KR101250195B1 - Security product book prevention of counterfeiting and production histiory tracking system - Google Patents

Abstract

PURPOSE: A security product book forgery prevention and production history tracking system is provided to effectively track forgeries by enabling a user to easily confirm damage to a security product book. CONSTITUTION: A security product book includes a seamstress(132) comprising a sewing pattern(130) encoded according to an encryption rule based on a determined identifier. The sewing pattern is formed by inserting the seamstress into a sewing machine groove punched along a coded space. The identifier includes an issuing number, production time, or a production management number of the security product book. The encryption rule is determined by an N-system, a symmetric algorithm, or an asymmetric algorithm.

Description

Security product book prevention of counterfeiting and production histiory tracking system}

The present invention relates to the prevention of forgery of a security product booklet, such as a passport, more specifically, by applying a coded sewing method to the security product of the security product booklet to maximize the forgery prevention effect and to easily manage the manufacturing history A forgery prevention and production history tracking system.

With the development of transportation, trade between countries has become more active and the number of Koreans and foreigners entering and leaving the country is increasing rapidly. As a result, the issuance of essential passports at the time of immigration is increasing. However, as a side effect, there have been frequent cases of smuggling or tampering with passports, resulting in serious problems in each country. Such a forgery of passports is not only for the purpose of finding employment, but it is also used by terrorists to add seriousness.

Various countries are making various efforts to prevent forgery and alteration of passports. In order to prevent the forgery of various IDs and passports that require security, the line drawing, pattern, and fine character technique are basically applied, but most of the conventional methods are well known to the forgery criminals, so there is a limit to crackdown. It is true.

Moreover, the conventional immigration management reveals a limitation that the immigration officer screens the passport visually and inputs the personal information into the terminal and compares it with the data of the database.

Korean Patent Laid-Open Publication No. 10-2011-0089980 ("Anti-counterfeiting paper having infrared absorption characteristics", hereinafter, referred to in the related art 1) relates to an anti-counterfeiting paper having infrared absorption characteristics, and the paper increases in an infrared region invisible. It has the absorption strength of near-infrared light, and it can easily identify the authenticity by reflecting the visible line in the visible region and absorbing the near-infrared region in the infrared region. Functional paper is disclosed that can be easily applied to cards, passports, credit cards, gift certificates and confidential documents.

In Korean Patent Publication [10-2009-0043212] ("non-visible multi-color fluorescent color yarn and its manufacturing method and security paper using the same", hereinafter, prior art 2) according to the light wavelength energy conditions, red, yellow-green, blue or green light emission The present invention relates to a fluorescent color yarn manufactured using invisible fluorescent dyes and near-infrared absorbing dyes having various wavelengths and near-infrared wavelengths, and a method of manufacturing the same, and a security paper for manufacturing banknotes, passports, checks, and securities using the same. Invisible fluorescent dyes or near-infrared absorbing dyes are properly arranged on the surface of the telephthalate (PET) film so that the fluorescent colors, such as red, yellow-green, blue, and green, can be expressed by 0.5mm ~ 0.75mm for each color. Gravure printing in the form of a band having a slit and then finely cut in a direction orthogonal to the fluorescent color band to remove the fluorescent color yarn. By, by manufacturing products that require security as material for forgery-proof banknotes, passports, checks and securities that require security, in accordance with the freely expressed a fluorescent color's of strands, anti-counterfeiting. Papers with excellent authenticity and visual effects are disclosed.

As described above, a variety of techniques for preventing forgery and alteration have been disclosed, but it is difficult to cope with the forgery and alteration technology of the security product book that becomes more intelligent and sophisticated every day.

Korea Patent Publication [10-2011-0089980] Korea Patent Publication [10-2009-0043212]

The present invention is to solve the above problems, by providing a system that can be collectively managed by coding according to the pattern to sew security products, it is easy to check the presence or absence of sewn by the forgery, damage of the sewing thread The present invention aims to provide a security product book forgery prevention and production history tracking system that can facilitate the tracking of forgery and alteration.

In order to achieve the above object, the present invention provides a method for preventing forgery of a security product booklet. The booklet of the security product is a sewing thread 132 sewn with a sewing pattern 130 coded according to an encryption rule based on a predetermined identifier. It provides a method for preventing forgery tampering with a security product, characterized in that it comprises a.

Here, the sewing pattern 130 is preferably formed by inserting the sewing thread 132 into the sewing hole 131 punched at a coded interval.

Furthermore, the identifier that is the basis of the sewing pattern 130, more preferably includes any one or more of the production control number of the security product booklet, the date and time of production of the security product booklet or the number of security product booklet issued.

Further, the encryption rule is more preferably one or more of the N-base (N is a natural number of two or more), a symmetric algorithm or an asymmetric algorithm.

In another aspect of the present invention, the security product book forgery forgery prevention and production history tracking system of the present invention, security product booklet management server for managing the production and issuance of the security product booklet 211; A sewing machine 213 for sewing a security product with a coded sewing pattern 130; A security product booklet issuing terminal 221 for generating issue information when the security product booklet is issued; And a forgery check terminal 231 for checking forgery and alteration of the security product booklet manufactured by using the sewing machine 213.

The secure product booklet management server 211 preferably includes an identifier of the secure product booklet, a sewing pattern 130 connected to the identifier, and a DB 212 for storing security product booklet issuance information.

The security product booklet issuing terminal 221 and the forgery confirmation terminal 231 may further include image processing means 222 and 232 for image processing the sewing pattern 130 of the security product booklet.

In another aspect of the present invention, in the method for manufacturing a security product booklet used in the security product book forgery prevention and production history tracking system of the present invention,

A first step (S100) of the security product booklet management server 211 generating an identifier determined by the security product booklet issuing management department management server 210; A second step (S110) of encrypting and encoding the identifier generated in the first step by the security product book management server 211; A third step S120 of forming the sewing pattern 130 in the blank security product booklet as the sewing machine 213 is coded in the second step; A fourth step (S130) of storing the identifier and coded sewing pattern 130 for the blank security product booklet 100 manufactured by the security product booklet management server 211 in the DB 212; A fifth step (S140) of the security product booklet issuing department issuing server 220 to check whether there is a security product booklet issuance request; When there is a security product booklet issuance request, a sixth step (S150) of recognizing the sewing pattern 130 of the blank security product booklet 100 using the CCD camera module 222 linked to the security product booklet issuing terminal 221. ); The seventh step of transmitting the issued information generated while the security product booklet issuing terminal 221 issuing the sewing pattern 130 and the security product booklet to the security product booklet management server 211 to be stored in the DB (212) (S170) ); And an eighth step (S180) in which the security product booklet issuing terminal 221 prints the issued information on the blank security product booklet 100 and seals the seal to complete the issuance of the security product booklet. Provide a forgery prevention and production history tracking system.

In addition, between the sixth step and the seventh step, inserting any one or more selected from the fluorescent printing, scramble indicia, RFID chip in the security product booklet as coded in the second step (S160) More preferred.

In another aspect of the present invention, in the security product book forgery forgery prevention of the present invention, and forgery verification method of the security product booklet used in the production history tracking system,

A first step (S200) of recognizing the sewing pattern 130 of the security product booklet using the image processing means 232; When the recognized sewing pattern 130 is transmitted to the security product book management server 211 using the forgery check terminal 231, the security product book management server 211 reversely applies an encryption method to the sewing pattern 130. A second step (S210) of decrypting and extracting security product booklet issuance information connected to the identifier restored by decryption from the DB 212; And a third step (S220) of the security product booklet management server 211 uploading the security product booklet issuance information to the forgery check terminal 231. It provides a method of checking forgery and alteration of a security product booklet.

By utilizing the production history tracking management system of the security product provided by the present invention, it is easy to check the presence or absence of sewn by the forgers, the damage of the sewing thread, there is an advantage that can easily track the forgery.

1 is an exemplary passport produced by the prior art.
2 is a schematic view of a passport as a security product booklet produced according to an embodiment of the present invention.
Figure 3 is a top view of the sewing portion of the security product booklet for explaining the core part of the present invention.
Figure 4 is a block diagram of a security product booklet production history tracking management system according to an embodiment of the present invention.
5 is a flow chart illustrating a security product booklet issuing process according to an embodiment of the present invention.
Figure 6 is a flow chart for explaining a forgery confirmation process using a security product booklet produced according to an embodiment of the present invention.

Specific embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is an exemplary view of a passport produced by the prior art, Figure 2 is a schematic view of a passport as a security product booklet produced according to an embodiment of the present invention, Figure 3 is a security product booklet for explaining the essential parts of the present invention Figure 4 is a top view of the sewing portion, Figure 4 is a block diagram of a security product book production history tracking management system according to an embodiment of the present invention, Figure 5 illustrates a security product booklet issuing process according to an embodiment of the present invention Figure 6 is a flow chart for, Figure 6 is a flow chart for explaining a forgery confirmation process using a security product booklet produced in accordance with an embodiment of the present invention.

Matters that are not required to understand the technical spirit of the invention as parts that are not different from the prior art are excluded from the description, but the technical spirit and protection scope of the present invention are not limited thereto.

First, the passport 100 as a security product manufactured by the production history tracking management system 200 of the present invention will be described in detail with reference to FIGS. 2 and 3.

A passport as a security product manufactured according to an embodiment of the present invention includes a sewing thread 132 sewn in a coded pattern 130 in a conventional passport having personal information of a passport holder.

The sewing pattern 130 is coded based on a predetermined identifier, and is formed by inserting the sewing thread 132 into the sewing hole 131 punched at various intervals according to an encryption rule. For example, in FIG. 2, a gap between the sewing holes 131, A, B, or C is punched differently according to a predetermined encryption rule, and a passport is inserted into the sewing thread 132 so as to pass therethrough.

In the present invention, the identifier that is the basis of the sewing pattern 130 can be variously set as information related to the security product booklet. For example, the production control number (serial number) of the security product booklet may be an identifier, and the production date and time of the security product booklet may be combined and used as an identifier. Alternatively, a separate management number that is completely different from the production control number determined by the security product book management authority may be used as an identifier of the sewing pattern 130 encryption. If necessary, the number of security product booklets issued can be used as an identifier.

The encryption method for encoding the identifier used in the present invention includes all the usual encryption rules used in the art. For example, from a relatively simple encryption rule such as N-ary (N is a natural number of 2 or more), symmetric algorithms such as DES, 3-DES, AES, SEED, ARIA, MASK, or asymmetric algorithms such as RSA and DSA can be used. .

Referring to Figure 3 will be described in more detail the method of forming the sewing pattern 130 of the present invention. Figure 3a shows the sewing form of the security product booklet formed according to the conventional method. When the encryption code of the security product booklet formed according to the encryption method proposed by the present invention is '010101', the gap between the sewing holes 131 of the sewing pattern 130 is formed in two different ways as shown in FIG. The sewing hole 131 can be punched by setting the interval between the short ones to '0' and the interval between the long ones to '1'. Then, when the sewing thread 132 is inserted into the sewing hole 131, the security product booklet according to the present invention is completed. Here, a specific identifier (for example, the date and date of manufacture of the passport), which is the unique information of the passport, is coded as '010101' according to the encryption rule, which is again formed in the passport with the sewing pattern 130, the sewing Pattern 130 is to be used as a new non-forgery prevention.

The spacing between the sewing holes 131 may be a different length of a more special pattern, for example, 1mm, 2mm, 3mm, 4mm, 5mm, and the like, which is included in the scope of the present invention.

In the present invention, the identifier of the security product booklet and the encrypted sewing pattern 130 accordingly are stored in a separate DB 212 in charge of the security product booklet management server 211.

When there is a request for issuing a security product booklet, by selecting a blank security product booklet to be used for analysis, analyzing the sewing pattern 130 sewn in the corresponding security product booklet, and decrypting and comparing the data stored in the DB 212 Detects the DB data of the security product booklet, and adds the security product booklet issuing information connected to the lower portion of the DB data. Since the identifier and issue information of the issued security product booklet are stored as data in one DB (212), the foundation for checking whether the security product book is forged or not is provided, and the damage or correction of personal information by the counterfeiter can be prevented. It becomes possible.

The identifier is Security Product Booklet Production Control Number: 1233434.

After converting the encoding to this identifier: 10101001101

'10101001101' is stored in the DB with the security product booklet production control number and then sew in the sewing machine 213 with this sewing pattern 130. When the security product booklet is issued, the sewing pattern 130 of the blank security product booklet is analyzed through the CCD camera module 222 to find a match with the DB information. Each information is pasted and stored in the DB 212 again. Thereafter, according to a conventional method, an identifier is printed on a photographic image in the form of a scrambled indicia, or an identifier is printed by UV fluorescence, and the remaining information pages are printed to complete issuance of a security product booklet.

If you want to check the forgery of the security product book issued later, by recognizing the sewing pattern 130, based on the data stored in the DB (212), check whether the information on the issue information is consistent with the issue information at the time of issue .

Identifier security product booklet production date: 11/11/11 10:24:20

After converting the encoding to this identifier: 13404211023420

The coded identifier is stored in the DB 212 together with the production date of the security product booklet, and then converted into the sewing pattern 130 and sewn as the sewing pattern 130 by the sewing machine 213. When the blank security product booklet is made in this way, the sewing pattern 130 is analyzed by the CCD camera module 222 when it is requested to find a match with the DB information. 212). Thereafter, according to a conventional method, the identifier is printed in the form of scramble indicia or the identifier is printed by UV fluorescence and the remaining information surface is printed to complete the issuance.

Later, in case of confirming the forgery of the issued security product booklet or confirming the construction manufacture through the production date, it recognizes the sewing pattern 130, extracts the identifier and checks whether it is forged by comparing with the contents of the issued information page. Can be.

Next, the configuration of a production history tracking management system for preventing forgery of a security product booklet according to an embodiment of the present invention will be described in detail with reference to FIG. 4.

Security product booklet production history tracking management system of the present invention security product booklet management server for managing the production and issue of the security product booklet 211; A sewing machine 213 for sewing a security product with a coded sewing pattern 130; A security product booklet issuing terminal 211 for generating issue information when the security product booklet is issued; And a forgery confirmation terminal 231 for checking forgery and alteration of the security product booklet manufactured by using the sewing machine 213.

The security product booklet management server 211 of the present invention is installed in the security product booklet issuing management department issuing server 210 to encrypt and code the security product booklet identifier, and operates the sewing machine 213. In addition, the security product booklet management server 211 includes an identifier of the security product booklet, a sewing pattern 130 associated with the identifier and a DB 212 for storing the security product booklet issuance information. The sewing machine 213 is controlled by the security product booklet management server 211 to form a sewing pattern 130 in the code pattern encrypted in the security product booklet.

Security product booklet issuing terminal 221 of the present invention is connected to the security product booklet management server 211 is used to issue a security product booklet. In the present invention, the sewing pattern 130 of the security product booklet must be recognized in the process of issuing the security product booklet. In order to use this image processing technique, the CCD camera module 222 must be included in the security product booklet issuing terminal 221. do. Here, the CCD camera module 222 may be replaced by another means for obtaining an image such as a scanner. The security product booklet issuing terminal 221 recognizes the sewing pattern 130 of the blank security product booklet by using the CCD camera module 222, when there is a security product booklet issuance request, and secures the sewing pattern 130 together with the sewing pattern 130. The issue information of the product booklet is transmitted to the security product booklet management server 211.

Forgery forgery confirmation terminal 231 of the present invention is connected to the security product booklet management server 211 and wired or wirelessly used for security booklet forgery check and production history tracking. In the present invention, the sewing pattern 130 of the security product booklet must be recognized in the identification process, so that the scanner 232 is included in the forgery confirmation terminal 231 to use an image processing technique. Here the scanner 232 can be replaced by other means for obtaining an image, such as a CCD camera. Forgery forgery check staff take the sewing pattern 130 of the security product booklet with the scanner 232 to request the security product booklet information to the security product booklet management server 211 through the forgery check terminal 231, security product booklet The management server 211 decodes and prepares the sewing pattern 130 stored in the DB 212 and extracts the security product booklet issuance information stored as the sewing pattern 130 and transmits it to the forgery confirmation terminal 231. . Forgery forgery check staff compares the information received in the forgery confirmation terminal 231 and the information displayed in the actual security product booklet to check whether the security product forgery.

Next, a method of producing and issuing a security product booklet by the production history tracking management system of the present invention will be described in detail with reference to FIG. 5.

First, when the manufacture of the blank security product booklet starts, the security product booklet management server 211 generates an identifier determined by the security product booklet issuance management department issuing server 210 (S100). For example, if the security product booklet issuing management department issuing server 210 decides to use the production control number (serial number) of the security product booklet as the identifier, the security product booklet management server 211 is assigned to a new blank security product booklet. You will create a new production control number to apply.

Next, the security product booklet management server 211 encrypts and encodes the identifier generated in the step (S110). As described above, the encryption method may use a conventionally known encryption method or a simple binary method.

Next, the sewing machine 213 forms a sewing pattern 130 in the blank security product booklet as coded in the step (S120). First, a sewing hole 131 is formed according to an encrypted code in a blank security product booklet, and a sewing thread 132 is inserted to pass through the sewing hole 131.

Next, the security product booklet management server 211 stores the identifier and coded sewing pattern 130 for the manufactured blank security product booklet in the DB 212 (S130).

If the security product booklet issuing server issuing server 220 of the present invention checks whether there is a security product booklet issuance request (S140), if there is a security product booklet issuance request, the CCD camera module linked with the security product booklet issuing terminal 221 Recognizing the sewing pattern 130 of the blank security product booklet using (222) (S150). After recognizing the sewing pattern 130, if necessary, fluorescent printing, scrambled indicia, RFID chip, etc. containing the same contents of the identifier may be inserted into the security product booklet (S160). By doing so, it is possible to check the forgery by comparing the sewing patterns with identifiers included in the additionally inserted fluorescent prints, scramble indices, and RFID chips. When the preparation for issuing the security product booklet is completed, the security product booklet issuing terminal 221 transmits the sewing pattern 130 and the security product booklet issuing information to the security product booklet management server 211 to be stored in the DB 212 (S170). ). The security product booklet management server 211 checks and issues the identifier storage position of the corresponding security product booklet in the DB 212 using the sewing pattern 130 of the security product booklet issuing terminal 221. Link information to its lower location and store it. The security product booklet issuing terminal 221 prints the issued information on the blank security product booklet and seals the seal to complete the security product booklet issuance (S180).

Next, the screening process using the security product booklet produced according to the present invention will be described in detail with reference to FIG. 6.

When the security product book holder presents the security product booklet at the forgery confirmation office 230, the examiner scans the sewing pattern 130 of the security product booklet using the scanner 232 (S200). When the forgery check examiner transmits the scanned sewing pattern 130 to the security product booklet management server 211 using the forgery check terminal 231, the security product booklet management server 211 sew by applying an encryption method in reverse. Decrypting the pattern 130 and extracts the security product booklet issuing information connected to the identifier restored by decryption from the DB (212) (S210). Next, the security product booklet management server 211 uploads the issuance information of the security product booklet to the forgery check terminal 231 (S220).

The forgery confirmation examiner determines whether the forgery of the security product booklet, the authenticity of the holder of the security product booklet by comparing the personal information uploaded to the forgery confirmation terminal 231 with the information described in the security product booklet (S230). If it is suspected that the information is forged, such as mismatch between each other, the forgery check examiner is not approved (S240). If the authenticity of the security product booklet is confirmed, the approval (S250).

The secure product booklet sewing pattern 130 in the secure product booklet management server 211 of the secure product booklet management unit 210 is stored in the DB 212 and then decrypted and checked, and an identifier, that is, a production management number or By checking whether the issuance information including the security product booklet number of the security product booklet issuer is identical through the production date, it is possible to check whether the security product booklet is staggered or the sewing thread is damaged.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. It goes without saying that various modifications can be made.

100: Passport 110: Personal Information
120: picture 130: sewing pattern
131: sewing hole 132: sewing thread
133: first interval 134: second interval
135: encryption code 200: living history tracking management system
210: security product booklet management server 211: security product booklet management server
212: DB 213: sewing machine
220: security product booklet issuing department 221: security product booklet issuing terminal
222: CCD camera module 230: forgery and alteration confirmation office
231: forgery check terminal 232: scanner

Claims (10)

Security product book forgery forgery prevention method, the booklet of the security product forgery security product booklet forgery characterized in that it comprises a sewing thread 132 sewn with a sewing pattern 130 coded according to an encryption rule based on a predetermined identifier. Prevention method.
The method of claim 1, wherein the sewing pattern 130 is formed by inserting a sewing thread 132 into a sewing hole 131 punched at a coded interval.
According to claim 1, wherein the identifier that is the basis of the sewing pattern 130, characterized in that it comprises any one or more of the production control number of the security product booklet, the date and time of production of the security product booklet or the number of security product booklet issued. How to prevent tampering with security product booklet.
The method of claim 1, wherein the encryption rule is based on any one or more of an N-based method (N is a natural number of two or more), a symmetric algorithm, or an asymmetric algorithm.
A security product book forgery prevention and production history tracking system, Security product booklet management server for managing the production and issue of the security product booklet 211; A sewing machine 213 for sewing a security product with a sewing pattern 130 coded according to an encryption rule based on a predetermined identifier; A security product booklet issuing terminal 221 for generating issue information when the security product booklet is issued; And a forgery forgery check terminal 231 installed to check forgery and alteration of a security product booklet manufactured using the sewing machine 213.
The method of claim 5, wherein the security product booklet management server 211 comprises an identifier of the security product booklet, a sewing pattern 130 associated with the identifier and DB (212) for storing the security product booklet issuance information Security booklet forgery prevention and production history tracking system.
6. The security product booklet issuing terminal 221 and the forgery confirmation terminal 231 are characterized in that it comprises image processing means (222, 232) for image processing the sewing pattern 130 of the security product booklet. Security booklet forgery prevention and production history tracking system.
In the method of manufacturing a security product booklet used in the security product book forgery prevention and production history tracking system according to any one of claims 5 to 7,
A first step (S100) of the security product booklet management server 211 generating an identifier determined by the security product booklet issuing management department management server 210; A second step (S110) of encrypting and encoding the identifier generated in the first step by the security product book management server 211; A third step S120 of forming the sewing pattern 130 in the blank security product booklet as the sewing machine 213 is coded in the second step; A fourth step (S130) of storing the identifier and coded sewing pattern 130 for the blank security product booklet 100 manufactured by the security product booklet management server 211 in the DB 212; A fifth step (S140) of the security product booklet issuing department issuing server 220 to check whether there is a security product booklet issuance request; When there is a security product booklet issuance request, a sixth step (S150) of recognizing the sewing pattern 130 of the blank security product booklet 100 using the CCD camera module 222 linked to the security product booklet issuing terminal 221. ); The seventh step of transmitting the issued information generated while the security product booklet issuing terminal 221 issuing the sewing pattern 130 and the security product booklet to the security product booklet management server 211 to be stored in the DB (212) (S170) ); And a security product booklet issuing terminal 221 prints the issued information on the blank security product booklet 100 and seals the seal to complete the issuance of the security product booklet (S180). Method of manufacture of product brochures.
The method of claim 8,
Between step 6 and 7, further comprising the step (S160) of inserting any one or more selected from fluorescent printing, scramble indicia, RFID chip in the security product booklet as coded in the second step Method of manufacturing a security product brochure for preventing forgery and alteration.
In the security product book forgery prevention according to any one of claims 5 to 7, and forgery confirmation method of the security product booklet used in the production history tracking system,
A first step (S200) of recognizing the sewing pattern 130 of the security product booklet using the image processing means 232; When the recognized sewing pattern 130 is transmitted to the security product book management server 211 using the forgery check terminal 231, the security product book management server 211 reversely applies an encryption method to the sewing pattern 130. A second step (S210) of decrypting and extracting security product booklet issuance information connected to the identifier restored by decryption from the DB 212; And secure product booklet forgery prevention function comprising a third step (S220) of uploading the security product booklet issuance information to the security product booklet management server 211 to the forgery check terminal 231. How to check forgery and alteration in a booklet.

Images