阅读说明：本技术 基于静电印刷技术实现个性化图案的高速印刷装置及方法 (High-speed printing device and method for realizing personalized patterns based on electrostatic printing technology ) 是由 何群英 于 2021-07-22 设计创作，主要内容包括：本发明公开一种基于静电印刷技术实现个性化图案的高速印刷装置及方法。高速印刷装置包括印版生成装置和用于对所述印版生成装置输出的印版基于静电印刷技术进行印刷处理的静电印刷机；所述印版生成装置包括：母版生成模块,用于基于CTP技术生成母版；个性定制模块,用于获取用户输入的个性化定制参数；个性信息获取模块,用于至少根据部分的个性化定制参数获取相应的个性化图案；印版编辑模块,用于根据个性化定制参数及个性化图案,对母版进行自动编辑处理以在母版上形成个性化图案,生成印版输出给静电印刷机。本发明实现简单,为静电印刷机进行高速印刷提供了实现条件,使得利用静电印刷机能够满足个性化图案的高效印刷要求。(The invention discloses a high-speed printing device and method for realizing personalized patterns based on an electrostatic printing technology. The high-speed printing device comprises a printing plate generating device and an electrostatic printing machine for performing printing processing on the printing plate output by the printing plate generating device based on an electrostatic printing technology; the printing plate generating apparatus includes: the master generating module is used for generating a master based on the CTP technology; the personalized customization module is used for acquiring personalized customization parameters input by a user; the personalized information acquisition module is used for acquiring corresponding personalized patterns at least according to part of personalized customization parameters; and the printing plate editing module is used for automatically editing the master plate according to the personalized customization parameters and the personalized patterns so as to form the personalized patterns on the master plate, generate a printing plate and output the printing plate to the electrostatic printer. The invention is simple to realize, provides realization conditions for high-speed printing of the electrostatic printer, and can meet the high-efficiency printing requirement of the personalized patterns by using the electrostatic printer.)

1. A high-speed printing device for realizing personalized patterns based on an electrostatic printing technology is characterized by comprising a printing plate generating device for generating a printing plate with personalized patterns and an electrostatic printer for performing printing processing on the printing plate output by the printing plate generating device based on the electrostatic printing technology;

wherein the printing plate generating apparatus comprises:

the master generating module is used for generating a master based on the CTP technology;

the personalized customization module is used for acquiring personalized customization parameters input by a user;

the personalized information acquisition module is used for acquiring corresponding personalized patterns at least according to part of personalized customization parameters;

and the printing plate editing module is used for automatically editing the master plate according to the personalized customization parameters and the personalized patterns so as to form the personalized patterns on the master plate, generate a printing plate and output the printing plate to the electrostatic printer.

2. The high-speed printing device for realizing personalized patterns based on the electrostatic printing technology according to claim 1, wherein the personalized customization parameters at least comprise: the position information of the personalized pattern on the master plate, the type information of the personalized pattern, the source information of the personalized pattern and the information of the number of printing plates to be printed are obtained.

3. The high-speed printing device for realizing personalized patterns based on the electrostatic printing technology as claimed in claim 2, wherein the printing plate editing module is used for editing the master plate, and after reading one of the personalized patterns, the read personalized pattern is inserted into the corresponding position of the master plate according to the position information of the personalized pattern on the master plate, so as to generate a printing plate with the personalized pattern.

4. The high-speed printing device for realizing the personalized patterns based on the electrostatic printing technology as claimed in claim 2, wherein the manner of acquiring the personalized patterns by the personalized information acquisition module comprises automatically generating the personalized patterns and reading the existing personalized patterns according to the source information of the personalized patterns.

5. The high-speed printing device for realizing the personalized patterns based on the electrostatic printing technology as claimed in claim 4, wherein the personalized information acquisition module reads each personalized pattern in sequence and transmits the personalized pattern to the printing plate editing module according to the path of the database or the folder in which the drying personalized pattern is stored determined by the user.

6. A high-speed printing method for realizing personalized patterns based on an electrostatic printing technology is characterized by comprising the following steps:

s1, generating a master plate based on the CTP technology;

step S2, obtaining personalized customization parameters input by a user;

step S3, obtaining corresponding personalized patterns according to the personalized customization parameters;

step S4, automatically editing the master plate according to the personalized customization parameters and the personalized patterns, forming the personalized patterns on the master plate, generating a printing plate with the personalized patterns and outputting the printing plate to the electrostatic printer;

step S5, the electrostatic printing press performs printing processing on the printing plate based on the electrostatic printing technique.

7. The method for high-speed printing of personalized patterns based on xerographic technology as claimed in claim 6, wherein the step S5 specifically comprises:

a printing plate produced by the printing plate production device is imaged on an optical imaging cylinder by laser to produce a printing pattern by an electrostatic printing machine;

charging the optical imaging roller according to the printing pattern;

applying a sufficient potential between the developer roller and the electrode to charge and adhere the ink particles to the developer roller;

selectively transferring ink from the developer roller to the photo imaging cylinder to form a printed image;

transferring the ink from the optical imaging roller to the adhesive tape roller in one step;

and transferring the ink from the blanket cylinder to a printing substrate at one time, and printing a pattern layer consistent with the printing plate on the printing substrate through the ink by electrostatic printing.

8. The high-speed printing method for realizing personalized patterns based on the electrostatic printing technology according to claim 6, characterized in that the personalized customization parameters at least comprise: the position information of the personalized pattern on the master plate, the type information of the personalized pattern, the source information of the personalized pattern and the information of the number of printing plates to be printed are obtained.

9. The method for high-speed printing of personalized patterns based on xerography as claimed in claim 8, wherein the personalized patterns are obtained by automatically generating or reading the existing personalized patterns according to the source information of the personalized patterns.

Technical Field

The invention relates to the technical field of electrostatic printing, in particular to a high-speed printing device and method for realizing personalized patterns based on an electrostatic printing technology.

Background

Printing techniques can be simply divided into conventional printing and digital printing. Traditional printing is generally classified according to the plate, and the types of printing technologies mainly include offset printing, relief printing, gravure printing and screen printing, while digital printing is a product of the development of computer technology in the 20 th century, mainly referring to digital inkjet printing and plateless direct printing (e.g., electrostatic printing).

The traditional printing technology needs to prepare a printing template in advance (for example, a screen with a specific printing pattern needs to be prepared in advance during screen printing), and the same printing template can only be used repeatedly to print the same pattern, so that the traditional printing technology has the defects of high printing cost and low printing efficiency, and is gradually replaced by the existing printing technology.

In modern plateless printing technologies such as digital spray painting, electrostatic printing and the like, patterns needing spray painting need to be designed into printing templates of electronic plates in a computer in advance, the printing templates are output to a printing machine for printing, and the patterns can be printed in batches quickly. However, the pre-designed printing template can only print the unique pattern determined by the printing template in batch quickly, and cannot print the differentiated pattern in batch quickly, which is difficult to meet the printing requirement of printing the personalized pattern with difference quickly today.

Disclosure of Invention

The present invention is directed to solving at least one of the problems of the prior art. Therefore, the invention provides a high-speed printing device and method for realizing personalized patterns based on an electrostatic printing technology, which can meet the printing requirement of rapidly printing differentiated personalized patterns in batches.

The invention provides a high-speed printing device for realizing personalized patterns based on an electrostatic printing technology, which comprises a printing plate generating device for generating a printing plate with personalized patterns and an electrostatic printing machine for performing printing processing on the printing plate output by the printing plate generating device based on the electrostatic printing technology;

wherein the printing plate generating apparatus comprises:

the master generating module is used for generating a master based on the CTP technology;

the personalized customization module is used for acquiring personalized customization parameters input by a user;

the personalized information acquisition module is used for acquiring corresponding personalized patterns at least according to part of personalized customization parameters;

and the printing plate editing module is used for automatically editing the master plate according to the personalized customization parameters and the personalized patterns so as to form the personalized patterns on the master plate, generate a printing plate and output the printing plate to the electrostatic printer.

Wherein, the personalized customization parameters at least comprise: the position information of the personalized pattern on the master plate, the type information of the personalized pattern, the source information of the personalized pattern and the information of the number of printing plates to be printed are obtained.

The printing plate editing module is used for editing the master plate, reading one personalized pattern, inserting the read personalized pattern into the corresponding position of the master plate according to the position information of the personalized pattern on the master plate, and generating a printing plate with the personalized pattern.

The method for acquiring the personalized pattern by the personalized information acquisition module comprises the steps of automatically generating the personalized pattern and reading the existing personalized pattern according to the source information of the personalized pattern.

The personalized information acquisition module reads each personalized pattern in sequence and transmits the personalized pattern to the printing plate editing module according to the path of a database or a folder in which the drying personalized patterns are stored determined by a user.

The invention discloses a high-speed printing method for realizing personalized patterns based on an electrostatic printing technology, which comprises the following steps:

s1, generating a master plate based on the CTP technology;

step S2, obtaining personalized customization parameters input by a user;

step S3, obtaining corresponding personalized patterns according to the personalized customization parameters;

and step S4, automatically editing the master plate according to the personalized customization parameters and the personalized patterns, forming the personalized patterns on the master plate, generating the printing plate with the personalized patterns and outputting the printing plate to the electrostatic printer.

Step S5, the electrostatic printing press performs printing processing on the printing plate based on the electrostatic printing technique.

Wherein, the step S5 specifically includes:

a printing plate produced by the printing plate production device is imaged on an optical imaging cylinder by laser to produce a printing pattern by an electrostatic printing machine;

charging the optical imaging roller according to the printing pattern;

applying a sufficient potential between the developer roller and the electrode to charge and adhere the ink particles to the developer roller;

selectively transferring ink from the developer roller to the photo imaging cylinder to form a printed image;

transferring the ink from the optical imaging roller to the adhesive tape roller in one step;

and transferring the ink from the blanket cylinder to a printing substrate at one time, and printing a pattern layer consistent with the printing plate on the printing substrate through the ink by electrostatic printing.

Compared with the prior art, the invention has the following beneficial effects:

the invention discloses a high-speed printing device for realizing personalized patterns based on an electrostatic printing technology, which can quickly generate a printing plate with personalized patterns by a printing plate generating device according to personalized customization parameters input by a user, so that the high-speed printing device can automatically generate the printing plate with the personalized patterns according to customization requirements.

Drawings

FIG. 1 is a modular schematic of a high speed printing apparatus as disclosed herein.

FIG. 2 is a schematic flow diagram of a high speed printing process as disclosed herein.

Detailed Description

To further clarify the technical solutions and effects adopted by the present application to achieve the intended purpose, the following detailed description is given with reference to the accompanying drawings and preferred embodiments according to the present application. In the following description, different "one embodiment" or "an embodiment" refers to not necessarily the same embodiment. Furthermore, the particular features, structures, or characteristics may be combined in any suitable manner in one or more embodiments.

For better understanding of the present invention, the personalized pattern related to the present invention is described as follows: for example, a large number of decoration panels of a microwave oven need to be printed, the decoration panels are attached to an oven door of the microwave oven, the decoration panels need to be printed with usage introduction or usage caution items of the microwave oven and two-dimensional code patterns, the two-dimensional code patterns correspond to machine models, machine codes, factory information and the like of each microwave oven, a user can obtain the machine models, the machine codes, the factory information and the like by scanning the two-dimensional code patterns, and therefore it is required to ensure that each decoration panel obtained by final printing has different two-dimensional code patterns. The two-dimensional code pattern is in this example the personalized pattern of the printed decor panel.

In order to meet the requirement of quick printing of personalized patterns, the invention discloses a high-speed printing device for realizing personalized patterns based on an electrostatic printing technology, which can automatically generate printing plates with personalized and complex patterns according to the customization requirement and quickly print the generated printing plates in batches by using an electrostatic printer.

As shown in fig. 1, the high-speed printing apparatus disclosed by the present invention specifically includes a printing plate generating apparatus 1 and an electrostatic printing press 2, and the printing plate generating apparatus 1 generates a printing plate to be supplied to the electrostatic printing press 2 for high-speed printing based on an electrostatic printing technique.

Specifically, the printing plate producing apparatus 1 includes: a master generating module 11 for generating a master based on CTP (Computer-to-plate) technology; the personalized customization module 12 is used for acquiring personalized customization parameters input by a user; a personalized information obtaining module 13 for obtaining the corresponding personalized pattern according to at least part of the personalized customization parameters; and the printing plate editing module 14 is used for automatically editing the master plate according to the personalized customization parameters and the personalized patterns to form the personalized patterns on the master plate, and generating the printing plate to output to the electrostatic printing machine 2.

The master generation module 11 corresponds to a CTP platemaking module in the related art. The improvement of the invention is that the method provides the further personalized customization of the master plate, and finally generates the printing plate with the personalized pattern on the master plate, and provides the electrostatic printer 2 for high-speed printing.

The personalized customization parameters input by the user through the personalized customization module 12 at least include: the position information of the personalized pattern on the master plate, the type information of the personalized pattern, the source information of the personalized pattern and the information of the number of printing plates to be printed are obtained. The personalized information obtaining module 13 obtains the personalized pattern according to the type information of the personalized pattern and the source information of the personalized pattern. And the printing plate editing module 14 edits the master plate, reads one of the personalized patterns, and inserts the read personalized pattern into the corresponding position of the master plate according to the position information of the personalized pattern on the master plate, thereby generating a printing plate. Therefore, through the personalized customization parameters input by the personalized customization module 12, the personalized information acquisition module 13 not only determines the basis for acquiring the personalized patterns, but also provides the basis for the printing plate editing module 14 to further insert the personalized patterns into the master plate to generate the printing plates, and further provides the basis for the electrostatic printing machine 2 to print the number of each printing plate generated by the printing plate generation device 1.

The personalized information obtaining module 13 generally includes automatically generating a personalized pattern and reading an existing personalized pattern according to source information of the personalized pattern.

For example, the personalized pattern is a two-dimensional code pattern representing product information, and specific information represented by the two-dimensional code pattern on each product is different, and it is determined that each two-dimensional code pattern finally output to the electrostatic printer 2 is also unique, so the personalized information obtaining module 13 may call a two-dimensional code generating function, generate a two-dimensional code pattern by the two-dimensional code generating function according to preset requirements (for example, reading specific information of each product in sequence), transmit the generated two-dimensional code pattern to the printing plate editing module 14, and allow the printing plate editing module 14 to insert the generated two-dimensional code pattern at a specified position of the master plate to generate a printing plate and output the printing plate to the electrostatic printer 2.

The personalized information obtaining module 13 reads the existing personalized pattern according to the source information of the personalized pattern. For example, a plurality of personalized patterns are stored in a designated database or folder, a user determines a reading path of the database or folder when the source information of the personalized patterns is obtained, the personalized information obtaining module 13 sequentially reads each personalized pattern and then transmits the personalized pattern to the printing plate editing module 14, and the printing plate editing module 14 respectively inserts each personalized pattern into a designated position of the master plate so as to respectively generate differentiated printing plates and output the differentiated printing plates to the electrostatic printing machine 2 for printing.

The printing plate generating device 1 can rapidly generate the printing plate with the personalized pattern according to the personalized customization parameters input by the user, and provides a realization condition for the electrostatic printer 2 to perform high-speed printing, so that the electrostatic printer 2 can meet the high-efficiency printing requirement of the personalized pattern.

Referring to fig. 2, the present invention utilizes an electrostatic printer 2 to realize a high-speed printing method of personalized patterns, which comprises the following steps:

step S1, generating a master plate based on CTP (Computer-to-plate) technology;

step S2, obtaining personalized customization parameters input by a user;

step S3, obtaining corresponding personalized patterns according to the personalized customization parameters;

and step S4, automatically editing the master plate according to the personalized customization parameters and the personalized patterns, forming the personalized patterns on the master plate, generating the printing plate with the personalized patterns and outputting the printing plate to the electrostatic printer 2.

In step S5, the electrostatic printing press 2 performs printing processing on the printing plate based on the electrostatic printing technique.

The electrostatic printer 2 may be any type of machine, and generally includes an optical imaging cylinder, a charging roller for charging the optical imaging cylinder, a developer roller, an ink tray for storing ink, and an electrode structure. The step S5 of performing the printing process on the printing plate by the electrostatic printer 2 specifically includes:

1. a printing plate produced by the printing plate production device 1 is imaged by laser to produce a printing pattern on an optical imaging cylinder by an electrostatic printer 2;

2. charging the optical imaging roller according to the printing pattern;

3. applying a sufficient potential between the developer roller and the electrode to charge and adhere the ink particles to the developer roller;

4. selectively transferring ink from the developer roller to the photo imaging cylinder to form a printed image;

5. transferring the ink from the optical imaging roller to the adhesive tape roller in one step;

6. and transferring the ink from the blanket cylinder to a printing substrate at one time, and printing a pattern layer consistent with the printing plate on the printing substrate through the ink by electrostatic printing.

The above description is only exemplary of the present application and should not be taken as limiting the present application, as any modification, equivalent replacement, or improvement made within the spirit and principle of the present application should be included in the protection scope of the present application.