CN113177830A - Personalized paper product digital printing description data transmission system and method - Google Patents

Personalized paper product digital printing description data transmission system and method Download PDF

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CN113177830A
CN113177830A CN202110729122.4A CN202110729122A CN113177830A CN 113177830 A CN113177830 A CN 113177830A CN 202110729122 A CN202110729122 A CN 202110729122A CN 113177830 A CN113177830 A CN 113177830A
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personalized
corrugated paper
description data
equipment
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李柏霖
吉娟
李�瑞
胡雅芝
张超
田亚利
苏鹏程
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Zhejiang Great Shengda Packing Co Ltd
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Abstract

The invention discloses a system and a method for transmitting digital printing description data of personalized paper products. The system comprises: the system comprises a corrugated paper personalized printing demand end and a corrugated paper digital printing supply end, wherein the corrugated paper digital printing supply end comprises a personalized printing description deconstructor, a printing description data exchanger, a distributed corrugated paper printing equipment supply chain, a digital printing manager and a digital printing cloud platform interface. The invention adapts to the characteristics of diversity, complexity and variability, provides a printing description data transmission mechanism with high definability and interchangeability, further builds a cloud platform, realizes effective scheduling and management of the individualized printing of the corrugated paper, achieves the optimization of resources and time, and realizes flexible and rapid printing flow self-defining.

Description

Personalized paper product digital printing description data transmission system and method
Technical Field
The invention relates to the field of intelligent manufacturing, in particular to a system and a method for transmitting digital printing description data of personalized paper products.
Background
In the prior art, corrugated boards begin at the end of the 18 th century, and have been significantly increased in application in the beginning of the 19 th century because of their light weight, low price, wide use, simple manufacture, and recyclability or even reuse. By the beginning of the 20 th century, the packaging has been widely popularized, popularized and applied for various commodities. Packaging containers made using corrugated paperboard have enjoyed great success in competing with a variety of packaging materials, due to their unique properties and advantages for the beautification and protection of the contents. Becoming one of the main materials for manufacturing packaging containers which have not been used for a long time and have been developed rapidly so far.
At present, patterns and characters are frequently required to be printed on the corrugated paper in the production process for displaying product information, and the printed characters and patterns can not only show the product information, but also improve the aesthetic property of the corrugated paper.
The printing modes commonly used for the corrugated paper at present mainly comprise flexographic printing, indirect offset printing, direct offset printing, silk screen printing and gravure printing, and each printing mode has advantages and disadvantages. For example, flexographic printing is the printing of water-based inks directly onto corrugated paper using flexographic plates; the flexible printing machine has the advantages of low cost, strong durability of the flexible printing plate, small influence on the strength of the carton, large printing breadth which can reach about 2.5 meters; the defects are that the printing precision is not high, can only reach 35-65 lines/inch, and the plate making of the image is difficult, so the printing machine is suitable for printing characters and simple patterns, can not support the image printing with high precision requirement, and is unstable in printing quality and easy to have different depths. The indirect offset printing is to print the paper of the carton firstly and then mount the printed paper on the corrugated board; the method has the advantages that the printing product is very fine, the number of the screen lines can reach 150-200 lines/inch, the plate making is easy, the PS plate is a conventional plate making, and the printing quality is stable; the disadvantages are firstly that the production process is more complex, the efficiency is lower, the cost is higher, and secondly the printing breadth is limited. The direct offset printing is to directly perform offset printing on corrugated paper, has the advantage of indirect offset printing, simplifies the production process and improves the production efficiency, but has the defects of large equipment investment and high fixed cost. The silk-screen printing is to directly print on the corrugated paper by using a silk-screen plate, the resolution of the silk-screen printing is not high, the image precision is low, the number of the conventional screen wires is 60-80 wires/inch, and the production efficiency is not high; the advantages are flexible and changeable breadth, easy plate making, low printing cost and stable printing quality, and is especially suitable for the layout which requires high color saturation and strong single color. The gravure preprinting printing is indirect printing, wherein printing is carried out on a plastic film or a coated paper through gravure, and then the plastic film or the coated paper is compounded with a base paper and a surface paper and then is adhered to the surface of corrugated paper, so that the gravure preprinting printing is suitable for corrugated paper boxes with surfaces needing to be covered with bright films, and is exquisite in printing, but the gravure preprinting printing has the defects of complex process and high equipment investment.
Users of corrugated paper often have a need for personalized custom printing. However, the traditional corrugated carton printing customization process is complex, the customization process cannot realize intellectualization, the customization efficiency is low, and the method has the characteristics of large batch, unification and the like; for cost reasons, the customer customization which mainly receives large demand and has continuous demand is seldom customized for scattered individuals, and the ordinary users cannot enjoy the customized service.
With the rapid development of new mode economy such as network e-commerce and the like, the corrugated carton packaging printing demand is increasingly vigorous, and the corrugated carton packaging printing machine has the characteristics of small batch, individuation, zero dispersion and large difference, and is gradually replacing the traditional large-batch and unified corrugated carton printing. Under the trend, the diversity of factors such as the corrugated paper product attribute, the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute of corrugated paper printing is increased by orders of magnitude, and the variability and the complexity of the execution process are more prominent. Therefore, on one hand, the original advantages of all printing modes of the corrugated paper are hoped to be kept to the greatest extent, and on the other hand, fine control on the basis of digitalization can be hoped to be realized in the corrugated paper printing link as far as possible, so that the resource and time optimization is achieved, and the method is suitable for the characteristic of flexible and rapid personalized printing.
Disclosure of Invention
In view of the above problems, the present invention aims to provide a printing description data transmission mechanism with high definability and interchangeability to build a cloud platform, so as to realize effective scheduling and management of the personalized printing of corrugated paper, achieve optimization of resources and time, and realize flexible and rapid printing flow customization, so as to meet the requirements of users for personalized customized printing of corrugated paper, and adapt to the characteristics of diversity, complexity and variability.
The invention provides a personalized paper product digital printing description data transmission system, which comprises: the system comprises a corrugated paper personalized printing demand end and a corrugated paper digital printing supply end, wherein the corrugated paper digital printing supply end comprises a personalized printing description deconstructor, a printing description data exchanger, a distributed corrugated paper printing equipment supply chain, a digital printing manager and a digital printing cloud platform interface;
the individualized printing demand end of the corrugated paper is connected with the individualized printing description deconstructor through a network, the individualized printing demand end of the corrugated paper provides an individualized printing order and individualized printing demand information, and the individualized printing description deconstructor analyzes the individualized printing demand information to form printing description data;
the printing description data exchanger is used as an uplink and downlink interface of a supply chain of the distributed corrugated paper printing equipment, realizes isomorphic transmission of the printing description data formed by the personalized printing description deconstructor to the supply chain of the distributed corrugated paper printing equipment, and realizes instruction and message exchange between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager;
the distributed corrugated paper printing equipment supply chain comprises a plurality of types of corrugated paper printing equipment which are established in a distributed mode, wherein the types of the corrugated paper printing equipment comprise a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and/or a gravure printing equipment; the corrugated paper printing equipment obtains print description data which are transmitted isomorphically from the print description data exchanger, determines the adaptation degree of the personalized printing requirement and the corrugated paper printing equipment according to the print description data, applies for and obtains a personalized printing order from the digital printing manager, converts the print description data corresponding to the personalized printing order into a printing instruction and executes the personalized printing order;
the digital printing manager is used for issuing a personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment of the distributed corrugated paper printing equipment supply chain, establishing a printing management process for the personalized printing order, synchronizing the printing management process to the printing description data exchanger and adding printing description data;
and the digital printing cloud platform interface is used for carrying out big data statistical analysis on the personalized printing orders and the printing management process thereof based on the interaction with the printing description data exchanger.
Preferably, the personalized printing description deconstructor firstly classifies printing types according to the obtained personalized printing requirement information; the personalized printing description deconstructor inputs the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the personalized printing requirement information into a classifier, and the trained classifier can determine the printing type matched with the personalized printing requirement information based on the attributes, wherein the printing type comprises one of flexography, indirect offset printing, direct offset printing, silk-screen printing and gravure printing; and then, the personalized printing description deconstructor calls the printing description slot template corresponding to the printing type according to the determined printing type, fills the printing description slot template by analyzing the personalized printing requirement information and the supplementary dialogue with the personalized printing requirement end of the corrugated paper, and finally generates the printing description data.
Preferably, the print description data exchanger builds, maintains and manages a stack of data messages; the data message stack comprises a plurality of groups of data stacks and message stacks, messages and data transmitted between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager are converted according to a uniform format and then are respectively added into the data stacks and the message stacks, and the stacks with different priorities are set according to the emergency levels of the data and the messages.
Preferably, the printing description data exchanger issues and updates a printing description data labeling form, wherein the printing description data corresponding to each individual printing requirement is recorded in a form item in the form, and the form item reflects a breadth size attribute, an element type attribute, a surface modification attribute, a resolution attribute and a color attribute in the printing description data; and an interpreter is configured in the printing description data exchanger aiming at the printing description data labeling form, and the interpreter can translate form items into industrial control instructions according to industrial control instructions supported by corrugated paper printing equipment of a distributed corrugated paper printing equipment supply chain and according to the format and instruction mechanism of the industrial control instructions and send the industrial control instructions to the corrugated paper printing equipment in series or in parallel.
Preferably, the digital printing manager includes: a printing management scheduling module; the printing management scheduling module is used for distributing the personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment; and establishing a printing management process for the personalized printing order, and updating the printing management process according to the feedback of the corrugated paper printing equipment to the printing instruction.
Preferably, the digital printing manager includes: a data center module; the data center module is used for acquiring data and messages from a data message stack of the printing description data exchanger, and performing data management, monitoring, storage and visual display; and, the data center module can synchronize a printing management process to the printing description data exchanger to add the printing description data.
Preferably, the digital printing manager includes: a device state maintenance module; the equipment state maintenance module can be used for visually and transparently monitoring the equipment operation condition, the production environment condition, the material condition and the like of the supply chain of the distributed corrugated paper printing equipment in real time through the printing description data exchanger, and checking real-time data and historical data curves of the equipment, the environment, the materials and the like.
Preferably, the digital printing manager includes: an equipment fault processing module; the equipment fault processing module is used for realizing fault prediction and maintenance of a supply chain of the distributed corrugated paper printing equipment; the equipment fault processing module obtains data and information of a supply chain of the distributed corrugated paper printing equipment through the printing description data exchanger, and judges whether fault risks exist in the individualized printing order executed by the corrugated paper printing equipment or not according to the data and the information and a preset fault prediction rule, so that fault grading is carried out, and accidents and machine halt are avoided.
The invention provides a method for transmitting digital printing description data of personalized paper products, which comprises the following steps:
providing an individualized printing order and individualized printing demand information through a network based on an individualized printing demand terminal of corrugated paper;
analyzing according to the personalized printing requirement information based on a personalized printing description deconstructor to form printing description data;
based on a printing description data exchanger serving as an uplink interface and a downlink interface of a supply chain of the distributed corrugated paper printing equipment, enabling the printing description data formed by the personalized printing description deconstructor to realize isomorphic transmission to the supply chain of the distributed corrugated paper printing equipment and realizing instruction and message exchange between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager;
logging in the printing description data exchanger based on corrugated paper printing equipment, and traversing and reading a printing description data label form issued by the printing description data exchanger; the corrugated paper printing equipment obtains form items in the printing description data labeling form, and the adaptability between the individualized printing requirement of the printing description data labeling form description and the corrugated paper printing equipment is determined according to the form items;
if the adaptation degree meets the requirement, the corrugated paper printing equipment can send a personalized printing order application message to the slave printing description data exchanger to apply for obtaining a personalized printing order, and the printing description data exchanger sends the personalized printing order application message to the digital printing manager;
based on the application initiated by the digital printing manager according to the corrugated paper printing equipment of the distributed corrugated paper printing equipment supply chain, a personalized printing order is issued to the corrugated paper printing equipment, a printing management process is established for the personalized printing order, and the printing management process is synchronized to the printing description data exchanger to add the printing description data.
Preferably, the step of parsing based on the personalized printing description deconstructor according to the personalized printing requirement information to form the printing description data specifically includes: based on the personalized printing description deconstructor, firstly classifying the printing types according to the obtained personalized printing requirement information; the personalized printing description deconstructor inputs the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the personalized printing requirement information into a classifier, and the trained classifier can determine the printing type matched with the personalized printing requirement information based on the attributes, wherein the printing type comprises one of flexography, indirect offset printing, direct offset printing, silk-screen printing and gravure printing; and then, based on the personalized printing description deconstructor, calling the printing description slot template corresponding to the printing type according to the determined printing type, filling the printing description slot template by analyzing the personalized printing requirement information and the supplementary dialogue with the personalized printing requirement end of the corrugated paper, and finally generating the printing description data.
Aiming at the personalized customized printing requirements, the printing description data transmission mechanism is adaptive to the characteristics of diversity, complexity and variability, and the printing description data transmission mechanism with high definability and interchangeability is provided, so that a cloud platform is built, the personalized printing of the corrugated paper is effectively scheduled and managed, the optimization of resources and time is achieved, and the flexible and rapid printing flow customization is realized.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
fig. 1 is a block diagram of a system for transmitting digital print description data of a personalized paper product according to an embodiment of the present invention;
FIG. 2 is a schematic diagram of a specific structure of a digital printing manager according to an embodiment of the present invention;
fig. 3 is a flowchart of a method for transmitting digital printing description data of a personalized paper product according to an embodiment of the present invention.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
The invention aims to meet the personalized customized printing requirements of corrugated paper users, adapt to the characteristics of diversity, complexity and variability, provide a printing description data transmission mechanism with high definability and interchangeability, further build a cloud platform, realize effective scheduling and management of the personalized printing of the corrugated paper, optimize resources and time and realize flexible and rapid printing flow customization.
Referring to fig. 1, the present invention provides a personalized paper product digital print description data transmission system, comprising: the system comprises a corrugated paper personalized printing demand end and a corrugated paper digital printing supply end, wherein the corrugated paper digital printing supply end comprises a personalized printing description deconstructor, a printing description data exchanger, a distributed corrugated paper printing equipment supply chain, a digital printing manager and a digital printing cloud platform interface. The personalized printing demand end of the corrugated paper can be a terminal device such as a computer and a mobile phone used by an end user of a corrugated paper packing paper product or a manufacturer of the corrugated paper packing paper product, and the digital printing supply end of the corrugated paper is a digital printing service platform on a network side and is used for realizing the personalized printing demand of the corrugated paper.
The individualized printing demand end of corrugated paper is connected with the individualized printing description deconstructor through a network, the individualized printing demand end of corrugated paper provides an individualized printing order and individualized printing demand information, and the individualized printing description deconstructor analyzes according to the individualized printing demand information to form printing description data.
The personalized printing order provided by the personalized printing demand end of the corrugated paper comprises delivery time, the number of ordered sheets, the specification requirement of original corrugated paper sheets, the order acceptance price and the like; and the personalized printing order can be added with personalized printing requirement information, the personalized printing requirement information comprises pictures and characters to be printed, and based on the pictures and the characters to be printed, breadth size attributes, element type attributes, surface modification attributes, resolution attributes, color attributes and the like which are matched with the personalized printing requirement information are also added into the personalized printing requirement information. The personalized printing demand end of the corrugated paper can provide the personalized printing demand information in a mode of filling an order form and uploading a layout file with pictures and characters to be printed. Furthermore, the breadth size attribute and the surface modification attribute can be directly read from the metadata information of the layout file; the element type attribute can extract the layout constituent elements from the layout file, and the type (characters, figures and photos) of each layout constituent element can be obtained by directly identifying the type of the layout constituent element; and determining the resolution attribute of the layout information according to the element type attribute and the printing quality grade of each layout component, and determining the color attribute of the layout information according to the pixel color number and the printing quality grade of each layout component, so as to be added to the personalized printing requirement information.
And the personalized printing description deconstructor analyzes according to the personalized printing requirement information to form printing description data. Specifically, the personalized printing description deconstructor firstly classifies the printing types according to the acquired personalized printing requirement information; and the personalized printing description deconstructor inputs the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the personalized printing requirement information into a classifier, and the trained classifier can determine the printing type matched with the personalized printing requirement information based on the attributes, wherein the printing type comprises one of flexography, indirect offset printing, direct offset printing, silk-screen printing and gravure printing. For example, the personalized printing requirement information with the breadth size attribute of large, the layout component type of character or graph, and the resolution attribute and the color attribute of low can be matched with the screen printing or the flexographic printing; the personalized printing requirement information with the breadth size attribute of 'middle', the layout component of 'photo', the resolution attribute and the color attribute of high can be matched with indirect offset printing or direct offset printing. And then, the personalized printing description deconstructor calls the printing description slot template corresponding to the printing type according to the determined printing type, fills the printing description slot template by analyzing the personalized printing requirement information and the supplementary dialogue with the personalized printing requirement end of the corrugated paper, and finally generates the printing description data.
The printing description data exchanger is used as an uplink and downlink interface of a supply chain of the distributed corrugated paper printing equipment, realizes isomorphic transmission of the printing description data formed by the personalized printing description deconstructor to the supply chain of the distributed corrugated paper printing equipment, and realizes instruction and message exchange between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager. The supply chain of distributed corrugated paper printing equipment for actually performing digital printing comprises various types of corrugated paper printing equipment which are arranged in a distributed mode, wherein the corrugated paper printing equipment comprises a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and a gravure printing equipment, the corrugated paper printing equipment is from different manufacturers, and instructions, messages and data formats supported by the equipment are highly different. Therefore, after obtaining the print description data from the personalized print description deconstructor, the print description data exchanger needs to perform isomorphic transmission to the supply chain of the distributed corrugated paper printing device, so that the corrugated paper printing device added to the supply chain can interpret and execute the print description data. And the printing description data exchanger is also used as a transfer junction between the distributed corrugated paper printing equipment supply chain and the digital printing manager to realize the instruction and message exchange between the distributed corrugated paper printing equipment supply chain and the digital printing manager.
To achieve the above goals, in particular, the print description data exchanger builds, maintains and manages a data message stack and print description data annotation form. The data message stack comprises a plurality of groups of data stacks and message stacks, messages and data transmitted between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager are converted according to a uniform format and then are respectively added into the data stacks and the message stacks, and the stacks with different priorities are set according to the emergency levels of the data and the messages. And the printing description data exchanger issues and updates a printing description data labeling form, wherein the printing description data corresponding to each individual printing requirement is recorded in a form item in the form, and the form item reflects the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the printing description data. And an interpreter is configured in the printing description data exchanger aiming at the printing description data labeling form, and the interpreter can translate form items into industrial control instructions according to industrial control instructions supported by corrugated paper printing equipment of a distributed corrugated paper printing equipment supply chain and according to the format and instruction mechanism of the industrial control instructions and send the industrial control instructions to the corrugated paper printing equipment in series or in parallel.
The distributed corrugated paper printing equipment supply chain comprises a plurality of types of corrugated paper printing equipment which are established in a distributed mode, wherein the types of the corrugated paper printing equipment comprise a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and/or a gravure printing equipment. The newly-established corrugated printing device may send a join supply chain request to the digital print manager, and add to the join supply chain request the print types and print capacity parameters supported by the corrugated printing device.
The corrugated paper printing equipment can log in the printing description data exchanger at any time and traverse and read the printing description data label form issued by the printing description data exchanger; the corrugated paper printing equipment obtains form items of breadth size attribute, element type attribute, surface modification attribute, resolution attribute and color attribute in the printing description data labeling form, and determines the adaptability of the individualized printing requirement of the printing description data labeling form description and the corrugated paper printing equipment according to the form items. If the suitability meets the requirement, the corrugated paper printing equipment can send a personalized printing order application message to the printing description data exchanger to apply for obtaining a personalized printing order, and the printing description data exchanger sends the personalized printing order application message to the digital printing manager. When the digital printing manager issues an allocation instruction allowing order application, the printing description data exchanger converts the printing description data corresponding to the personalized printing order into a printing instruction, and issues the printing instruction to the corrugated paper printing equipment to execute the personalized printing order.
The digital printing manager is used for issuing a personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment of the distributed corrugated paper printing equipment supply chain, establishing a printing management process for the personalized printing order, synchronizing the printing management process to the printing description data exchanger and adding the printing description data.
As shown in fig. 2, the digital printing manager includes a printing management scheduling module, a data center module, an equipment status maintenance module, and an equipment failure processing module. The printing management scheduling module is used for distributing the personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment; and establishing a printing management process for the personalized printing order, and updating the printing management process according to the feedback of the corrugated paper printing equipment to the printing instruction. The data center module obtains data and messages from a data message stack of the printing description data exchanger, and performs data management, monitoring, storage and visual display; the data center module can realize the visualization of data; and, the data center module can synchronize a printing management process to the printing description data exchanger to add the printing description data. The equipment state maintenance module can be used for carrying out real-time visual transparent monitoring on the equipment operation condition, the production environment condition, the material condition and the like of the supply chain of the distributed corrugated paper printing equipment through the printing description data exchanger, and checking real-time data and historical data curves in the aspects of equipment, environment, materials and the like. The equipment fault processing module realizes the fault prediction and maintenance of the supply chain of the distributed corrugated paper printing equipment; the equipment fault processing module obtains data and information of a supply chain of the distributed corrugated paper printing equipment through the printing description data exchanger, and judges whether fault risks exist in the individualized printing order executed by the corrugated paper printing equipment or not according to the data and the information and a preset fault prediction rule, so that fault grading is carried out, and accidents and machine halt are avoided.
And the digital printing cloud platform interface is used for carrying out big data statistical analysis on the personalized printing orders and the printing management process thereof based on the interaction with the printing description data exchanger. The digital printing cloud platform interface is a cloud platform with big data analysis capability, and can extract big data indexes facing to all printing management processes of the whole distributed corrugated paper printing equipment supply chain. The digital printing cloud platform interface and the data center module perform data sharing, and massive equipment data, environmental data and material data are accumulated. Therefore, the discovery and analysis of the big data indexes are realized by combining an AI data analysis algorithm on the basis of mass big data.
As shown in fig. 3, the present invention provides a personalized paper product digital print description data transmission system, comprising: the system comprises a corrugated paper personalized printing demand end and a corrugated paper digital printing supply end, wherein the corrugated paper digital printing supply end comprises a personalized printing description deconstructor, a printing description data exchanger, a distributed corrugated paper printing equipment supply chain, a digital printing manager and a digital printing cloud platform interface. The personalized printing demand end of the corrugated paper can be a terminal device such as a computer and a mobile phone used by an end user of a corrugated paper packing paper product or a manufacturer of the corrugated paper packing paper product, and the digital printing supply end of the corrugated paper is a digital printing service platform on a network side and is used for realizing the personalized printing demand of the corrugated paper.
The individualized printing demand end of corrugated paper is connected with the individualized printing description deconstructor through a network, the individualized printing demand end of corrugated paper provides an individualized printing order and individualized printing demand information, and the individualized printing description deconstructor analyzes according to the individualized printing demand information to form printing description data.
The personalized printing order provided by the personalized printing demand end of the corrugated paper comprises delivery time, the number of ordered sheets, the specification requirement of original corrugated paper sheets, the order acceptance price and the like; and the personalized printing order can be added with personalized printing requirement information, the personalized printing requirement information comprises pictures and characters to be printed, and based on the pictures and the characters to be printed, breadth size attributes, element type attributes, surface modification attributes, resolution attributes, color attributes and the like which are matched with the personalized printing requirement information are also added into the personalized printing requirement information. The personalized printing demand end of the corrugated paper can provide the personalized printing demand information in a mode of filling an order form and uploading a layout file with pictures and characters to be printed. Furthermore, the breadth size attribute and the surface modification attribute can be directly read from the metadata information of the layout file; the element type attribute can extract the layout constituent elements from the layout file, and the type (characters, figures and photos) of each layout constituent element can be obtained by directly identifying the type of the layout constituent element; and determining the resolution attribute of the layout information according to the element type attribute and the printing quality grade of each layout component, and determining the color attribute of the layout information according to the pixel color number and the printing quality grade of each layout component, so as to be added to the personalized printing requirement information.
And the personalized printing description deconstructor analyzes according to the personalized printing requirement information to form printing description data. Specifically, the personalized printing description deconstructor firstly classifies the printing types according to the acquired personalized printing requirement information; and the personalized printing description deconstructor inputs the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the personalized printing requirement information into a classifier, and the trained classifier can determine the printing type matched with the personalized printing requirement information based on the attributes, wherein the printing type comprises one of flexography, indirect offset printing, direct offset printing, silk-screen printing and gravure printing. For example, the personalized printing requirement information with the breadth size attribute of large, the layout component type of character or graph, and the resolution attribute and the color attribute of low can be matched with the screen printing or the flexographic printing; the personalized printing requirement information with the breadth size attribute of 'middle', the layout component of 'photo', the resolution attribute and the color attribute of high can be matched with indirect offset printing or direct offset printing. And then, the personalized printing description deconstructor calls the printing description slot template corresponding to the printing type according to the determined printing type, fills the printing description slot template by analyzing the personalized printing requirement information and the supplementary dialogue with the personalized printing requirement end of the corrugated paper, and finally generates the printing description data.
The printing description data exchanger is used as an uplink and downlink interface of a supply chain of the distributed corrugated paper printing equipment, realizes isomorphic transmission of the printing description data formed by the personalized printing description deconstructor to the supply chain of the distributed corrugated paper printing equipment, and realizes instruction and message exchange between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager. The supply chain of distributed corrugated paper printing equipment for actually performing digital printing comprises various types of corrugated paper printing equipment which are arranged in a distributed mode, wherein the corrugated paper printing equipment comprises a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and a gravure printing equipment, the corrugated paper printing equipment is from different manufacturers, and instructions, messages and data formats supported by the equipment are highly different. Therefore, after obtaining the print description data from the personalized print description deconstructor, the print description data exchanger needs to perform isomorphic transmission to the supply chain of the distributed corrugated paper printing device, so that the corrugated paper printing device added to the supply chain can interpret and execute the print description data. And the printing description data exchanger is also used as a transfer junction between the distributed corrugated paper printing equipment supply chain and the digital printing manager to realize the instruction and message exchange between the distributed corrugated paper printing equipment supply chain and the digital printing manager.
To achieve the above goals, in particular, the print description data exchanger builds, maintains and manages a data message stack and print description data annotation form. The data message stack comprises a plurality of groups of data stacks and message stacks, messages and data transmitted between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager are converted according to a uniform format and then are respectively added into the data stacks and the message stacks, and the stacks with different priorities are set according to the emergency levels of the data and the messages. And the printing description data exchanger issues and updates a printing description data labeling form, wherein the printing description data corresponding to each individual printing requirement is recorded in a form item in the form, and the form item reflects the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the printing description data. And an interpreter is configured in the printing description data exchanger aiming at the printing description data labeling form, and the interpreter can translate form items into industrial control instructions according to industrial control instructions supported by corrugated paper printing equipment of a distributed corrugated paper printing equipment supply chain and according to the format and instruction mechanism of the industrial control instructions and send the industrial control instructions to the corrugated paper printing equipment in series or in parallel.
The distributed corrugated paper printing equipment supply chain comprises a plurality of types of corrugated paper printing equipment which are established in a distributed mode, wherein the types of the corrugated paper printing equipment comprise a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and/or a gravure printing equipment. The newly-established corrugated printing device may send a join supply chain request to the digital print manager, and add to the join supply chain request the print types and print capacity parameters supported by the corrugated printing device.
The corrugated paper printing equipment can log in the printing description data exchanger at any time and traverse and read the printing description data label form issued by the printing description data exchanger; the corrugated paper printing equipment obtains form items of breadth size attribute, element type attribute, surface modification attribute, resolution attribute and color attribute in the printing description data labeling form, and determines the adaptability of the individualized printing requirement of the printing description data labeling form description and the corrugated paper printing equipment according to the form items. If the suitability meets the requirement, the corrugated paper printing equipment can send a personalized printing order application message to the printing description data exchanger to apply for obtaining a personalized printing order, and the printing description data exchanger sends the personalized printing order application message to the digital printing manager. When the digital printing manager issues an allocation instruction allowing order application, the printing description data exchanger converts the printing description data corresponding to the personalized printing order into a printing instruction, and issues the printing instruction to the corrugated paper printing equipment to execute the personalized printing order.
The digital printing manager is used for issuing a personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment of the distributed corrugated paper printing equipment supply chain, establishing a printing management process for the personalized printing order, synchronizing the printing management process to the printing description data exchanger and adding the printing description data.
As shown in fig. 2, the digital printing manager includes a printing management scheduling module, a data center module, an equipment status maintenance module, and an equipment failure processing module. The printing management scheduling module is used for distributing the personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment; and establishing a printing management process for the personalized printing order, and updating the printing management process according to the feedback of the corrugated paper printing equipment to the printing instruction. The data center module obtains data and messages from a data message stack of the printing description data exchanger, and performs data management, monitoring, storage and visual display; the data center module can realize the visualization of data; and, the data center module can synchronize a printing management process to the printing description data exchanger to add the printing description data. The equipment state maintenance module can be used for carrying out real-time visual transparent monitoring on the equipment operation condition, the production environment condition, the material condition and the like of the supply chain of the distributed corrugated paper printing equipment through the printing description data exchanger, and checking real-time data and historical data curves in the aspects of equipment, environment, materials and the like. The equipment fault processing module realizes the fault prediction and maintenance of the supply chain of the distributed corrugated paper printing equipment; the equipment fault processing module obtains data and information of a supply chain of the distributed corrugated paper printing equipment through the printing description data exchanger, and judges whether fault risks exist in the individualized printing order executed by the corrugated paper printing equipment or not according to the data and the information and a preset fault prediction rule, so that fault grading is carried out, and accidents and machine halt are avoided.
And the digital printing cloud platform interface is used for carrying out big data statistical analysis on the personalized printing orders and the printing management process thereof based on the interaction with the printing description data exchanger. The digital printing cloud platform interface is a cloud platform with big data analysis capability, and can extract big data indexes facing to all printing management processes of the whole distributed corrugated paper printing equipment supply chain. The digital printing cloud platform interface and the data center module perform data sharing, and massive equipment data, environmental data and material data are accumulated. Therefore, the discovery and analysis of the big data indexes are realized by combining an AI data analysis algorithm on the basis of mass big data.
Referring to fig. 3, the present invention provides a method for transmitting digital printing description data of a personalized paper product, comprising the following steps:
step S301: and providing an individualized printing order and individualized printing demand information through a network based on the individualized printing demand end of the corrugated paper.
The personalized printing order provided by the personalized printing demand end of the corrugated paper comprises delivery time, the number of ordered sheets, the specification requirement of original corrugated paper sheets, the order acceptance price and the like; and the personalized printing order can be added with personalized printing requirement information, the personalized printing requirement information comprises pictures and characters to be printed, and based on the pictures and the characters to be printed, breadth size attributes, element type attributes, surface modification attributes, resolution attributes, color attributes and the like which are matched with the personalized printing requirement information are also added into the personalized printing requirement information. The personalized printing demand end of the corrugated paper can provide the personalized printing demand information in a mode of filling an order form and uploading a layout file with pictures and characters to be printed. Furthermore, the breadth size attribute and the surface modification attribute can be directly read from the metadata information of the layout file; the element type attribute can extract the layout constituent elements from the layout file, and the type (characters, figures and photos) of each layout constituent element can be obtained by directly identifying the type of the layout constituent element; and determining the resolution attribute of the layout information according to the element type attribute and the printing quality grade of each layout component, and determining the color attribute of the layout information according to the pixel color number and the printing quality grade of each layout component, so as to be added to the personalized printing requirement information.
Step S302: and analyzing according to the personalized printing requirement information based on a personalized printing description deconstructor to form printing description data. And the personalized printing description deconstructor analyzes according to the personalized printing requirement information to form printing description data. Specifically, the personalized printing description deconstructor firstly classifies the printing types according to the acquired personalized printing requirement information; and the personalized printing description deconstructor inputs the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the personalized printing requirement information into a classifier, and the trained classifier can determine the printing type matched with the personalized printing requirement information based on the attributes, wherein the printing type comprises one of flexography, indirect offset printing, direct offset printing, silk-screen printing and gravure printing. For example, the personalized printing requirement information with the breadth size attribute of large, the layout component type of character or graph, and the resolution attribute and the color attribute of low can be matched with the screen printing or the flexographic printing; the personalized printing requirement information with the breadth size attribute of 'middle', the layout component of 'photo', the resolution attribute and the color attribute of high can be matched with indirect offset printing or direct offset printing. And then, the personalized printing description deconstructor calls the printing description slot template corresponding to the printing type according to the determined printing type, fills the printing description slot template by analyzing the personalized printing requirement information and the supplementary dialogue with the personalized printing requirement end of the corrugated paper, and finally generates the printing description data.
And step 303, based on the print description data exchanger serving as an uplink interface and a downlink interface of the supply chain of the distributed corrugated paper printing equipment, enabling the print description data formed by the personalized print description deconstructor to be isomorphically transmitted to the supply chain of the distributed corrugated paper printing equipment, and enabling instructions and messages to be exchanged between the supply chain of the distributed corrugated paper printing equipment and the digital print manager.
The supply chain of distributed corrugated paper printing equipment for actually performing digital printing comprises various types of corrugated paper printing equipment which are arranged in a distributed mode, wherein the corrugated paper printing equipment comprises a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and a gravure printing equipment, the corrugated paper printing equipment is from different manufacturers, and instructions, messages and data formats supported by the equipment are highly different. Therefore, after obtaining the print description data from the personalized print description deconstructor, the print description data exchanger needs to perform isomorphic transmission to the supply chain of the distributed corrugated paper printing device, so that the corrugated paper printing device added to the supply chain can interpret and execute the print description data. And the printing description data exchanger is also used as a transfer junction between the distributed corrugated paper printing equipment supply chain and the digital printing manager to realize the instruction and message exchange between the distributed corrugated paper printing equipment supply chain and the digital printing manager.
To achieve the above goals, in particular, a data message stack and a print description data annotation form are created, maintained and managed based on a print description data exchanger. The data message stack comprises a plurality of groups of data stacks and message stacks, messages and data transmitted between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager are converted according to a uniform format and then are respectively added into the data stacks and the message stacks, and the stacks with different priorities are set according to the emergency levels of the data and the messages. And the printing description data exchanger issues and updates a printing description data labeling form, wherein the printing description data corresponding to each individual printing requirement is recorded in a form item in the form, and the form item reflects the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the printing description data. And an interpreter is configured in the printing description data exchanger aiming at the printing description data labeling form, and the interpreter can translate form items into industrial control instructions according to industrial control instructions supported by corrugated paper printing equipment of a distributed corrugated paper printing equipment supply chain and according to the format and instruction mechanism of the industrial control instructions and send the industrial control instructions to the corrugated paper printing equipment in series or in parallel.
Step S304: logging in the printing description data exchanger based on corrugated paper printing equipment, and traversing and reading a printing description data label form issued by the printing description data exchanger; the corrugated paper printing equipment obtains the form items in the printing description data labeling form, and the adaptability between the personalized printing requirement of the printing description data labeling form description and the corrugated paper printing equipment is determined according to the form items.
The distributed corrugated paper printing equipment supply chain comprises a plurality of types of corrugated paper printing equipment which are established in a distributed mode, wherein the types of the corrugated paper printing equipment comprise a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and/or a gravure printing equipment. The newly-established corrugated printing device may send a join supply chain request to the digital print manager, and add to the join supply chain request the print types and print capacity parameters supported by the corrugated printing device.
The corrugated paper printing equipment can log in the printing description data exchanger at any time and traverse and read the printing description data label form issued by the printing description data exchanger; the corrugated paper printing equipment obtains form items of breadth size attribute, element type attribute, surface modification attribute, resolution attribute and color attribute in the printing description data labeling form, and determines the adaptability of the individualized printing requirement of the printing description data labeling form description and the corrugated paper printing equipment according to the form items.
Step S305: if the suitability meets the requirement, the corrugated paper printing equipment can send a personalized printing order application message to the printing description data exchanger to apply for obtaining a personalized printing order, and the printing description data exchanger sends the personalized printing order application message to the digital printing manager.
Step S306: based on the application initiated by the digital printing manager according to the corrugated paper printing equipment of the distributed corrugated paper printing equipment supply chain, a personalized printing order is issued to the corrugated paper printing equipment, a printing management process is established for the personalized printing order, and the printing management process is synchronized to the printing description data exchanger to add the printing description data.
When the digital printing manager issues an allocation instruction allowing order application, the printing description data exchanger converts the printing description data corresponding to the personalized printing order into a printing instruction, and issues the printing instruction to the corrugated paper printing equipment to execute the personalized printing order.
And, the personalized paper product digital printing description data transmission method further comprises the following steps:
obtaining data and messages from a data message stack of the printing description data exchanger, and performing data management, monitoring, storage and visual display; the data center module can realize the visualization of data; and, the data center module can synchronize a printing management process to the printing description data exchanger to add the printing description data.
The printing description data exchanger can be used for real-time visual transparent monitoring of the equipment operation condition, the production environment condition, the material condition and the like of the supply chain of the distributed corrugated paper printing equipment, and can be used for checking real-time data and historical data curves of the equipment, the environment, the materials and the like.
The fault prediction and maintenance of the supply chain of the distributed corrugated paper printing equipment are realized through an equipment fault processing module; the equipment fault processing module obtains data and information of a supply chain of the distributed corrugated paper printing equipment through the printing description data exchanger, and judges whether fault risks exist in the individualized printing order executed by the corrugated paper printing equipment or not according to the data and the information and a preset fault prediction rule, so that fault grading is carried out, and accidents and machine halt are avoided.
And the digital printing-based cloud platform interface is used for carrying out big data statistical analysis on the personalized printing order and the printing management process thereof based on the interaction with the printing description data exchanger. The digital printing cloud platform interface is a cloud platform with big data analysis capability, and can extract big data indexes facing to all printing management processes of the whole distributed corrugated paper printing equipment supply chain. The digital printing cloud platform interface and the data center module perform data sharing, and massive equipment data, environmental data and material data are accumulated. Therefore, the discovery and analysis of the big data indexes are realized by combining an AI data analysis algorithm on the basis of mass big data.
In summary, the invention provides a printing description data transmission mechanism with high definability and interchangeability aiming at the personalized customized printing requirement and adapting to the characteristics of diversity, complexity and variability, and further builds a cloud platform, so as to realize effective scheduling and management of the personalized printing of the corrugated paper, achieve the optimization of resources and time, and realize flexible and rapid printing flow customization.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.

Claims (10)

1. A personalized paper product digital print description data transmission system, comprising: the system comprises a corrugated paper personalized printing demand end and a corrugated paper digital printing supply end, wherein the corrugated paper digital printing supply end comprises a personalized printing description deconstructor, a printing description data exchanger, a distributed corrugated paper printing equipment supply chain, a digital printing manager and a digital printing cloud platform interface;
the individualized printing demand end of the corrugated paper is connected with the individualized printing description deconstructor through a network, the individualized printing demand end of the corrugated paper provides an individualized printing order and individualized printing demand information, and the individualized printing description deconstructor analyzes the individualized printing demand information to form printing description data;
the printing description data exchanger is used as an uplink and downlink interface of a supply chain of the distributed corrugated paper printing equipment, realizes isomorphic transmission of the printing description data formed by the personalized printing description deconstructor to the supply chain of the distributed corrugated paper printing equipment, and realizes instruction and message exchange between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager;
the distributed corrugated paper printing equipment supply chain comprises a plurality of types of corrugated paper printing equipment which are established in a distributed mode, wherein the types of the corrugated paper printing equipment comprise a flexographic printing equipment, an indirect offset printing equipment, a direct offset printing equipment, a screen printing equipment and/or a gravure printing equipment; the corrugated paper printing equipment obtains print description data which are transmitted isomorphically from the print description data exchanger, determines the adaptation degree of the personalized printing requirement and the corrugated paper printing equipment according to the print description data, applies for and obtains a personalized printing order from the digital printing manager, converts the print description data corresponding to the personalized printing order into a printing instruction and executes the personalized printing order;
the digital printing manager is used for issuing a personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment of the distributed corrugated paper printing equipment supply chain, establishing a printing management process for the personalized printing order, synchronizing the printing management process to the printing description data exchanger and adding printing description data;
and the digital printing cloud platform interface is used for carrying out big data statistical analysis on the personalized printing orders and the printing management process thereof based on the interaction with the printing description data exchanger.
2. The system for transmitting digital printing description data of personalized paper products according to claim 1, wherein the personalized printing description deconstructor first classifies the printing type according to the obtained personalized printing requirement information; the personalized printing description deconstructor inputs the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the personalized printing requirement information into a classifier, and the trained classifier can determine the printing type matched with the personalized printing requirement information based on the attributes, wherein the printing type comprises one of flexography, indirect offset printing, direct offset printing, silk-screen printing and gravure printing; and then, the personalized printing description deconstructor calls a printing description slot template corresponding to the printing type according to the determined printing type, fills the printing description slot template by analyzing the personalized printing requirement information and the supplementary dialogue with the personalized printing requirement end of the corrugated paper, and finally generates the printing description data.
3. The personalized paper product digital print description data transmission system of claim 1, wherein the print description data exchanger creates, maintains and manages a data message stack; the data message stack comprises a plurality of groups of data stacks and message stacks, messages and data transmitted between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager are converted according to a uniform format and then are respectively added into the data stacks and the message stacks, and the stacks with different priorities are set according to the emergency levels of the data and the messages.
4. The system for transmitting digital printing description data of personalized paper products according to claim 3, wherein the printing description data exchanger issues and updates a printing description data label form, wherein the form item in the form records the printing description data corresponding to each personalized printing requirement, and reflects the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the printing description data; and an interpreter is configured in the printing description data exchanger aiming at the printing description data labeling form, and the interpreter can translate form items into industrial control instructions according to industrial control instructions supported by corrugated paper printing equipment of a distributed corrugated paper printing equipment supply chain and according to the format and instruction mechanism of the industrial control instructions and send the industrial control instructions to the corrugated paper printing equipment in series or in parallel.
5. The personalized paper product digital print description data transmission system of claim 1, wherein the digital print manager comprises: a printing management scheduling module; the printing management scheduling module is used for distributing the personalized printing order to the corrugated paper printing equipment according to an application initiated by the corrugated paper printing equipment; and establishing a printing management process for the personalized printing order, and updating the printing management process according to the feedback of the corrugated paper printing equipment to the printing instruction.
6. The personalized paper product digital print description data transmission system of claim 1, wherein the digital print manager comprises: a data center module; the data center module is used for acquiring data and messages from a data message stack of the printing description data exchanger, and performing data management, monitoring, storage and visual display; and, the data center module can synchronize a printing management process to the printing description data exchanger to add the printing description data.
7. The personalized paper product digital print description data transmission system of claim 1, wherein the digital print manager comprises: a device state maintenance module; the equipment state maintenance module can be used for visually and transparently monitoring the equipment operation condition, the production environment condition, the material condition and the like of the supply chain of the distributed corrugated paper printing equipment in real time through the printing description data exchanger, and checking real-time data and historical data curves of the equipment, the environment, the materials and the like.
8. The personalized paper product digital print description data transmission system of claim 1, wherein the digital print manager comprises: an equipment fault processing module; the equipment fault processing module is used for realizing fault prediction and maintenance of a supply chain of the distributed corrugated paper printing equipment; the equipment fault processing module obtains data and information of a supply chain of the distributed corrugated paper printing equipment through the printing description data exchanger, and judges whether fault risks exist in the individualized printing order executed by the corrugated paper printing equipment or not according to the data and the information and a preset fault prediction rule, so that fault grading is carried out, and accidents and machine halt are avoided.
9. A method for transmitting digital printing description data of personalized paper products is characterized by comprising the following steps:
providing an individualized printing order and individualized printing demand information through a network based on an individualized printing demand terminal of corrugated paper;
analyzing according to the personalized printing requirement information based on a personalized printing description deconstructor to form printing description data;
based on a printing description data exchanger serving as an uplink interface and a downlink interface of a supply chain of the distributed corrugated paper printing equipment, enabling the printing description data formed by the personalized printing description deconstructor to realize isomorphic transmission to the supply chain of the distributed corrugated paper printing equipment and realizing instruction and message exchange between the supply chain of the distributed corrugated paper printing equipment and the digital printing manager;
logging in the printing description data exchanger based on corrugated paper printing equipment, and traversing and reading a printing description data label form issued by the printing description data exchanger; the corrugated paper printing equipment obtains form items in the printing description data labeling form, and the adaptability between the individualized printing requirement of the printing description data labeling form description and the corrugated paper printing equipment is determined according to the form items;
if the adaptation degree meets the requirement, the corrugated paper printing equipment can send a personalized printing order application message to the slave printing description data exchanger to apply for obtaining a personalized printing order, and the printing description data exchanger sends the personalized printing order application message to the digital printing manager;
based on the application initiated by the digital printing manager according to the corrugated paper printing equipment of the distributed corrugated paper printing equipment supply chain, a personalized printing order is issued to the corrugated paper printing equipment, a printing management process is established for the personalized printing order, and the printing management process is synchronized to the printing description data exchanger to add the printing description data.
10. The method for transmitting digital printing description data of personalized paper products according to claim 9, wherein the step of parsing based on the personalized printing description deconstructor according to the personalized printing requirement information to form printing description data specifically comprises:
based on the personalized printing description deconstructor, firstly classifying the printing types according to the obtained personalized printing requirement information; the personalized printing description deconstructor inputs the breadth size attribute, the element type attribute, the surface modification attribute, the resolution attribute and the color attribute in the personalized printing requirement information into a classifier, and the trained classifier can determine the printing type matched with the personalized printing requirement information based on the attributes, wherein the printing type comprises one of flexography, indirect offset printing, direct offset printing, silk-screen printing and gravure printing; and then, based on the personalized printing description deconstructor, calling the printing description slot template corresponding to the printing type according to the determined printing type, filling the printing description slot template by analyzing the personalized printing requirement information and the supplementary dialogue with the personalized printing requirement end of the corrugated paper, and finally generating the printing description data.
CN202110729122.4A 2021-06-29 2021-06-29 Personalized paper product digital printing description data transmission system and method Pending CN113177830A (en)

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Application publication date: 20210727