CN202167054U - Safety anti-counterfeiting system of double wireless radio frequency tag - Google Patents
Safety anti-counterfeiting system of double wireless radio frequency tag Download PDFInfo
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- CN202167054U CN202167054U CN2011202701544U CN201120270154U CN202167054U CN 202167054 U CN202167054 U CN 202167054U CN 2011202701544 U CN2011202701544 U CN 2011202701544U CN 201120270154 U CN201120270154 U CN 201120270154U CN 202167054 U CN202167054 U CN 202167054U
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Abstract
The utility model discloses a safety anti-counterfeiting system of a double wireless radio frequency tag. The safety anti-counterfeiting system comprises a tag issuing device, an article tag, an owner tag, a tag verifier, a data server and a database, wherein both the article tag and the owner tag are issued by the tag issuing device and verified by the tag verifier; internal data of the tag issuing device and the tag verifier are synchronized through the data server; the data server is connected with the tag issuing device, the tag verifier and the data base respectively; and the owner tag and the article tag are issued in pairs so as to form a tag pair.
Description
Technical field
The utility model relates to the system that a kind of pair of radio frequency label realized product false proof.
Background technology
Forge article and bring massive losses for producer, trade company, consumer, mainly carried out false proof testing very in the past through methods such as holographic labeling, anti-counterfeiting phone, network verifications.After the radio frequency label invention, some have also occurred and used radio frequency label to carry out false proof method.Comprise:
Use the RFID label anti-counterfeit; Its principle mainly is to utilize unique, as can not to change characteristics the built-in ID of radio frequency label number, uses the database of central authorities to verify, if ID number in database; Represent that then this label is registered, the article that label depended on are genuine piece.There are several problems in this method: at first, have the label transfer problem, after the adulterator dismantles its genuine piece label; Can change to be attached to and forge on the article; Thereby it is true through testing to realize forging article, perhaps utilizes used article container, like bottle; Again load article of poor quality, also can palm off the genuine piece sale and make profit; Secondly, this method depends on a central database article is verified, the consumer does not have method to test very under situation about can't surf the Net.
It is false proof that other class methods are to use the RFID label to carry out, and its principle mainly is a logical operation function of utilizing the RFID label built-in, and anti-counterfeiting information is carried out encrypting and decrypting, strengthened anti-counterfeiting performance and some additional functions are provided.
More than two kinds of methods all need a central database to verify, and all can not solve the problem of label transfer, therefore limited its range of application.Under some application scenarios, like museum, auction room etc., need to collectibles carry out false proof with test very, above method is owing to exist above-mentioned restriction, and inapplicable.
This shows that traditional Radio Frequency ID (RFID) anti-counterfeiting technology can not be kept at the false proof data of article on the label, make when label is verified, must rely on an overall tag database (central database), reduced security and increase burden.Injection IC (RFID) label anti-counterfeit technology has frequently been preserved the false proof data of part on label, can carry out logical operation on the label, generally is used for the false proof of tobacco and wine class article, and its weak point is that equally checking relies on global data base, and is inapplicable in some occasion.
The utility model content
The shortcoming that the purpose of the utility model is to overcome prior art provides a kind of pair of radio frequency label safety anti-fake system with not enough, adopts two label techniques to realize that safety of products is false proof.
For realizing above purpose; The utility model adopts following technical scheme: this dijection frequency marking is signed the safety anti-fake system; Comprise that label issues device, article tag, owner's label, label validator, data server and database; Article tag is connected label and issues between device and the label validator, and owner's label is connected label and issues between device and the label validator, and data server is issued device, label validator and database with label respectively and is connected; Article tag and owner's label are issued device by label and are issued, and by the label validator validates true and false.Device issued by label and label validator internal data is carried out data sync through data server; Owner's label and article tag are issued in pairs, and it is right to form label; Held by the article owner after owner's label is issued, article tag then embeds article inside.
Said article tag and owner's label are the noncontact RF tag.
Said noncontact RF tag comprises interconnective chip and antenna; Said chip is provided with tag ram, and tag ram is divided into four memory banks: reserved memory, EPC storer, TID storer and user memory, each memory bank is made up of one or more storer.
Said label is issued device and is comprised master controller, antenna; And the RF receiving and transmission module that is connected with master controller respectively, LCDs, camera, storer, keyboard touch-screen and key management unit, wherein RF receiving and transmission module is connected between antenna and the master controller.
Said label validator comprises master controller, antenna; And the RF receiving and transmission module that is connected with master controller respectively, LCDs, camera, storer, keyboard touch-screen and key management unit, wherein RF receiving and transmission module is connected between antenna and the master controller.
Said RF receiving and transmission module comprises local oscillation circuit, rf modulation circuit, power amplification circuit, radio demodulating circuit, multistage amplifier circuit and shaping circuit; Rf modulation circuit is connected with power amplification circuit; Local oscillation circuit is connected with rf modulation circuit, radio demodulating circuit respectively; Antenna is connected with power amplification circuit, radio demodulating circuit respectively, and multistage amplifier circuit is connected between radio demodulating circuit and the shaping circuit.Wherein rf modulation circuit is modulated the baseband modulation signal that receives to carrier wave, amplifies through power amplification circuit, reaches desired power, launches through antenna.Return next information for receiving the electronic tag of coming, carry out demodulation, then signal is amplified shaping, transmit signal and give processor, handle accordingly through the radio demodulating circuit from antenna.
The utility model has following advantage and effect with respect to prior art:
1, present relatively anti-counterfeiting technology, radio frequency label can be with writing in the label after the false proof data encryption, thereby realize the difficult purpose of forging, can verify.
2, the utility model provides the thinking of two label anti-counterfeits; Be that with maximum different of existing method for anti-counterfeit owner's label in its system is that to be presented to article especially possessory; Thereby realized the entitlement checking of the article owner, therefore had a wide range of applications in high value market segments such as artwork collections to article.
3, the utility model design and realized systematic security model, through technology such as application of RS A PKI system, signature algorithm, AES AESs, in conjunction with proprietary hardware device, can guarantee each link of total system all safety can verify.
4, the utility model has realized that special tags issues device and label validator, has embedded key management module crucial in the tag control system in two kinds of equipment, can guarantee the security of equipment and the integrality of whole security system.
5, label is issued device and the label validator has separate processor and memory module, can break away from network and data server independent operating, has expanded the range of application of equipment.
6, the radio frequency label internal data has not only been stored enciphered data, has also stored the article public data of public supplied common user query, can realize field data inquiry and checks, and this is that traditional anti-counterfeiting technology can't realize.
Description of drawings
Fig. 1 is the electric theory structure block diagram of the utility model;
Fig. 2 is that label is issued device or label validator hardware block diagram;
Fig. 3 is that the label of the utility model is issued process flow diagram;
Fig. 4 is a label issuer checking process flow diagram;
Fig. 5 is an article genuine-fake checking process flow diagram;
Fig. 6 is a label checking process flow diagram.
Embodiment
Below in conjunction with embodiment and accompanying drawing the utility model is described in further detail, but the embodiment of the utility model is not limited thereto.
Embodiment
As shown in Figure 1; The utility model dijection frequency marking is signed the safety anti-fake system and is comprised that label issues device, article tag, owner's label, label validator, data server and database; Article tag is connected label and issues between device and the label validator; Owner's label is connected label and issues between device and the label validator, and data server is issued device, label validator and database with label respectively and is connected.
Article tag has write down Item Information and anti-counterfeiting information, issues device by label and issues.Label is after issuing, and its internal information has only specific label validator, data server and the database of use just can read.Owner's label and article tag are issued in pairs; The two is one to one, and it is right to form label, but the information of preserving on the label is not quite similar; This label is taken care of by the article owner voluntarily, and its label internal information has only the label validator of use and the given in advance password of the article owner just can read.Label is issued device and is used for Item Information and anti-counterfeiting information are write owner's label and article tag.Database is mainly preserved article and the right data of label, is managed by system management.
Above-mentioned article tag and owner's label are the noncontact RF tag; Label is issued the tag read-write equipment of device and label validator formation the utility model system.The noncontact RF tag has the function of intelligent read and coded communication, and it is to carry out exchanges data through radiowave and read write line, and the energy of work is to issue the radio-frequency pulse that device sends by label to provide.The noncontact RF tag mainly is made up of interconnective chip and antenna; Chip is mainly used in and receives and transmit data and use built-in program to carry out data manipulation; Radio frequency signal through being sent by read write line carries out reading and writing data; Read write line links to each other with data server with antenna, forms an electronic module, and read write line is given the noncontact RF tag of specific region through RF receiving and transmission module and antenna transmission distinctive signal; Send data server to after again feedback information being handled, thereby managerial personnel can be write or the customizing messages of reading tag.Read write line is sent to the noncontact RF tag with read write command, or the data of noncontact RF tag is read carry out subsequent treatment.
In the utility model, the chip of noncontact RF tag is provided with tag ram, and tag ram is divided into four memory banks, and each memory bank can be made up of one or more storer.Four memory banks are respectively: reserved memory, EPC storer, TID storer and user memory.Storer can be set at readablely maybe can be write, and can also set read-write password, and chip generally when dispatching from the factory, can be encoded on the chip by unique ID of initialization.Because the utility model uses two labels to realize correlation function, therefore, label abbreviates article tag and owner's label respectively as, and the ID respective identification of label is ID1 and ID2.The password of user's input is expressed as PIN.
Label is issued device and is had identical hardware circuit with the label validator.As shown in Figure 2; Device issued by label or the label validator comprises master controller, antenna; And the RF receiving and transmission module that is connected with master controller respectively, LCDs, camera, storer, keyboard touch-screen, key management unit, external interface and power supply, wherein RF receiving and transmission module is connected between antenna and the master controller.Master controller uses chip microcontroller, in order to communication and the coordinate operation of controlling each parts.
As shown in Figure 3, RF receiving and transmission module comprises local oscillation circuit, rf modulation circuit, power amplification circuit, radio demodulating circuit, multistage amplifier circuit and shaping circuit etc.; Rf modulation circuit is connected with power amplification circuit; Local oscillation circuit is connected with rf modulation circuit, radio demodulating circuit respectively; Antenna is connected with power amplification circuit, radio demodulating circuit respectively, and multistage amplifier circuit is connected between radio demodulating circuit and the shaping circuit.Wherein rf modulation circuit is modulated the baseband modulation signal that receives to carrier wave, amplifies through power amplification circuit, reaches desired power, launches through antenna.Return next information for receiving the electronic tag of coming, carry out demodulation, then signal is amplified shaping, transmit signal and give processor, handle accordingly through the radio demodulating circuit from antenna.Major function is to realize that the instruction transformation that master controller sends is that wireless signal transmission is gone out, and the wireless signal that receives is reduced to digital command.
Antenna cooperates with RF receiving and transmission module, carries out the transmitting-receiving of wireless signal.LCDs shows the Control Software interface, cooperates with the touch-screen components and parts, accomplishes the input and the demonstration of information.Camera is taken the picture of article and is stored in the storer.Memory stores application systems software and data comprise attribute information, picture of article etc.Power supply provides the stable power support for each hardware module.External interface and external hardware device communicate, and comprise memory device, commissioning device etc.The keyboard touch-screen receives user's input information, and system is controlled.Key management unit is preserved the key that satisfies RSA PKI system standard, realizes operations such as encrypting and decrypting.
Like Fig. 4,5, shown in 6, the utility model dijection frequency marking is signed the safety anti-fake system, and its course of work may further comprise the steps:
S1, system initialization
Generate a pair of PKI and key according to RSA asymmetric cryptography system method, and preserve key, open PKI; In general, only need PKI of generation and key, a plurality of object manipulation are used with a pair of public key.Key is kept on the USB Key, by system management keeping, and PKI open (can be kept at lane database or open on the internet).
The generation of S2, label and issuing
Take checking photograph and common photograph to article.The checking photograph uses the key that is kept among the USB Key to use aes algorithm to encrypt, and encrypted result is kept in the database; Then the checking photograph is carried out SHA-1HASH and calculate, obtain photograph summary (160bit).Product data is carried out the HASH operation, obtain the digital digest character string (160bit) of a product data, wherein product data comprises Item Title, owner's title, article tag ID, owner's label ID and photograph summary; Then use key that the digital digest character string of product data is encrypted, generate signature character string (256bit); Issue device character string and the photograph summary of will signing by label at last and write article tag, after label is issued device and used user's PIN code and aes algorithm that the signature character string is encrypted, write owner's label.
After article tag and the generation of owner's label,, write the open district of two labels respectively, and be kept in the server database for Word messages such as the handicraft title of importing, the owner, entry time, circulation records.
Obtain the password string PIN of user's input, use the CRC32 algorithm to generate 32bit protection password.To protect close article tag and the owner's label of being set to then.Signature character string in the user area and photograph summary character string use the protection password to carry out permanent write-protect and read protection.
Article tag is embedded article.Owner's label is provided the keeping to the article owner.With ID, EPC, signature character string, photograph summary character string, the PKI of pair of tag (article tag and owner's label), reach other handicraft related datas then, write in the server database.
The pair verification of S3, label
Obtain article tag and owner's label; The owner is at label validator input PIN code; Use the label validator to read the signed data of article tag and owner's label; If the PIN code of user's input is correct, then the label validator can correctly read and decipher the signed data of label, and the signed data unanimity of two label preservations shows that then label matches.
The issuer checking of S4, label
Authentication obtains article tag; Authentication (management organization) input product data, the owner imports PIN code, and the label validator reads article tag and photograph summary, generates product data; Use the SHA-1HASH algorithm to produce the summary A of product data; The label validator reads the signature character string in the article tag; Use public-key the signature character string is deciphered, obtain summary B; If comparison summary A and summary B identical, represent that then label is issued by manufacturer, inconsistent then warning.
Owner's checking of S5, label
Obtain owner's label; Authentication is imported title and owner's title of article in the label validator, the user imports PIN code; Generate label protection password, the signature character string district that uses the protection password to read owner's label according to PIN code with the CRC32 algorithm; Read success and show that then user and label are corresponding, inconsistent then warning.
Reading of the built-in open or enciphered data of S6, label
Obtain article tag and owner's label; For public data, can use the label validator directly to read the data of article tag and owner's label; For enciphered data, import preset PIN code by the owner earlier, use the label validator to read then.
S7, checking article genuine-fake
Obtain article tag and owner's label; The label validator is read photograph summary (summary A), article tag and owner's label; The label validator obtains the characteristic information (attribute information and the photograph binary data of having encrypted) of article according to article tag and owner's label reading database; The label validator uses the key among the USB Key that photograph is deciphered; The label validator uses the SHA algorithm that photograph is generated summary B; The A that will make a summary compares with summary B, and is consistent then show that the photograph in the database was not modified, inconsistent then warning.
The foregoing description is the utility model preferred implementation; But the embodiment of the utility model is not restricted to the described embodiments; Other any do not deviate from change, the modification done under spirit and the principle of the utility model, substitutes, combination, simplify; All should be the substitute mode of equivalence, be included within the protection domain of the utility model.
Claims (6)
1. a dijection frequency marking is signed the safety anti-fake system; It is characterized in that; Comprise that label issues device, article tag, owner's label, label validator, data server and database; Article tag is connected label and issues between device and the label validator, and owner's label is connected label and issues between device and the label validator, and data server is issued device, label validator and database with label respectively and is connected; Article tag and owner's label are issued device by label and are issued, and by the label validator validates true and false; Device issued by label and label validator internal data is carried out data sync through data server; Owner's label and article tag are issued in pairs, and it is right to form label; Held by the article owner after owner's label is issued, article tag then embeds article inside.
2. dijection frequency marking according to claim 1 is signed the safety anti-fake system, it is characterized in that said article tag and owner's label are the noncontact RF tag.
3. dijection frequency marking according to claim 1 is signed the safety anti-fake system, it is characterized in that said noncontact RF tag comprises interconnective chip and antenna; Said chip is provided with tag ram, and tag ram is divided into four memory banks: reserved memory, EPC storer, TID storer and user memory, each memory bank is made up of one or more storer.
4. dijection frequency marking according to claim 1 is signed the safety anti-fake system; It is characterized in that; Said label is issued device and is comprised master controller, antenna; And the RF receiving and transmission module that is connected with master controller respectively, LCDs, camera, storer, keyboard touch-screen and key management unit, wherein RF receiving and transmission module is connected between antenna and the master controller.
5. dijection frequency marking according to claim 1 is signed the safety anti-fake system; It is characterized in that; Said label validator comprises master controller, antenna; And the RF receiving and transmission module that is connected with master controller respectively, LCDs, camera, storer, keyboard touch-screen and key management unit, wherein RF receiving and transmission module is connected between antenna and the master controller.
6. sign the safety anti-fake system according to claim 4 or 5 described dijection frequency markings, it is characterized in that said RF receiving and transmission module comprises local oscillation circuit, rf modulation circuit, power amplification circuit, radio demodulating circuit, multistage amplifier circuit and shaping circuit; Rf modulation circuit is connected with power amplification circuit; Local oscillation circuit is connected with rf modulation circuit, radio demodulating circuit respectively; Antenna is connected with power amplification circuit, radio demodulating circuit respectively, and multistage amplifier circuit is connected between radio demodulating circuit and the shaping circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202701544U CN202167054U (en) | 2011-07-28 | 2011-07-28 | Safety anti-counterfeiting system of double wireless radio frequency tag |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202701544U CN202167054U (en) | 2011-07-28 | 2011-07-28 | Safety anti-counterfeiting system of double wireless radio frequency tag |
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| Publication Number | Publication Date |
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| CN202167054U true CN202167054U (en) | 2012-03-14 |
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| CN2011202701544U Expired - Fee Related CN202167054U (en) | 2011-07-28 | 2011-07-28 | Safety anti-counterfeiting system of double wireless radio frequency tag |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102411748A (en) * | 2011-07-28 | 2012-04-11 | 黄晋 | Safety anti-counterfeiting system and method based on two wireless radio frequency tags |
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2011
- 2011-07-28 CN CN2011202701544U patent/CN202167054U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102411748A (en) * | 2011-07-28 | 2012-04-11 | 黄晋 | Safety anti-counterfeiting system and method based on two wireless radio frequency tags |
| CN102411748B (en) * | 2011-07-28 | 2013-05-22 | 黄晋 | Safety anti-counterfeiting method based on two wireless radio frequency tags |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120314 Termination date: 20140728 |
|
| EXPY | Termination of patent right or utility model |