In step S12, the information processing device 13 accepts a remaining printing instruction. In one example, the information processing device 13 accepts a remaining printing instruction after accepting an object printing instruction. The remaining printing instruction includes information specifying the length of the remaining area E2. The remaining printing instruction may include, for example, information specifying the length of the import area E2A, the export area E2B, etc. The information processing device 13 accepts the remaining printing instruction, for example, by accepting a layout file. The information processing device 13 accepts one or more layout files selected from a plurality of layout files stored in the information storage unit 62. The information processing device 13 accepts a layout file selected in the import setting bar 71, a layout file selected in the export setting bar 72, or both. Thus, the information processing device 13 accepts the remaining printing instruction.

[0196] The information processing device 13 can also receive remaining printing instructions by directly receiving layout files from the terminal device 15. The information processing device 13 is not limited to layout files; it can also receive remaining printing instructions by directly receiving settings related to the remaining area E2 through the remaining setting screen 70. For example, the information processing device 13 can also receive remaining printing instructions by receiving the length entered in the import input field 73, export input field 74, etc. The information processing device 13 can also receive remaining printing instructions by receiving the number of remaining images B2 constituting the remaining area E2. The information processing device 13 can also receive remaining printing instructions by receiving the number of remaining images B2 constituting the import area E2A, the number of remaining images B2 constituting the export area E2B, etc.

[0197] The information processing device 13 can also automatically select a layout file based on the printing task. Specifically, the information processing device 13 can also select a layout file in a manner that aligns the processing device 16 specified for the printing task with the processing device 16 associated with the layout file. When handling multiple printing tasks, the information processing device 13 can also select a layout file in a manner consistent with that processing device 16 if multiple printing tasks specify a common processing device 16. The information processing device 13 can also handle remaining printing instructions while automatically selecting a layout file.

[0198] In step S13, the information processing device 13 generates remaining data D3. The information processing device 13 generates remaining data D3 based on the remaining printing instruction. The information processing device 13 may also generate remaining data D3 containing the accepted layout file. The information processing device 13 may also generate remaining data D3 containing parameters indicating settings related to the remaining area E2 accepted via the remaining setting screen 70. The remaining data D3 contains information related to the length of the remaining area E2. The remaining data D3 may also contain information related to the length of the import area E2A and the length of the export area E2B. The remaining data D3 may also contain information related to the number of remaining images B2 constituting the import area E2A and the number of remaining images B2 constituting the export area E2B.

[0199] In step S13, the information processing device 13 may also determine the number of remaining images B2 constituting the remaining area E2 based on the remaining printing instruction. Specifically, the information processing device 13 determines the number of remaining images B2 constituting the remaining area E2 based on the length of the remaining area E2 included in the remaining printing instruction and the printing task. The information processing device 13 determines the number of remaining images B2 constituting the import area E2A based on the length of the import area E2A included in the remaining printing instruction and the printing task. The information processing device 13 determines the number of remaining images B2 constituting the export area E2B based on the length of the export area E2B included in the remaining printing instruction and the printing task. The information processing device 13 may also generate remaining data D3 containing information related to the determined number of remaining images B2. Furthermore, when multiple printing tasks are accepted, the information processing device 13 will determine the number of remaining images B2 constituting the remaining area E2 for each printing task.

[0200] In step S14, the information processing device 13 generates printing data D4. The information processing device 13 generates printing data D4 that includes the printing task accepted in step S11. The information processing device 13 also generates printing data D4 that includes the remaining data D3 generated in step S13.

[0201] In step S15, the information processing device 13 sends the printing data D4 to the printing device 12. Specifically, the information processing device 13 sends the remaining data D3 and the printing task to the printing device 12. The information processing device 13 can send one printing task and the remaining data D3, or it can send two or more printing tasks and the remaining data D3. When step S15 is completed, the information processing device 13 ends the sending process.

[0202] like Figure 19 As shown, the printing apparatus 12 is configured to perform printing processing. The printing processing is implemented by executing programs stored in the processing storage unit 23, printing storage unit 33, etc., through the processing control unit 22, printing control unit 32, etc. The printing processing is the process of printing an image on the medium M1 based on printing data D4. The printing processing begins when the printing apparatus 12 receives the printing data D4.

[0203] In step S21, the printing apparatus 12 accepts printing data D4. By accepting printing data D4, the printing apparatus 12 accepts the printing task contained in printing data D4. By accepting printing data D4, the printing apparatus 12 also accepts the remaining data D3 contained in printing data D4.

[0204] In step S22, the printing apparatus 12 obtains object image data representing an object image B1 containing a product image A1 from the printing image data D1. In one example, the printing apparatus 12 obtains object image data representing an object image B1 containing both a product image A1 and a mark image A3. The object image B1 is not limited to the product image A1 and the mark image A3, and may also contain other images.

[0205] In step S22, the printing apparatus 12 may also obtain object image data from the printing image data D1 based on identifiers such as specific colors and layers. The printing apparatus 12 may also obtain object image data by extracting an image frame F1 representing the object image B1 from the multiple image frames F1 contained in the printing image data D1. The printing apparatus 12 may also combine other data into the object image data. The printing apparatus 12 may also combine data stored within itself into the object image data.

[0206] In step S23, the printing apparatus 12 obtains residual image data from the printed image data D1, representing a residual image B2 that does not contain the product image A1. In one example, the printing apparatus 12 obtains residual image data from the printed image data D1, representing a residual image B2 that does not contain the product image A1 but contains the marker image A3. The residual image B2 is not limited to the marker image A3 and may also contain other images.

[0207] In step S23, the printing apparatus 12 obtains residual image data from the printing image data D1 in such a way that the size of the residual image B2 matches the size of the first object image B11. The printing apparatus 12 obtains object image data representing the object image B1 and residual image data representing the residual image B2 based on image frame F1. Therefore, the size of the residual image B2 matches the size of the first object image B11.

[0208] In step S23, the printing apparatus 12 may also obtain the remaining image data from the printed image data D1 based on identifiers such as specific colors and layers. Alternatively, the printing apparatus 12 may obtain the remaining image data by extracting the image frame F1 representing the remaining image B2 from the multiple image frames F1 contained in the printed image data D1. The printing apparatus 12 may also combine other data from the remaining image data. The printing apparatus 12 may combine the remaining data D3 from the object image data or combine data stored within itself.

[0209] In step S23, the printing apparatus 12 may also acquire residual image data representing the residual image B2, which includes information recorded in the layout file. The printing apparatus 12 may also acquire residual image data by combining the printed image data D1 and the layout file. For example, the printing apparatus 12 may also acquire residual image data representing the residual image B2 containing information related to printing and processing.

[0210] In step S24, the printing apparatus 12 performs a region printing process. The region printing process involves printing on both the target region E1 and the remaining region E2. The printing apparatus 12 prints on the target region E1 by printing only the number of target images B1 represented by the printing task. The printing apparatus 12 prints on the remaining region E2 by printing only the number of remaining images B2 represented by the remaining data D3. Specifically, the printing apparatus 12 prints on the import region E2A by printing only the number of remaining images B2 represented by the remaining data D3. The printing apparatus 12 prints on the export region E2B by printing only the number of remaining images B2 represented by the remaining data D3. The specific processing of step S24 will be explained using... Figure 19 This will be explained later.

[0211] In step S25, the printing apparatus 12 determines whether a next printing task exists. If a next printing task exists, the printing apparatus 12 returns to step S22. Therefore, the printing apparatus 12 prints the target area E1 for each printing task. That is, the printing apparatus 12 prints the target area E1 separately for two or more printing tasks. The printing apparatus 12 prints the remaining area E2 for each printing task. The printing apparatus 12 prints the incoming area E2A and the outgoing area E2B for each printing task. That is, the printing apparatus 12 prints the remaining area E2 separately for two or more printing tasks. If no next printing task exists, the printing apparatus 12 terminates the printing process.

[0212] like Figure 20 As shown, the printing apparatus 12 performs area printing processing. During area printing processing, the printing apparatus 12 can also determine, based on the execution order of the printing tasks, whether to print the remaining area E2 with the first pattern P1 or the second pattern P2. That is, the printing apparatus 12 can also determine, based on the execution order of two or more printing tasks, whether to print the remaining image B2 with a first specified value or a second specified value. In this case, the printing apparatus 12 can change the number of remaining images B2 constituting the remaining area E2 between each printing task.

[0213] The printing apparatus 12 can also be configured to automatically determine whether to print the remaining area E2 using the first pattern P1 or the second pattern P2. Alternatively, the printing apparatus 12 can be configured to allow the user to decide each time whether to print the remaining area E2 using the first pattern P1 or the second pattern P2. For example, the printing apparatus 12 can also be configured to receive the automatic determination setting from the user. The information processing device 13 can also receive the decision on whether the printing apparatus 12 performs automatic determination on the remaining setting screen 70.

[0214] In step S31, the printing apparatus 12 compares the current printing task with the previous printing task. If there is no previous printing task, for example, if the current printing task is the first one, the printing apparatus 12 may skip steps S31 and S32. In this case, the printing apparatus 12 may also perform step S33.

[0215] In step S32, the printing apparatus 12 determines whether a change in the settings of the processing apparatus 16 is needed. Specifically, the printing apparatus 12 determines whether a change in the settings of the processing apparatus 16 is needed for two consecutive printing jobs (the previous and current jobs). The printing apparatus 12 refers to either printed image data D1 or job data D2 for the two consecutive printing jobs. For example, if the processing blade 46 used for the two consecutive printing jobs is different, the printing apparatus 12 determines that a change in the settings of the processing apparatus 16 is needed. This is because the processing blade 46 needs to be replaced. For example, if the size of the image frame F1 is different for the two consecutive printing jobs, the printing apparatus 12 determines that a change in the settings of the processing apparatus 16 is needed. This is because the interval of the mark image A3 needs to be changed. If the processing blade 46 is the same and the size of the image frame F1 is the same for the two consecutive printing jobs, the printing apparatus 12 determines that a change in the settings of the processing apparatus 16 is not needed.

[0216] In step S32, if it is determined that a setting change for the processing device 16 is required, the printing device 12 transfers the processing to step S33. If it is determined that no setting change for the processing device 16 is required, the printing device 12 transfers the processing to step S34.

[0217] In step S33, the printing apparatus 12 prints the introduction area E2A with the first pattern P1. Specifically, the printing apparatus 12 prints only the remaining image B2 in the quantity represented by the first specified value.

[0218] In step S34, the printing apparatus 12 prints the introduction area E2A with the second pattern P2. Specifically, the printing apparatus 12 prints only the remaining image B2 in the quantity indicated by the second specified value.

[0219] In step S35, the printing apparatus 12 prints on the object area E1. Specifically, the printing apparatus 12 prints only the number of object images B1 represented by the printing task. Thus, the object area E1 is printed.

[0220] In step S36, the printing apparatus 12 compares the current printing task with the next printing task. If there is no next printing task, for example, if the current printing task is the last one, the printing apparatus 12 may skip steps S36 and S37. In this case, the printing apparatus 12 may also perform step S38.

[0221] In step S37, the printing apparatus 12 determines whether a setting change for the processing apparatus 16 is required. Similar to step S32, the printing apparatus 12 determines whether a setting change for the processing apparatus 16 is required for the current and next consecutive printing jobs. If the printing apparatus 12 determines that a setting change for the processing apparatus 16 is required, the process proceeds to step S38. If the printing apparatus 12 determines that a setting change for the processing apparatus 16 is not required, the process proceeds to step S39.

[0222] In step S38, the printing apparatus 12 prints the export area E2B with the first pattern P1. Specifically, the printing apparatus 12 prints only the remaining image B2 in the quantity represented by the first specified value.

[0223] In step S39, the printing apparatus 12 prints the export area E2B with the second pattern P2. Specifically, the printing apparatus 12 prints only the remaining image B2 in the quantity indicated by the second specified value.

[0224] like Figure 20 As shown, the printing apparatus 12 performs the printing process, thereby printing the target area E1 and the remaining area E2 on the medium M1. The printing apparatus 12 executes the process, for example, in the order of the second printing task J2 and the first printing task J1. Figure 20 In the example shown, the remaining area E2, located between the second object area E12 and the first object area E11, is printed with the first pattern P1. Specifically, in... Figure 21 In the example shown, all remaining areas E2 are printed with the first pattern P1.

[0225] The printing apparatus 12 first prints the second remaining area E22 by printing only the quantity of the second remaining image B22 represented by the remaining data D3. At this time, the printing apparatus 12 prints the second leading area E2A2 by printing only the quantity of the second remaining image B22 represented by the first specified value. The printing apparatus 12 may also print the second remaining image B22 containing text such as "task ended" into the second leading area E2A2. Next, the printing apparatus 12 prints the second object area E12 by printing only the quantity of the second object image B12 represented by the second printing task J2. Next, the printing apparatus 12 prints the second remaining area E22 by printing only the quantity of the second remaining image B22 represented by the remaining data D3. At this time, the printing apparatus 12 prints the second exit area E2B2 by printing only the quantity of the second remaining image B22 represented by the first specified value. The printing apparatus 12 may also print the second remaining image B22 containing text such as "task started" into the second exit area E2B2. Next, the printing apparatus 12 prints the first remaining area E21 by printing only the quantity of the first remaining image B21 represented by the remaining data D3. At this time, the printing apparatus 12 prints the first import area E2A1 by printing only the quantity of the first remaining image B21 represented by the first specified value. The printing apparatus 12 may also print the first remaining image B21 containing text such as "task ended" into the first import area E2A1. Next, the printing apparatus 12 prints the first object area E11 by printing only the quantity of the first object image B11 represented by the first printing task J1. Next, the printing apparatus 12 prints the first remaining area E21 by printing only the quantity of the first remaining image B21 represented by the remaining data D3. At this time, the printing apparatus 12 prints the first export area E2B1 by printing only the quantity of the first remaining image B21 represented by the first specified value. The printing apparatus 12 may also print the first remaining image B21 containing text such as "task started" into the first export area E2B1.

[0226] like Figure 21 As shown, the printing apparatus 12 performs the printing process, thereby printing the target area E1 and the remaining area E2 on the medium M1. The printing apparatus 12 executes the process, for example, in the order of the second printing task J2 and the first printing task J1. Figure 21 In the example shown, the remaining area E2, located between the first object area E11 and the second object area E12, is printed with the second pattern P2. Specifically, in... Figure 17 In the example shown, the remaining area E2 located between the first object area E11 and the second object area E12 is printed with the second pattern P2, and the other remaining areas E2 are printed with the first pattern P1.

[0227] The printing apparatus 12 prints the second export region E2B2 by printing only the quantity of the second residual image B22 represented by the second specified value. The printing apparatus 12 prints the first import region E2A1 by printing only the quantity of the first residual image B21 represented by the second specified value. In one example, since the second specified value is 0, the first import region E2A1 and the second export region E2B2 are not formed between the first object region E11 and the second object region E12. As a result, the first object region E11 and the second object region E12 are continuous in the medium M1. In this case, the consumption of medium M1, liquid, etc., generated by the residual region E2 is reduced.

[0228] The printing apparatus 12 is not limited to whether the settings of the processing apparatus 16 need to be changed; it can also determine whether to print with a first specified value or a second specified value based on other criteria. That is, the printing apparatus 12 is not limited to the execution order of printing tasks; it can also determine whether to apply the first pattern P1 or the second pattern P2 based on other indicators. When the layout file selected in the remaining settings screen 70 is applied to all printing tasks, it is difficult to set the remaining area E2 for each printing task. Regarding this, by including both the first pattern P1 and the second pattern P2 in the remaining data D3, it is possible to set the remaining area E2 for each printing task each time.

[0229] The function and effects of the first embodiment

[0230] Next, the function and effects of the first embodiment will be explained.

[0231] (1-1) The information processing device 13 accepts an object printing instruction to print the object area E1 by accepting one or more printing tasks selected from multiple printing tasks. The information processing device 13 accepts a remaining printing instruction to print the remaining area E2. The information processing device 13 sends the remaining data D3 based on the remaining printing instruction and one or more printing tasks to the printing device 12. The printing device 12 obtains object image data from the printing image data D1, representing an object image B1 containing the product image A1. The printing device 12 obtains remaining image data from the printing image data D1, representing a remaining image B2 that does not contain the product image A1 and represents a remaining image B2 with the same size as the object image B1. The printing device 12 prints the object area E1 by printing only the number of object images B1 represented by the printing task. The printing device 12 prints the remaining area E2 by printing only the number of remaining images B2 represented by the remaining data D3. According to the above structure, the printing system 11 can accept the number of object images B1 and the number of remaining images B2 respectively. Thus, the user can easily set the remaining area E2. Therefore, it reduces the labor and time required for processing.

[0232] (1-2) The printing apparatus 12 prints the import region E2A and the export region E2B by printing only the number of remaining images B2 represented by the remaining data D3. According to the above structure, the printing system 11 can accept the number of remaining images B2 constituting the import region E2A and the number of remaining images B2 constituting the export region E2B. Therefore, the user can easily set the import region E2A and the export region E2B.

[0233] (1-3) The information processing device 13 accepts a target printing instruction by accepting two or more printing tasks selected from a plurality of printing tasks, and by accepting a printing device 12 selected from a plurality of printing devices 12 as the destination for two or more printing tasks. After accepting the target printing instruction, the information processing device 13 accepts the remaining printing instruction. The information processing device 13 sends the two or more printing tasks and the remaining data D3 to the printing device 12. According to the above structure, the user can provide the remaining printing instruction to the information processing device 13 after assigning two or more printing tasks to the printing device 12. Thus, the user can easily set the remaining area E2.

[0234] (1-4) The information processing device 13 determines the number of remaining images B2 constituting the remaining area E2 based on the length of the remaining area E2 indicated by the remaining printing instruction and the printed image data D1. The information processing device 13 sends the remaining data D3, indicating the number of remaining images B2 constituting the remaining area E2, to the printing device 12. According to the above structure, the user can specify the length of the remaining area E2. The printing system 11 prints only the number of remaining images B2 corresponding to the specified length. Thus, the user can easily set the remaining area E2.

[0235] (1-5) The information processing device 13 determines the number of remaining images B2 constituting the import area E2A based on the length of the import area E2A indicated by the remaining printing instruction and the printed image data D1. The information processing device 13 determines the number of remaining images B2 constituting the export area E2B based on the length of the export area E2B indicated by the remaining printing instruction and the printed image data D1. The information processing device 13 sends the remaining data D3, indicating the number of remaining images B2 constituting the import area E2A and the number of remaining images B2 constituting the export area E2B, to the printing device 12. According to the above structure, the user can specify the length of the import area E2A and the export area E2B. The printing system 11 prints only the number of remaining images B2 corresponding to the specified length. Thus, the user can easily set the import area E2A and the export area E2B.

[0236] (1-6) The information processing device 13 accepts the remaining printing instruction by accepting one or more layout files selected from multiple layout files. According to the above structure, the user can easily set the remaining area E2 by selecting a layout file.

[0237] (1-7) The information processing device 13 selects one or more layout files from multiple layout files in a manner consistent with the processing device 16 specified for one or more printing tasks and the processing device 16 associated with one or more layout files. Depending on the processing device 16, the required length of the remaining area E2 may vary. According to the above structure, the number of remaining images B2 is determined according to the processing device 16 used for processing. Therefore, ease of use is improved.

[0238] (1-8) The information processing device 13 receives the remaining printing instruction by receiving the number of remaining images B2 constituting the remaining area E2. According to the above structure, the user can specify the number of remaining images B2. Therefore, the user can easily set the remaining area E2.

[0239] (1-9) The printing apparatus 12 prints the remaining area E2 separately for two or more printing jobs. According to the above structure, the user can easily set the remaining area E2 to be printed for each printing job. Therefore, the labor and time spent on processing are reduced.

[0240] (1-10) The printing apparatus 12 determines whether to print the remaining image B2 with a first specified value or a second specified value based on the execution order of two or more printing tasks. Depending on the execution order of the printing tasks, the processing apparatus 16 may not need to be adjusted. For example, sometimes the remaining image B2 contains less information. In this case, it may not be a problem even if the remaining area E2 is small. According to the above structure, since the setting of the remaining area E2 can be changed according to the execution order of the printing tasks, ease of use is improved.

[0241] (1-11) The printing apparatus 12 acquires residual image data representing the residual image B2 containing information recorded in the layout file. Based on the above structure, the residual area E2 based on the residual image B2 containing information from the layout file is printed. This improves ease of use.

[0242] Second Embodiment

[0243] Next, the second embodiment will be described.

[0244] The printing apparatus 12 may sometimes print multiple printing jobs on the medium M1. In this case, the printing apparatus 12 may sometimes print a remaining area E2 between the target areas E1. That is, the printing apparatus 12 may sometimes print a first remaining area E21, a second remaining area E22, or both between the first target area E11 and the second target area E12. The remaining area E2 between the target areas E1 is the output area E2B attached to the first printed job, the output area E2A attached to the second printed job, or both between two consecutive printing jobs. The operator of the processing apparatus 16 determines the boundaries of the printing jobs by confirming the remaining area E2 between the target areas E1.

[0245] Depending on the content of multiple printing tasks, it is sometimes unnecessary to change the settings of the processing device 16 between printing tasks. For example, it is sometimes unnecessary to change the processing blade 46 or change the detection interval of the detection unit 47 between printing tasks. Even in such cases, by recording information related to the printing task and processing in the remaining area E2, the labor and time spent on processing can sometimes be reduced. However, when the printing device 12 is set to print the remaining area E2 containing such information, the processing device 16 may fail to detect the mark image A3 and stop. Therefore, in the second embodiment, the printing system 11 prints the remaining area E2 between the target areas E1 by printing the remaining image B2 containing the mark image A3.

[0246] When no changes to the settings of the processing device 16 are required between printing tasks, although the remaining area E2 between the object areas E1 is omitted in the first embodiment, it is not omitted in the second embodiment. Because the remaining area E2 is not omitted, information related to printing, processing, etc., is printed in the remaining area E2. Therefore, the operator can access information related to printing, processing, etc.

[0247] like Figure 18 As shown, similarly to the first embodiment, the information processing device 13 is configured to perform transmission processing. In step S11, the information processing device 13 accepts a printing instruction. Specifically, the information processing device 13 accepts a printing task, thereby accepting the printing instruction. The information processing device 13 accepts one or more printing tasks selected from a plurality of printing tasks stored in the information storage unit 62. For example, the information processing device 13 accepts a printing task selected in the task setting screen 67. In one example, the information processing device 13 accepts a first printing task J1 and a second printing task J2 from a plurality of printing tasks. Thus, the information processing device 13 accepts a printing instruction to print a first object area E11 and a second object area E12. In one example, the printing instruction includes an instruction to print the second printing task J2 and the first printing task J1 in that order.

[0248] In step S12, the information processing device 13 receives a remaining printing instruction. The remaining printing instruction may also include an instruction to print the first remaining area E21. The remaining printing instruction may also include an instruction to print the first input area E2A1. The remaining printing instruction may also include an instruction to print the first output area E2B1. The remaining printing instruction may also include an instruction to print the second remaining area E22. The remaining printing instruction may also include an instruction to print the second input area E2A2. The remaining printing instruction may also include an instruction to print the second output area E2B2.

[0249] The remaining print indication may also include information specifying the length of the remaining region E2. Similar to the first embodiment, the remaining print indication may include information specifying the length of the import region E2A or the length of the export region E2B. The remaining print indication may also include information specifying the number of remaining images B2, information specifying the distance of the remaining regions E2, etc. The length of the import region E2A affects the length of the first remaining region E21 and the length of the second remaining region E22. The length of the export region E2B affects the length of the first remaining region E21 and the length of the second remaining region E22. Therefore, at this point, the remaining print indication includes information specifying the length of the first remaining region E21 and the length of the second remaining region E22.

[0250] The information processing device 13 can also be configured to set the remaining area E2 individually for each printing task. For example, the information processing device 13 can also switch the number of remaining images B2 for each printing task using a first specified value and a second specified value. In this case, the remaining printing indication can also include an indication specifying the pattern applied among the multiple patterns contained in the layout file for each printing task. In this way, the remaining printing indication can also include information specifying the length of the first remaining area E21 and information specifying the length of the second remaining area E22.

[0251] The information processing device 13 accepts the remaining printing instruction by accepting a layout file. The information processing device 13 accepts one or more layout files selected from a plurality of layout files stored in the information storage unit 62. The information processing device 13 accepts the layout file selected in the import setting bar 71, the layout file selected in the export setting bar 72, or both. Thus, the information processing device 13 accepts the remaining printing instruction. The information processing device 13 can also accept the remaining printing instruction by directly accepting the layout file from the terminal device 15. The information processing device 13 is not limited to layout files; it can also accept the remaining printing instruction by directly accepting settings related to the remaining area E2 via the remaining setting screen 70.

[0252] In step S13, the information processing device 13 generates remaining data D3. The information processing device 13 generates remaining data D3 based on the remaining printing instruction. The information processing device 13 may also generate the accepted layout file as remaining data D3. The information processing device 13 may also generate parameters representing settings related to the remaining area E2 accepted via the remaining setting screen 70 as remaining data D3.

[0253] In step S13, the information processing device 13 may also determine the number of remaining images B2 constituting the remaining area E2 based on the remaining printing instruction. Similar to the first embodiment, the information processing device 13 may also determine the number of remaining images B2 constituting the remaining area E2 based on the length of the remaining area E2 included in the remaining printing instruction and the printing task.

[0254] The information processing device 13 can also determine the number of first remaining images B21 constituting the first import region E2A1 based on the length of the import region E2A included in the remaining print instruction and the first print task J1. Similarly, the information processing device 13 can determine the number of first remaining images B21 constituting the first export region E2B1 based on the length of the export region E2B included in the remaining print instruction and the first print task J1. In this manner, the information processing device 13 can also determine the number of first remaining images B21 constituting the first remaining region E21 based on the length of the first remaining region E21 included in the remaining print instruction and the first print image data.

[0255] The information processing device 13 can also determine the number of second remaining images B22 constituting the second import region E2A2 based on the length of the import region E2A included in the remaining print instruction and the second print task J2. Similarly, the information processing device 13 can determine the number of second remaining images B22 constituting the second export region E2B2 based on the length of the export region E2B included in the remaining print instruction and the second print task J2. In this manner, the information processing device 13 can also determine the number of second remaining images B22 constituting the second remaining region E22 based on the length of the second remaining region E22 included in the remaining print instruction and the second print image data.

[0256] The information processing device 13 may also generate residual data D3 in step S13, which includes information related to the determined number of remaining images B2. The information processing device 13 may also generate residual data D3 representing the number of the first remaining images B21 and the number of the second remaining images B22.

[0257] In step S14, the information processing device 13 generates printing data D4. The information processing device 13 generates printing data D4 containing the printing tasks accepted in step S11. The information processing device 13 also generates printing data D4 containing the remaining data D3 generated in step S13. In one example, the information processing device 13 generates printing data D4 containing the first printing task J1, the second printing task J2, and the remaining data D3.

[0258] In step S15, the information processing device 13 sends the printing data D4 to the printing device 12. Specifically, the information processing device 13 sends the remaining data D3 and the printing tasks to the printing device 12. For example, the information processing device 13 sends the first printing task J1, the second printing task J2, and the remaining data D3 to the printing device 12. After completing the processing in step S15, the information processing device 13 ends the sending process.

[0259] like Figure 22 As shown, similarly to the first embodiment, the printing apparatus 12 is configured to perform printing processing. In step S21, the printing apparatus 12 receives printing data D4. By receiving printing data D4, the printing apparatus 12 receives the printing tasks contained in printing data D4. In one example, the printing apparatus 12 receives a first printing task J1 and a second printing task J2. By receiving printing data D4, the printing apparatus 12 receives the remaining data D3 contained in printing data D4.

[0260] In step S22, the printing apparatus 12 obtains object image data representing an object image B1 containing a product image A1 and a mark image A3 from the printing image data D1. Specifically, the printing apparatus 12 obtains object image data from the printing image data D1 for each printing task. When performing a first printing task J1, the printing apparatus 12 obtains first object image data representing a first object image B11 containing a first product image A11 and a mark image A3 from the first printing image data. The first printing image data is the printing image data D1 included in the first printing task J1. When performing a second printing task J2, the printing apparatus 12 obtains second object image data representing a second object image B12 containing a second product image A12 and a mark image A3 from the second printing image data. The second printing image data is the printing image data D1 included in the second printing task J2. The object image B1 is not limited to the product image A1 and the mark image A3, and may also include other images.

[0261] In step S22, the printing apparatus 12 may also obtain object image data from the printing image data D1 based on identifiers such as specific colors and layers. The printing apparatus 12 may also obtain object image data by extracting an image frame F1 representing the object image B1 from the multiple image frames F1 contained in the printing image data D1. The printing apparatus 12 may also combine other data into the object image data. The printing apparatus 12 may also combine data stored within itself into the object image data.

[0262] In step S23, the printing apparatus 12 obtains residual image data representing the residual image B2 containing the marker image A3 from the printed image data D1. Specifically, the printing apparatus 12 obtains residual image data from the printed image data D1 for each printing task. When performing a first printing task J1, the printing apparatus 12 obtains residual image data representing a first residual image B21 containing the marker image A3 from the first printed image data. When performing a second printing task J2, the printing apparatus 12 obtains residual image data representing a second residual image B22 containing the marker image A3 from the second printed image data. The residual image B2 is not limited to the marker image A3 and may include other images.

[0263] In step S23, the printing apparatus 12 obtains residual image data from the printed image data D1 in such a way that the size of the residual image B2 matches the size of the object image B1. The printing apparatus 12 obtains first residual image data from the first printed image data in such a way that the size of the first residual image B21 matches the size of the first object image B11. The printing apparatus 12 obtains second residual image data from the second printed image data in such a way that the size of the second residual image B22 matches the size of the second object image B12. The printing apparatus 12 obtains first object image data representing the first object image B11 and first residual image data representing the first residual image B21 based on the first image frame F11. The printing apparatus 12 obtains second object image data representing the second object image B12 and second residual image data representing the second residual image B22 based on the second image frame F12. Therefore, the size of the residual image B2 matches the size of the object image B1.

[0264] In step S23, the printing apparatus 12 may also obtain the remaining image data from the printed image data D1 based on identifiers such as specific colors and layers. Alternatively, the printing apparatus 12 may obtain the remaining image data by extracting the image frame F1 representing the remaining image B2 from the multiple image frames F1 contained in the printed image data D1. The printing apparatus 12 may also combine other data into the remaining image data. The printing apparatus 12 may combine the remaining data D3 from the object image data or combine data stored within itself.

[0265] In step S23, the printing apparatus 12 may also acquire residual image data representing the residual image B2 containing information recorded in the layout file. The printing apparatus 12 may also acquire residual image data by combining the printed image data D1 and the layout file. For example, the printing apparatus 12 may also acquire residual image data representing the residual image B2 containing information related to printing and processing.

[0266] In step S24, the printing apparatus 12 performs area printing processing. The printing apparatus 12 prints object area E1 by printing only the quantity of object images B1 represented by the printing task. The printing apparatus 12 prints first object area E11 by printing only the quantity of first object images B11 represented by the first printing task J1. The printing apparatus 12 prints second object area E12 by printing only the quantity of second object images B12 represented by the second printing task J2. The printing apparatus 12 prints remaining area E2 by printing only the quantity of remaining images B2 represented by remaining data D3. The printing apparatus 12 prints remaining area E2 between the first object area E11 and the second object area E12 by printing only the quantity of remaining images B2 represented by remaining data D3. Specifically, the printing apparatus 12 prints either the import area E2A or the export area E2B by printing only the quantity of remaining images B2 represented by remaining data D3. Accompanying this, the remaining area E2 is printed between the first object area E11 and the second object area E12. The specific processing of step S24 will use Figure 22 This will be explained later.

[0267] In step S25, the printing apparatus 12 determines whether there is a next printing task. If there is a next printing task, the printing apparatus 12 returns to step S22. Thereafter, the printing apparatus 12 prints the target area E1 for each printing task. The printing apparatus 12 prints the remaining area E2 for each printing task. The printing apparatus 12 prints the lead-in area E2A for each printing task. The printing apparatus 12 may also print the exit area E2B for each printing task. If there is no next printing task, the printing apparatus 12 terminates the printing process.

[0268] like Figure 23 As shown, the printing apparatus 12 performs area printing processing. In the second embodiment, during the area printing processing, the printing apparatus 12 does not determine whether to print the remaining area E2 with the first pattern P1 or the second pattern P2. Therefore, for the remaining data D3, the layout of the remaining area E2 may not include multiple patterns.

[0269] In step S41, the printing apparatus 12 prints the import region E2A. The printing apparatus 12 prints only the remaining image B2 represented by the remaining data D3. Thus, the import region E2A is printed. When performing the second printing task J2, the printing apparatus 12 prints the second import region E2A2. When performing the first printing task J1, the printing apparatus 12 prints the first import region E2A1. At this time, the first remaining region E21 is printed between the first object region E11 and the second object region E12.

[0270] In step S42, the printing apparatus 12 prints on the object area E1. Specifically, the printing apparatus 12 prints only the number of object images B1 represented by the printing task. Thus, the object area E1 is printed. When performing the second printing task J2, the printing apparatus 12 prints the second object area E12. When performing the first printing task J1, the printing apparatus 12 prints the first object area E11.

[0271] In step S43, printing apparatus 12 prints the exported region E2B. Printing apparatus 12 prints only the remaining image B2 represented by the remaining data D3. Thus, exported region E2B is printed. When performing the second printing task J2, printing apparatus 12 prints the second exported region E2B2. At this time, the second remaining region E22 is printed between the first object region E11 and the second object region E12. When performing the first printing task J1, printing apparatus 12 prints the first exported region E2B1.

[0272] The printing apparatus 12 prints the target area E1 and the remaining area E2 by performing area printing processing for each printing task. The printing apparatus 12 prints the first target area E11 by printing only the quantity of the first target images B11 represented by the first printing task J1. The printing apparatus 12 prints the second target area E12 by printing only the quantity of the second target images B12 represented by the second printing task J2. The printing apparatus 12 prints the first remaining area E21 by printing only the quantity of the first remaining images B21 represented by the remaining data D3 between the first target area E11 and the second target area E12. The printing apparatus 12 can also print the second remaining area E22 by printing only the quantity of the second remaining images B22 represented by the remaining data D3 between the first target area E11 and the second target area E12.

[0273] When the second printing task J2 is executed, the printing apparatus 12 prints the second remaining area E22 by printing only the amount of the second remaining image B22 represented by the remaining data D3, in a manner adjacent to the second object area E12. The printing apparatus 12 also prints the second leading area E2A2 in a manner adjacent to the second object area E12. The printing apparatus 12 further prints the second exiting area E2B2 in a manner adjacent to the second object area E12. Finally, the printing apparatus 12 prints the second exiting area E2B2 between the first object area E11 and the second object area E12.

[0274] The printing apparatus 12 can also print the second remaining region E22 by printing only the amount of the second remaining image B22 represented by the remaining data D3 between the first remaining region E21 and the second object region E12. More specifically, the printing apparatus 12 can also print the second exit region E2B2 between the first import region E2A1 and the second object region E12.

[0275] When the first printing task J1 is executed, the printing apparatus 12 prints the first remaining area E21 by printing only the amount of the first remaining image B21 represented by the remaining data D3, in a manner adjacent to the first target area E11. The printing apparatus 12 also prints the first introduction area E2A1 in a manner adjacent to the first target area E11. The printing apparatus 12 prints the first introduction area E2A1 between the first target area E11 and the second target area E12.

[0276] The printing apparatus 12 can also print the first remaining region E21 by printing only the first remaining image B21, representing the quantity of the remaining data D3, between the first object region E11 and the second remaining region E22. More specifically, the printing apparatus 12 can also print the first import region E2A1 between the first object region E11 and the second export region E2B2.

[0277] like Figure 24 , Figure 25 as well as Figure 23 As shown, the printing process is performed by the printing apparatus 12, thereby printing the remaining area E2 between the first object area E11 and the second object area E12. Figure 24 In the example shown, the first remaining area E21 is printed between the first object area E11 and the second object area E12. Figure 25 In the example shown, a second remaining region E22 is printed between the first object region E11 and the second object region E12. Figure 17 In the example shown, a first remaining region E21 and a second remaining region E22 are printed between a first object region E11 and a second object region E12.

[0278] The printing apparatus 12 prints the marker images A3 constituting the remaining region E2 at the same intervals as the marker images A3 arranged in the target region E1. That is, the printing apparatus 12 prints the first remaining image B21 in a manner that matches the intervals between the marker images A3 in the first remaining region E21 and the marker images A3 in the first target region E11, as well as the intervals between the marker images A3 in the first target region E11. The printing apparatus 12 prints the second remaining image B22 in a manner that matches the intervals between the marker images A3 in the second remaining region E22 and the marker images A3 in the second target region E12, as well as the intervals between the marker images A3 in the second target region E12. Since the target image B1 and the remaining image B2 are printed in units of image frames F1, the intervals of the marker images A3 are fixed during the printing task. That is, the intervals of the marker images A3 do not change in the remaining region E2 and the target region E1. Therefore, the processing apparatus 16 can detect the marker images A3 in the remaining region E2. This reduces the likelihood of the processing unit 16 stopping between printing tasks.

[0279] The function and effects of the second embodiment

[0280] Next, the function and effects of the second embodiment will be explained.

[0281] (2-1) The information processing device 13 receives an object printing instruction to print the first object area E11 and the second object area E12 by receiving a first printing task J1 and a second printing task J2 selected from a plurality of printing tasks. The information processing device 13 receives a remaining printing instruction to print a remaining area E2 that is different from the first object area E11 and the second object area E12. The information processing device 13 sends the remaining data D3 based on the remaining printing instruction, the first printing task J1, and the second printing task J2 to the printing device 12. The printing device 12 obtains first object image data from the first printed image data, representing a first object image B11 containing a first product image A11 and a mark image A3. The printing device 12 obtains second object image data from the second printed image data, representing a second object image B12 containing a second product image A12 and a mark image A3. The printing device 12 obtains remaining image data from the first printed image data, representing a remaining image B2 containing a mark image A3. The printing apparatus 12 prints the first object region E11 by printing only the quantity of the first object images B11 represented by the first printing task J1. The printing apparatus 12 prints the second object region E12 by printing only the quantity of the second object images B12 represented by the second printing task J2. The printing apparatus 12 prints the remaining region E2 by printing only the quantity of the remaining images B2 represented by the remaining data D3 between the first object region E11 and the second object region E12. According to the above structure, the remaining images B2, including the marker image A3, are printed between the first object region E11 and the second object region E12. This reduces the likelihood that the processing apparatus 16 will stop in the remaining region E2. Therefore, by setting the remaining region E2, the labor and time spent on processing are reduced, and the likelihood of the processing apparatus 16 stopping in the remaining region E2 is also reduced.

[0282] (2-2) The printing apparatus 12 prints the remaining image B2 in such a manner that the spacing between the marker images A3 of the adjacent remaining areas E2 and the marker images A3 of the first object area E11 are consistent with the spacing between the marker images A3 of the adjacent first object areas E11. According to the above structure, the possibility of the processing apparatus 16 stopping in the remaining area E2 is reduced.

[0283] (2-3) The printing apparatus 12 obtains the remaining image data from the first printed image data in such a way that the size of the remaining image B2 is consistent with the size of the first object image B11. According to the above structure, it is easy to make the spacing of the mark image A3 consistent in the first object region E11 and the remaining region E2.

[0284] (2-4) The printing apparatus 12 obtains the remaining image data from the first printed image data based on multiple identifiers. According to the above structure, the printing apparatus 12 can easily obtain the remaining image data from the first printed image data.

[0285] (2-5) The printing apparatus 12 prints the second remaining region E22 by printing only the amount of the second remaining image B22 represented by the remaining data D3 in a manner adjacent to the second object region E12. According to the above structure, the printing apparatus 12 is able to print information different from the first remaining region E21 in the second remaining region E22. This improves ease of use.

[0286] (2-6) The printing apparatus 12 prints the second remaining area E22 by printing only the amount of the second remaining image B22 represented by the remaining data D3 between the first remaining area E21 and the second object area E12. According to the above structure, the first remaining area E21 and the second remaining area E22 are located between the first object area E11 and the second object area E12. Therefore, information is gathered at the location where the printing task is switched. This provides ease of use.

[0287] (2-7) The information processing device 13 determines the number of first remaining images B21 constituting the first remaining area E21 based on the length of the first remaining area E21 included in the remaining printing instruction and the first printed image data. The information processing device 13 determines the number of second remaining images B22 constituting the second remaining area E22 based on the length of the second remaining area E22 included in the remaining printing instruction and the second printed image data. The information processing device 13 sends remaining data D3, representing the number of first remaining images B21 and the number of second remaining images B22, to the printing device 12. According to the above structure, the user can specify the length of the first remaining area E21 and the length of the second remaining area E22. The printing device 12 prints only the number of first remaining images B21 and second remaining images B22 corresponding to the specified length. Thus, the user can easily set the first remaining area E21 and the second remaining area E22.

[0288] (2-8) The printing apparatus 12 acquires residual image data representing a residual image B2 containing information recorded in one or more layout files. According to the above structure, the printing apparatus 12 is able to print the information contained in the layout file in the residual area E2. This improves ease of use.

[0289] Third Embodiment

[0290] Next, the third embodiment will be described.

[0291] In the machining apparatus 16, the remaining area E2 is sometimes utilized to effectively adjust the position of the machining cutting edge 46. The operator of the machining apparatus 16 adjusts the position of the machining cutting edge 46 by machining the remaining area E2 using the machining cutting edge 46.

[0292] When the printing apparatus 12 prints the product image A1 in the remaining area E2, there is a problem of increased liquid consumption. Therefore, if the position of the processing blade 46 can be adjusted through the remaining area E2 without printing the product image A1, the liquid consumption will be reduced. In the third embodiment, the printing system 11 prints the remaining area E2 by printing the remaining image B2, which contains the pattern image A4 but not the product image A1.

[0293] like Figure 18 As shown, similarly to the first and second embodiments, the information processing device 13 is configured to perform transmission processing. In step S11, the information processing device 13 accepts a printing instruction. Specifically, the information processing device 13 accepts a printing task, thereby accepting the printing instruction. The information processing device 13 accepts a printing task selected from one or more printing tasks stored in the information storage unit 62. For example, the information processing device 13 accepts a printing task selected in the task setting screen 67. Thus, the information processing device 13 accepts a printing instruction to print the task.

[0294] In step S12, the information processing device 13 receives a remaining printing instruction. The remaining printing instruction may also include an instruction to print the input area E2A. The remaining printing instruction may also include an instruction to print the output area E2B.

[0295] The information processing device 13 accepts the remaining printing instruction by accepting a layout file. The information processing device 13 accepts one or more layout files selected from a plurality of layout files stored in the information storage unit 62. The information processing device 13 accepts the layout file selected in the import setting bar 71, the layout file selected in the export setting bar 72, or both. Thus, the information processing device 13 accepts the remaining printing instruction. The information processing device 13 can also accept the remaining printing instruction by directly accepting the layout file from the terminal device 15. The information processing device 13 is not limited to layout files; it can also accept the remaining printing instruction by directly accepting settings related to the remaining area E2 via the remaining setting screen 70.

[0296] In step S13, the information processing device 13 generates remaining data D3. The information processing device 13 generates remaining data D3 based on the remaining printing instruction. The information processing device 13 may also generate the accepted layout file as remaining data D3. The information processing device 13 may also generate parameters representing settings related to the remaining area E2 accepted via the remaining setting screen 70 as remaining data D3.

[0297] In step S13, the information processing device 13 may also determine the number of remaining images B2 constituting the remaining area E2 based on the remaining printing instruction. Similar to the first and second embodiments, the information processing device 13 may also determine the number of remaining images B2 constituting the remaining area E2 based on the length of the remaining area E2 included in the remaining printing instruction and the printing task.

[0298] The information processing device 13 can also determine the number of remaining images B2 constituting the import region E2A based on the length of the import region E2A included in the remaining print instruction and the print job. The information processing device 13 can also determine the number of remaining images B2 constituting the export region E2B based on the length of the export region E2B included in the remaining print instruction and the print job. The information processing device 13 can also generate remaining data D3 containing information related to the determined number of remaining images B2.

[0299] In step S14, the information processing device 13 generates printing data D4. The information processing device 13 generates printing data D4 containing the printing task accepted in step S11. The information processing device 13 also generates printing data D4 containing the remaining data D3 generated in step S13.

[0300] In step S15, the information processing device 13 sends the printing data D4 to the printing device 12. Specifically, the information processing device 13 sends the remaining data D3 and the printing task to the printing device 12. Upon completing step S15, the information processing device 13 terminates the sending process.

[0301] like Figure 22 As shown, similarly to the first and second embodiments, the printing apparatus 12 is configured to perform printing processing. In step S21, the printing apparatus 12 receives printing data D4. By receiving printing data D4, the printing apparatus 12 receives the printing tasks contained in printing data D4. In one example, the printing apparatus 12 receives a first printing task J1 and a second printing task J2. By receiving printing data D4, the printing apparatus 12 receives the remaining data D3 contained in printing data D4.

[0302] In step S22, the printing apparatus 12 obtains object image data representing an object image B1 containing a product image A1 from the printing image data D1. In one example, the printing apparatus 12 obtains object image data representing an object image B1 containing both a product image A1 and a mark image A3 from the printing image data D1. The object image B1 is not limited to the product image A1 and the mark image A3, and may also include other images.

[0303] In step S22, the printing apparatus 12 may also obtain object image data from the printing image data D1 based on identifiers such as specific colors and layers. The printing apparatus 12 may also obtain object image data by extracting an image frame F1 representing the object image B1 from the multiple image frames F1 contained in the printing image data D1. The printing apparatus 12 may also combine other data into the object image data. The printing apparatus 12 may also combine data stored within itself into the object image data.

[0304] In step S23, the printing apparatus 12 obtains residual image data from the printing image data D1, representing a residual image B2 that does not contain the product image A1 but contains the pattern image A4. In one example, the printing apparatus 12 obtains residual image data from the printing image data D1, representing a residual image B2 that does not contain the product image A1 but contains the mark image A3 and the pattern image A4. The residual image B2 is not limited to the mark image A3 and the pattern image A4, and may also contain other images.

[0305] In step S23, the printing apparatus 12 obtains residual image data from the printing image data D1 in such a way that the size of the residual image B2 matches the size of the object image B1. The printing apparatus 12 obtains object image data representing the object image B1 and residual image data representing the residual image B2 based on image frame F1. Therefore, the size of the residual image B2 matches the size of the object image B1.

[0306] In step S23, the printing apparatus 12 may also obtain the remaining image data from the printed image data D1 based on identifiers such as specific colors and layers. The printing apparatus 12 may also obtain the remaining image data by extracting the image frame F1 representing the remaining image B2 from the multiple image frames F1 contained in the printed image data D1. For example, the printing apparatus 12 may also obtain the remaining image data by extracting the pattern image A4 from the printed image data D1 based on an identifier. The printing apparatus 12 may also combine other data into the remaining image data. The printing apparatus 12 may combine the remaining data D3 into the remaining image data, or it may combine data stored within itself.

[0307] The printing apparatus 12 can also acquire residual image data representing residual image B2 containing information recorded in the text data stored therein. The printing apparatus 12 can also acquire residual image data by combining printing image data D1 and text data. For example, the printing apparatus 12 can also acquire residual image data representing residual image B2 containing text such as "task start" or "task end".

[0308] In step S23, the printing apparatus 12 may also acquire residual image data representing the residual image B2 containing information recorded in the layout file. The printing apparatus 12 may also acquire residual image data by combining the printed image data D1 and the layout file. For example, the printing apparatus 12 may also acquire residual image data representing the residual image B2 containing information related to printing and processing.

[0309] In step S24, the printing apparatus 12 performs area printing processing. The printing apparatus 12 prints the object area E1 by printing the object image B1. The printing apparatus 12 prints the object area E1 by printing only the quantity of object images B1 represented by the printing task. The printing apparatus 12 prints the remaining area E2 by printing the remaining image B2. The printing apparatus 12 prints the remaining area E2 by printing only the quantity of remaining images B2 represented by the remaining data D3. Specifically, the printing apparatus 12 prints the import area E2A or the export area E2B by printing only the quantity of remaining images B2 represented by the remaining data D3. The specific processing of step S24 will be explained using... Figure 22 This will be explained later.

[0310] In step S25, the printing apparatus 12 determines whether there is a next printing task. If there is a next printing task, the printing apparatus 12 returns to step S22. Thereafter, the printing apparatus 12 prints the target area E1 for each printing task. The printing apparatus 12 prints the remaining area E2 for each printing task. The printing apparatus 12 prints the inlet area E2A for each printing task. The printing apparatus 12 prints the outlet area E2B for each printing task. If there is no next printing task, the printing apparatus 12 terminates the printing process.

[0311] like Figure 26 As shown, similarly to the second embodiment, the printing apparatus 12 performs area printing processing. In the third embodiment, similarly to the second embodiment, the printing apparatus 12 does not determine whether to print the remaining area E2 with the first pattern P1 or the second pattern P2 during the area printing processing. Therefore, for the remaining data D3, the layout of the remaining area E2 may not include multiple patterns.

[0312] In step S41, the printing apparatus 12 prints the import area E2A. The printing apparatus 12 prints only the number of remaining images B2 represented by the remaining data D3. Thus, the import area E2A, which includes the remaining images B2 of the pattern image A4, is printed.

[0313] When printing on the import area E2A, the printing apparatus 12 can also print the pattern image A4 with a printing color associated with a specific color based on the conversion information contained in the printing task or layout file. For example, the printing apparatus 12 can also print the pattern image A4 with a printing color associated with a specific color based on the conversion information contained in the layout file that sets the import area E2A. The printing apparatus 12 can also print the remaining image B2 after converting the pattern image A4 to printing colors represented in CMYK.

[0314] In step S42, the printing apparatus 12 prints on the object area E1. Specifically, the printing apparatus 12 prints only the number of object images B1 represented by the printing task. Thus, the object area E1, which includes the object images B1 of the product image A1, is printed.

[0315] In step S43, the printing apparatus 12 prints the exported area E2B. The printing apparatus 12 prints only the number of remaining images B2 represented by the remaining data D3. Thus, the exported area E2B, which includes the remaining images B2 of the pattern image A4, is printed.

[0316] When printing the exported area E2B, the printing apparatus 12 can also print the pattern image A4 using a printing color associated with a specific color, based on the conversion information contained in the printing task or layout file. For example, the printing apparatus 12 can also print the pattern image A4 using a printing color associated with a specific color, based on the conversion information contained in the layout file that sets the exported area E2B. The printing apparatus 12 can also print the remaining image B2 after converting the pattern image A4 to printing colors represented in CMYK.

[0317] like Figure 27 As shown, the printing process is performed by the printing apparatus 12, thereby printing the remaining area E2 where the remaining image B2 containing the pattern image A4 is arranged. The operator of the processing apparatus 16 processes the pattern image A4 using the processing blade 46, thereby adjusting the position of the processing blade 46. Therefore, compared to the case where the remaining image B2 contains the product image A1, the amount of liquid consumed is reduced.

[0318] The function and effects of the third embodiment

[0319] Next, the function and effects of the third embodiment will be explained.

[0320] (3-1) The information processing device 13 accepts an object printing instruction to print the object area E1 by accepting one or more printing tasks selected from multiple printing tasks. The information processing device 13 accepts a remaining printing instruction to print the remaining area E2. The information processing device 13 sends the remaining data D3 based on the remaining printing instruction and one or more printing tasks to the printing device 12. The printing device 12 obtains object image data representing an object image B1 containing a product image A1 from the printing image data D1. The printing device 12 obtains remaining image data from the printing image data D1, which represents a remaining image B2 that does not contain a product image A1 but contains a pattern image A4, and represents a remaining image B2 with the same size as the object image B1. The printing device 12 prints the object area E1 by printing the object image B1. The printing device 12 prints the remaining area E2 by printing the remaining image B2. According to the above structure, the product image A1 is not printed in the remaining area E2, but the pattern image A4 is printed instead. In the processing device 16, the processing blade 46 can be adjusted by the pattern image A4. Therefore, compared to printing the product image A1 in the remaining area E2, the amount of liquid consumed is reduced.

[0321] (3-2) The printing apparatus 12 obtains the remaining image data by extracting the pattern image A4 from the printed image data D1 based on a specific color. According to the above structure, the printing apparatus 12 can easily obtain the remaining image data from the printed image data D1.

[0322] (3-3) The printing apparatus 12 obtains the remaining image data by specifically designating the pattern image A4 from the printed image data D1 based on the name assigned to a specific color. According to the above structure, the printing apparatus 12 can easily obtain the remaining image data from the printed image data D1.

[0323] (3-4) The printing apparatus 12 obtains the remaining image data by extracting the pattern image A4 from the printed image data D1 based on the layers. According to the above structure, the printing apparatus 12 can easily obtain the remaining image data from the printed image data D1.

[0324] (3-5) The printing apparatus 12 acquires residual image data representing the residual image B2 containing information recorded in the text data stored within it. Based on the above structure, the remaining area E2 of the residual image B2 containing the text data is printed. This improves ease of use.

[0325] (3-6) The information processing device 13 accepts a remaining printing instruction by accepting one or more layout files selected from multiple layout files. The printing device 12 acquires remaining image data representing a remaining image B2 containing information recorded in one or more layout files. According to the above structure, the remaining area E2 based on the remaining image B2 containing information recorded in the layout files is printed. This improves ease of use.

[0326] (3-7) The printing apparatus 12 prints the pattern image A4 using the printing color indicated by the conversion information. According to the above structure, the printing apparatus 12 can easily print the pattern image A4. For example, by printing the pattern image A4 with a color easily visible to the operator of the processing apparatus 16, the position of the processing blade 46 can be easily adjusted.

[0327] Fourth embodiment

[0328] Next, the fourth embodiment will be described.

[0329] In the processing apparatus 16, the position of the processing blade 46 may be adjusted or replaced at times. For example, in the processing apparatus 16, the position of the processing blade 46 needs to be adjusted each time a predetermined number of processing operations are performed on the medium M1, or the processing blade 46 needs to be replaced according to the next product image A1. In such cases, if the processing apparatus 16 stops automatically, the labor and time spent on processing are reduced because the operator does not need to monitor the processing apparatus 16. Therefore, the printing system 11 prints an image on the medium M1 in a manner that omits the marked image A3 at the position desired by the user.

[0330] like Figure 28 As shown, the information processing device 13 is configured to perform transmission processing. The transmission processing is implemented by the information control unit 61 executing a program stored in the information storage unit 62. The transmission processing is the process of sending printing data D4 to the printing device 12. For example, the transmission processing is initiated when the information processing device 13 displays the task setting screen 67 on the terminal device 15.

[0331] In step S51, the information processing device 13 accepts a printing task. Specifically, the information processing device 13 accepts one or more printing tasks selected from a plurality of printing tasks stored in the information storage unit 62. That is, the information processing device 13 accepts one or more printing tasks selected on the task setting screen 67. The information processing device 13 may also accept a first printing task J1 and a second printing task J2 selected from a plurality of printing tasks.

[0332] In step S52, the information processing device 13 receives an omission instruction. The information processing device 13 can also receive an omission instruction contained in the task data D2 of a selected printing task. Alternatively, the information processing device 13 can receive an omission instruction contained in a layout file by receiving one or more layout files selected from among multiple layout files stored in the information storage unit 62. The information processing device 13 can also receive an omission instruction directly from the terminal device 15, for example. The omission instruction may be an instruction to omit the mark image A3 from the target area E1, or an instruction to omit the mark image A3 from the remaining area E2, etc.

[0333] In step S53, the information processing device 13 generates omission data based on the omission instruction. The omission data may be, for example, data for printing an unmarked image C4 that does not contain the marked image A3. Alternatively, the omission data may be data for printing the unmarked image C4 at the position indicated by the omission instruction. The omission data may also be data for transporting the medium M1 at the position indicated by the omission instruction without any printing.

[0334] In step S54, the information processing device 13 generates printing data D4. The information processing device 13 generates printing data D4 containing the printing task accepted in step S51. The information processing device 13 also generates printing data D4 containing the omitted data generated in step S53.

[0335] In step S55, the information processing device 13 sends the printing data D4 to the printing device 12. Specifically, the information processing device 13 sends omitted data and one or more printing tasks to the printing device 12. Alternatively, the information processing device 13 may send omitted data, the first printing task J1, and the second printing task J2 to the printing device 12. After completing step S55, the information processing device 13 terminates the sending process.

[0336] like Figure 29 As shown, the printing apparatus 12 is configured to perform printing processing. The printing processing is implemented by executing programs stored in the processing storage unit 23, printing storage unit 33, etc., through the processing control unit 22, printing control unit 32, etc. The printing processing is the process of printing an image on the medium M1 based on printing data D4. The printing processing begins upon the receipt of printing data D4 by the printing apparatus 12.

[0337] In step S61, the printing apparatus 12 accepts printing data D4. By accepting printing data D4, the printing apparatus 12 accepts the printing task contained in printing data D4. By accepting printing data D4, the printing apparatus 12 also accepts any omitted data contained in printing data D4.

[0338] In step S62, the printing apparatus 12 obtains marked image data representing the marked image C3 from the printing image data D1. The marked image C3 can be an image that includes the product image A1 or an image that does not include the product image A1. The marked image C3 can be printed as either the object image B1 or the remaining image B2. That is, the marked image data can be either object image data or remaining image data. The printing apparatus 12 can also obtain marked image data by obtaining object image data representing the object image B1 containing the marked image A3 from the printing image data D1. The printing apparatus 12 can also obtain marked image data by obtaining remaining image data representing the remaining image B2 containing the marked image A3 from the printing image data D1.

[0339] The printing apparatus 12 can also obtain marked image data from the printed image data D1 based on identifiers such as specific colors and layers. The printing apparatus 12 can also obtain marked image data by extracting the image frame F1 of the marked image C3 from the multiple image frames F1 contained in the printed image data D1. The printing apparatus 12 can also combine other data into the marked image data. The printing apparatus 12 can also combine remaining data D3 into the marked image data. For example, the printing apparatus 12 can also obtain marked image data representing a marked image C3 containing information related to printing and processing.

[0340] In step S63, the printing apparatus 12 may also obtain unmarked image data representing the unmarked image C4 from the printing image data D1. The unmarked image C4 can be either an image containing the product image A1 or an image not containing the product image A1. The unmarked image C4 can be printed as either the object image B1 or the remaining image B2. That is, the unmarked image data can be either object image data or remaining image data. The printing apparatus 12 may also obtain unmarked image data by obtaining object image data representing the object image B1 that does not contain the marked image A3 from the printing image data D1. The printing apparatus 12 may also obtain unmarked image data by obtaining remaining image data representing the remaining image B2 that does not contain the marked image A3 from the printing image data D1.

[0341] The printing apparatus 12 can also obtain unmarked image data based on identifiers such as specific colors and layers. The printing apparatus 12 can also obtain unmarked image data by extracting the image frame F1 of the unmarked image C4 from the multiple image frames F1 contained in the printed image data D1.

[0342] The printing apparatus 12 can also obtain unmarked image data by combining overlapping data in the printed image data D1. The overlapping data is image data superimposed on the marked image A3. The overlapping data is stored in the printing storage unit 33. The overlapping data represents a blank image. The printing apparatus 12 combines the overlapping data in the printed image data D1 in a manner that covers the marked image A3. That is, the printing apparatus 12 obtains an unmarked image C4 by overlapping a blank image with the marked image A3. The printing apparatus 12 can also combine other data in the unmarked image data. The printing apparatus 12 can also combine remaining data D3 in the unmarked image data. In this case, the unmarked image C4, which contains the information contained in the remaining data D3, is printed.

[0343] In step S64, the printing apparatus 12 prints the marked image C3 and the unmarked image C4. The printing apparatus 12 prints the marked image C3 and the unmarked image C4 in units of image frames F1.

[0344] In step S64, the printing apparatus 12 prints multiple marked images C3. For example, the printing apparatus 12 prints the marked image C3 by printing the object image B1 containing the marked image A3. The printing apparatus 12 also prints the marked image C3 by printing the remaining image B2 containing the marked image A3. The printing apparatus 12 can either print only the object region E1 by printing the marked image C3, or it can print the remaining region E2 together with the object region E1. The multiple marked images C3 can either constitute only the object region E1, or they can constitute both the object region E1 and the remaining region E2.

[0345] In step S64, the printing apparatus 12 prints one or more unmarked images C4. For example, the printing apparatus 12 prints the unmarked image C4 by printing the object image B1, which does not contain the marked image A3. The printing apparatus 12 also prints the unmarked image C4 by printing the remaining image B2, which does not contain the marked image A3. The printing apparatus 12 can print either the object region E1 or the remaining region E2 by printing the unmarked image C4. One or more unmarked images C4 can constitute either the object region E1 or the remaining region E2.

[0346] In step S64, the printing apparatus 12 forms an unmarked region G1 at a position indicated by omitted data and adjacent to at least one of the marked images C3. Specifically, the printing apparatus 12 forms the unmarked region G1 by printing an unmarked image C4 at a position indicated by omitted data and adjacent to at least one marked image C3. For example, the printing apparatus 12 forms the unmarked region G1 between two adjacent marked images C3 at a position indicated by omitted data. In one example, the printing apparatus 12 forms the unmarked region G1 by printing an unmarked image C4 between two adjacent marked images C3 at a position indicated by omitted data. The unmarked region G1 is a region that does not contain the marked image A3. The unmarked region G1 is, for example, as shown below. Figure 29 As shown. In one example, the unmarked region G1 is the area where the unmarked image C4 is printed. The unmarked region G1 can be formed either between the marked images C3 or at the ends of multiple marked images C3. That is, the unmarked image C4 can be printed either between the marked images C3 or at the ends of multiple marked images C3. The unmarked image C4 can be located either in the object region E1 or in the remaining region E2.

[0347] In step S65, the printing apparatus 12 determines whether there is a next printing task. If there is a next printing task, the printing apparatus 12 returns to step S62. If there is no next printing task, the printing apparatus 12 ends the printing process.

[0348] like Figure 29 As shown, the printing apparatus 12 performs a printing process to obtain a medium M1 with marked images C3 and unmarked images C4 arranged together. Thus, the printing apparatus 12 prints an image column with multiple marked images C3 arranged together, in a manner that one or more marked images C3 are replaced with unmarked images C4 based on omitted data.

[0349] exist Figure 30 In the example shown, multiple labeled images C3 are arranged across the object region E1 and the remaining region E2. An unlabeled image C4 is located in the remaining region E2. The unlabeled image C4 is located between the labeled images C3 in the remaining region E2. The unlabeled image C4 can also be located between the labeled images C3 in the object region E1. The unlabeled image C4 can also be located between adjacent labeled images C3 in the object region E1 and labeled images C3 in the remaining region E2. The unlabeled image C4 can also be located at the end of the remaining region E2.

[0350] The marked images C3 are printed in units of image frames F1. Therefore, the interval between the marked images A3 in two marked images C3 sandwiching the unmarked region G1 is greater than the interval between the marked images A3 in two adjacent marked images C3. Therefore, the processing device 16 automatically stops in the unmarked region G1.

[0351] like Figure 31 as well as Figure 30 As shown, in the printing apparatus 12, multiple printing tasks may be executed consecutively. For example, in the printing apparatus 12, a first printing task J1 and a second printing task J2 may be executed consecutively. In this case, the user may sometimes position the unmarked image C4 at the boundary between the first printing task J1 and the second printing task J2 to indicate the switching of printing tasks. As a result, the processing apparatus 16 stops at the boundary of the printing tasks. Thus, the operator of the processing apparatus 16 can change the settings of the processing apparatus 16 according to the printing task.

[0352] exist Figure 31 as well as Figure 30 In the example shown, the printing apparatus 12 executes the second printing task J2 and the first printing task J1 in this order. In this case, the user, for example, prints an unmarked image C4 in the first import area E2A1 or the second export area E2B2. Figure 31 In the example shown, the unlabeled image C4 is printed in the first import region E2A1 at a position adjacent to the second export region E2B2. Figure 28 In the example shown, the unmarked image C4 is printed in the second export region E2B2 at a position adjacent to the first import region E2A1.

[0353] like Figure 30 As shown, when the printing apparatus 12 continuously performs multiple printing tasks, it performs steps S62 to S64 for each printing task. That is, for each printing task, the printing apparatus 12 acquires marked image data and unmarked image data, or prints marked image C3 and unmarked image C4.

[0354] The printing apparatus 12 obtains first marked image data representing a first marked image C31 from first printed image data. The first marked image C31 is the marked image C3 of the first printing task J1. Although in one example, the first marked image C31 is an image containing both a first product image A11 and a marked image A3, it is not limited to this. The first marked image C31 can be printed either as a first object image B11 or as a first remaining image B21. The printing apparatus 12 can also obtain the first marked image data by obtaining first object image data representing a first object image B11 containing the marked image A3 from the first printed image data. The printing apparatus 12 can also obtain the first marked image data by obtaining first remaining image data representing a first remaining image B21 containing the marked image A3 from the first printed image data.

[0355] The printing apparatus 12 obtains first unmarked image data representing a first unmarked image C41 from first printed image data. The first unmarked image C41 is the unmarked image C4 of the first printing task J1. Although in one example, the first unmarked image C41 is an image that does not include the first product image A11 and the mark image A3, it is not limited thereto. The first unmarked image C41 can be printed either as a first object image B11 or as a first residual image B21. The printing apparatus 12 can also obtain the first unmarked image data by obtaining first object image data representing a first object image B11 that does not include the mark image A3 from the first printed image data. The printing apparatus 12 can also obtain the first unmarked image data by obtaining first residual image data representing a first residual image B21 that does not include the mark image A3 from the first printed image data.

[0356] The printing apparatus 12 obtains second marked image data representing the second marked image C32 from the second printed image data. The second marked image C32 is the marked image C3 of the second printing task J2. Although in one example, the second marked image C32 is an image containing the second product image A12 and the marked image A3, it is not limited thereto. The second marked image C32 can be printed either as the second object image B12 or as the second remaining image B22. The printing apparatus 12 can also obtain the second marked image data by obtaining second object image data representing the second object image B12 containing the marked image A3 from the second printed image data. The printing apparatus 12 can also obtain the second marked image data by obtaining second remaining image data representing the second remaining image B22 containing the marked image A3 from the second printed image data.

[0357] The printing apparatus 12 obtains second unmarked image data representing the second unmarked image C42 from the second printed image data. The second unmarked image C42 is the unmarked image C4 of the second printing task J2. Although in one example, the second unmarked image C42 is an image that does not include the second product image A12 and the mark image A3, it is not limited thereto. The second unmarked image C42 can be printed as either the second object image B12 or the second residual image B22. The printing apparatus 12 can also obtain the second unmarked image data by obtaining second object image data representing the second object image B12 that does not include the mark image A3 from the second printed image data. The printing apparatus 12 can also obtain the second unmarked image data by obtaining second residual image data representing the second residual image B22 that does not include the mark image A3 from the second printed image data.

[0358] In step S64, the printing apparatus 12 prints the marked image C3 and the unmarked image C4 for each printing task. The printing apparatus 12 prints the first marked image C31 and the first unmarked image C41. The printing apparatus 12 prints the first marked image C31 and the first unmarked image C41 in units of first image frames F11. The printing apparatus 12 prints the second marked image C32 and the second unmarked image C42. The printing apparatus 12 prints the second marked image C32 and the second unmarked image C42 in units of second image frames F12.

[0359] like Figure 31 as well as Figure 30 As shown, the printing apparatus 12 prints multiple first marked images C31. For example, the printing apparatus 12 prints the first marked images C31 by printing a first object image B11 containing the marked image A3. The printing apparatus 12 also prints the first marked images C31 by printing a first residual image B21 containing the marked image A3. The printing apparatus 12 can print only the first object region E11 by printing the first marked images C31, or it can print the first residual region E21 together with the first object region E11. The multiple first marked images C31 can either constitute only the first object region E11, or they can constitute both the first object region E11 and the first residual region E21.

[0360] In the first printing task J1, the marker images A3 are arranged with a first interval L1. The first interval L1 is the distance between two adjacent marker images A3 in the first marked images C31. The first interval L1 is the distance between adjacent marker images A3 in the image column of the first printing task J1. The first interval L1 is determined by the size of the first image frame F11.

[0361] The printing apparatus 12 prints a plurality of second marked images C32. For example, the printing apparatus 12 prints the second marked images C32 by printing a second object image B12 containing the marked image A3. The printing apparatus 12 also prints the second marked images C32 by printing a second residual image B22 containing the marked image A3. The printing apparatus 12 may print only the second object region E12 by printing the second marked images C32, or it may print the second residual region E22 together with the second object region E12. The plurality of second marked images C32 may constitute only the second object region E12, or they may constitute both the second object region E12 and the second residual region E22.

[0362] In the second printing task J2, the marker images A3 are arranged with a second interval L2. The second interval L2 is the distance between two adjacent marker images A3 in the second marked images C32. The second interval L2 is the distance between adjacent marker images A3 in the image column of the second printing task J2. The second interval L2 is determined by the size of the second image frame F12.

[0363] like Figure 30 As shown, the printing apparatus 12 prints one or more first unmarked images C41. For example, the printing apparatus 12 prints the first unmarked image C41 by printing a first residual image B21 that does not contain the marked image A3. In one example, one or more first unmarked images C41 constitute a first residual region E21.

[0364] The printing apparatus 12 prints a first unmarked image C41 at a position indicated by omitted data and adjacent to at least one of the plurality of first marked images C31. Figure 31 In the example shown, the first unmarked image C41 is located between the first marked image C31 and the second marked image C32. That is, the first unmarked image C41 is printed at the position sandwiched between the first marked image C31 and the second marked image C32. As a result, the processing device 16 can stop at the boundary of the printing task.

[0365] like Figure 31 As shown, the printing apparatus 12 prints one or more second unmarked images C42. For example, the printing apparatus 12 prints the second unmarked image C42 by printing a second residual image B22 that does not contain the marked image A3. In one example, one or more second unmarked images C42 constitute a second residual region E22.

[0366] The printing apparatus 12 prints a second unmarked image C42 at a position indicated by omitted data and adjacent to at least one of the plurality of second marked images C32. Figure 30 In the example shown, the second unmarked image C42 is located between the first marked image C31 and the second marked image C32. That is, the second unmarked image C42 is printed at the position sandwiched between the first marked image C31 and the second marked image C32. As a result, the processing device 16 can stop at the boundary of the printing task.

[0367] exist Figure 31 The example shown and Figure 30 In the example shown, the unmarked image C4 is located between the first marked image C31 and the second marked image C32. Therefore, the boundary interval L3 is greater than the first interval L1 or greater than the second interval L2. The boundary interval L3 is the distance between the marked images A3 in the first marked image C31 and the second marked image C32 that sandwich the unmarked region G1. In one example, the boundary interval L3 is the distance between the marked images A3 in the first marked image C31 and the second marked image C32 that sandwich the unmarked image C4. By making the boundary interval L3 greater than the first interval L1 or greater than the second interval L2, the processing device 16 can be stopped.

[0368] Depending on the printing task, the first interval L1 and the second interval L2 may sometimes differ. This is because the size of the first image frame F11 is different from the size of the second image frame F12. Figure 31 as well as Figure 31 In the example shown, the first interval L1 is greater than the second interval L2. That is, the size of the first image frame F11 is greater than the size of the second image frame F12. Specifically, in the transport direction Y1, the length of the first image frame F11 is greater than the length of the second image frame F12.

[0369] When the first interval L1 and the second interval L2 are different, the boundary interval L3 may sometimes be smaller than the first interval L1 or smaller than the second interval L2. For example, in cases such as Figure 30 In the example shown, when printing the second unmarked image C42, the boundary interval L3 may be smaller than the first interval L1. If the size difference between the first image frame F11 and the second image frame F12 is large, the boundary interval L3 is likely to be smaller than the first interval L1. In this case, since the boundary interval L3 will not be greater than the detection interval of the detection unit 47, the processing device 16 may not stop in the unmarked area G1.

[0370] To address the above points, the printing apparatus 12 is configured to print the second unmarked image C42 such that the boundary interval L3 is greater than the first interval L1 and the second interval L2, when the data indicating printing the second unmarked image C42 between the plurality of first marked images C31 and the plurality of second marked images C32 is omitted. That is, the printing apparatus 12 is configured to print the unmarked image C42 such that the boundary interval L3 is greater than the first interval L1 and the second interval L2, when the data indicating printing the unmarked image C4 at the boundary between the first printing task J1 and the second printing task J2 is omitted. For example, the printing apparatus 12 may also print the plurality of second unmarked images C42 between the first marked image C31 and the second marked image C32 such that the boundary interval L3 is greater than the first interval L1 and the second interval L2. For example, the printing apparatus 12 may also print the plurality of first unmarked images C41 between the first marked image C31 and the second marked image C32 such that the boundary interval L3 is greater than the first interval L1 and the second interval L2. Furthermore, the printing apparatus 12 can also increase the size of the markerless image C4 by making the boundary interval L3 larger than the first interval L1 and the second interval L2. The printing apparatus 12 can also edit the markerless image data by stretching the markerless image C4.

[0371] The names J1 (first printing job) and J2 (second printing job) are used only for distinction. Therefore, it is also possible to... Figure 31 as well as Figure 32 In two consecutive printing tasks, the printing task that is printed first is designated as the first printing task J1, and the printing task that is printed later is designated as the second printing task J2. That is, the reading methods of the first interval L1 and the second interval L2 can be interchanged, and the reading methods of the first unmarked image C41 and the second unmarked image C42 can also be interchanged.

[0372] like Figure 32 As shown, the printing process can also be changed. Regarding the omission of data, which refers to empty data being transmitted at the position indicated by the omission instruction, Figure 28 The printing process shown is... Figure 32 The printing process shown is different. That is, the printing apparatus 12 can also perform empty transport instead of printing the unmarked image C4. Empty transport is the operation of transporting the medium M1 without printing. Figure 28 In China, for the sake of Figure 33 The printing process shown is a common process and its description is omitted.

[0373] In step S66, the printing apparatus 12 prints the mark image C3 and performs empty transport. Simultaneously with printing the mark image C3, the printing apparatus 12 performs empty transport at the location indicated by the omitted data.

[0374] In step S66, the printing apparatus 12 prints multiple marked images C3. For example, the printing apparatus 12 prints the marked images C3 by printing the object image B1 containing the marked image A3. The printing apparatus 12 prints the marked images C3 by printing the remaining image B2 containing the marked image A3. The printing apparatus 12 can either print only the object region E1 by printing the marked images C3, or it can print the remaining region E2 together with the object region E1.

[0375] In step S66, the printing apparatus 12 performs empty transport. Specifically, the printing apparatus 12 performs empty transport in such a way that it forms an unmarked region G1 at a position indicated by omitted data and adjacent to at least one marked image C3. The printing apparatus 12 also performs empty transport in such a way that it forms an unmarked region G1 between two adjacent marked images C3 at positions indicated by omitted data. At this time, the printing apparatus 12 performs empty transport in such a way that the interval between the marked images A3 in two adjacent marked images C3 sandwiching the unmarked region G1 is greater than the interval between the marked images A3 in two adjacent marked images C3 not sandwiching the unmarked region G1. The unmarked region G1 can be formed in the target region E1, in the remaining region E2, or between the target region E1 and the remaining region E2. Alternatively, instead of empty transport, the printing apparatus 12 can perform an empty ejection without liquid ejection from the printing unit 31 onto the medium M1 as the printing unit 31 passes over the unmarked region G1.

[0376] like Figure 32 As shown, the printing is performed by the printing device 12. Figure 33 The printing process shown yields a medium M1 with marked images C3 arranged in a pattern. The printing apparatus 12 then performs empty transport by inserting unmarked regions G1 into the image column of the multiple marked images C3 based on omitted data. The processing apparatus 16 then stops at the unmarked region G1.

[0377] exist Figure 34 In the example shown, multiple labeled images C3 are arranged across the object region E1 and the remaining region E2. An unlabeled region G1 is located within the remaining region E2. Unlabeled regions G1 are situated between the labeled images C3 in the remaining region E2. Unlabeled regions G1 can also be situated between the labeled images C3 in the object region E1. Unlabeled regions G1 can also be situated between adjacent labeled images C3 in the object region E1 and labeled images C3 in the remaining region E2. Unlabeled regions G1 can also be situated at the ends of the remaining region E2.

[0378] like Figure 35 as well as Figure 34 As shown, in the printing apparatus 12, multiple printing tasks may be executed consecutively. For example, in the printing apparatus 12, a first printing task J1 and a second printing task J2 may be executed consecutively. In this case, the user may sometimes form an unmarked area G1 by empty transport at the boundary between the first printing task J1 and the second printing task J2 to indicate the switch of printing tasks. As a result, the processing apparatus 16 stops at the boundary of the printing task. Figure 31 The example shown is in Figure 35 The example shown is an example of performing an empty delivery instead of printing the first unmarked image C41. Figure 32 The example shown is, in ​ The example shown is an example of performing an empty delivery instead of printing the second unmarked image C42.

[0379] The printing apparatus 12 performs empty transport in a manner that forms an unmarked region G1 between the first marked image C31 and the second marked image C32. Specifically, when omitting data indicating the formation of an unmarked region G1 between multiple first marked images C31 and multiple second marked images C32, the printing apparatus 12 forms the unmarked region G1 such that the boundary interval L3 is greater than both the first interval L1 and the second interval L2. That is, when omitting data indicating the formation of an unmarked region G1 at the boundary between the first printing task J1 and the second printing task J2, the printing apparatus 12 performs empty transport in a manner that forms an unmarked region G1 with a boundary interval L3 greater than both the first interval L1 and the second interval L2. Therefore, the processing apparatus 16 can stop at the boundary between the first printing task J1 and the second printing task J2.

[0380] The function and effects of the fourth embodiment

[0381] Next, the function and effects of the fourth embodiment will be explained.

[0382] (4-1) The printing apparatus 12 forms an unmarked region G1, which does not contain the marked image A3, between two adjacent marked images C3 at the position indicated by the omitted data. According to the above structure, the unmarked region G1 is formed based on the printed image data D1 and the omitted data. The processing apparatus 16 that detects the marked image A3 automatically stops in the unmarked region G1. Therefore, the labor and time spent on processing are reduced.

[0383] (4-2) The printing apparatus 12 forms an unmarked region G1 by printing an unmarked image C4 between two adjacent marked images C3 at a position where the data is omitted. According to the above structure, the printing system 11 can easily form the unmarked region G1.

[0384] (4-3) When the printing apparatus 12 omits data indicating that an unmarked image C4 is printed between multiple first marked images C31 and multiple second marked images C32, it prints the unmarked image C4 in such a manner that the interval between the marked images A3 in the first marked images C31 and the second marked images C32 sandwiching the unmarked image C4 is greater than the interval between the marked images A3 in two adjacent first marked images C31 and the interval between the marked images A3 in two adjacent second marked images C32. According to the above structure, when the unmarked image C4 is located on the boundary between the first printing task J1 and the second printing task J2, the processing apparatus 16 automatically stops at the boundary between the first printing task J1 and the second printing task J2. This reduces the labor and time required for processing.

[0385] (4-4) The printing apparatus 12 obtains unmarked image data from the first printed image data, representing an unmarked image C4 that does not contain the first product image A11 and the mark image A3. According to the above structure, since the unmarked image C4 does not contain the product image A1, the user can easily grasp the boundary between the first printing task J1 and the second printing task J2.

[0386] (4-5) Printed image data D1 is data included in a PDF file. The PDF file contains marked image data and unmarked image data. According to the above structure, the printing apparatus 12 can easily acquire the unmarked image data.

[0387] (4-6) The printing apparatus 12 obtains unmarked image data by extracting the marked image A3 from the printed image data D1 based on a specific color. According to the above structure, the printing apparatus 12 can easily obtain unmarked image data.

[0388] (4-7) The printing apparatus 12 obtains unmarked image data by extracting the marked image A3 from the printed image data D1 based on layers. According to the above structure, the printing apparatus 12 can easily obtain unmarked image data.

[0389] (4-8) The printing apparatus 12 obtains unmarked image data by combining overlapping data in the printed image data D1. According to the above structure, the printing apparatus 12 can easily obtain unmarked image data.

[0390] (4-9) The printing apparatus 12 transports the medium M1 in such a way that, between two adjacent marked images C3 at positions indicated by omitted data, an unmarked region G1 is formed where the interval between two adjacent marked images C3 sandwiching an unmarked region G1 is greater than the interval between two adjacent marked images A3 not sandwiching an unmarked region G1. According to this structure, since the interval between the marked images A3 in adjacent marked images C3 sandwiching an unmarked region G1 increases, the processing apparatus 16 can be stopped. This reduces the labor and time required for processing.

[0391] (4-10) When the data representation of unmarked regions G1 formed between multiple first marked images C31 and multiple second marked images C32 is omitted, the printing apparatus 12 performs the transport of the medium M1 in such a way that the spacing between the marked images A3 in adjacent first marked images C31 and second marked images C32 sandwiching the unmarked regions G1 is greater than the spacing between the marked images A3 in two adjacent first marked images C31 and two adjacent marked images C32. If the spacing between the marked images A3 in adjacent first marked images C31 and second marked images C32 sandwiching the unmarked regions G1 is small, the processing apparatus 16 may not stop. According to the above structure, since the spacing between the marked images A3 in adjacent first marked images C31 and second marked images C32 sandwiching the unmarked regions G1 increases, the processing apparatus 16 can stop. This reduces the labor and time required for processing.

[0392] Change example

[0393] The above embodiments can be implemented in different ways. The above embodiments and the following modifications can be combined with each other within a technically compatible framework. The above embodiments can also be arbitrarily combined with each other.

[0394] The printing apparatus 12 can also directly receive instructions on the target area, remaining area, etc., from the terminal device 15. The printing apparatus 12 can also store printing tasks and layout documents. The information processing device 13 can also be integrated with the printing apparatus 12.

[0395] The liquid ejected by the printing section 31 is not limited to ink; for example, it can be a liquid formed by dispersing or mixing functional material particles in a liquid. For example, the printing section 31 can also eject a liquid containing materials such as electrode materials or pixel materials used in the manufacture of liquid crystal displays, electroluminescent displays, and surface-emitting displays in a dispersed or dissolved form.

[0396] Technical ideas

[0397] The following text describes the technical concepts and effects learned from the embodiments and modifications described above.

[0398] (A) A printing system includes: a printing apparatus that prints an image on a medium; and an information processing apparatus that processes information related to the printing apparatus. In the printing system, the printing apparatus includes: a printing unit that prints an image on a medium based on printing image data including a product image and a marking image; and a control unit that controls the printing unit based on a printing task including the printing image data. The information processing apparatus includes: an information storage unit that stores multiple printing tasks; and an information control unit that sends information to the printing apparatus. The information control unit is configured to perform the following processing: The control unit accepts one or more printing tasks selected from the plurality of printing tasks; accepts an omission instruction to omit the marked image; and sends omission data based on the omission instruction and the one or more printing tasks to the printing apparatus. The control unit is configured to perform the following processing: obtaining marked image data representing marked images containing the marked image from the printed image data; printing the plurality of marked images; and forming an unmarked area, not containing the marked image, between two adjacent marked images at the position indicated by the omission data. According to the above structure, the unmarked area is formed based on the printed image data and the omission data. The processing apparatus that detects the marked image automatically stops in the unmarked area. Therefore, the labor and time spent on processing are reduced.

[0399] (B) In the above-described printing system, the omitted data can also be used as data for printing an unmarked image that does not contain the marked image. The control unit is configured to perform the following process: obtain unmarked image data representing the unmarked image from the printed image data; and form the unmarked area by printing the unmarked image at the position represented by the omitted data and between the two adjacent marked images. According to the above-described printing system, the control unit can easily form the unmarked area.

[0400] (C) In the above printing system, the following method can also be adopted: the information storage unit stores a first printing task containing first printing image data and a second printing task containing second printing image data, wherein the first printing image data includes a first product image and the mark image, and the second printing image data includes a second product image and the mark image; the information control unit is configured to perform the following processing: accepting the first printing task and the second printing task selected from the plurality of printing tasks; and sending the omitted data, the first printing task, and the second printing task to the printing apparatus; the control unit is configured to perform the following processing: obtaining from the first printing image data a first marked image representing the first marked image containing the mark image. Image data; obtaining unmarked image data representing the unmarked image from the first printed image data; obtaining second marked image data representing a second marked image containing the marked image from the second printed image data; printing a plurality of first marked images; printing a plurality of second marked images; and, when the omitted data indicates that the unmarked image is printed between the plurality of first marked images and the plurality of second marked images, the unmarked image is printed in such a way that the spacing between the marked images in the first marked images and the second marked images sandwiching the unmarked image is greater than the spacing between the marked images in two adjacent first marked images and the spacing between the marked images in two adjacent second marked images. According to the above structure, when the unmarked image is located at the boundary between the first printing task and the second printing task, the processing device automatically stops at the boundary between the first printing task and the second printing task. This reduces the labor and time spent on processing.

[0401] (D) In ​​the above-described printing system, the control unit may also be configured to perform the following processing: obtaining first marked image data representing the first marked image containing the first product image and the mark image from the first printed image data; obtaining unmarked image data representing the unmarked image not containing the first product image and the mark image from the first printed image data; and obtaining second marked image data representing the second marked image containing the second product image and the mark image from the second printed image data. According to this structure, since the unmarked image does not contain the product image, the user can easily grasp the boundary between the first printing task and the second printing task.

[0402] (E) In the above-described printing system, the printed image data can also be contained within a PDF file, which includes both the labeled image data and the unlabeled image data. Based on this structure, the control unit can easily acquire the unlabeled image data.

[0403] (F) In the above-described printing system, the printed image data can also be contained within a PDF file, the marker image is an image depicted in a specific color, and the control unit extracts the marker image from the printed image data based on the specific color, thereby obtaining the unmarked image data. According to the above structure, the control unit can easily obtain the unmarked image data.

[0404] (G) In the above printing system, the printing image data can also be contained within a PDF file, and the product image and the marking image are images depicted on different layers in the printing image data. The control unit extracts the marking image from the printing image data based on the layers, thereby obtaining the unmarked image data. According to the above structure, the control unit can easily obtain the unmarked image data.

[0405] (H) In the above-described printing system, the printing apparatus may store overlap data that overlaps with the marked image, and the control unit may obtain the unmarked image data by combining the overlap data with the printed image data. According to the above structure, the control unit can easily obtain the unmarked image data.

[0406] (I) In the above-described printing system, the omitted data can also be transported by conveying the medium without the accompanying printing of the medium. The control unit is configured to transport the medium in such a way that, at the position indicated by the omitted data and between the two adjacent marked images, an unmarked region is formed where the interval between the marked images in the two adjacent marked images is greater than the interval between the marked images in two adjacent marked images that do not enclose the unmarked region. According to the above structure, the control unit can easily form the unmarked region.

[0407] (J) In the above-described printing system, the following method may also be adopted: the information storage unit stores a first printing task containing first printing image data and a second printing task containing second printing image data, wherein the first printing image data includes a first product image and the mark image, and the second printing image data includes a second product image and the mark image; the information control unit is configured to perform the following processing: accepting the first printing task and the second printing task selected from the plurality of printing tasks; sending the omitted data, the first printing task, and the second printing task to the printing apparatus; and the control unit is configured to perform the following processing: obtaining from the first printing image data a representation of the first printing task containing the mark image. The process involves: first marked image data representing a marked image; obtaining second marked image data representing a second marked image containing the marked image from second printed image data; printing multiple first marked images; printing multiple second marked images; and, if the omitted data indicates that an unmarked region is formed between the multiple first marked images and the multiple second marked images, the medium is transported in such a way that the spacing between the marked images in the adjacent first marked images and second marked images sandwiching the unmarked region is greater than the spacing between the marked images in two adjacent first marked images and the spacing between the marked images in two adjacent second marked images. If the spacing between the marked images in the adjacent first marked images and second marked images sandwiching the unmarked region is small, the processing apparatus may not stop. According to the above structure, since the spacing between the marked images in the adjacent first marked images and second marked images sandwiching the unmarked region increases, the processing apparatus can stop. This reduces the labor and time required for processing.

[0408] (K) A printing apparatus includes: a printing unit that prints images on a medium based on printing image data including product images and marking images; and a control unit that controls the printing unit based on a printing task including the printing image data. The control unit is configured to perform the following processing: accepting the printing task; accepting omission data that omits the marking images; obtaining marked image data representing marked images including the marking images from the printing image data; printing a plurality of the marked images; and forming an unmarked area, not containing the marking images, between two adjacent marked images at the position indicated by the omission data. According to the above structure, the unmarked area is formed based on the printing image data and the omission data. The processing device that detects the marking images automatically stops in the unmarked area. Therefore, the labor and time spent on processing are reduced.

[0409] (L) The printing method is a printing method implemented by a computer controlling a printing apparatus based on a printing task containing printing image data. The printing apparatus prints an image on a medium based on the printing image data, which includes a product image and a marking image. In this printing method, the computer-implemented processing includes: accepting the printing task; accepting omission data that omits the marking image; obtaining marked image data representing a marked image containing the marking image from the printing image data; printing a plurality of the marked images; and forming an unmarked area, not containing the marking image, between two adjacent marked images at the position represented by the omission data. According to the above method, the same effect as the above-described printing apparatus can be obtained.

[0410] (M) An information processing device processes information related to a printing apparatus that prints an image on a medium based on printing image data including a product image and a marking image. The information processing device includes: an information storage unit that stores multiple printing tasks containing the printing image data; and an information control unit that sends information to the printing apparatus. The information control unit is configured to perform the following processing: receiving one or more printing tasks selected from the multiple printing tasks; receiving an omission instruction to omit the marking image; and sending omission data based on the omission instruction and the one or more printing tasks to the printing apparatus. According to the above structure, a marking-free area is formed based on the printing image data and the omission data. The processing apparatus that detects the marking image automatically stops in the marking-free area. Therefore, the labor and time spent on processing are reduced.

[0411] (N) The program product is a program product that enables a computer to process information related to a printing apparatus, and the program product is executed by the computer, wherein the printing apparatus prints an image on a medium based on printing image data including a product image and a mark image, the computer has an information storage unit that stores multiple printing tasks including the printing image data, and an information control unit that sends information to the printing apparatus, the program product causing the computer to perform the following processing: accepting the printing task selected from the multiple printing tasks; accepting an omission instruction to omit the mark image; and sending omission data based on the omission instruction and the printing task to the printing apparatus. According to the above program, the same effect as the above-described information processing apparatus can be obtained.

[0412] Symbol Explanation

[0413] A1…Product image, A11…First product image, A12…Second product image, A2…Product icon, A3…Marker image, A4…Pattern image, B1…Object image, B11…First object image, B12…Second object image, B2…Remaining image, B21…First remaining image, B22…Second remaining image, C1…With product image, C2…Without product image, C3…Marked image, C31…First marked image, C32…Second marked image, C4…Unmarked image, C41…First unmarked image, C42…Second unmarked image, C5…Pattern image, C6…Unpattern image, D1 …Printing image data, D2…Task data, D3…Remaining data, D4…Printing data, E1…Object area, E11…First object area, E12…Second object area, E2…Remaining area, E21…First remaining area, E22…Second remaining area, E2A…Import area, E2A1…First import area, E2A2…Second import area, E2B…Export area, E2B1…First export area, E2B2…Second export area, F1…Image frame, F11…First image frame, F12…Second image frame, G1…Unmarked area, J1…First printing task, J2…Second printing task, L1…First… Interval, L2…Second Interval, L3…Boundary Interval, M1…Media, P1…First Pattern, P2…Second Pattern, R1…Roll Body, Y1…Conveyor Direction, 11…Printing System, 12…Printing Apparatus, 13…Information Processing Apparatus, 14…Network, 15…Terminal Apparatus, 16…Processing Apparatus, 21…Processing Terminal, 22…Processing Control Unit, 23…Processing Storage Unit, 24…Processing Display Unit, 25…Processing Operation Unit, 26…Apparatus Body, 27…Unwinding Shaft, 28…Rewinding Shaft, 29…Conveying Unit, 30…Support Table, 31…Printing Unit, 32…Printing Control Unit, 33…Printing Storage Unit, 41…Supply Shaft, 42… …Recovery shaft, 43…Conveying mechanism, 44…Processing table, 45…Processing unit, 46…Processing blade, 47…Detection unit, 51…Terminal control unit, 52…Terminal storage unit, 53…Terminal display unit, 54…Terminal operation unit, 61…Information control unit, 62…Information storage unit, 63…Overview screen, 64…List bar, 65…Selection bar, 66…Change button, 67…Task setting screen, 68…Device list bar, 69…Task list bar, 70…Remaining setting screen, 71…Import setting bar, 72…Export setting bar, 73…Import input bar, 74…Export input bar, 75…Printing sequence display bar, 76…Start button.

Claims

1. A printing system, characterized by, Possessing: a printing device that prints an image on a medium; an information processing device that processes information related to the printing device, in the printing system, the printing device possesses: a printing section that prints an image on a medium based on printing image data that includes a product image and a marker image; a control section that controls the printing section based on a printing task that includes the printing image data, the information processing device possesses: an information storage section that stores a plurality of printing tasks; an information control section that transmits information to the printing device, the information control section is configured to perform processing that: receives one or more printing tasks selected from the plurality of printing tasks; receives an omission instruction that omits the marker image; and transmits omission data based on the omission instruction and the one or more printing tasks to the printing device, the control section is configured to perform processing that: obtains marker image data that indicates a marker image that includes the marker image from the printing image data; prints a plurality of the marker images; and forms a non-marker region that does not include the marker image between a position indicated by the omission data and two adjacent marker images among the plurality of marker images.

2. The printing system according to claim 1, wherein the omission data is data that causes a non-marker image that does not include the marker image to be printed, the control section is configured to perform processing that: obtains non-marker image data that indicates the non-marker image from the printing image data; and forms the non-marker region by printing the non-marker image between the position indicated by the omission data and the two adjacent marker images.

3. The printing system according to claim 2, wherein the information storage section stores a first printing task that includes first printing image data that includes a first product image and the marker image, and a second printing task that includes second printing image data that includes a second product image and the marker image, the information control section is configured to perform processing that: receives the first printing task and the second printing task selected from the plurality of printing tasks; and transmits the omission data, the first printing task, and the second printing task to the printing device, the control section is configured to perform processing that: obtains first marker image data that indicates a first marker image that includes the marker image from the first printing image data; obtains the non-marker image data that indicates the non-marker image from the first printing image data; obtains second marker image data that indicates a second marker image that includes the marker image from the second printing image data; prints a plurality of the first marker images; prints a plurality of the second marker images; and In a case where the omission data indicates that the printless image is printed between the plurality of first marked images and the plurality of second marked images, the printless image is printed in such a manner that the mark images in the first marked image and the second marked image sandwiching the printless image are spaced apart from each other at a distance greater than a distance at which the mark images in two adjacent first marked images are spaced apart from each other and a distance at which the mark images in two adjacent second marked images are spaced apart from each other.

4. The printing system according to claim 3, wherein the control section is configured to execute a process in which: the first marked image data representing the first marked image including the first product image and the mark image is acquired from the first print image data; the printless image data representing the printless image not including the first product image and the mark image is acquired from the first print image data; and the second marked image data representing the second marked image including the second product image and the mark image is acquired from the second print image data.

5. The printing system according to any one of claims 2 to 4, wherein the print image data is data included in a portable document format file, the portable document format file includes the marked image data and the printless image data.

6. The printing system according to any one of claims 2 to 4, wherein the print image data is data included in a portable document format file, the mark image is an image depicted in a specific color, the control section acquires the printless image data by extracting the mark image from the print image data on the basis of the specific color.

7. The printing system according to any one of claims 2 to 4, wherein the print image data is data included in a portable document format file, the product image and the mark image are images respectively depicted in different layers in the print image data, the control section acquires the printless image data by extracting the mark image from the print image data on the basis of the layers.

8. The printing system according to claim 2, wherein the printing device stores overlap data overlapping the mark image, the control section acquires the printless image data by combining the overlap data in the print image data.

9. The printing system according to claim 1, wherein the omission data is data for transporting a medium under a condition in which the medium is not printed, The control section is configured to convey the medium in such a manner that, between the position indicated by the omission data and the adjacent two marked images, a non-marked region is formed in which the interval between the mark images of the adjacent two marked images is larger than the interval between the mark images of two marked images adjacent to each other among the plurality of marked images that do not sandwich the non-marked region.

10. The printing system according to claim 9, wherein The information storage section stores a first print job including first print image data including a first product image and the mark image, and a second print job including second print image data including a second product image and the mark image, The information control section is configured to execute processing in which: The first print job and the second print job selected from among the plurality of print jobs are accepted; and The omission data, the first print job, and the second print job are transmitted to the printing device, The control section is configured to execute processing in which: First marked image data indicating a first marked image including the mark image is acquired from the first print image data; Second marked image data indicating a second marked image including the mark image is acquired from the second print image data; A plurality of first marked images are printed; A plurality of second marked images are printed; and In a case where the omission data indicates that the non-marked region is formed between the plurality of first marked images and the plurality of second marked images, the conveyance of the medium is performed in such a manner that the non-marked region in which the interval between the mark images of the first marked image and the second marked image adjacent to each other sandwiching the non-marked region is larger than the interval between the mark images of two first marked images adjacent to each other and the interval between the mark images of two second marked images adjacent to each other is formed.

11. A printing device characterized by comprising: Provided are: a printing section that prints an image on a medium based on print image data including a product image and a mark image; a control section that controls the printing section based on a print job including the print image data, The control section is configured to execute processing in which: The print job is accepted; Omission data that causes the mark image to be omitted is accepted; Marked image data indicating a marked image including the mark image is acquired from the print image data; A plurality of the marked images are printed; and A non-marked region that does not include the mark image is formed between the position indicated by the omission data and two adjacent marked images among the plurality of marked images.

12. A printing method characterized by, It is a printing method in which a computer controls a printing device based on a print job including print image data, in which the printing device prints an image on a medium based on the print image data including a product image and a mark image, In the printing method, the processing implemented by the computer includes: accepting the print job; accepting omission data for omitting the marker image; acquiring, from the print image data, marked image data indicating a marked image including the marker image; printing a plurality of the marked images; and forming an unmarked region not including the marker image between a position indicated by the omission data and between two adjacent marked images among the plurality of the marked images.

13. An information processing apparatus comprising: An information processing apparatus processes information related to a printing device that prints an image on a medium based on print image data including a product image and a marker image, wherein the information processing apparatus includes: an information storage section that stores a plurality of print jobs including the print image data; an information control section that transmits information to the printing device, the information control section is configured to perform processing that: accepts one or more print jobs selected from the plurality of print jobs; accepts an omission instruction for omitting the marker image; and transmits omission data based on the omission instruction and the one or more print jobs to the printing device.

14. A program product, characterized by A program product that causes a computer to process information related to a printing device that prints an image on a medium based on print image data including a product image and a marker image, wherein the printing device prints an image on a medium based on print image data including a product image and a marker image, the computer includes an information storage section that stores a plurality of print jobs including the print image data and an information control section that transmits information to the printing device, the program product causes the computer to perform processing that: accepts the print job selected from the plurality of print jobs; accepts an omission instruction for omitting the marker image; and transmits omission data based on the omission instruction and the print job to the printing device.

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