CN105528706A - Digital anti-counterfeiting printing method - Google Patents
Digital anti-counterfeiting printing method Download PDFInfo
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- CN105528706A CN105528706A CN201410594625.5A CN201410594625A CN105528706A CN 105528706 A CN105528706 A CN 105528706A CN 201410594625 A CN201410594625 A CN 201410594625A CN 105528706 A CN105528706 A CN 105528706A
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Abstract
The invention discloses a digital anti-counterfeiting printing method. The method includes batch printing of 'page information', 'common anti-counterfeiting printing feature', and 'independent anti-counterfeiting printing feature information'; the 'page information' and 'common anti-counterfeiting printing feature' are sent to printing factories, which carry out 'preliminary printing' through the traditional anti-counterfeiting printing means, and reserve the region for 'independent anti-counterfeiting printing feature information'; and the region is printed under the control of computer programs, and 'secondary printing' is carried out in the reserved space in marks after the 'page information' and 'common anti-counterfeiting printing feature'. The method can be used for independent anti-counterfeiting marks, which are printed with a plurality of feature information through the computer coding technique to have a stark contract among different marks. In addition, the changing method is direct and can be understood easily, so consumers and users can identify the marks conveniently. The technique can be widely used for the printing of various anti-counterfeiting marks.
Description
Technical field
The present invention relates to a kind of printing process, particularly relate to a kind of antiforging printing method for digital code anti-false.
Background technology
In existing false proof industry, code telephone service generally uses.But, but find in concrete practice, must by other anti-counterfeiting technologies comprehensive, the method forming integrated anti-counterfeit can effectively prevent fake producer from cracking and forge.
In light of this situation, application number is that the patent documentation of by name " digital anti-counterfeit method and the anti-fake identification mark thereof " of 200610030565.X proposes a kind of integrated anti-counterfeit solution.This patent is a kind of printing process of the anti-fake identification mark described in this patent.
But anti-counterfeit printing be always tradition false proof in an important technology barrier, be also the focus place paid close attention in various method for anti-counterfeit.For this technology, the anti-counterfeit measures mainly taked in the past is mainly for paper, ink, printing chromatic number etc.The paper technology such as water marked paper, fragile paper such as adopted now; The ink technology such as fluorescent ink, temperature sensitive ink, multi-level color shifting ink; The printing technology etc. such as multicolor overprint, notch board, block printing.But for many years false proof and fake belligerent in, above technology also more and more universalness, inside anti-counterfeit field, also no longer enjoy obvious technological advancement, for false proof, actual effect is also more and more not obvious.
Summary of the invention
The object of this invention is to provide a kind of anti-counterfeiting printing technology, can be used for realizing application number is the integrated anti-counterfeit scheme proposed in " digital anti-counterfeit method and the anti-fake identification mark thereof " by name of 200610030565.X.Meanwhile, also by personalized setting, the ageing of anti-counterfeiting technology can be extended.And this technology is convenient to consumer and is identified, be difficult to be copied by fake producer, cost is relative moderate also, be of new generation false proof a kind of means.
Technical matters to be solved by this invention is: according to the number provided, color, font, position, and the information such as font feature such as size, can print out the Anti-fake digital pattern of one group of personalization easily.
In order to solve the problems of the technologies described above, before description the present invention program, we are first introduced correlation technique:
Anti-fake identification mark in " digital anti-counterfeit method and anti-fake identification mark thereof " (application number: 200610030565.X): in the accompanying drawing 2 of this patent colorful numeral and small numeral be part different in every piece of anti-fake identification mark, be defined as " independent anti-counterfeit printing characteristic information "; All the other false proof parts are part substantially identical except the features such as paper texture in every piece of anti-fake identification mark, can be printed by traditional anti-counterfeiting printing technology, are defined as " common anti-counterfeit printing feature "; Remaining does not also likely comprise any anti-counterfeiting technology, is only common printed part (as manufacturer's information etc., not representing in the drawings), is defined as " layout information ".
In conjunction with above-mentioned explanation, digital code anti-false printing technology provided by the present invention is achieved in that
The above-mentioned multinomial information mentioned is printed: wherein " layout information " and " common anti-counterfeit printing feature " will be sent to printing house in batches, undertaken " printing for the first time " by traditional anti-counterfeit printing means, reserved " independent anti-counterfeit printing characteristic information " region; Described " independent anti-counterfeit printing characteristic information " area part will control to print by computer program, reserved spatially carrying out " secondary printing " on the marker after completing " layout information " and " common anti-counterfeit printing feature "; Part printed in secondary printing be " independent anti-counterfeit printing characteristic information ", and described characteristic information refers to the final image comprising background image of number employing multicolour on carrier and font representation.
In addition, in order to increase forgery difficulty, preventing from stealing code and disorderly looking into, preferably coded message being hidden, can certainly part overlaid or do not hide.This operation for can also carry out marker being arranged one deck removable tectal " covering operation " after " secondary printing ".This operation can be on marker, coat or cover the coating that last layer can scrape off.Certainly, this coating surface is also coated with the transparent paster that can scrape this coating off.
The technology related in above-mentioned " printing for the first time " and " covering operation " is popularized, repeats no more herein.The printing of " independent anti-counterfeit printing characteristic information " in above-mentioned " secondary printing " mainly comprises following steps:
(1) the numeric representation mode of " the independent anti-counterfeit printing characteristic information " of many pieces of anti-fake identification marks is generated; The content of this part can with reference to the generation of the anti-counterfeiting characteristic information mentioned in " digital anti-counterfeit method and anti-fake identification mark thereof " (application number: 200610030565.X).
(2) computer program imports the numeric representation mode of " the independent anti-counterfeit printing characteristic information " of many pieces of anti-fake identification marks;
(3) computer program is resolved the numeric representation mode of " independent anti-counterfeit printing characteristic information " according to setting, the final printing form of presentation generating " the independent anti-counterfeit printing characteristic information " of each piece of marker;
(4) computer program carries out the position adjustment on the space of a whole page according to " space of a whole page setting " printing form of presentation to " independent anti-counterfeit printing characteristic information ", the final space of a whole page generating many pieces of anti-fake identification marks; Wherein " space of a whole page setting " relative position of the arrangement of each group of colorful numeral can be controlled, and the relative position of the arrangement of each numeral in one group of colorful numeral.
(5) computer program control printing equipment completes " secondary printing " on anti-fake identification mark.These printing equipments above-mentioned are Numerical Control Printer or laser printer, or the existing relatively more conventional printing equipment such as ink-jet printer or laser printer.
Above flow process only relate to the flow process of printing, does not comprise the flow process in other printing processes, as the cross cutting of adhesive sticker, and waste discharge etc.Can look actual conditions by cross cutting, the flow processs such as waste discharge are inserted in arbitrarily above-mentioned flow process Anywhere.
The present invention is due to can for independently anti-fake identification mark, by computer code technology, color change personalized in printing, font typeface changes, and the features such as change in location and micro correspondence, make the contrast between each piece of marker clearly demarcated, feature is obvious, and be that common mechanical mode of printing is difficult to realize, changing method is visual and understandable, makes consumer and user differentiate simply; Particularly can pass through " space of a whole page setting ", in each printing of adjustment there is the common trait of form (position) in one group of colorful numeral, makes it have specific implication, can effectively improve false proof intensity, reduce identification difficulty simultaneously.Again because this technology realizes with low cost, the printing of all kinds of invoice, certificate, form, Commercial goods labels, mark, packing material etc. can be widely used in.
Accompanying drawing explanation
The present invention is further illustrated below in conjunction with the drawings and specific embodiments.
Fig. 1 is the schematic top plan view of a kind of anti-fake identification mark obtained according to the inventive method.
Fig. 2 is the schematic top plan view of the part of the another kind of anti-fake identification mark obtained according to the inventive method.
Embodiment
The technological means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the present invention further.
See Fig. 1, the material of this anti-fake identification mark can adopt general paper, or the material of other various applicable printings.Figure below rectangle frame inside is divided into " secondary printing " of the present invention part, and all the other are " printing for the first time " of the present invention part.The LOGO of related companies can be printed at " printing for the first time " place, Word message, relevant bar code (as product bar code, or the bar code part of regular change), and background color, pattern and lines etc., " layout information " part in also namely mentioned above.Can also add various anti-counterfeit printing means in the application of anti-fake product, as all kinds of color shifting ink, micro text, colorful lines, other anti-counterfeiting technologies such as laser hologram, in also namely mentioned above " common anti-counterfeit printing feature ".Figure below rectangle frame inside " secondary printing " part should not be considered as the part being and not printing in first printing, also be the part that " printing for the first time " can print herein, only may reserve contrast than stronger color for " secondary printing ", lines or pattern, be convenient to consumer and identify.Such as can print colorful lines at this place, refer to Fig. 2." secondary printing " part shown in Fig. 1 contains three partial contents, be each piece of mark independently different, also in namely mentioned above " independent anti-counterfeit printing characteristic information ": upper left bar code part, the numerical portion of below and top-right micro numerical portion.Wherein bar code part can be set to logistics code, numerical portion can be set to anti-forge cipher, the numeral of micro numerical portion is to should the numeral of numerical portion of label, " the feature form of expression " can adopt the micro corresponding to numerical portion express, or adopt its independently " feature form of expression ".
In " secondary printing " process, use printing process of the present invention, generating feature image, be printed on marker, its main feature is one group of colorful numeral or literal code.This coding is provided with corresponding characteristic information, does a detailed discussion referring to Fig. 2 to numeral or " the feature form of expression " of word:
The implementation case adopts following features information:
Word spaced features: as in this example, several, interval sky opens one.
Color characteristic: as each word adopts red, blue, yellow, green, the multicolour such as black;
Font changes: as used multiple self-defining font, or multiple standards font;
Font eigentransformation: there is underscore the below of 8;
Font defect characteristic: the Lower Half of green digital 3 disconnects, separated in red numerical 1; The lower right of blue digital 0 disconnects;
Character position converts: as upper and lower or left and right relative movement 1 millimeter;
Digital 2 and digital 5 is all adopt different fonts with other number
Micro text: black arrow indication word is the miniature version of the removal feature of Anti-fake digital
Wherein further comprises express in several " for the first time print " also namely mentioned above in " common anti-counterfeit printing feature ":
False proof shading: digital background forms false proof shading by special shading:
Drip disappearing effect: the character in circle can disappear after dripping
Ultraviolet fluorescent effect: ' just ' word in square can manifest ultraviolet fluorescent effect under Ultraviolet radiation:
Laser hologram: the word ' OK ' in cross star is laser holographic pattern laser hologram:
Above-mentioned " the feature form of expression " comprising above-mentioned characteristic information is all stored in the computer recognition system database of ad hoc access telephone network.
In fact, the characteristic information of the present embodiment following one can be adopted to be used alone or following any a few class used in combination:
Word spaced features: as every several skies open one.
Color characteristic: as adopted redness, blue, yellow, green, the multicolour such as black.
Font changes: as used multiple self-defining font, or multiple standards font.
Font eigentransformation: as overstriking, italic, upper line, underscore, strikethrough.
Font defect characteristic: separated or part disconnection in stroke.
Character boundary changes: as No. 12 become No. 14.
Character position converts: as upper and lower or left and right relative movement 1 millimeter.
Character shape converts: as distortion, distortion.
Other character feature: as outline letters, color solid word, many row's words etc.
Character background changing: as adopted color as a setting, or adopt image as a setting.
Preferably, this anti false information carrier not only comprises digital code information, also saving random coloration and font characteristic information simultaneously, the code telephone service technology that its information capacity is more traditional will substantially increase, and thus its false proof intensity and the also more traditional code telephone service technology of reliability will improve greatly.
More preferably, consumer can pass through phone, SMS, the means such as online, inputs shorter coded message, obtain all, or Partial Feature information contrasts, thus the identification true and false.
More preferably, consumer can by online, fax, the means such as cellphone multimedia note, and the digital image information that system of transferring generates according to coding and font characteristic information contrasts with the final pattern on carrier, thus the identification true and false.
More preferably, general on information carrier exist printing for multiple colorful digital, effectively can increase false making difficulty and false making cost.
More preferably, information carrier background information be can print according to characteristic information simultaneously, false making difficulty and false making cost effectively can be increased.
More preferably, general on information carrier exist the numeral of printing for multiple font, and wherein font can also adopt the sytlized font having works copyright, effectively can increase false making difficulty and false making cost.
More preferably, information carrier can be printed simultaneously the micro text information with clear colorful digital correlation connection, can effectively prevent counterfeiter simply by duplicating, the means such as scanning copy antifraud marker.
More preferably, or can the pattern as a setting such as the group's of use flower and burelage polychrome wiring picture and text above information carrier, this effect scanning device None-identified, can effectively prevent from copying.
More preferably, information carrier can use special ink to print colorful numeral, make this final pattern have other and utilize special ink and the feature of anti-counterfeiting technology come, thus can effectively prevent counterfeiter simply by duplicating, the means such as scanning copy antifraud marker.
More preferably, information carrier can use the technology such as laser hologram to improve fake producer's cost, prevent simple copy.
More preferably, other anti-counterfeiting characteristic information that user can be obtained on anti-fake identification mark except the feature of Anti-fake digital by inquiry is pointed out, as the micro text content at some position, color changeable effect under the temperature variation of special ink, effect after the Ultraviolet radiation of special ink, the disappearing effect that drips of special materials, the variable color feature on laser hologram overlay film.
In order to increase forgery difficulty, preventing from stealing code and disorderly looking into, preferably coded message being hidden, can certainly part overlaid or do not hide.
Adopt for the ease of manufacturers produce, certain position on product can be selected as carrier, the packing of product and anti-fake identification mark are integrated.
Determine the position of characteristic information for the ease of consumer, can print on carrier and establish or make certain mark as object of reference, the form of object of reference can be diversified, such as: coordinate, and form, scale, letter, numeral, word, arrow, punctuates, line, frame etc.
For the ease of consumer query, the telephone number being located at computer recognition system database communication can be printed on carrier, SMS number, fax number or computing machine network address.
Here, citing is only used to for explanation of the present invention, does not think limitation of the present invention.Those skilled in the art, in the scope not departing from instructions of the present invention and accompanying drawing, can make various improvement or change to case study on implementation described here.
Claims (8)
1. digital anti-fake printing method, comprises and prints " layout information ", " common anti-counterfeit printing feature " and " independent anti-counterfeit printing characteristic information " in batches; Wherein " layout information " and " common anti-counterfeit printing feature " will be sent to printing house, be undertaken " printing for the first time " by traditional anti-counterfeit printing means, reserved " independent anti-counterfeit printing characteristic information " region; Described " independent anti-counterfeit printing characteristic information " area part will control to print by computer program, reserved spatially carrying out " secondary printing " on the marker after completing " layout information " and " common anti-counterfeit printing feature "; It is characterized in that, the printing of " independent anti-counterfeit printing characteristic information " in " secondary printing " mainly comprises following steps:
(1) the numeric representation mode of " the independent anti-counterfeit printing characteristic information " of many pieces of anti-fake identification marks is generated;
(2) computer program imports the numeric representation mode of " the independent anti-counterfeit printing characteristic information " of many pieces of anti-fake identification marks;
(3) computer program is resolved the numeric representation mode of " independent anti-counterfeit printing characteristic information " according to setting, the final printing form of presentation generating " the independent anti-counterfeit printing characteristic information " of each piece of marker;
(4) computer program carries out the position adjustment on the space of a whole page according to " space of a whole page setting " printing form of presentation to " independent anti-counterfeit printing characteristic information ", the final space of a whole page generating many pieces of anti-fake identification marks;
(5) computer program control printing equipment completes " secondary printing " on anti-fake identification mark.
2. digital anti-fake printing method according to claim 1, it is characterized in that, " space of a whole page setting " described in step (4) can control the relative position of the arrangement of each group of colorful numeral, and the relative position of the arrangement of each numeral in one group of colorful numeral.
3. digital anti-fake printing method according to claim 1, it is characterized in that, mention in step (5) to control through computer program the printing equipment that institute completes " secondary printing " can be specifically the existing printing equipment relatively commonly used such as Numerical Control Printer, laser printer, ink-jet printer or laser printer.
4. digital anti-fake printing method according to claim 1, it is characterized in that, the number that " independent anti-counterfeit printing characteristic information " characteristic information wherein involved in " secondary printing " refers on carrier adopts the final image comprising background image of multicolour and font representation; Its following one can be adopted to be used alone or following any a few class used in combination:
Color characteristic, the i.e. color of various different colours;
Font changes, and namely uses multiple self-defining font, or multiple standards font;
Font eigentransformation, i.e. overstriking, italic, upper line, underscore or strikethrough;
Font defect characteristic, separated or part disconnection in stroke;
Character boundary changes;
Character position converts;
Character shape converts;
Character background changing.
5. digital anti-fake printing method according to claim 1, is characterized in that, can also carry out marker being arranged one deck removable tectal " covering operation " after " secondary printing ".
6. digital anti-fake printing method according to claim 5, is characterized in that, described " covering operation " can be on marker, coat or cover the coating that last layer can scrape off.
7. digital anti-fake printing method according to claim 6, is characterized in that, described coating surface is also coated with the transparent paster that can scrape this coating off.
8. digital anti-fake printing method according to claim 1, is characterized in that, can look actual conditions and insert cross cutting, other typography flow processs such as waste discharge in flow process described in the method.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410594625.5A CN105528706A (en) | 2014-10-21 | 2014-10-21 | Digital anti-counterfeiting printing method |
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| CN201410594625.5A CN105528706A (en) | 2014-10-21 | 2014-10-21 | Digital anti-counterfeiting printing method |
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| CN105528706A true CN105528706A (en) | 2016-04-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111291797A (en) * | 2020-01-21 | 2020-06-16 | 支付宝实验室(新加坡)有限公司 | Anti-counterfeiting identification method and device and electronic equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111291797A (en) * | 2020-01-21 | 2020-06-16 | 支付宝实验室(新加坡)有限公司 | Anti-counterfeiting identification method and device and electronic equipment |
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