KR101731577B1 - print system based on front-end - Google Patents

Abstract

The present invention drives the order management application and implements image and text input, order request, acceptance, verification, printing, and courier services in an integrated manner only by taking a business card sample, The delivery process is omitted to reduce lead-time, the detailed information required when ordering a business card can be easily shared, and the sample displayed at the time of inspection without providing the requisite detailed information required by the requester The card production management server is configured to receive an object image when a request is made to a client client so that an object image can be easily modified. ≪ / RTI >

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a printing system based on front-

The present invention relates to a front-end-based printing system, and more particularly, to a front-end-based printing system in which a client's inspection service using a preview image, an automatic inspection service using a predetermined inspection algorithm, The present invention relates to a front-end-based printing system capable of improving the quality and reliability of a product, satisfaction of a customer, and efficiently resolving errors and problems that may occur in the process.

In recent years, as the interest in advertising and publicity has increased, the amount of printed matter such as leaflets, posters, books and the like has been rapidly increasing. In order to increase the visibility, such printed matter is mainly printed in various colors. At this time, the color printed matter is represented by various colors made by combining the inks of the four colors of blue (cyon), red (magenta), yellow (yellow) and black (black) at different ratios.

Conventionally, an offline method has been widely used in which a requester (an individual or a corporation) visits a print shop directly or requests a print shop to produce a print using a telephone, a facsimile, an e-mail, or a postal mail. It is difficult for communication between manufacturers to communicate with each other. As a result, the satisfaction of the sponsor for the final print is lowered, and the work efficiency is lowered due to frequent telephone calls and the lead time is excessively delayed.

That is, the conventional offline method has a structural limitation in that the printing market can not be advanced due to the lack of convenience and accuracy because each step required for producing printed materials is performed offline by the requester and the manpower of the maker.

On the other hand, as internet infrastructure is expanded and digital device technology such as smart phone is developed, various studies are being conducted on an online print production request system which can request print production on-line.

1 is a configuration diagram disclosed in Korean Patent Laid-Open No. 10-2000-0063833 (entitled " Method for Ordering Printed Materials Using the Internet ").

The print ordering system 100 of FIG. 1 includes an Internet 130, ordering PCs 140 that connect to the Internet 130 and accept printed materials, And a printed matter reception server 110 for producing a printed matter received.

The order reception server 110 includes a database unit 115 and a web server 112 that manages the print house homepage 111. [

In the conventional art 100 configured as described above, the printed matter receiving server 130 is configured to receive information related to the printed matter from the ordering PC 140 connected via the Internet 130 via the print house homepage 111, (Size, frequency, type, quantity, specification, etc.) of the printed matter can be accurately and quickly recognized by the manufacturer, so that the convenience of use .

However, since the conventional technology 100 merely transmits information such as order entry, payment, approval, work order to subcontractor, and delivery to the manufacturer through the Internet, .

In addition, since the conventional art 100 does not disclose a method for checking whether a print order is produced according to the information inputted by the purchaser, the printed article actually produced is made different from the intention of the purchaser And the quality of printed matters and customer satisfaction are deteriorated.

In other words, there is an urgent need to study a printing system for providing inspection services and correcting services for correcting errors automatically at the same time as requesting production of prints on-line.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a graphic user interface (GUI) for receiving various information related to production of printed matter to clients connected on- And to provide a printing system that can accurately and simply provide relevant information related to the production of printed matter to a maker.

In addition, another object of the present invention is to provide a preview image corresponding to information about print production which is input from a client through a graphic user interface and provide the preview image to a corresponding client, The present invention provides a printing system capable of accurately and promptly confirming whether a document has been received.

Further, another object of the present invention is to provide a method and apparatus for performing inspection by various methods using a preset inspection algorithm and at the same time, generating inspection result report and corrected file upon completion of inspection, The printing system comprising:

In addition, another object of the present invention is to provide a printing system capable of checking various formats by being configured to be checked in response to whether or not a file format structure is open.

In addition, another object of the present invention is to provide a color correction method and a color correction method, which can correct a page size error in a file, check a resolution, convert RGB to CMYK, convert to CMYK color suitable for spot color detection, And to provide a printing system capable of reducing the unnecessary human labor and work time and enhancing the quality of printed matter.

According to an aspect of the present invention, there is provided a printing system for requesting production of a printed matter on-line, the printing system comprising: a client for requesting print production; and a print management server, The server includes an order reception unit receiving orders information and order files, which are information related to production of prints to be produced from the clients, and requesting production of prints; Generates a preview image corresponding to the order information and the order file input by the order reception unit, and provides the generated preview image to the client to perform inspection, and receives correction request data including the correction content from the client A preview server for modifying a preview image according to a correction content of the transmitted modification request data to perform a re-examination; A determination unit for determining whether the format structure of the order file inputted from the client is an open format structure or an open format format, which is driven when the preview server receives a confirmation confirmation data indicating that there is no modification from the client, Wherein the order file is driven when the format structure of the order file is determined to be an open format structure by the determination unit, parses the data of the order file, and then uses a mapping table in which a threshold range is matched according to a predetermined category list, A first processing unit for checking the order information and the order file, and a second processing unit which is driven when the determination unit determines that the format structure of the order file is not open, and transmits the order information and the order information through an automation server A second processing unit for checking the order file, A correcting unit for analyzing a file to detect an error and correcting a detected error using a predetermined correction algorithm when an error is detected; a result report generating unit for generating a result report, which is a correction and inspection history by the correcting unit; A checking and correcting server including a first checking unit for providing a correction file (pdf) corrected by the correcting unit and a result report generated by the result report generating unit to a client to perform a first checking; When the acceptance confirmation data indicating that there is nothing to be corrected is received from the client by the first acceptance unit of the check and correction server, it is driven so that the final file can be visually confirmed, and a final output image is generated, A final acceptance server for providing the client with the second acceptance; And a print processing unit configured to generate a printed matter in accordance with a file which is driven when the second inspection is completed by the client by the final inspection server and the second inspection has been completed, wherein the first processing unit and the second processing unit The processing unit is configured to check whether the document structure is damaged, whether the document is secure or not, the number of pages checked, the page size check, the page rotation check, the blank page check, Inspection of 'document and page' including at least one of 'check for blank layer' and 'check for invisible layer', 'check for whether graphic object goes out of page area', 'check for transparent applied object' , 'Inspection of color spaces other than CMYK', 'Inspection of graphic objects without appearance line and fill', 'Inspection of graphic objects using spot color', ' A check of a graphic object including at least one of a graphic object check with a predetermined minimum value and an appearance line check with a thickness less than a predetermined minimum value, Quot ;, " image inspection with CMYK color ", and " font " for checking presence of fonts.

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Further, in the present invention, it is preferable that the print processing unit controls and manages a print processing apparatus that processes the production of printed matter.

According to the present invention having the above-described problems and solutions, a graphical user interface (GUI) for receiving various information related to the production of printed matter is provided to clients connected on-line, Can be accurately and simply provided to the manufacturer.

According to the present invention, upon receipt of print production related information from a client through a graphic user interface, a preview image corresponding to inputted print production related information is generated and provided to the client so that an orderer can confirm whether a print has been received Accurate and prompt inspection.

According to the present invention, the inspection is performed by various methods using a predetermined checking algorithm, and at the same time, the inspection result report and the calibrated file are generated and supplied to the purchaser, thereby significantly enhancing the quality and reliability of the product.

In addition, according to the present invention, checking is performed in response to whether or not the file format structure is open, so that various formats can be checked.

According to the present invention, an automatic correction operation such as correction of a page size error in a file, resolution check, conversion of RGB to CMYK, conversion to CMYK color suitable for spot color detection, It can reduce the unnecessary labor and work time and improve the quality of printed matter.

1 is a configuration diagram disclosed in Korean Patent Laid-Open No. 10-2000-0063833 (entitled " Method for Ordering Printed Materials Using the Internet ").
2 is a configuration diagram showing a printing system which is an embodiment of the present invention.
3 is a block diagram for explaining the print management server of FIG.
4 is a block diagram showing the preview server of Fig.
Figure 5 is a block diagram illustrating the check and correction server of Figure 3;
6 is an exemplary view showing a check list performed by the first processor and the second processor in FIG.
Fig. 7 is an exemplary diagram for explaining the correction unit of Fig. 5; Fig.
Fig. 8 is a block diagram showing the final inspection server shown in Fig. 3; Fig.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

2 is a configuration diagram showing a printing system which is an embodiment of the present invention.

The printing system 1 of FIG. 2 receives order information, which is information related to production of an order file and printed matter, from a client, and automatically processes and accepts production acceptance, inspection, inspection, correction and printing services based on the inputted files and information It is a system to dramatically reduce lead time by managing and meet the detailed requirements of the purchaser and increase the product quality and customer satisfaction.

The printing system 1 also includes a client 5-1, ..., 5-N serving as a terminal supporting a connection with a communication network 10, 1), ..., (5-N), which receives the order information and the order file, which are information related to the production of printed matter, and collectively provides the inspection, inspection, A management server 3 and a communication network 10 for providing a data movement path between the print management server 3 and the clients 5-1 to 5-N.

Further, the print management server 3 sends a print job to the wired / wireless communication network 11 to the print processing device 7 capable of performing a print validation operation (comparison of size information, comparison of print specifications, group designation, font, So that the print processing apparatus 7 can be managed and controlled.

The communication network 10 provides a data movement path between the print management server 3 and the clients 5-1, ..., 5-N such as a wide area network (WAN), a mobile communication network, a wired communication network, And more specifically, the Internet network.

The clients 5-1, ..., and 5-N are digital devices capable of requesting production of printed materials by providing a parameter according to the format of the web server 30 of the print management server 3. [ In other words, the clients 5-1, ..., and 5-N are digital terminals having a customer (individual or enterprise) requesting to produce printed materials or installed in the corresponding place, a desk-top PC, a note-book, a tablet PC, a personal digital assistant (PDA), and a smart phone.

The client 5-1, ..., 5-N includes a communication interface module for supporting connection with the communication network 10, a key input means for receiving a command from a user (an orderer) And a monitor on which the content is displayed.

The clients 5-1 to 5-N access the web page of the web server 30 through an interworking program by installing an internet interworking program (web browser, Netscape, chrome, etc.) The service provided by the service provider 30 can be provided.

The clients 5-1 to 5-N register the order file through the graphic user interface (GUI) provided in the print processing server 3 when requesting the production of the print product, Enter the order information. At this time, the order information is composed of print paper, size, order quantity, number of pages, color, image (background image + object image), text content, text property information (font, size, style, color, .

The print processing server 3 is connected to the communication network 10 by a wired Internet access method or a wireless Internet access method and provides a web page such as a homepage to clients.

The print processing server 3 also provides an interactive graphical user interface (GUI) to the clients 5-1, ..., and 5-N connected to the web page.

In this case, the graphical user interface (GUI) is a graphical user interface (GUI), which is used to display information such as print paper size, order quantity, number of pages, color, image (background image + object image), text content, text property information (font, size, style, The orderer can access the web page of the print processing server 3 and can quickly and accurately transmit the order file through the graphic user interface (GUI) And order information.

Also, the print processing server 3 receives the order file and the order information from the clients 5-1, ..., and (5-N) connected through the graphical user interface (GUI) Lt; / RTI > At this time, the preview service is defined as a service for generating a preview image according to the received order details (order file and order information), and CMYK profiling is performed so that the preview image can be printed.

In addition, the print processing server 3 provides a pre-processing inspection service for providing the generated preview image file to the client 5 when the preview image is generated, so that the client 5 can view the preview image file, It is possible to recognize whether or not the order has been received. At this time, the print processing server 3 regenerates the preview image according to the received correction information and provides it to the client 5 again when receiving the correction request including the correction information from the client 5, Repeat this process until it is done.

In addition, the print management server 3 provides an inspection service, a correction service, and a inspection service when the preprocessing inspection is completed. The inspection service, the correction service, and the inspection service will be described in detail later with reference to FIGS.

3 is a block diagram for explaining the print management server of FIG.

The print management server 3 of FIG. 3 includes a communication interface 32 for transmitting and receiving data to and from the clients 5-1, ..., and 5-N connected through the communication network 10, A web management unit 33 for providing a web page including a graphical user interface (GUI) manufactured by the client, an order reception unit 34 for receiving a print production order from a client via the web management unit 33, A preview server 36 for generating a preview image in accordance with the order file and the order information received by the order reception unit 34 and providing a preview image generated by the client to the preview server 36, A checking and correcting server 37 for correcting the files according to the inspection and correction history, generating a result report and providing the resultant report to the client, a checking and correcting server 37, When the first inspection of the client for inspection and correction is completed, the final output file is generated by processing the corrected file (pdf) so that it can be visually confirmed by a human, and the final output file generated is provided to the client A final acceptance server 38 for performing a second acceptance check on a file for final output, and a print processing unit 38 for performing a print process so that a printed matter is produced in accordance with the final output file, A print processing section 39 for controlling the apparatus 7 and a control section 32 for controlling these control objects 32, 33, 34, 35, 36, 37, 38, And a control unit 31 for controlling.

3, the database server 35, the preview server 36, the check and correction server 37 and the final check server 38 of the print management server 3 are independently configured for convenience of explanation. The preview server 36, the check and correction server 37 and the final check server 38 may be configured such that the functions of the print management server 3 are performed by the print management server 3 .

The control unit 31 is an OS (Operating System) of the print management server 3 and is an object to be connected 32, 33, 34, 35, 36, 37, 38, 39).

Also, the control unit 31 periodically crawls the communication interface unit 32 to search data received from the clients 5-1, ..., and 5-N in real time.

The control unit 31 also receives control data from the preview server 36 to enable the preview server 36 to be driven when the acceptance of the print production is completed by the order reception unit 34, The control and data server 37 inputs the control data to the check and correction server 37 so that the check and correction server 37 is driven.

The control unit 31 inputs the control data to the final inspection server 38 so that the final inspection server 38 is driven, and when the inspection is completed, When the second inspection, which is the inspection for the final output image, is completed by the inspection server 38, the print processing unit 39 is driven.

The database server 35 stores prebuilt graphical user interfaces (GUIs) and web pages.

The database server 35 stores member information, login information, personal information, and the like.

The database server 35 also stores order files and order information received by the order reception unit 34, a preview image generated by the preview server 36, a result report generated by the inspection and correction server 37 A file (pdf) checked and corrected by the checking and correcting server 37 and a final output file generated by the final checking server 38 are stored.

The web management unit 33 manages and controls a web page having a built-in graphical user interface (GUI). When a command is input and received from a connected client, the web management unit 33 operates a corresponding configuration unit, to provide.

In addition, the web management unit 33 provides an order interface, which is a prefabricated graphical user interface (GUI), upon receiving a print production order request from a connected client, and the order interface includes a print sheet, a size, An input field for inputting order information such as a background image and an object image, text contents, text property information (font, size, style, color, crossing, So that the purchaser can access the web page of the print processing server 3 and provide the order file and the order information quickly and accurately through the graphic user interface (GUI).

When the preview image is generated by the preview server 36, the web management unit 33 provides an exhibition interface, which is a graphical user interface (GUI) manufactured beforehand. The exhibition interface includes an exhibition field in which a preview image is displayed, Include input fields for input.

In addition, when the result report and the checked and corrected file (pdf) are generated by the checking and correcting server 37 from the connected client, the web managing unit 33 displays the generated result report and the corrected file (pdf) And provides a secondary acceptance interface for displaying a final output file when a final output file is generated by the final acceptance server 38. [

4 is a block diagram showing the preview server of Fig.

4, the preview server 36 includes an input / output unit 361 for receiving an order file and order information from the web management unit 33 and outputting data at the same time as the data input by the input / output unit 361 A first image generation unit 363 for extracting information related to a design of a printed matter by analyzing the images according to preset categories and generating a preview image according to the extracted design related information, A second image generating unit 365 for CMYK profiling so that a preview image can be printed and finally generating a preview image, and a preprocessing inspection service for a preview image generated by the second image generating unit 365 And a preprocessing acceptance unit 367.

The first image generating unit 363 analyzes the data inputted by the input / output unit 361 according to predetermined categories, extracts information related to the design of the printed matter, and generates a preview image according to the extracted design related information. In this case, the design related information is defined as information directly related to design among the order information, and in detail, the size, page number, color, image (background image + object image), text content, Style, color, lettering, and the like), and the like.

The preprocessing acceptance unit 367 performs preprocessing validation through an exhibition interface provided by the web management unit 33. [

When the preprocessing verification unit 367 of the preview server 36 receives the verification confirmation data indicating that there is nothing to be corrected from the client when the preprocess verification unit 367 executes the preprocessing verification, When the server 37 is activated and receives the modification request data including the modification information from the client, the preview server 36 repeats the operation in the same process according to the modification information.

Figure 5 is a block diagram illustrating the check and correction server of Figure 3;

The inspection and correction server 37 operates under the control of the control unit 31 when the pre-processing inspection is completed by the preview server 36. The inspection and correction server 37 generates a corrected file (pdf) and a result report according to the inspection and correction history, Provide to clients.

5, the check and correction server 37 includes an input / output unit 371 for inputting / outputting data, a determination unit 372 for determining whether the format structure of the file input from the client 5 is open or not, A first processing unit 373 that is driven when the format structure of the input file is determined to be open by the determination unit 372 and parses the data of the input file and then performs checking, A second processing unit 374 that is driven when the format structure of the input file is determined not to be opened by the second processing unit 374 and performs an inspection using an external automation server, A correcting unit 375 for analyzing the input file to provide a correction service of the input file and a result report generating unit 376 for generating a result report including the check and correction details when the correction is completed by the correcting unit 375 )Wow, A correction file generation unit 377 for generating a correction file (pdf) which is a checked and corrected file when the correction is completed by the correction unit 375; And a primary verification unit 378 for providing a primary verification service for the result report and the modification file (pdf)

In general, if the source of the input file is generated by an open application or software, it is possible to parse the data, but if the source of the input file is generated by an unopened application or software, its own data is difficult to parse . In view of the above characteristics, the present invention is configured such that the first processing unit 373 performs a self-checking service when the format structure of the input file is open. If the format structure of the input file is not open, And the inspection service is performed through the external automation server.

6 is an exemplary view showing a check list performed by the first processor and the second processor in FIG.

The first processing unit 373 and the second processing unit 374 perform an inspection service on the order file by using the mapping table matched with the threshold range of the predetermined category list.

At this time, the inspection service performs a check on 'document and page' 910 as shown in FIG. 6, and a check on 'document and page' 910 is' 910, 912, 913, 914, 915, 915, 916, 916, 916, 916, A page check 917, a check of a number of layers 918, a check of a blank layer 919-1, and a check of an invisible layer 919-2.

In addition, the first processor 373 and the second processor 374 perform a check on the 'graphic object' 920. At this time, the check for the 'graphic object' 920 may include '921', 'transparent applied object check' 922, 'overprint applied object check' 923, 'CMYK 924, 'Inspect graphic objects without outlines and fill' 925, 'Check graphic objects using spot colors' 926, 'Check graphic objects with ink coverage exceeding a preset maximum value' Inspection '927, and' outline inspection with a thickness less than a predetermined minimum value '928.

Also, the first processing unit 373 and the second processing unit 374 perform a check on the 'image object' 930. 930, 'OPI image inspection' 932, 'image inspection with a color other than CMYK' 933, and 'inspection of an image having a color other than CMYK' .

In addition, the first processor 373 and the second processor 374 perform a check on the 'font' 940. At this time, the check for 'fonts' 940 includes 'check for the presence of fonts' 941.

Fig. 7 is an exemplary diagram for explaining the correction unit of Fig. 5; Fig.

The correction unit 375 analyzes the order file that has been checked according to the preset correction list 980 to detect an error, and performs a correction service for correcting the detected error using a preset correction algorithm at the time of error detection.

Also, the correction unit 375 detects the page size as shown in FIG. 7 and corrects (981) when the detected page size is larger than the threshold value.

In addition, the correction unit 375 detects the RGB image that has passed the resolution check and performs correction 982 to convert the detected RGB image into CMYK.

The correction unit 375 also detects a spot color and performs a correction 983 for converting the detected spot color into CMYK color.

Also, the correction unit 375 detects whether or not an overprint is set, and performs a correction 984 to cancel the setting if an overprint setting is detected.

5, the result report generating unit 376 generates a result report including the details of the inspection performed by the first processing unit 373 or the second processing unit 374 and the correction details by the correction unit 375, .

The modification file generation unit 377 generates the modification file (pdf) by correcting the input file according to the inspection details and the correction details.

The primary verification unit 378 provides a primary verification service for the result report and the modification file pdf generated by the result report generation unit 376 and the modification file generation unit 377, And the first verification is performed through the first verification interface provided by the second verification interface.

According to the present invention configured as described above, the first acceptance unit 378 receives the first acceptance confirmation data indicating that there is nothing to be corrected by the client, the final acceptance server 38 is driven under the control of the control unit 31, Upon receiving the modification request data including the modification information from the client, the check and correction server 37 repeats the operation in the same process according to the modification information.

Fig. 8 is a block diagram showing the final inspection server shown in Fig. 3; Fig.

The final acceptance server 38 of FIG. 8 checks whether the corrected file (pdf) has been processed by the inspection and correction server 37 so that the corrected file (pdf) And a second checking unit 383 for providing a second checking service for the final output image generated by the final outputting image generating unit 381. [

At this time, the secondary acceptance unit 383 performs the secondary acceptance through the secondary acceptance interface provided by the web management unit 33. [

The print processing unit 39 is driven and the print processing unit 39 prints the printed image on the basis of the image for final output, So that the print processing device 7 can produce a printed matter desired by the customer.

As described above, the printing system 1 according to one embodiment of the present invention provides a graphical user interface (GUI) for receiving various information related to the production of printed matter to clients connected on-line, It is possible to accurately and simply provide relevant information to the producer.

In addition, when the printing system 1 receives the print production related information from the client through the graphic user interface, the print system 1 generates a preview image corresponding to the inputted print production related information and provides the preview image to the client, It is possible to accurately and promptly confirm whether or not it has occurred.

In addition, the printing system 1 performs various types of checking using a preset checking algorithm, and at the same time, generates a checking result report and a corrected file upon completion of the inspection, and provides the product to the purchaser so that the quality and reliability of the product can be remarkably increased .

Also, the printing system 1 is configured to perform checking in response to the open / non-open status of the file format structure, so that it is possible to check various formats.

In addition, the printing system 1 performs an automatic correction operation using a predetermined correction algorithm, thereby reducing unnecessary human labor and work time, and improving the quality of printed matter.

1: printing system 3: print management server 5-1, ..., 5-N:
7: print processing apparatus 10: communication network 31:
32: Communication interface unit 33: Web management unit
34: order receiving section 35: database server 36: preview server
37: check and correction server 38: final check server
39: print processing unit 361: input / output unit 363: first image generating unit
365: Second image generating unit 367: Pre-processing inspection unit
371 I / O unit 372 Decision unit 373 First processing unit
374: second processing unit 375: correcting unit 376:
377: Modified file generation unit 378: Primary verification unit
381: Final output image generating unit 383: Secondary inspection unit

Claims (7)

Claims 1. A printing system for producing prints on request online, comprising:
Wherein the printing system includes clients requesting print production and a print management server,
The print management server
An order reception unit receiving orders information and an order file, which are information related to production of printed materials to be produced by the clients,
Generates a preview image corresponding to the order information and the order file input by the order reception unit, and provides the generated preview image to the client to perform inspection, and receives correction request data including the correction content from the client A preview server for modifying a preview image according to a correction content of the transmitted modification request data to perform a re-examination;
A determination unit for determining whether the format structure of the order file inputted from the client is an open format structure or an open format format, which is driven when the preview server receives a confirmation confirmation data indicating that there is no modification from the client, Wherein the order file is driven when the format structure of the order file is determined to be an open format structure by the determination unit, parses the data of the order file, and then uses a mapping table in which a threshold range is matched according to a predetermined category list, A first processing unit for checking the order information and the order file, and a second processing unit which is driven when the determination unit determines that the format structure of the order file is not open, and transmits the order information and the order information through an automation server A second processing unit for checking the order file, A correcting unit for analyzing a file to detect an error and correcting a detected error using a predetermined correction algorithm when an error is detected; a result report generating unit for generating a result report, which is a correction and inspection history by the correcting unit; A checking and correcting server including a first checking unit for providing a correction file (pdf) corrected by the correcting unit and a result report generated by the result report generating unit to a client to perform a first checking;
When the acceptance confirmation data indicating that there is nothing to be corrected is received from the client by the first acceptance unit of the check and correction server, it is driven so that the final file can be visually confirmed, and a final output image is generated, A final acceptance server for providing the client with the second acceptance;
And a print processing unit configured to print a printed material according to a file which is driven when the second check is completed by the client by the final check server and the second check is completed,
The first processing unit and the second processing unit may be configured to determine whether or not the document structure is damaged or insecured in the document, the number of pages is checked, the page size is checked, the page rotation is checked, A check for 'document and page' including at least one of 'number of layers check', 'check for blank layer' and 'check for invisible layer', ''Inspect applied color objects',' Check color spaces other than CMYK ',' Check graphic objects without appearance lines and fill ',' Check graphic objects using spot colors', ' A check for a 'graphic object' that includes at least one of 'graphic object inspection with one ink coverage' and 'appearance line inspection with thickness less than a preset minimum thickness';and' , And a 'font' for checking whether or not the fonts are present is performed on the 'image object' including at least one of 'image check' and 'image check with CMYK color' . delete delete delete delete delete The printing system according to claim 1, wherein the print processing unit controls and manages a print processing apparatus that processes a print production.

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