CN103165020A - Anti-fake product and manufacturing method thereof and anti-fake detection device and method thereof - Google Patents

Abstract

The invention provides an anti-counterfeit product and a manufacturing method, anti-counterfeit inspection equipment and a method. Anti-counterfeiting products include paper body, anti-counterfeiting additives randomly distributed in the paper body, and RFID tags embedded in the paper body, in which the unique serial number of the paper body, the unique serial number of the RFID tag, and the identification information and coded data converted from the position information of randomly distributed anti-counterfeit additives. The invention can effectively prevent the anti-counterfeiting products from being forged and tampered with.

Description

Anti-counterfeiting product and manufacturing method, anti-counterfeiting inspection equipment and method

technical field

The invention relates to an anti-counterfeit paper used for printing valuable securities such as bank notes and cards, in particular to an anti-counterfeit product with a digital signature, a manufacturing method of the anti-counterfeit product, an anti-counterfeit inspection device and an anti-counterfeit inspection method.

Background technique

In order to protect the interests of the country and the people, various anti-counterfeiting methods are used in the printing of securities, such as physical anti-counterfeiting. The physical anti-counterfeiting adopted in the prior art is, for example, optical anti-counterfeiting, magnetic anti-counterfeiting, or judgment by hand feeling.

However, with the improvement of counterfeiters' technology, the anti-counterfeiting technology of securities is facing a higher anti-counterfeiting threshold. Among them, information-based comprehensive anti-counterfeiting technology is a new trend. Combining physical anti-counterfeiting means with information anti-counterfeiting will greatly improve security The anti-counterfeiting strength of the paper. The information anti-counterfeiting means of the prior art, such as the two-dimensional code in the invoice, occupies too much face area, and the concealment and confidentiality are weaker than RFID.

Contents of the invention

In view of the above, the present invention proposes an anti-counterfeit product and a manufacturing method, and an anti-counterfeit inspection device and method.

A kind of anti-counterfeiting product that the present invention proposes, comprises:

paper body,

security additives randomly distributed in the paper body, and

The RFID tag pre-embedded in the paper body stores the unique serial number of the paper body, the unique serial number of the RFID tag, identification information and encoded data converted according to the position information of randomly distributed anti-counterfeiting additives in the RFID tag.

Further, the anti-counterfeiting product, wherein:

The coded data stored in the RFID tag is obtained by performing optical imaging on the random distribution of the anti-counterfeiting additives, dividing the optical imaging into data grids, each data grid has coordinate information, and when the anti-counterfeiting additives are located in a data grid When using any one of the four coordinates of the data grid to mark the position information of the anti-counterfeit additive, the position information of all the anti-counterfeit additives is formed into a data string, and the data string is coded data.

Further, the anti-counterfeiting product, wherein:

When the anti-counterfeiting additive spans multiple data grids, mark the grids where it is located, and add special characters before and after to mark it.

Further, the anti-counterfeiting product, wherein:

The data encrypted by the key is stored in the RFID tag.

Further, the anti-counterfeiting product, wherein:

The identification information is the face information identifying the face value of the securities, the holder's digital signature identifying the identity of the holder, or the electronic signature of the opening bank or the receiving bank.

Further, the anti-counterfeiting product, wherein:

The said face information, digital signature or electronic signature is a string of data.

Further, the anti-counterfeiting product, wherein:

The anti-counterfeit additive is in any shape, and is anti-counterfeit fiber, anti-counterfeit particle, anti-counterfeit disc or anti-counterfeit ring.

Further, the anti-counterfeiting product, wherein:

The material of the anti-counterfeiting additive is a material that can still be optically recognized while being dispersed inside the paper, and is a fluorescent, infrared, magnetic or optically variable material.

Further, the anti-counterfeiting product, wherein:

The RFID tag is copied into the paper during the papermaking process, and the relevant data is stored in the RFID tag after the paper is printed.

An anti-counterfeit inspection device proposed by the present invention is used to inspect any of the above-mentioned anti-counterfeit products, including:

The anti-counterfeit additive imaging unit is configured to detect the random distribution of the anti-counterfeit additives in the paper body, and perform optical imaging on the random distribution of the anti-counterfeit additives;

The code forming unit is configured to perform optical imaging on the random distribution of the anti-counterfeiting additives, divide the optical imaging into data grids, each data grid has coordinate information, and when the anti-counterfeiting additives are located in a data grid, use the Any one of the four coordinates of the data grid indicates the position information of the anti-counterfeit additive, and the position information of all the anti-counterfeit additives is formed into a data string, and the data string is coded data;

The information reading unit is configured to read the information stored in the RFID tag in the paper body, including the unique serial number of the paper body, the unique serial number of the RFID tag, identification information, and the information converted according to the position information of the randomly distributed anti-counterfeiting additives. encoded data;

The comparing unit is configured to check whether the coded data formed by the code forming unit is consistent with the coded data read by the information reading unit, and if they are consistent, the inspected product is legal.

Further, the anti-counterfeiting inspection equipment, wherein:

When the anti-counterfeiting additive spans multiple data grids, the code forming unit marks all the grids where it is located, and adds special characters before and after to mark.

Further, the anti-counterfeiting inspection equipment, wherein:

The optical imaging area of the anti-counterfeit additive imaging unit is the entire paper or a specific size area in the paper selected according to requirements.

Further, the anti-counterfeiting inspection equipment, wherein:

The comparison unit also compares whether the unique serial number of the paper body stored in the RFID tag is consistent with the serial number marked on the paper body, whether the unique serial number of the RFID tag is correct, and/or whether the identification information is correct.

Further, the anti-counterfeiting inspection equipment, wherein:

When the comparison unit checks whether the identification information is correct, for the securities, verify whether the face value of the securities is consistent with the information stored in the RFID tag; Whether the digital signature of the person is correct. For electronic signatures, it is necessary to verify whether the electronic signature of the account opening bank or receiving bank is correct.

The method for manufacturing anti-counterfeit product that the present invention proposes, comprises the following steps:

In the process of paper production, the RFID tag is copied into the paper, which includes the paper body and anti-counterfeiting additives randomly distributed in the paper body;

After the paper printing is completed, the unique serial number of the paper body, the unique serial number of the RFID tag, identification information, and the coded data converted according to the position information of the randomly distributed anti-counterfeiting additives are stored in the RFID tag.

Further, the method for manufacturing anti-counterfeit products, wherein, the step of converting the position information of randomly distributed anti-counterfeit additives to obtain encoded data includes:

optically imaging the random distribution of said security additives;

Divide data grids for the optical imaging, each data grid has coordinate information;

When the anti-counterfeit additive is located in a data grid, any coordinate in the four coordinates of the data grid is used to mark the position information of the anti-counterfeit additive;

The position information of all the anti-counterfeiting additives is formed into a data string, and the data string is coded data.

Further, the method for manufacturing anti-counterfeiting products, wherein:

When the anti-counterfeiting additive spans multiple data grids, mark the grids where it is located, and add special characters before and after to mark it.

The anti-counterfeit checking method that the present invention proposes, comprises the following steps:

Detecting the random distribution of the anti-counterfeit additives in the paper body, and performing optical imaging on the random distribution of the anti-counterfeit additives;

The optical imaging is divided into data grids, each data grid has coordinate information, and when the anti-counterfeit additive is located in a data grid, any coordinate in the four coordinates of the data grid is used to mark the position of the anti-counterfeit additive Information, the position information of all anti-counterfeiting additives is formed into a data string, and the data string is coded data;

Read the information stored in the RFID tag in the paper body, including the unique serial number of the paper body, the unique serial number of the RFID tag, identification information, and the encoded data converted according to the position information of the randomly distributed anti-counterfeiting additives;

Check whether the coded data formed by comparison is consistent with the read coded data, and if they are consistent, the inspected product is considered legal.

Further, the anti-counterfeiting inspection method, wherein:

When the anti-counterfeiting additive spans multiple data grids, mark the grids where it is located, and add special characters before and after to mark it.

The invention combines traditional physical anti-counterfeiting means with informationized anti-counterfeiting, and has the advantages of combined management of electronic information and paper, anti-counterfeiting, anti-tampering and anti-counterfeiting.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention, and constitute a part of the present invention. The schematic embodiments of the present invention and their descriptions are used to explain the present invention, and do not constitute improper limitations to the present invention. In the attached picture:

Fig. 1 is a structural representation showing a kind of anti-counterfeit product of the present invention, and this anti-counterfeit product comprises paper body (I), the anti-counterfeit additive (II) that is randomly distributed in paper body (I), embedded in paper body (I) ) in RFID tags (III).

Fig. 2 is a schematic diagram showing the position information of the anti-counterfeiting additive marked in the present invention and forming a data string, that is, coded data.

Fig. 3 is a schematic diagram showing the structure of the anti-counterfeit inspection device proposed by the present invention.

Fig. 4 is a schematic flow diagram showing the method for manufacturing anti-counterfeit products proposed by the present invention.

Fig. 5 is a schematic diagram showing the anti-counterfeiting inspection method proposed by the present invention.

Detailed ways

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be described in further detail below in conjunction with specific embodiments and with reference to the accompanying drawings.

Fig. 1 is a schematic diagram showing the structure of an anti-counterfeit product according to the present invention, the anti-counterfeit product may be paper, such as securities. The anti-counterfeiting products include:

Paper body (I).

The anti-counterfeiting additives (II) randomly distributed in the paper body (I) can mark the uniqueness of the paper because the anti-counterfeiting additives are randomly distributed and difficult to repeat. The anti-counterfeiting additive (II) is in any shape, such as anti-counterfeiting fibers, anti-counterfeiting particles, anti-counterfeiting discs or anti-counterfeiting rings, etc. The material of the anti-counterfeiting additive is a material that is dispersed in the paper and can still be optically recognized, such as fluorescent, magnetic, etc. , optical change or infrared, etc., in order to perform optical imaging on it.

An RFID tag (III) pre-embedded in the paper body, storing the unique serial number of the paper body, the unique serial number of the RFID tag, identification information and the position information converted according to the randomly distributed anti-counterfeiting additives in the RFID tag Encode the data. Among them, the unique serial number of the paper body is the paper itself, such as 12345678 shown in Figure 1, and the unique serial number of the RFID tag is the RFID chip itself when it leaves the factory, which cannot be changed or deleted. Storing the unique serial number of the paper body in the RFID tag and binding it with the unique serial number of the RFID tag can prevent unscrupulous people from removing the chip and putting it on a fake paper. The identification information is, for example, the face information identifying the face value of the securities, the digital signature of the holder to identify the identity of the holder to verify the real identity of the owner, or the electronic signature of the opening bank or the receiving bank. The face information, digital signature or electronic signature mentioned here can be a string of data.

The process of converting and obtaining coded data according to the position information of randomly distributed anti-counterfeiting additives in the present invention will be described below.

Since the material of the anti-counterfeit additive is, for example, fluorescence or infrared, etc., the optical imaging principle of the prior art can be used to detect the random distribution of the anti-counterfeit additive in the paper body through optical equipment, and optically detect the random distribution of the anti-counterfeit additive. imaging. The optical device is, for example, a digital video camera or a digital camera, etc., and the anti-counterfeit additive is optically imaged by a digital video camera or a digital camera. The area for optical imaging can be the whole paper or select a specific size area in the paper according to requirements.

The optical imaging is divided into data grids, each data grid has coordinate information, and when the anti-counterfeit additive is located in a data grid, any coordinate among the four coordinates of the data grid is used to mark the position information of the anti-counterfeit additive. Of course, the principle of marking the position information of each anti-counterfeit additive is consistent. For example, the position of an anti-counterfeit additive is represented by the coordinates of the upper right corner of the data grid, and then all the anti-counterfeit additives are represented by the coordinates of the upper right corner of the data grid where they are located. express. The position information of all the anti-counterfeit additives is formed into a data string, and the data string is coded data.

For example, taking rectangular or square paper as an example, when dividing the data grid, the lower left corner of the optical imaging is used as the coordinate origin, and the abscissa and ordinate are respectively divided at set intervals until the far end away from the coordinate origin, and the abscissa Each spaced point on the ordinate draws a vertical axis parallel line to the direction parallel to the ordinate, draws a horizontal axis parallel line to each spaced point on the ordinate to the direction parallel to the abscissa, and the horizontal axis parallel line and the vertical axis parallel line Intersections are formed to divide the optical imaging of the anti-counterfeiting additive into individual data grids.

For another example, take circular or elliptical paper as an example, when dividing the data grid, take the center point of the circle or ellipse as the coordinate origin, and divide the abscissa and ordinate respectively to the two ends of the center point at a set interval, Until the far end far away from the coordinate origin, draw each interval point on the abscissa to the direction parallel to the ordinate to draw a parallel line to the vertical axis, and draw each interval point on the ordinate to a direction parallel to the abscissa to draw a line parallel to the abscissa, The parallel lines of the horizontal axis and the parallel lines of the vertical axis form intersections, which divide the optical imaging of the anti-counterfeiting additive into individual data grids.

Certainly, those skilled in the art should understand that the above is only for example, and should not be construed as a limitation to the present invention. Those skilled in the art can modify it accordingly. For example, for irregular imaging, the data grid can still be divided, and any point can be used as the coordinate origin to divide the data grid, as long as the divided data grid can be marked with coordinates. The anti-counterfeiting inspection equipment is consistent with the way of marking the coordinates of the anti-counterfeiting products, so as to verify the authenticity and legality of the anti-counterfeiting products. The anti-counterfeiting inspection equipment will be described in detail later in conjunction with the accompanying drawings.

Fig. 2 is a schematic diagram showing the position information of the anti-counterfeiting additive marked in the present invention and forming a data string, that is, coded data. It can be seen from Figure 2 that when marked with the coordinates of the upper right corner, the position information of the six anti-counterfeiting additives in the illustration are (1, 2), (3, 1), (2, 3), ( 4, 3), (2, 5), (4, 5), then the encoded data is 123123432545.

In addition, when the anti-counterfeiting additive spans multiple data grids, mark all the data grids where it is located, and add special characters before and after to mark it. Of course, the principle of marking each data grid is the same as above, that is, if the upper right corner is marked, the upper right corner shall prevail. For example, taking the anti-counterfeiting additive spanning two data grids as an example, when a fiber is in both grids (2, 1) and (2, 2), it can be marked as X2122X.

According to the present invention, the abscissa and the ordinate are respectively divided into set intervals, wherein the abscissa and the ordinate can be set at the same interval, or different intervals can be set, as long as the parallel lines of the horizontal axis and the parallel lines of the vertical axis are guaranteed The exact coordinates of the intersection points are sufficient. For example, if the interval set on the abscissa is 1, and the interval set on the ordinate is 2, then the coordinates of one of the data cells are (1, 2). For another example, if the interval set on the abscissa is 1, and the interval set on the ordinate is 1, then the coordinates of one of the data cells are (1, 1).

The shape of anti-counterfeiting additives is different. If it is an anti-counterfeiting ring, the size slightly larger than the diameter can be set as the interval. If it is an anti-counterfeiting fiber, because of its different length and may have curls, the interval should be slightly larger than that required in paper production. The shortest security fiber length.

In order to further increase the security of the paper or the RFID tag and prevent the content of the paper from being forged or tampered with, the present invention can combine the unique serial number of the paper body, the unique serial number of the RFID tag, identification information, and the positions of anti-counterfeiting additives according to random distribution The coded data obtained from information conversion is stored in the RFID tag after being encrypted by a key. The key used for encryption is a private key, and the key used for decryption and subsequent verification is the public key corresponding to the private key.

Fig. 3 is a schematic diagram showing the structure of the anti-counterfeit inspection device proposed by the present invention. The legality and authenticity of the anti-counterfeit product can be verified through the anti-counterfeit device.

In the present invention, since the anti-counterfeiting additives are randomly distributed, the uniqueness of the paper can be marked, and the coded data converted according to the position information of the randomly distributed anti-counterfeiting additives is stored in the RFID tag, so by comparing the Whether the encoded data obtained by Ontology is consistent with the encoded data stored in the RFID tag can verify whether the anti-counterfeiting product is legal. If it is consistent, it is considered legal, otherwise it is not legal.

To achieve the above purpose, the anti-counterfeit device of the present invention includes: an anti-counterfeit additive imaging unit 31 , a code forming unit 32 , an information reading unit 33 and a comparison unit 34 .

The anti-counterfeit additive imaging unit 31 is configured to detect the random distribution of the anti-counterfeit additives in the paper body, and perform optical imaging on the random distribution of the anti-counterfeit additives.

The code forming unit 32 is configured to divide the optical imaging into data grids, each data grid has coordinate information, and when the anti-counterfeiting additive is located in a data grid, any coordinate in the four coordinates of the data grid is used to mark the The location information of the anti-counterfeit additive. The position information of all the anti-counterfeit additives is formed into a data string, and the data string is coded data. Wherein, the method and principle of dividing into individual data grids are as above.

If the anti-counterfeiting additive spans multiple data grids, mark all the data grids where it is located, and add special characters before and after to mark it.

The information reading unit 33 is configured to read the information stored in the RFID tag in the paper body, including the unique serial number of the paper body, the unique serial number of the RFID tag, identification information, and the position information converted according to the randomly distributed anti-counterfeiting additives. encoded data.

The comparing unit 34 is configured to check whether the coded data formed by the code forming unit 32 is consistent with the coded data read by the information reading unit 33, and if they are consistent, the inspected product is legal.

The present invention can further verify the legitimacy of the anti-counterfeiting product by verifying the information stored in the RFID tag. That is, compare whether the unique serial number of the paper body stored in the RFID tag is consistent with the serial number marked on the paper body, whether the unique serial number of the RFID tag is correct, and/or whether the identification information is correct. Among them, the identification information is verified. For example, for securities, it is necessary to verify whether the face value of the securities is consistent with the information stored in the RFID tag. For the holder's digital signature that identifies the holder, it is necessary to verify whether the holder's digital signature is Correct, to verify the real identity of the owner. For electronic signatures, it is necessary to verify whether the electronic signatures of the opening bank or the receiving bank are correct. In addition, if the stored information has been encrypted, it is also necessary to decrypt the encrypted information through the public key, and then verify each stored information after decryption.

Through the anti-counterfeit inspection equipment further proposed by the present invention, it is possible to check whether the paper itself is legal, whether the information stored in the RFDI tag is legal, and whether the coded data obtained according to the randomly distributed anti-counterfeit additives in the paper body is consistent with the coded data stored in the RFID tag ,authenticating. In order to verify whether the anti-counterfeiting products are forged or tampered with, etc., the legality and authenticity of the anti-counterfeiting products are verified.

Fig. 4 is a schematic flow diagram showing the method for manufacturing anti-counterfeit products proposed by the present invention. Include the following steps:

In step 401, during the paper production process, the RFID tag is copied into the paper, and the paper includes a paper body and anti-counterfeit additives randomly distributed in the paper body.

The process of copying RFID tags into paper is as follows: during the papermaking process, the pulp is hung on the fourdrinier to form the first layer of wet paper sheets. When the first layer of wet paper sheets travels on the long wire of the paper machine, manual Or mechanically apply the RFID tag on the wet paper page. At this time, the RFID tag and the paper have strong adhesion and are not easy to fall off and delaminate. The wet paper is then pulped for the second time to form a second layer of wet paper. At this time, the RFID tag is between the two layers of wet paper. After drying, the RFID tag is located inside the paper. Putting the RFID tag in a proper position does not affect the normal printing, printing, writing or binding of the paper, and also prevents the RFID tag from being damaged by external force, and uses the paper itself to protect the RFID tag.

In step 402, after the paper is printed, the unique serial number of the paper body, the unique serial number of the RFID tag, the identification information, and the encoded data converted according to the position information of the randomly distributed anti-counterfeiting additives are stored in the RFID tag. The present invention writes the above data into the RFID tag through the reading and writing machine of the prior art. The RFID tag of the present invention is, for example, an ultra-small RFID chip with a thickness of micron level, such as tens of microns, which can be embedded in thinner paper.

In addition, encrypted information is also stored in the RFID tag, that is, the above information is stored in the RFID after being encrypted with a private key.

Fig. 5 is a schematic diagram showing the anti-counterfeiting inspection method proposed by the present invention. Include the following steps:

In step 501, the random distribution of anti-counterfeit additives in the paper body is detected, and optical imaging is performed on the random distribution of anti-counterfeit additives.

In step 502, divide the optical imaging into data grids, each data grid has coordinate information, and when the anti-counterfeiting additive is located in a data grid, use any coordinate of the four coordinates of the data grid to mark the anti-counterfeiting additive location information. The position information of all the anti-counterfeit additives is formed into a data string, and the data string is coded data. Wherein, the method of dividing into individual data grids is as described above.

Further, when the anti-counterfeit additive spans multiple data grids, mark the grids where it is located, and add special characters before and after to mark.

In step 503, read the information stored in the RFID tag in the paper body, including the unique serial number of the paper body, the unique serial number of the RFID tag, identification information, and coded data converted according to the position information of randomly distributed anti-counterfeiting additives.

In step 504, check whether the coded data formed is consistent with the read coded data, and if they are consistent, the inspected product is deemed legal.

It can be seen that the present invention has the advantages of combined management of electronic documents and paper, anti-counterfeiting, anti-tampering, and anti-counterfeiting, and can be widely used in various high-value-added papers such as securities, banknotes, and documents.

In conclusion to the detailed description, it should be noted that those skilled in the art will recognize that many changes and modifications can be made to the preferred embodiment without materially departing from the principles of the invention. Such changes and modifications are included within the scope of the present invention as described in the appended claims.

Claims (19)

1. anti-fake product comprises:

The paper body,

Be randomly dispersed in the false proof additive in the paper body, and

Be embedded in the RFID label in the paper body, unique sequence number of unique sequence number of storing paper body, RFID label, identification information and the coded data that is converted to according to the positional information of the false proof additive of stochastic distribution in described RFID label.

2. anti-fake product according to claim 1, wherein:

The coded data of storing in described RFID label is to carry out optical imagery by the stochastic distribution to described false proof additive, to described optical imagery dividing data lattice, each data lattice has coordinate information, when false proof additive is arranged in data lattice, indicate the positional information of described false proof additive with the arbitrary coordinate in four coordinates of described data lattice, the positional information of all false proof additives is formed serial data, and described serial data is coded data.

3. anti-fake product according to claim 2, wherein:

When false proof additive is crossed over a plurality of data lattice, its residing grid is all carried out mark, and add special character in front and back and give mark.

4. according to claim 1 and 2 or 3 described anti-fake products, wherein:

In described RFID label, storage is through the data after secret key encryption.

5. according to claim 1 and 2 or 3 or 4 described anti-fake products, wherein:

Described identification information is the ticket information of sign securities denomination, possessor's digital signature of sign possessor identity, or the electronic signature of bank of deposit or reception row.

6. anti-fake product according to claim 5, wherein:

Described ticket information, digital signature or electronic signature are string datas.

7. arbitrary described anti-fake product according to claim 1 to 6, wherein:

Described false proof additive is arbitrary shape, is anti-false fiber, false proof particle, false proof disk or false proof annulus.

8. arbitrary described anti-fake product according to claim 1 to 6, wherein:

The material of described false proof additive be dispersed in paper inside still can be by the material of optical identification, for fluorescence, infrared, magnetic or light become material.

9. arbitrary described anti-fake product according to claim 1 to 6, wherein:

Described RFID label is copied in paper-making process into paper, after paper printing is completed, related data is stored in the RFID label.

10. a false proof inspection machine, be used for the arbitrary described anti-fake product of check claim 1 to 9, comprising:

False proof additive image-generating unit is disposed at the stochastic distribution of surveying the false proof additive in the paper body, and the stochastic distribution of described false proof additive is carried out optical imagery;

Coding forms the unit, be disposed at the stochastic distribution of described false proof additive is carried out optical imagery, to described optical imagery dividing data lattice, each data lattice has coordinate information, when false proof additive is arranged in data lattice, indicate the positional information of described false proof additive with the arbitrary coordinate in four coordinates of described data lattice, with the positional information formation serial data of all false proof additives, described serial data is coded data;

The information reading unit, be disposed at and read in the paper body canned data in the RFID label, comprise unique sequence number, identification information of unique sequence number, the RFID label of paper body and the coded data that is converted to according to the positional information of the false proof additive of stochastic distribution;

Comparing unit, whether the coded data that is disposed at comparison coding formation unit formation is consistent with the coded data that the information reading unit reads, if consistent, the product of checking is legal.

11. false proof inspection machine according to claim 10, wherein:

Described coding forms the unit when false proof additive is crossed over a plurality of data lattice, and its residing grid is all carried out mark, and adds special character in front and back and give mark.

12. false proof inspection machine according to claim 10, wherein:

The zone that described false proof additive image-generating unit carries out optical imagery is whole paper or the zone of selecting according to demand certain specific size in paper.

13. according to claim 10 or 11 or 12 described false proof inspection machines, wherein:

Whether the sequence number that marks on unique sequence number that described comparing unit is also compared the paper body of storing in the RFID label and paper body is consistent, and whether unique sequence number of RFID label is correct, and/or whether identification information is correct.

14. described false proof inspection machine according to claim 13, wherein:

When whether described comparing unit check tag information is correct, for securities, in denomination and the RFID label of checking securities, whether canned data is consistent, possessor's digital signature for sign possessor identity, whether checking possessor digital signature is correct, for electronic signature, whether correctly need checking bank of deposit or receive the electronic signature of going.

15. make the method for anti-fake product, comprise the following steps:

In the production paper process, the RFID label to be copied into paper, described paper comprises the paper body, is randomly dispersed in the false proof additive in the paper body;

After paper printing is completed, store in the RFID label with unique sequence number of unique sequence number of paper body, RFID label, identification information and according to the coded data that the positional information of the false proof additive of stochastic distribution is converted to.

16. the method for described manufacturing anti-fake product according to claim 15 wherein, is converted to the step of coded data according to the positional information of the false proof additive of stochastic distribution, comprising:

Stochastic distribution to described false proof additive is carried out optical imagery;

To described optical imagery dividing data lattice, each data lattice has coordinate information;

When false proof additive is arranged in data lattice, indicate the positional information of described false proof additive with the arbitrary coordinate in four coordinates of described data lattice;

The positional information of all false proof additives is formed serial data, and described serial data is coded data.

17. the method for described manufacturing anti-fake product according to claim 16, wherein:

When false proof additive is crossed over a plurality of data lattice, its residing grid is all carried out mark, and add special character in front and back and give mark.

18. anti-fake inspection method comprises the following steps:

Survey the stochastic distribution of the false proof additive in the paper body, the stochastic distribution of described false proof additive is carried out optical imagery;

To described optical imagery dividing data lattice, each data lattice has coordinate information, when false proof additive is arranged in data lattice, indicate the positional information of described false proof additive with the arbitrary coordinate in four coordinates of described data lattice, the positional information of all false proof additives is formed serial data, and described serial data is coded data;

Read in the paper body canned data in the RFID label, comprise unique sequence number, identification information of unique sequence number, the RFID label of paper body and the coded data that is converted to according to the positional information of the false proof additive of stochastic distribution;

Whether the coded data that comparison forms is consistent with the coded data that reads, if consistent, thinks that the product of checking is legal.

19. described anti-fake inspection method according to claim 18, wherein:

When false proof additive is crossed over a plurality of data lattice, its residing grid is all carried out mark, and add special character in front and back and give mark.

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