CN105321081A - Construction method of anti-counterfeiting label suitable for mass mobile phone users to identify and read - Google Patents
Construction method of anti-counterfeiting label suitable for mass mobile phone users to identify and read Download PDFInfo
- Publication number
- CN105321081A CN105321081A CN201410377189.6A CN201410377189A CN105321081A CN 105321081 A CN105321081 A CN 105321081A CN 201410377189 A CN201410377189 A CN 201410377189A CN 105321081 A CN105321081 A CN 105321081A
- Authority
- CN
- China
- Prior art keywords
- mobile phone
- printing
- image
- recognition
- layer
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Credit Cards Or The Like (AREA)
- Printing Methods (AREA)
Abstract
The present invention provides a construction method of an anti-counterfeiting label suitable for mass mobile phone users to identify and read. The anti-counterfeiting label comprises a printing substrate layer, a light changing layer, a mark image layer, and a mobile phone identification plane with an ITC (Image-To-Code) function. The printing substrate layer comprises printed paper, a resin film, and a surface of a commodity package. The light changing layer is a thin film layer that can generate images with different colors and different patterns along with change of the angle of a light source or an identifying and reading plane, and the mark image layer is a mark image layer formed by a printing process. The anti-counterfeiting principle of the anti-counterfeiting label is that with the change of the identifying and reading angle of a mobile phone, the combination of the light changing layer and a mark printing image can form a variety of different images that cannot be copied by a common image scanner; different codes can be obtained on the mobile phone with the ITC identifying and reading function; and a code with a highest generation probability is taken as a code for authentication, so that commodity authentication can be realized for the mass mobile phone users. The method provided by the present invention can solve the problem that marks that can be identified and read by the mobile phones can certainly be replicated internationally, and the method has features of simplicity, practicality, and easy popularization.
Description
Technical field
The invention belongs to field of information processing, especially a kind of constructive method being suitable for mobile phone masses recognition anti-counterfeiting mark.
Background technology
In recent years, food-safety problem more and more receives the concern of society and government, the phenomenons such as counterfeit goods have become harm people's health, shake social stability and affect the important social concern of regime's consolidation, although government goes into overdrive to implement a large amount of government regulation measures, but, could not effectively be contained always.
The social concern stopping counterfeit goods will solve by masses, supports that the technology of the popular recognition true and false is receiving much attention now for this reason.
The mark that traditional method utilizes the diffraction of light to be formed realizes popular truth identification and is widely used, until the researcher of the U.S. in 2012 also discloses the patent of " multiple views portrait recording medium and true and false decision method " (patent documentation 1) in Japan.
Utilize Quick Response Code to realize commodity counterfeit prevention to be widely used, until in Japan, still someone delivered delivering of (patent documentation 2) utility model patent of " digital certificate is forged and prevented from identifying " in 2013.
Utilize RFID to realize commodity counterfeit prevention following period of time in the past once by the attention of industry height, have the patented claim of (patent documentation 3) of " information recode media " in the representational patent of Japan.
Consider the attractive in appearance of printing images and the surface of commodity packaging and commodity sign can be made effectively to utilize, the researcher of the U.S. utilizes digital watermark technology to be embedded in printing images by Quick Response Code, the patent of " high speed signal realized on mobile phone reading device is extracted out and dispersion treatment " (patent documentation 4) in Japanese publication.
[patented technology document]
No. 2012-18324, [patent documentation 1] JP
[patent documentation 2] logs in No. 188981, utility model
No. 2000-222555, [patent documentation 3] JP
No. 2011-234376, [patent documentation 4] JP
Above-mentioned patent documentation 1 proposes to utilize optical diffraction principle, designs multiple secondary picture less than key frame, distinguish true from false for masses around mark key frame.But, being identified in manufacturing process of utilizing the diffraction principle of light to produce is popularized, society is easy to produce such mark, for masses, which identifies in addition is that really which mark is that the very difficult of vacation is judged, therefore loses the effect of distinguishing true from false as masses.
Above-mentioned patent documentation 2 proposes to utilize Quick Response Code to realize the object of popular truth identification, but be easy to by batch duplicating as two-dimensional bar code, and the application of two-dimensional bar code in commodity packaging and marking field can affect attractive in appearance, in addition commodity packaging can merge adding of two-dimensional bar code with mark neither one private space, in anti-counterfeit field, therefore use two-dimensional bar code more forced.
It is false proof that above-mentioned patent documentation 3 proposes to utilize RFID technique to realize, and this technology utilizes the content of RFID to be just be written in chip manufacturing proces, and in practical application, the not rewritable feature of its content realizes the truth identification of commodity.Do not import MFC chip as current most mobile phone, do not realize the identification of the code content of RFID by mobile phone, thus realize popular handset identity commodity true and false and have certain difficulty, then have the cost price of RFID high, hamper this technology always and popularize in a large number.
Above-mentioned patent documentation 4 proposes the Information hiding utilizing digital watermark technology code, but the area of code is excessive, larger on the impact of image after burying printing images, need to generate a large amount of view data in advance to the printing of the commodity sign of an a large amount of mark one yard simultaneously, be unsuitable for the volume production printing identified.
[summary of the invention]
[inventing the problem solved]
In view of above-mentioned problem existing for public technology, the object of the invention is: provide a kind of and identify by mobile phone masses the constructive method can differentiating the anti-counterfeiting mark of the true and false of commodity.
[method of dealing with problems]
For reaching the object of the invention described above, the present invention propose a kind of be suitable for mobile phone masses recognition anti-counterfeiting mark constructive method, be by printing element layer, become photosphere, identification image layer and have ITC function handset identity plane form, its feature is as follows:
Printing element layer by printing sheets, resin film, and commodity packaging surface form;
Becoming photosphere is a kind of angle along with changing light source or mobile phone recognition plane of processing on printing element layer, can produce different colors, the image of different figures;
Identification image layer on above-mentioned change photosphere, the identification image layer formed by typography;
Handset identity plane refers to the angle θ that the mobile phone with ITC function is formed for reference field with identification image layer.
And it becomes photosphere is by laser diffraction on above-mentioned printing element, interfere, or OVI ink, or micro lens arrays or grating camera lens are formed.
And the method is included in the method becoming directly printing mark image on photosphere; Or variable information identification image had both been printed on change photosphere, printing can be the method for at least one identification image in the identification image of ITC mobile phone recognition again.
Below following definition is carried out to term involved in the present invention:
Described " laser diffraction change optical thin film ", refer to the masterplate made by method using the processing of laser microcosmic, film is suppressed, film is formed rugged minute shape, when incident illumination is mapped on these rugged minute shapes, along with the difference of the angle of incident light, the image of different colours can be formed.
Described " OVI becomes ink ", refers to that the ink with the characteristic that the different colours along with viewing angle can change is called OVI (OpticalVariableInk) ink.
Described " micro lens arrays ", refer to the printing by transparent ink, or the lens of circle that the method for masterplate compacting is formed on film, the various piece of printing images corresponding below lens can be projected different directions to get on, can realize, under different viewing angles, the observing effect of different images can being obtained.
Described " optical grating ", refer to the printing by transparent ink, or the lens of cylindricality that the method for masterplate compacting is formed on film, the various piece of printing images corresponding below lens can be projected different directions to get on, can realize, under different viewing angles, the observing effect of different images can being obtained.
Described " change photosphere ", refers to by laser diffraction on printing element, interferes, or OVI ink, or a kind of angle along with changing light source or mobile phone recognition plane that micro lens arrays or grating are formed, and can produce the aspect of the image of the figure of different colors.
Described " handset identity plane ", refers to adopt to have the mobile phone that image can be directly converted to code function when identifying anti-counterfeiting mark, the mobile phone recognition inclined-plane formed for benchmark with the plane of anti-counterfeiting mark.
Described " mobile phone of ITC function ", ITC (ImageToCode) refers to that having the mobile phone masses that image can be directly converted to code function identifies application system, because ITC can process for the chromatic information of image, therefore anti-counterfeit recognition can be carried out by having the printing images becoming light characteristic.
Popular handset identity commodity true and false principle is: when adopting above-mentioned anti-counterfeiting mark to carry out mobile phone recognition, along with the change of mobile phone recognition angle, become the combination of photosphere and identification printing image, the not reproducible various different image of scanner can be formed, the mobile phone with ITC recognition function can obtain various different code, using the code of code the highest for wherein a kind of probability of happening as true and false certification, popular handset identity commodity true and false just can be realized.
Effect of the present invention is by importing a kind of constructive method being suitable for mobile phone masses recognition anti-counterfeiting mark of the present invention, can realize by the true and false of the mobile phone in popular hand with regard to identifiable design commodity, can by having the true and false of the mobile phone Direct Recognition commodity of ITC function while a mark one yard of recognition value mark, the difficult problem that mark that mobile phone in the world can distinguish necessarily can copy can be solved, there is the simple and practical feature being convenient to promote.
Accompanying drawing explanation
Fig. 1 is a kind of schematic diagram being suitable for the constructive method of mobile phone masses recognition anti-counterfeiting mark.
Fig. 2 is a kind of constructive method schematic diagram being suitable for the anti-counterfeiting mark of mobile phone masses recognition static information.
Fig. 3 is a kind of constructive method schematic diagram being suitable for the anti-counterfeiting mark of mobile phone masses recognition variable information.
Fig. 4 is a kind of constructive method schematic diagram being suitable for the anti-counterfeiting mark of mobile phone masses recognition variable information.
Fig. 5 is the constructive method schematic diagram utilizing micro lens arrays to realize mobile phone recognition anti-counterfeiting mark.
Fig. 6 is micromirror head array schematic diagram.
Fig. 7 is the micro lens arrays schematic diagram of cylindricality.
Micro lens arrays is formed the constructive method schematic diagram becoming the mobile phone recognition anti-counterfeiting mark that photosphere realizes by Fig. 8.
Micro lens arrays is formed the constructive method schematic diagram becoming the mobile phone recognition anti-counterfeiting mark that photosphere realizes by Fig. 9.
Figure 10 is the schematic diagram of mobile phone of the present invention recognition anti-counterfeiting mark in a practical example of check wine.
Figure 11 is low high below above, and the identification plane of mobile phone becomes the identification schematic diagram of reverse angle with the angle θ of identification image plane.
Figure 12 is the recognition view that mobile phone is low on the height right side, the left side.
Figure 13 is the recognition view that mobile phone is low on the height left side, the right side.
101 for the handset identity plane 102 with ITC function be the position of mobile phone camera camera lens
103 be identification image layer 104 is printing element layer for becoming photosphere 105
201 for mobile phone recognition plane 202 be the position of mobile phone camera camera lens
203 be identification image layer 204 is printing element layer for becoming photosphere 205
301 for mobile phone recognition plane 302 be mobile phone camera camera lens, position 303 is variable information identification image layer
304 is white-based color 305 is the exposed portion of laser diffraction film
306 for for become photosphere 307 be printing element
401 for mobile phone recognition plane 402 be the position of mobile phone camera camera lens
403 for variable information identification image layer 404 be do not printing the laser diffraction membrane portions of variable information
405 be white-based color 406 is printing element for becoming photosphere 407
501 for mobile phone recognition plane 502 be mobile phone camera camera lens, position 503 is micromirror head array
504 for the base material 505 of micro lens arrays be printing mark image below above-mentioned micro lens arrays
506 is printing element
600 be micromirror head array 601 is camera lens
700 be the micro lens arrays 701 of cylindricality is cylindricality camera lens
801 for mobile phone recognition plane 802 be mobile phone camera camera lens, position 803 is identification image layer
804 is micro lens arrays 805 is the base material of micro lens arrays or grating
806 is the two or more color images printed below micro lens arrays
807 is printing element
901 are mobile phone recognition planes 902 are positions 903 of mobile phone camera camera lens is variable information identification image layer
904 is do not printing the micro lens arrays part of variable information
905 transparent bases that are white-based color 906 to be micro lens arrays 907 are micro lens arrays
908 different coloured patterns printed by the position for micro lens
909 is printing element
1000 is have variable information, and the sealing mark of the wine of the popular function of distinguishing true from false of ITC mobile phone
1001 is identification images of variable information part
1002 is ITC identification divisions, is the image that directly printing is relevant to the identification image of variable information part on laser diffraction film
Embodiment
Below, with reference to accompanying drawing, a kind of embodiment being suitable for the constructive method of mobile phone masses recognition anti-counterfeiting mark of the present invention is described.
Fig. 1 is a kind of schematic diagram being suitable for the constructive method of mobile phone masses recognition anti-counterfeiting mark.
As shown in Figure 1: a kind of be suitable for mobile phone masses recognition anti-counterfeiting mark constructive method, be by printing element layer 105, become photosphere 104, identification image layer 103 and have ITC function handset identity plane 101 form.Here, 102 is the position of mobile phone camera camera lens.
Printing element 105 is materials that carrying laser diffraction becomes light, and be the material of carrying micro lens arrays or grating, be the material of bearing identification printing images, material described here is printing sheets, resin film, and the surface formation of commodity packaging.
Becoming photosphere 104 is by laser diffraction on above-mentioned printing element, interferes, or OVI ink, or a kind of angle along with changing light source or mobile phone recognition plane that micro lens arrays or grating are formed, and can produce different colors, the image of different figures.
Here, consider the stability of handset identity, become photosphere and want the color category of changes persuing light more few better, such as positive dirction recognition is a color, and tilting another color relation of recognition can.Adopt OVI ink, or a kind of angle along with changing light source or mobile phone recognition plane that micro lens arrays or grating are formed, more stable different color can be produced, the image of different figures.
And by laser diffraction, the method for interference realizes the angle along with changing light source or mobile phone recognition plane, institute produces different colors, and the effect of the image of different figures is very difficult to be stablized, and needs special technology to realize.
In addition, use laser diffraction, the method for interference realizes the effect of variable color, and its incident light source will be considered to use mobile phone lighting source, carries out mobile phone recognition so that stable.
Identification image layer 103 on above-mentioned change photosphere, the identification image layer formed by typography.When considering to have the concealed code of Information hiding, information imbeds region will print white-based color in advance, with the identification of anti-tampering variable information.
Imbed outside field in the information of mark, or around, or in central authorities, or on both sides, or, change photosphere can be exposed, or printing covers upper identification image.This part carries out truth identification region as the mobile phone with ITC function.
When the handset identity plane 101 of ITC function refers to and adopts above-mentioned anti-counterfeiting mark to carry out mobile phone recognition, along with the change of handset identity Plane Angle θ value, become the combination of photosphere and identification printing image, the not reproducible various different image of scanner can be formed, the mobile phone with ITC recognition function can obtain various different code, using the code of code the highest for wherein a kind of probability of happening as true and false certification, popular handset identity commodity true and false just can be realized.
Here, handset identity Plane Angle θ value, about 5-20 degree, be considered that mobile phone illumination produces on laser diffraction film reflective, allow reflective spot avoid identified region as far as possible.
It is emphasized that handset identity plane refers to the mobile phone plane at photographic lens of the mobile phone with ITC function, the angle formed with the plane of identification image layer is θ value inclined-plane.The present invention using the position relationship between the mobile phone plane at the photographic lens with the mobile phone of ITC function and the plane of mark as important content of the present invention, because just because of have such position relationship, the common scanner not anti-counterfeiting mark that proposes of reproducible the invention described above just can be made.The precision that could solve due to scanner is far longer than printing precision, and makes all printed articles can by the world-famous puzzle carrying out copying with scanner.
Fig. 2 is a kind of constructive method schematic diagram being suitable for the anti-counterfeiting mark of mobile phone masses recognition static information.
As shown in Figure 2: 201 is mobile phone recognition planes, with the plane of identification image layer form the angle of θ value.202 is positions of mobile phone camera camera lens.203 is identification image layer, and the mode by printing prints out various identification image.
204 for becoming photosphere, by laser diffraction film, or form with the pattern of OVI ink printing, become photosphere and provide the light source that can change image direction, incident light reflects the image of several different colours by becoming photosphere, utilize scanner can only scan the principle of the image of positive dirction, utilizes handset identity plane and the angle identifying the θ value formed, the image read is the image that scanner can not scan, thus realizes the formation of not reproducible mark.
205 is printing element layers, can be paper, resin film and other print medias.
Fig. 3 is a kind of constructive method schematic diagram being suitable for the anti-counterfeiting mark of mobile phone masses recognition variable information.
As shown in Figure 3: 301 is mobile phone recognition planes, with the plane of identification image layer form the angle of θ value.302 is positions of mobile phone camera camera lens.303 is variable information identification image layer, is the variable information identification image with concealed code function printed out by the mode of digital printing.
304 is white-based color, is prevent laser diffraction film reflective, and affects the identification of the variable information of concealed code.306 is be become photosphere, and be by laser diffraction film, or form with the pattern of OVI ink printing, change photosphere provides the light source that can change image direction, and incident light reflects the image of several different colours by change photosphere.
305 is the exposed portion of laser diffraction film, in this section can not the background color of adularescent, and laser diffraction film be allowed fully to expose.So that mobile phone directly carries out the recognition of ITC to the laser diffraction film exposed.Its effect both can identify a mark one yard of variable information by mobile phone, can whether be replicated by identification marking again, so namely, prevent illegal person from carrying out the batch duplicating identified by a mark one yard of variable information, can prevent again illegal person from occurring by the problem of same mark massive duplication simultaneously.
307 is printing elements, can be paper equally, resin film and other print medias.
Fig. 4 is a kind of constructive method schematic diagram being suitable for the anti-counterfeiting mark of mobile phone masses recognition variable information.
As shown in Figure 4: 401 is mobile phone recognition planes, with the plane of identification image layer form the angle of θ value.402 is positions of mobile phone camera camera lens.403 is variable information identification image layer, is the variable information identification image with concealed code function printed out by the mode of digital printing.
405 is white-based color, is prevent laser diffraction film reflective, and affects the identification of the variable information of concealed code.
406 for becoming photosphere, is by laser diffraction film, or form with the pattern of OVI ink printing, and change photosphere provides the light source that can change image direction, and incident light reflects the image of several different colours by change photosphere.Here, in order to consider the stability of handset identity, incident light source adopts the LED illumination of mobile phone.
305 parts with Fig. 3 are different, 404 is do not printing the laser diffraction membrane portions of variable information, the identification image that printing is associated with variable information identification pattern, because the ink of printing is very thin, the light of laser diffraction can be appeared, along with the change of mobile phone recognition plane, still can obtain the image of different colours, therefore not affect the recognition of mobile phone ITC.The unification of commodity sign and anti-counterfeiting mark can be accomplished.Make commodity sign not only can be false proof, but also the attractive in appearance of mark can be improved.Both can identify a mark one yard of variable information by mobile phone simultaneously, can whether be replicated by identification marking again, so namely, prevent illegal person from carrying out the batch duplicating identified by a mark one yard of variable information, can prevent again the problem of the mark massive duplication of illegal person's same code from occurring simultaneously.
Same as above, 407 is printing elements, can be paper equally, resin film and other print medias.
The requirement of laser diffraction film can change the color of light preferably within 2-4 kind, and change light is known distinct, such as, when front is blueness, changes the angle of mobile phone recognition plane in the scope of 5-20 degree, occurs green, or pink etc.In addition, the surface of laser diffraction film should have good reflection potential.
Fig. 5 is the constructive method schematic diagram utilizing micro lens arrays to realize mobile phone recognition anti-counterfeiting mark.
As shown in Figure 5: 501 is mobile phone recognition planes, with the plane of identification image layer form the angle of θ value.502 is positions of mobile phone camera camera lens.503 is the micromirror head array 600 shown in Fig. 6, on 504 transparent base materials, formed by printing or grinding tool compacting, as shown in Figure 6: each camera lens 601 about 0.06mm-0.2mm, between be interposed between 0.12mm-0.4mm, its function the printing images below camera lens can be projected fixed direction to get on.Micro lens arrays can also be designed to the micro lens arrays 700 of the cylindricality shown in Fig. 7, is commonly referred to as grating, and each cylindricality camera lens is 701.Mobile phone recognition plane can be realized up and down or move left and right the change of color in time.Utilize micro lens arrays can obtain more stable change light effect.
505 is printing mark images below above-mentioned micro lens arrays, to be projected by identification image on the camera lens in the mobile phone plane of the degree into θ angle with identity planar by micro lens arrays.Because scanner can only scan the image on mark normal, therefore the image that micro lens arrays projects can not be copied, therefore have and prevent from identifying the effect be replicated.
Printing mark image can carry out on printing element 506, also can carry out at the reverse side of the base material 504 of micro lens arrays.
Micro lens arrays is formed the constructive method schematic diagram becoming the mobile phone recognition anti-counterfeiting mark that photosphere realizes by Fig. 8.As shown in Figure 8: 801 is mobile phone recognition planes, with the plane of identification image layer form the angle of θ value.802 is positions of mobile phone camera camera lens.803 is identification image layer, is the identification image printed out by mode or the traditional printing mode of digital printing.Because the ink of printing is very thin, even if the upper identification image of printing, still the light that 804 micro lens arrays project can be appeared, along with the change of mobile phone recognition plane, still can obtain the image that plural number plants color, therefore not affect the recognition of mobile phone ITC.
Micro lens arrays described above can also be designed to the camera lens of the cylindricality shown in Fig. 7, is commonly referred to as grating.Mobile phone recognition plane can be realized up and down or move left and right the change of color in time.
In order to the effect becoming light can be realized, the image 806 of two or more color is printed below micro lens arrays, shades of colour image corresponds respectively to the camera lens to different directions projection, such process, just can realize mobile phone in the identification plane of different θ angles, the image of different colours can be obtained.Combine from above-mentioned identification image layer and just can form mobile phone in the identification plane of different θ angles, the identification image that different colours is formed can be read.Identification image just can be avoided to be copied by scanner.
Below micro lens arrays, print the image of two or more color, can be printed on above printing element 807, also can be printed on the back side of the base material 805 of micro lens arrays or grating.So just can reduce the mark thickness that base material takies.
Micro lens arrays is formed the constructive method schematic diagram becoming the mobile phone recognition anti-counterfeiting mark that photosphere realizes by Fig. 9.As shown in Figure 9: 901 is mobile phone recognition planes, with the plane of identification image layer form the angle of θ value.902 is positions of mobile phone camera camera lens.903 is variable information identification image layer, the variable information identification image with concealed code function printed out by the mode of digital printing. 404 parts with Fig. 4 are identical, 904 is do not printing the micro lens arrays part of variable information, the identification image that printing is associated with variable information identification pattern, because the ink of printing is very thin, the light that micro lens arrays projects can be appeared, along with the change of mobile phone recognition plane, still can obtain the image that plural number plants color, therefore not affect the recognition of mobile phone ITC.
Identical with laser diffraction film, form change photosphere by micro lens arrays, the unification of commodity sign and anti-counterfeiting mark can be accomplished, make commodity sign not only can be false proof, but also the attractive in appearance of mark can be improved.Both can identify a mark one yard of variable information by mobile phone simultaneously, can whether be replicated by identification marking again, so namely, prevent illegal person from carrying out the batch duplicating identified by a mark one yard of variable information, the generation of the problem of the mark massive duplication of illegal person's same code can be prevented again simultaneously.
905 is white-based color, is the identification that the light preventing micro lens arrays from projecting affects the variable information of concealed code.
906 is micro lens arrays, can be the micromirror head array of Fig. 6, also can be Fig. 7 cylindricality micro lens arrays or the array being called grating.907 is transparent bases of micro lens arrays.
908 is for the different coloured patterns printed by the position of micro lens, can make micro lens arrays under the angle θ of different handset identity planes, produce the identification image of different colors.
908 different coloured patterns that will print can be printed on printing element 909, also can not want printing element 909, and the back side different coloured patterns that 908 will print being changed into the base material 807 of micro lens arrays are printed.
As Fig. 1 to Fig. 5, and shown in Fig. 8 to Fig. 9: identification image layer, by laser diffraction or micro lens arrays, or become change photosphere that ink OVI formed and printing element layer all tightly combines.
Identification image layer, by laser diffraction or micro lens arrays, or the sequencing becoming change photosphere that ink OVI formed and printing element layer can combination in any, no matter finally form which type of result, as long as realize the popular truth identification of mobile phone by the angle changing handset identity plane, just belong within category of the present invention.
[application industrially]
Figure 10 is the schematic diagram of mobile phone of the present invention recognition anti-counterfeiting mark in a practical example of check wine.
As shown in Figure 10: 1000 is have variable information, and ITC mobile phone masses distinguish true from false function wine sealing mark.
1001 is identification images of variable information part, is on laser diffraction film, first print a white background color, republishes the identification image being embedded with variable information on the background color of white.
1002 is ITC identification divisions, it is the image that directly printing is relevant to the identification image of variable information part on laser diffraction film, because the ink layer of printing is very thin, the ght transmission that laser diffraction film reflector goes out can be gone out, for mobile phone provides the identification image that can obtain different colours under the angle θ of different handset identity planes when carrying out ITC identification.
The constructive method of the invention described above mobile phone recognition anti-counterfeiting mark, is not only suitable for the popular truth identification of mobile phone of the commodity sign of drinks, also goes for cigarette, food, the popular truth identification of mobile phone of the commodity such as medicine.
Not only be suitable for the popular truth identification of mobile phone of commodity sign, also go for commodity packaging, the popular truth identification of mobile phone of card certificate.
In addition, the identification plane of mobile phone and the angle θ of identification image plane not only just 5-20 degree, mobile phone can also as shown in figure 11, before low high below, the identification plane of mobile phone becomes reverse angle with the angle θ of identification image plane.
Figure 12 is the recognition state that mobile phone is low on the height right side, the left side, and Figure 13 is the recognition state that mobile phone is low on the height left side, the right side.Mobile phone on any normal angle departing from identification image plane, can carry out the false proof recognition of ITC to the identification image with change photosphere in a word.
The feature of the constructive method of mobile phone recognition anti-counterfeiting mark of the present invention is: the truth identification that just can be realized staple commodities by mobile phone photograph, has simple and practical, is easy to the feature promoted.
Claims (3)
1. be suitable for mobile phone masses recognition anti-counterfeiting mark a constructive method, be by printing element layer, become photosphere, identification image layer and have ITC function handset identity plane form, it is characterized in that:
Printing element layer by comprising printing sheets, resin film, and commodity packaging surface form; Becoming photosphere is a kind of angle along with changing light source or mobile phone recognition plane of processing on printing element layer, can produce different colors, the image of different figures;
Identification image layer on above-mentioned change photosphere, the identification image layer formed by typography; Handset identity plane refers to the angle θ that the mobile phone with ITC function is formed for reference field with identification image layer.
2. a kind of constructive method being suitable for mobile phone masses recognition anti-counterfeiting mark according to claim 1, it becomes photosphere is by laser diffraction on above-mentioned printing element, interferes, or OVI ink, or micro lens arrays or grating camera lens are formed.
3. a kind of constructive method being suitable for mobile phone masses recognition anti-counterfeiting mark according to claim 1, the method is included in the method becoming directly printing mark image on photosphere; Or variable information identification image had both been printed on change photosphere, print again the method for at least one identification image in the identification image can distinguished by ITC mobile phone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410377189.6A CN105321081A (en) | 2014-07-28 | 2014-07-28 | Construction method of anti-counterfeiting label suitable for mass mobile phone users to identify and read |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410377189.6A CN105321081A (en) | 2014-07-28 | 2014-07-28 | Construction method of anti-counterfeiting label suitable for mass mobile phone users to identify and read |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105321081A true CN105321081A (en) | 2016-02-10 |
Family
ID=55248417
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410377189.6A Pending CN105321081A (en) | 2014-07-28 | 2014-07-28 | Construction method of anti-counterfeiting label suitable for mass mobile phone users to identify and read |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105321081A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113736389A (en) * | 2021-09-06 | 2021-12-03 | 上海宏盾防伪材料有限公司 | Method for manufacturing anti-copy laser anti-counterfeiting film and structure thereof |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2614370Y (en) * | 2003-04-30 | 2004-05-05 | 四川大学 | False proof apparatus with multiple image concealing |
| CN101311992A (en) * | 2007-05-24 | 2008-11-26 | 陈连福 | Laminator possessing concealed bar code and its graph |
| CN102157106A (en) * | 2011-05-10 | 2011-08-17 | 云南荷乐宾防伪技术有限公司 | Composite multifunctional anti-counterfeiting mark with combination of two-dimensional code and optically variable image |
| CN102411717A (en) * | 2010-09-25 | 2012-04-11 | 顾泽苍 | Digital anti-counterfeit printing processing method |
| CN103577859A (en) * | 2012-08-03 | 2014-02-12 | 天津阿波罗电子有限公司 | Novel construction method for mobile phone identification coding system |
-
2014
- 2014-07-28 CN CN201410377189.6A patent/CN105321081A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2614370Y (en) * | 2003-04-30 | 2004-05-05 | 四川大学 | False proof apparatus with multiple image concealing |
| CN101311992A (en) * | 2007-05-24 | 2008-11-26 | 陈连福 | Laminator possessing concealed bar code and its graph |
| CN102411717A (en) * | 2010-09-25 | 2012-04-11 | 顾泽苍 | Digital anti-counterfeit printing processing method |
| CN102157106A (en) * | 2011-05-10 | 2011-08-17 | 云南荷乐宾防伪技术有限公司 | Composite multifunctional anti-counterfeiting mark with combination of two-dimensional code and optically variable image |
| CN103577859A (en) * | 2012-08-03 | 2014-02-12 | 天津阿波罗电子有限公司 | Novel construction method for mobile phone identification coding system |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113736389A (en) * | 2021-09-06 | 2021-12-03 | 上海宏盾防伪材料有限公司 | Method for manufacturing anti-copy laser anti-counterfeiting film and structure thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204215442U (en) | A kind of structure being suitable for mobile phone masses recognition anti-counterfeiting mark | |
| US20240059094A1 (en) | Optical products, masters for fabricating optical products, and methods for manufacturing masters and optical products | |
| CN103390183B (en) | A kind of generation method of the anti-counterfeiting codes suitable for handset identity | |
| US20220050982A1 (en) | Systems and methods to Authenticate a Security Device | |
| TWI455067B (en) | Authenticity authentication object, authenticity authentication wafer reading device, authenticity identification method, and pattern reading method | |
| RU2566261C2 (en) | Method of authentication and/or identification of security article | |
| WO2018210076A1 (en) | Structure three-dimensional code and anti-counterfeiting method | |
| US20210271105A1 (en) | Optical products, masters for fabricating optical products, and methods for manufacturing masters and optical products | |
| CN103390146B (en) | Method for generating dot matrix pattern capable of recording multiple-bit information | |
| SE543208C2 (en) | Synthesis of superposition shape images by light interacting with layers of lenslets | |
| FI3078004T3 (en) | Method for the authentification of a security element | |
| CN101678697A (en) | Film element for detecting authenticity | |
| US11314999B2 (en) | Data carrier and a method for producing such data carrier | |
| JP2009543712A (en) | Hidden image identification system, product, identification means, and manufacturing method | |
| CN106156821A (en) | A kind of optical readability bar code anti-counterfeit structure and implementation method | |
| CN103380006A (en) | Method for producing a security document having a security feature that is dependent on the viewing angle and security document | |
| CN103386829B (en) | A kind of endowed method that anti-counterfeiting codes are carried out using laser | |
| CN203503241U (en) | Thermal-change two-dimension code showing printing structure | |
| CN103577859A (en) | Novel construction method for mobile phone identification coding system | |
| RU2726740C2 (en) | Protected article comprising a combined image and/or detecting raster | |
| CN103390184A (en) | Image information embedding method suitable for anti-fake codes identified through mobile phone | |
| CN101304884B (en) | Method of creating seal and/or individual icon on support and support thus obtained | |
| CN105321081A (en) | Construction method of anti-counterfeiting label suitable for mass mobile phone users to identify and read | |
| CN202995771U (en) | Novel composition device of using mobile phone to identify code | |
| CN205139957U (en) | Readable bar code anti -fake structure of optics |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20160210 |