阅读说明：本技术 一种基于定位的多种打印方式相结合的打印方法及系统 (Printing method and system combining multiple printing modes based on positioning ) 是由 张志达 于 2020-10-20 设计创作，主要内容包括：本发明公开了一种基于定位的多种打印方式相结合的打印方法及系统,其中方法包括：确定打印的内容信息及载体信息；对内容信息进行解析以确定主像图像、副像图像以及刻蚀图像；根据所述载体信息确定所述内容信息对应的打印区域,所述打印区域包括：主像区域、副像区域以及刻蚀区域；根据所述载体信息在设定的主像区域通过彩色打印的方式打印所述主像图像；根据所述载体信息在设定的副像区域通过荧光方式打印所述副像图像,所述副像图像为按预设的缩放的主像图像；所述副像区域与所述主像区域部分重合或不重合；根据所述载体信息在设定的刻蚀区域通过激光刻蚀打印方式打印刻蚀图像。(The invention discloses a printing method and a printing system combining multiple printing modes based on positioning, wherein the method comprises the following steps: determining printed content information and carrier information; analyzing the content information to determine a main image, an auxiliary image and an etching image; determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: a main image area, a secondary image area and an etching area; printing the main image in a set main image area in a color printing mode according to the carrier information; printing the secondary image in a set secondary image area in a fluorescent mode according to the carrier information, wherein the secondary image is a main image zoomed according to preset; the secondary image area is partially overlapped or not overlapped with the main image area; and printing an etching image in a set etching area in a laser etching printing mode according to the carrier information.)

1. A printing method based on combination of multiple printing modes of positioning comprises the following steps:

determining printed content information and carrier information; analyzing the content information to determine a main image, an auxiliary image and an etching image;

determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: a main image area, a secondary image area and an etching area;

printing the main image in a set main image area in a color printing mode according to the carrier information;

printing the secondary image in a set secondary image area in a fluorescent mode according to the carrier information, wherein the secondary image is a main image zoomed according to preset; the secondary image area is partially overlapped or not overlapped with the main image area;

and printing an etching image in a set etching area in a laser etching printing mode according to the carrier information.

2. The method of claim 1, the primary image comprising a polychrome text image; the multi-color text image comprises a plurality of colors, and the multi-color text image is printed according to a preset color scheme.

3. The method of claim 1, wherein the color printing comprises color inkjet printing or color thermal transfer printing.

4. The method of claim 1, the etch image comprising a trapezoidal or arcuate pattern.

5. The method of claim 1, the printing of the etched image by an etched printing method, further comprising: the printing of the etching image is convex printing;

the etching area surrounds the main image area or the secondary image area, or the etching area is positioned on the side face of the main image area, or the etching area is positioned on the side face of the secondary image area.

6. The method of claim 1, the printing of the etched image by an etched printing method, comprising: the etching image comprises a black-and-white image, a gray scale image or a reverse color image;

embedding a character image in the etching image;

and printing an etching image in an etching printing mode, wherein the etching image is an arc-shaped shading, and determining the radian of the arc-shaped shading according to the printed content information.

7. The method of claim 1, the printing of the etched image by an etched printing method, comprising:

and printing an etching image at multiple angles.

8. A printing system that combines multiple printing modes based on positioning, the system comprising:

an initial unit for determining the printed content information and carrier information; analyzing the content information to determine a main image, an auxiliary image and an etching image; determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: a main image area, a secondary image area and an etching area;

the first printing unit is used for printing the main image in a set main image area in a color printing mode according to the carrier information;

the second printing unit is used for printing the secondary image in a fluorescence mode in a set secondary image area according to the carrier information, and the secondary image is a main image which is zoomed according to preset; the secondary image area is partially overlapped or not overlapped with the main image area;

and the third printing unit is used for printing the etching image in a set etching area in a laser etching printing mode according to the carrier information.

9. The system of claim 8, the primary image comprising a polychrome text image; the multi-color text image comprises a plurality of colors, and the multi-color text image is printed according to a preset color scheme.

10. The system of claim 8, wherein the color printing comprises color inkjet printing or color thermal transfer.

11. The system of claim 8, the etch image comprising a pattern of a trapezoid or an arc.

12. The system of claim 8, the etched image printed by an etched printing method, further comprising: the printing of the etching image is convex printing;

the etching area surrounds the main image area or the secondary image area, or the etching area is positioned on the side face of the main image area, or the etching area is positioned on the side face of the secondary image area.

13. The system of claim 8, the printing of the engraved image by an engraved printing mode, comprising: the etching image comprises a black-and-white image, a gray scale image or a reverse color image;

embedding a character image in the etching image;

and printing an etching image in an etching printing mode, wherein the etching image is an arc-shaped shading, and determining the radian of the arc-shaped shading according to the printed content information.

14. The system of claim 8, the printing of the engraved image by an engraved printing mode, comprising:

and printing an etching image at multiple angles.

Technical Field

The invention relates to the technical field of multi-mode printing, in particular to a printing method and a printing system based on combination of multiple printing modes of positioning.

Background

Prior art printing of documents includes three major categories:

the first type is that the certificate data page is printed in color;

the second type is full laser etching of certificate data page;

the third type is a method combining laser etching and color printing: the secondary image is an equal scaling of the primary image.

However, the first category is color printing of document pages, which has poor anti-counterfeiting properties and low document durability; the second type is laser etching, but the printed certificate is completely black and white and is not beautiful. The third type is a method combining laser etching and color printing: the secondary image is the scaling of the main image, the anti-counterfeiting characteristic is lacked, and the safety is poor.

Accordingly, there is a need for a technique to implement a document printing technique that combines multiple printing modes based on positioning.

Disclosure of Invention

The technical scheme of the invention provides a printing and system combining multiple printing modes based on positioning, and aims to solve the problem of how to print a certificate through multiple printing modes.

In order to solve the above problems, the present invention provides a printing method combining multiple printing modes based on positioning, wherein the method comprises:

determining printed content information and carrier information; analyzing the content information to determine a main image, an auxiliary image and an etching image;

determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: a main image area, a secondary image area and an etching area;

printing the main image in a set main image area in a color printing mode according to the carrier information;

printing the secondary image in a set secondary image area in a fluorescent mode according to the carrier information, wherein the secondary image is a main image zoomed according to preset; the secondary image area is partially overlapped or not overlapped with the main image area;

and printing an etching image in a set etching area in a laser etching printing mode according to the carrier information.

Preferably, the main image comprises a polychrome text image; the multi-color text image comprises a plurality of colors, and the multi-color text image is printed according to a preset color scheme.

Preferably, the color printing means includes color inkjet printing or color thermal transfer printing.

Preferably, the etching image comprises a trapezoidal or arc-shaped pattern.

Preferably, the printing the etched image by the etching printing method further includes: the printing of the etching image is convex printing;

the etching area surrounds the main image area or the secondary image area, or the etching area is positioned on the side face of the main image area, or the etching area is positioned on the side face of the secondary image area.

Preferably, the printing the etching image by the etching printing method includes: the etching image comprises a black-and-white image, a gray scale image or a reverse color image;

embedding a character image in the etching image;

and printing an etching image in an etching printing mode, wherein the etching image is an arc-shaped shading, and determining the radian of the arc-shaped shading according to the printed content information.

Preferably, the printing the etching image by the etching printing method includes:

and printing an etching image at multiple angles.

Based on another aspect of the present invention, the present invention provides a printing system combining multiple printing modes based on positioning, the system comprising:

an initial unit for determining the printed content information and carrier information; analyzing the content information to determine a main image, an auxiliary image and an etching image; determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: a main image area, a secondary image area and an etching area;

the first printing unit is used for printing the main image in a set main image area in a color printing mode according to the carrier information;

the second printing unit is used for printing the secondary image in a fluorescence mode in a set secondary image area according to the carrier information, and the secondary image is a main image which is zoomed according to preset; the secondary image area is partially overlapped or not overlapped with the main image area;

and the third printing unit is used for printing the etching image in a set etching area in a laser etching printing mode according to the carrier information.

Preferably, the main image comprises a polychrome text image; the multi-color text image comprises a plurality of colors, and the multi-color text image is printed according to a preset color scheme.

Preferably, the color printing means includes color inkjet printing or color thermal transfer printing.

Preferably, the etching image comprises a trapezoidal or arc-shaped pattern.

Preferably, the printing the etched image by the etching printing method further includes: the printing of the etching image is convex printing;

the etching area surrounds the main image area or the secondary image area, or the etching area is positioned on the side face of the main image area, or the etching area is positioned on the side face of the secondary image area.

Preferably, the printing the etching image by the etching printing method includes: the etching image comprises a black-and-white image, a gray scale image or a reverse color image;

embedding a character image in the etching image;

and printing an etching image in an etching printing mode, wherein the etching image is an arc-shaped shading, and determining the radian of the arc-shaped shading according to the printed content information.

Preferably, the printing the etching image by the etching printing method includes:

and printing an etching image at multiple angles.

The technical scheme of the invention provides a printing method and a system combining a plurality of printing modes based on positioning, wherein the method comprises the following steps: determining printed content information and carrier information; analyzing the content information to determine a main image, an auxiliary image and an etching image; determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: a main image area, a secondary image area and an etching area; printing a main image in a set main image area in a color printing mode according to the carrier information; printing a secondary image in a set secondary image area in a fluorescent mode according to the carrier information, wherein the secondary image is a main image zoomed according to the preset size; the secondary image area is partially overlapped or not overlapped with the main image area; and printing an etching image in a set etching area in a laser etching printing mode according to the carrier information. The technical scheme of the invention provides a printing method combining laser etching and color printing with anti-counterfeiting characteristics, which adopts a mode combining laser etching, color printing and fluorescence printing. Firstly, printing the portrait information and the color part of the certificate number in color; secondly, printing secondary image information by using fluorescence; thirdly, the laser part of personal information, anti-counterfeiting information, black and white secondary images, micro characters, shading and double-color characters is printed by laser etching, and multi-angle printing is added. The technical scheme of the invention adopts various anti-counterfeiting characteristics, effectively solves the key technical problems of few anti-counterfeiting characteristics and low safety of the printed certificate card, and enhances the anti-counterfeiting performance of the certificate; the method of laser etching, color printing and fluorescent printing overcomes the defect that the portrait is not attractive due to the fact that the laser etching is black-and-white printing; the method of using laser printing increases the durability of the use of the document over pure color printing.

Drawings

A more complete understanding of exemplary embodiments of the present invention may be had by reference to the following drawings in which:

FIG. 1 is a flow chart of a printing method based on a combination of multiple printing modes of positioning according to a preferred embodiment of the present invention;

FIG. 2 is a flow chart of a printing method based on a combination of multiple printing modes of positioning according to a preferred embodiment of the present invention;

FIG. 3 is a schematic illustration of a credential print page according to a preferred embodiment of the present invention; and

fig. 4 is a block diagram of a printing system combining multiple printing modes based on positioning according to a preferred embodiment of the present invention.

Detailed Description

The exemplary embodiments of the present invention will now be described with reference to the accompanying drawings, however, the present invention may be embodied in many different forms and is not limited to the embodiments described herein, which are provided for complete and complete disclosure of the present invention and to fully convey the scope of the present invention to those skilled in the art. The terminology used in the exemplary embodiments illustrated in the accompanying drawings is not intended to be limiting of the invention. In the drawings, the same units/elements are denoted by the same reference numerals.

Unless otherwise defined, terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Further, it will be understood that terms, such as those defined in commonly used dictionaries, should be interpreted as having a meaning that is consistent with their meaning in the context of the relevant art and will not be interpreted in an idealized or overly formal sense.

Fig. 1 is a flow chart of a printing method combining a plurality of printing modes based on positioning according to a preferred embodiment of the invention. As shown in fig. 1, the present invention provides a printing method combining multiple printing modes based on positioning, which comprises:

step 101: determining printed content information and carrier information; analyzing the content information to determine a main image, an auxiliary image and an etching image;

step 102: determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: a main image area, a secondary image area and an etching area;

step 103: and printing the main image in a set main image area in a color printing mode according to the carrier information. Preferably, the main image comprises a polychrome text image; the multicolor character image comprises a plurality of colors, and the multicolor character image is printed according to a preset color scheme. Preferably, the color printing means includes color inkjet printing or color thermal transfer.

The main image of the color printing of the invention comprises portrait information and color parts of bicolor or multicolor characters. The color part of the portrait and the bicolor characters is printed by color, and can be color ink-jet printing or color thermal transfer printing. For example, two-color text printing can be used, wherein the two-color text can be two colors, such as red at the upper half part and blue at the lower half part; or the upper half part is colored, the lower half part is laser etched black and white, the specific color and position are not limited, the upper and lower positions can be interchanged, and the color can be modified.

The invention can set color printing and laser etching to print double-color characters, the double-color characters can set the printing proportion of color printing and laser etching, one character can be horizontally cut, the upper part can print color characters according to a certain proportion, the lower part can print black and white characters according to a certain proportion by laser etching, and vice versa; or vertically cutting a character, printing color characters on the left side according to a certain proportion, and printing black and white characters on the right side according to a certain proportion by using laser etching. The double-color characters can be personal information such as certificate numbers, names, birthdays, sexes and the like.

Step 104: printing a secondary image in a set secondary image area in a fluorescent mode according to the carrier information, wherein the secondary image is a main image zoomed according to the preset size; the secondary image area is partially overlapped or not overlapped with the primary image area.

The invention prints the secondary image information in a fluorescent mode. Fluorescent UV prints a color secondary image. The UV fluorescent secondary image is beside the color primary image and can be overlapped with the color personal primary image, and the fluorescent secondary image can be scaled for the color personal primary image. The color main image and the UV portrait can be printed or only the color main image can be printed, the position can be on the right side or the left side of the color main portrait, the position is not limited, and the fluorescent printing presents different colors under different illumination.

Step 105: and printing an etching image in a set etching area in a laser etching printing mode according to the carrier information. Preferably, the etch pattern comprises a trapezoidal or curved pattern.

Preferably, the etching image is printed by etching printing, further comprising: printing the etching image as convex printing; the etching area surrounds the main image area or the secondary image area, or the etching area is positioned on the side face of the main image area, or the etching area is positioned on the side face of the secondary image area.

Preferably, the etching image is printed by an etching printing method, which includes: the etching image comprises a black-and-white image, a gray scale image or a reverse color image; embedding character images in the etching images; and printing an etching image in an etching printing mode, wherein the etching image is an arc-shaped shading, and determining the radian of the arc-shaped shading according to the printed content information.

Preferably, the etching image is printed by an etching printing method, which includes: and printing an etching image at multiple angles.

The invention prints and etches the picture through the laser etching way, including: personal information, black and white secondary image information, anti-counterfeiting information, printing miniature characters, shading, laser etching parts of double-color characters and two-dimensional code information.

The present invention uses laser etching to print personal information including, but not limited to: name, sex, date of birth, nationality, pinyin, English name, issue date, expiration date, issue department, issue place, personal main image, personal auxiliary image, raised character, linear miniature character, curved miniature character, two-dimensional code, black and white part of double-color character, etc.

The laser etching part for printing black and white portrait, personal information and anti-fake information, miniature character, shading and bicolor character is laser etched and printed. The anti-counterfeiting information is added to the secondary image of the portrait, the anti-counterfeiting information comprises certificate numbers, birthdays, issue dates, names and other information of irregular figures such as trapezoids or arcs, the anti-counterfeiting information surrounds the side face of the secondary image or the main image, and the anti-counterfeiting information can be arranged on the upper side, the lower side, the left side and the right side of the secondary image without limitation, so that the anti-counterfeiting information is added to the surface of the certificate.

The laser etching etches the printing information into materials with different depths, namely the information on the surface of the protrusion can be etched, and the corresponding information can be etched in an internal appointed material layer. The anti-counterfeiting information (certificate number, birthday, issue date, name and other information) around the main certificate number and the secondary image can be used as a protruding form to enhance the anti-counterfeiting effect.

The invention splices personal information (name, birthday, sex, issue date, effective period, etc.) and adds check information to form two-dimensional code and makes symmetric encryption, the key can be agreed with the checking party, and is printed on the surface of the certificate by laser etching, which is convenient for checking, and can analyze personal information from the two-dimensional code information to judge the authenticity of the certificate.

Based on another embodiment of the invention, in the laser etching secondary image of the invention: the color of the black-white secondary image can be black-white, gray scale or reverse color image. And (4) embedding miniature characters in the image by gray level and binarization processing of the secondary image. The size of the miniature characters ranges from 0.05 mm to 1mm, the miniature characters are randomly generated at the position where the portrait is close to the periphery, and the miniature characters can be information such as names, birthdays, sexes, signing and issuing dates, effective periods and the like. The invention firstly prints the arc-shaped shading and prints the secondary image above the shading. The radian of the arc-shaped shading changes according to personal information.

Based on another embodiment of the invention, the laser etching printing method of the invention comprises the following steps:

the micro characters can be in a straight line shape or an arc line shape, the related information can be formed by splicing personal information such as certificate numbers, names, birthdays, sexes and the like, and the splicing mode can be direct text splicing or printing by a symmetric encryption mode. The linear miniature text is between two lines of machine-readable codes. Sinusoidal arc-shaped and linear miniature characters are added on the personalized data page, the arc-shaped miniature characters are printed below the main image, the miniature characters contain personal information (information such as name, birthday, sex, issue date and effective period), the size of the miniature characters is 0.05-1 mm, and the anti-counterfeiting effect is enhanced. As shown in fig. 2.

Based on another embodiment of the invention, the laser etching of the invention realizes multiple-angle printing:

the secondary image, i.e. the small portrait and the anti-counterfeiting information, are printed at different angles, namely the angles are between-40 degrees and-20 degrees and between +20 degrees and +40 degrees, so that the anti-counterfeiting performance of the certificate is improved.

If the card is rotated to-25 degrees to face the laser head, black and white portrait information is printed; then the card is rotated to +25 degrees to face the laser head, the certificate number information is printed on the right side face of the portrait in a rectangular mode, and the size of the certificate number is gradually increased according to the position. The multi-angle printing is realized, and the card can see different information of the portrait and the certificate number at different angles.

The color part of the main image and the double-color characters is printed by color, and can be color ink-jet printing, color thermal transfer printing or UV fluorescent printing; the black and white parts of the black and white portrait (sub-portrait), the personal information and the anti-counterfeiting information and the double-color characters are printed by laser etching. UV fluorescent portrait beside the color main image, and the color auxiliary image printed by the fluorescent UV is the same scale of the main image. The color main image and the UV portrait can be printed or only the color main image can be printed, the position of the color main image can be not limited at the right side or the left side of the color main image, and the fluorescent printing presents different colors under different illumination.

The invention adds anti-counterfeiting information to the portrait secondary image, which comprises certificate numbers, birthdays, issue dates, names and other information of irregular figures such as trapezoids or arcs, and the like, surrounds the side surface of the secondary image or the main image, can be arranged at the upper, lower, left and right sides, and has no position limitation. The side image is added with micro text information fused with personal information. So that the surface of the certificate is added with anti-counterfeiting information. As shown in fig. 3.

The secondary image, namely the small portrait and the anti-counterfeiting information, are printed at different angles, namely the angles are between-40 degrees and-20 degrees and between +20 degrees and +40 degrees, so that the anti-counterfeiting performance of the certificate is improved.

According to the invention, arc-shaped and linear miniature characters are added on the personalized data page, the miniature characters contain personal information (name, birthday, sex, issue date, effective period and the like), the size of the miniature characters is 0.05-1 mm, and the anti-counterfeiting effect is enhanced.

The laser etching of the invention etches the printing information into materials with different depths, namely the information of the surface of the etching protrusion can be etched, and the corresponding information can be etched in the specified material layer inside.

The two-color characters can be two colors, such as red at the upper part and blue at the lower part; or the upper half part is colored, the lower half part is laser etched black and white, the specific color and position are not limited, the upper and lower positions can be interchanged, and the color can be modified. The personal information (name, birthday, sex, issue date, effective period, etc.) is spliced and then added with the check information to form a two-dimensional code which is printed on the surface of the certificate for convenient check, and the personal information can be analyzed from the two-dimensional code information to judge the authenticity of the certificate.

The document page of the certificate supporting laser etching can be made of polyvinyl chloride (PVC) and Polycarbonate (PC) materials.

The invention provides a printing method combining laser etching and color printing with anti-counterfeiting characteristics, which uses the method combining laser etching, color printing and fluorescence printing to improve the aesthetic property of a certificate; the durability of the certificate is improved by laser etching; the printed anti-counterfeiting characteristics improve the safety of the certificate, have higher anti-counterfeiting performance and are easy to detect the authenticity of the certificate.

The laser with anti-counterfeiting characteristic and the color card printing method solve the defects that laser etching is black and white and has no color image in the prior art, further effectively solve the key technical problems of few anti-counterfeiting characteristics and low safety of the card, and simultaneously consider the accuracy, high efficiency and safety of the card making process.

The invention adopts the mode of combining laser etching and color printing, thereby increasing the easy identification of the certificate and enhancing the aesthetic property. The invention adopts the method of laser etching, anti-counterfeiting information, micro characters, multi-angle printing and fluorescent printing, and increases the anti-counterfeiting characteristic of the certificate. The method of using laser printing increases the durability of the use of the document over pure color printing.

Fig. 4 is a block diagram of a printing system combining multiple printing modes based on positioning according to a preferred embodiment of the present invention. As shown in fig. 4, the present invention provides a printing system combining a plurality of printing modes based on positioning, the system comprising:

an initial unit 401 for determining the content information and carrier information of the printing; analyzing the content information to determine a main image, an auxiliary image and an etching image; determining a printing area corresponding to the content information according to the carrier information, wherein the printing area comprises: the device comprises a main image area, a secondary image area and an etching area.

And a first printing unit 402 for printing the main image in a color printing manner in the set main image area according to the carrier information. Preferably, the main image comprises a polychrome text image; the multicolor character image comprises a plurality of colors, and the multicolor character image is printed according to a preset color scheme. Preferably, the color printing means includes color inkjet printing or color thermal transfer.

A second printing unit 403, configured to print a secondary image in a fluorescent manner in a set secondary image area according to the carrier information, where the secondary image is a primary image zoomed in a preset manner; the secondary image area is partially overlapped or not overlapped with the primary image area.

And a third printing unit 404, configured to print an etching image in a set etching area by using a laser etching printing method according to the carrier information. Preferably, the etch pattern comprises a trapezoidal or curved pattern.

Preferably, the etching image is printed by etching printing, further comprising: printing the etching image as convex printing; the etching area surrounds the main image area or the secondary image area, or the etching area is positioned on the side face of the main image area, or the etching area is positioned on the side face of the secondary image area.

Preferably, the etching image is printed by an etching printing method, which includes: the etching image comprises a black-and-white image, a gray scale image or a reverse color image; embedding character images in the etching images; and printing an etching image in an etching printing mode, wherein the etching image is an arc-shaped shading, and determining the radian of the arc-shaped shading according to the printed content information.

Preferably, the etching image is printed by an etching printing method, which includes: and printing an etching image at multiple angles.

The printing system 400 combining a plurality of printing modes based on positioning according to the preferred embodiment of the present invention corresponds to the printing method 100 combining a plurality of printing modes based on positioning according to another preferred embodiment of the present invention, and will not be described herein again.

The invention has been described with reference to a few embodiments. However, other embodiments of the invention than the one disclosed above are equally possible within the scope of the invention, as would be apparent to a person skilled in the art from the appended patent claims.

Generally, all terms used in the claims are to be interpreted according to their ordinary meaning in the technical field, unless explicitly defined otherwise herein. All references to "a/an/the [ device, component, etc ]" are to be interpreted openly as referring to at least one instance of said device, component, etc., unless explicitly stated otherwise. The steps of any method disclosed herein do not have to be performed in the exact order disclosed, unless explicitly stated.