CN102930441A - Radio frequency identification (RFID)-based wine anti-counterfeiting system, RFID label and RFID reader authenticating method - Google Patents
Radio frequency identification (RFID)-based wine anti-counterfeiting system, RFID label and RFID reader authenticating method Download PDFInfo
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- CN102930441A CN102930441A CN2012103511527A CN201210351152A CN102930441A CN 102930441 A CN102930441 A CN 102930441A CN 2012103511527 A CN2012103511527 A CN 2012103511527A CN 201210351152 A CN201210351152 A CN 201210351152A CN 102930441 A CN102930441 A CN 102930441A
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Abstract
The invention relates to the field of application of a radio frequency technology and provides a radio frequency identification (RFID)-based wine anti-counterfeiting system. The system comprises a wine bottle, a wine box for packaging the wine bottle, an RFID reader, RFID labels, a personal computer (PC), client software, and background servers; the RFID labels are arranged on the wine bottle or the wine box; the RFID reader is connected with the PC; the RFID reader reads information of the RFID labels, checks the information according to data on the client software and the background server and judges whether the wine bottle or the wine box is a genuine article; and the RFID labels are fragile labels, so that when a user opens the wine bottle or the wine box, the RFID labels are damaged. In the checking process, the method of mutual authentication of the labels and the reader is adopted, so that the safe and anti-counterfeiting effects on wine products can be achieved.
Description
Technical field
The present invention relates to the wireless radio-frequency application, particularly based on Wine anti-counterfeit system and RFID label and the rfid interrogator authentication method of RFID.
Background technology
Along with the fast development of China's economic, Chinese national life level significantly improves, and per capita disposable income rapidly increases, and Characters of Chinese Alcoholic Drink Culture is of long standing and well established in addition, and this has impelled people to the particularly growth of international alcohol product demand of drinks indirectly.But the consumer generally knows little about it to alcohol product, culture, quality, has given the lawless person opportunity.At present China blends, report is arranged when fraud, the phenomenon such as counterfeit, and the drinks market order causes anxiety.If standard drinks market that can not be orderly will certainly hinder the exploitation of drinks market great potential, how to adopt effective method to become present urgent problem.
The method for anti-counterfeit of drinks mainly is to realize that by antifalsification label and anti-false code this kind method for anti-counterfeit is easy to counterfeit at present, and label is damaged easily, and anti-false code examination is inconvenient, makes the true and false very inconvenient of check drinks.If the consumer wants to understand the true and false of the drinks of purchase, can only be by sending message search or the inquiry of login official website, feedback information relatively seldom, the consumer is difficult to feel the sense of security.
Summary of the invention
To the objective of the invention is in order solving the problems of the technologies described above, a kind of Wine anti-counterfeit system based on RFID to be provided, in the hope of realize the fast and effectively verification to drinks by the RFID technology, allow the fraud molecule not machine can take advantage of.
Technical scheme based on the Wine anti-counterfeit system of RFID is:
A kind of Wine anti-counterfeit system based on RFID, the wine box that comprises bottle and pack described bottle, it is characterized in that, also comprise rfid interrogator, the RFID label, PC, client-side program and background server, described RFID label is arranged on bottle or the wine box, described rfid interrogator links to each other with described PC, described rfid interrogator carries out verification by the data on client-side program and the background server after reading the information of described RFID label, judge whether described bottle or wine box are genuine piece, described RFID label is frangible label, when the user opened described bottle or wine box, described RFID label namely damaged.
Further, described rfid interrogator links to each other with described PC by USB interface, described rfid interrogator comprises antenna plane and circuit plane, described antenna plane is positioned at top, described circuit plane, below described circuit plane, also be provided with louvre, the plate aerial of rfid interrogator is set on the described antenna plane, and described circuit arranges radio circuit on the plane.
Further, described rfid interrogator is provided with signal lamp, points out whether genuine piece of bottle or wine box according to the color of signal lamp, and described rfid interrogator also is provided with hummer, when detecting wine and be fake wine, and described buzzer warning.
Further, the EPC coding that described RFID label prestores unique, described rfid interrogator carries out verification according to the EPC coding by the data on client-side program and the background server.
Further, described rfid interrogator is the UHF rfid interrogator, and described RFID label is UHF RFID label.
The present invention also provides a kind of RFID label and rfid interrogator authentication method, realizes the peace verification to drinks.
The technical scheme of RFID label and rfid interrogator authentication method is:
Comprise that described RFID label carries out authentication method to authentication method and the described rfid interrogator of described rfid interrogator to described RFID label, prestore the ID coding of described rfid interrogator in the described RFID label;
Described RFID label comprises the steps: the authentication method of described rfid interrogator
(1) described rfid interrogator sends authentication request to described RFID label;
(2) described RFID tag computation draws a random number A and random number A is sent to described rfid interrogator, and ID coding B and the random number A of the described rfid interrogator that prestores in the described RFID label is encrypted calculating, obtains ciphertext C;
(3) described rfid interrogator will receive random number A and the ID of self coding B ' and be encrypted calculating, obtain ciphertext C ', and cryptographic algorithm is identical with the cryptographic algorithm of step (2);
(4) described rfid interrogator is sent to the RFID label with ciphertext C ';
(5) described RFID label compares the ciphertext C ' that receives with ciphertext C, if C and C ' equate that then the RFID label is to the authentication success of rfid interrogator; If C and C ' are unequal, then the RFID label is to the authentification failure of rfid interrogator;
Described rfid interrogator carries out authentication method to described RFID label and comprises the steps:
(a) described RFID label sends authentication request to described rfid interrogator;
(b) described rfid interrogator calculates a random number D, and random number D is sent to RFID label in the rfid interrogator identification range;
(c) the RFID label ID coding E that will receive random number D and RFID label is encrypted calculating, obtains ciphertext F, and ciphertext F is sent to rfid interrogator;
(d) described rfid interrogator uses the ciphertext F that random number D deciphering receives, the RFID label ID coding E ' after obtaining deciphering;
(e) coding of the RFID label ID after will deciphering E ' sends to background server;
(f) whether background server will exist coding E ' in the Query Database, if exist, and the success of RFID smart-tag authentication; If there is no, RFID smart-tag authentication failure;
(g) background server feeds back to PC and rfid interrogator with authentication result.
The invention has the beneficial effects as follows:
(1) method that has adopted frangible RFID label to combine with cryptographic algorithm provides cost savings greatly.This RFID label damages after the user opens wine box or bottle, can not reuse, and wants to seek the possible of juice by substituting bottle for another surreptitiously thereby stopped the fake producer.Wine lebal can be arranged on the wine box, and convenient design and processing indirectly provide cost savings.
(2) use the cryptographic algorithm security more senior.Could identify and operate label after only having RFID module and wine lebal mutually to authenticate.The data that those attempts are read and revised in the label by other read write line are impossible.Only have the password that uses read write line and the keeper is arranged to revise data in the wine lebal.
(3) this read write line has versatility.Different drinks manufacturers all can use this module to carry out read operation, and drinks manufacturer only need get final product by interface and the cryptographic operation of design personalized on PC software.The user only need arrive corresponding drinks company's site can download corresponding software.Company has not only saved cost of development, and the use that minimizes of circuit board has also reduced electronic waste to greatest extent.
Description of drawings
Accompanying drawing 1 is bottle packing synoptic diagram;
Accompanying drawing 2 is the outside synoptic diagram of rfid interrogator;
Accompanying drawing 3 is the inner structure synoptic diagram of rfid interrogator;
Accompanying drawing 4 is modularization synoptic diagram of the present invention;
Accompanying drawing 5 is that the RFID label is to rfid interrogator identifying procedure figure;
Accompanying drawing 6 is that rfid interrogator is to RFID smart-tag authentication process flow diagram.
Mark in the accompanying drawing is respectively:
1. bottle; 2. wine box;
3. bottleneck; 4. bottle cap;
5. sealing; 6.RFID read write line;
7.PC machine; 8. signal lamp;
9.USB interface; 10. hummer;
11. circuit plane; 12. antenna plane;
13. louvre; 14. background server;
15. Ethernet; 16. client-side program;
17. condensing routine; 501-508. block diagram step or Rule of judgment;
601-609. block diagram step or Rule of judgment.
Embodiment
Below in conjunction with accompanying drawing the Wine anti-counterfeit system that the present invention is based on RFID and the embodiment of RFID label and rfid interrogator authentication method are elaborated.
REID (RFID) be a kind of contactless, fast effectively, the technology of safety and stability, it mainly contains rfid interrogator and RFID label two parts form.The RFID label is divided into again four kinds of low frequency, high frequency, ultrahigh frequency and microwave frequency bands.Low frequency and high-frequency label are difficult to satisfy the at a high speed requirement of identification because decipherment distance is near.The microwave frequency band label has maximum decipherment distance, but has larger power consumption, so generally the label of this frequency range mostly is greatly active or semi-active label, high expensive.Ultrahigh frequency UHF RFID label reading/writing distance is far away, has adopted again the passive label that versatility is stronger, cost is relatively cheap, and application prospect is better.
At present because the rfid interrogator prevailing price is higher, the present invention will identify that the radio frequency part of RFID label is independent, and integral body is made the module that is similar to the USB flash disk size, and module-external is packed and is printed on the icon of company.The PERCOM peripheral communication mode of module is usb communication.This rfid interrogator can be inserted into PC end USB interface very easily.Itself does not have power module rfid interrogator, and when this rfid interrogator being connected to the PC end, the USB interface of PC end can be to this rfid interrogator power supply, and this kind power supply mode has reduced volume and the cost of rfid interrogator.Rfid interrogator is provided with 3 LED lamps and a hummer, this wine of reminding user certified products whether when reading UHF RFID label.The distance that rfid interrogator reads can satisfy reading requirement at 30-50cm.Rfid interrogator has very large versatility.Because the radio frequency part of RFID mainly is responsible for obtaining of the essential information such as EPC, the EPC coding is a kind of product identification code, and it can carry out globally unique sign to the object in the supply chain (comprising article, container, tray, position etc.).The end for process of information is the PC end, thus if the sufficiently high word of security, all alcohol product manufacturers could adopt this module, and only need change software implemented.Owing to the low cost of this module, general rfid interrogator all is placed in the wine box together with bottle, and the user only need connect software corresponding to PC end download just can obtain this wine from production, logistics to the details of selling.
The method that this Wine anti-counterfeit method has adopted wine lebal and read write line mutually to authenticate.Wine lebal can guarantee that to the authentication of read write line label information can not read or revise by other read write lines; Read write line can guarantee faster recognition efficiency to the authentication of wine lebal.Wine lebal has a storer, is used for the read write line ID coding of storage coupling.The operating right of this read write line arranges, and can carry out password authentification at upper layer software (applications).The authority that the user uses read write line only to read, thus limit the possibility that the wine lebal recycling is distorted in those attempts.
Referring to accompanying drawing 1, Wine anti-counterfeit mainly is the placement location of optimizing drinks RFID label at present, mainly contain three kinds of placement locations, consider that liquid is to the Adsorption Effect of RFID radiation, respectively that wine lebal is placed in the external packing of bottleneck 3 of bottle 1, near the bottle cap 4 of bottle 1 and sealing 5 places of wine box 2.Three kinds of schemes all are to have adopted frangible RFID label, when namely opening bottle cap or packing box, the antenna of label is cut off, rfid interrogator can not realize reading wine lebal, the above three kinds of schemes of analysis-by-synthesis can both realize the purpose of Wine anti-counterfeit, but label is enclosed in the relatively high cost of meeting increase in the bottle cap, and direction or external packing box can be influential when label was attached to bottleneck identification.This Wine anti-counterfeit method adopts the fairly simple method that label is attached to wine box sealing 5.The method can well realize false proof purpose in conjunction with the anti-counterfeiting authentication method of hereinafter mentioning in the situation of reduce disturbance that do not raise the cost and try one's best.
Referring to accompanying drawing 2, rfid interrogator 6 is connected with PC by USB interface 9 connections.It is respectively red, green and yellow that 3 LED display lamps 8, color are arranged in the side of rfid interrogator 6.When rfid interrogator 6 was inserted PC 7, PC 7 began rfid interrogator 6 power supplies, and amber light begins flicker, and green light and red light keep extinguishing state, showed that present PC 7 processing the drinks EPC information that reads.If the result that PC end access background server returns is that this wine is true wine, then green light flicker, amber light and red light keep extinguishing state.If the result that returns of access background server is that this wine is fake wine, blinking red lamp then, amber light and green light keep extinguishing state, and the low frequency that is accompanied by hummer 10 pipes.
Referring to accompanying drawing 3, be the concrete structural map of rfid interrogator 6 inside.Consider the compactedness of rfid interrogator 6, rfid interrogator 6 inside are divided into up and down two planes, respectively antenna plane 12 and circuit plane 13.There is the radio circuit of RF chip on circuit plane 13, and main electronic devices and components all concentrate on this plane.Consider that rfid interrogator 6 volumes are little, power relatively can be larger, considers from the heat radiation aspect to have the louvre 13 of certain diameter to satisfy the working condition requirement of this chip normal operation in case surface.Because the reading/writing distance of RFID label and the area of antenna have than Important Relations, antenna plane 12 has arranged that the larger area plate aerial reads distance to improve to greatest extent.It is fine that the UHF rfid interrogator reads the label anti-collision effect of this frequency range, when have some bottles with the read range of wine at this reader/writer module of RFID label in the time, rfid interrogator 6 can both effectively read information and the real-time PC end that is presented at of this wine.
Referring to accompanying drawing 4, after the user has had rfid interrogator 6, it is inserted on the computer PC 7, the user can download corresponding condensing routine 17 to the website of this drinks by Ethernet 15.Client-side program 16 corresponding to this drinks, drinks producer can design coding according to database and communication protocol, perhaps using existing correlative code realizes, the core of its program is the database of drinks parameter, database is stored in the background server 14, client-side program 16 is communicated by letter with background server 14 by Ethernet 15, realizes the access to database.Be accompanied by continuing to optimize of program, the version of irregular this software of renewal of drinks company's site meeting is to satisfy the user to the requirement of interface, function etc.Drinks company also can realize by this software the purpose of publicity corporate culture and drinks quality.The drinks user just can operate this UHF rfid interrogator 6 after having downloaded and installed client-side program 16.At first this client-side program 16 can at first from the rfid interrogator obtaining information, be checked the version of this software.This client-side program 16 begins to operate rfid interrogator 6 after determining version, filters the EPC coding that reads wine.This client-side program 16 reads after the EPC information can be by access to netwoks background server 14, access to meet the information that this EPC encodes, and feeds back to this client-side program, with attractive in appearance, this wine of interface display certified products whether accurately.Because all drinks companies all can adopt this kind rfid interrogator, and just carried out meeting encryption and the filtration treatment of corresponding drinks enterprise at software, effectively provided cost savings.And the RFID module has versatility, can reuse, and greatly reduced electronic waste, indirectly protected environment.
For safety, the appearance that will adopt the mutual cryptographic algorithm that authenticates to stop fake wine between rfid interrogator and label.Wherein wine lebal authenticates the important information that can prevent in other read write lines or module for reading and writing identification and the modification label to read write line.This stage authentication realizes in the hardware bottom layer program that mainly the software of PC end can't be realized revising.Read write line mainly is the situation of considering that a large amount of other article tags or other wine lebals exist to the authentication of label.In order to accelerate recognition speed, can hold on the software at PC label ID is carried out necessarily required restriction, arrange such as ID number length of restriction or equal length coding range etc.Anticollision operation for identification label will be simplified like this.
Referring to accompanying drawing 5, the method that drinks RFID label and rfid interrogator authenticate mutually is as described below.At first drinks RFID label authenticates this RFID module, and process is as follows: reader/writer module sends an authentication request to first RFID label (step 501).This kind wine lebal receives and sends a random number A behind the request signal, and utilizes the rfid interrogator ID numbering B that stores in the tag ram to be encrypted with this random number A to calculate encryption number C(step 502).Rfid interrogator receive behind the random number A that label produces with this random number A and self ID encode B ' carry out with above-mentioned label in identical computations obtain C ' (step 503), this read write line sends it back label (step 504) with this random number C '.Label receives the random number C that draws with the label computations after this random number and compares (step 505), judge C and C ' whether identical (Rule of judgment 506), if C is identical with C ', illustrate that this read write line is valid reader, authentication finishes (step 507) to label to read write line, otherwise authentification failure, (step 508) be identified and be operated to read write line can not to label.
Referring to accompanying drawing 6, rfid interrogator is similar to the authentication of label with the drinks module to the verification process of wine lebal, and idiographic flow is as described below.After at first the read write line authentication was finished, wine lebal sent authentication request signal (step 601) to read write line.Reader/writer module sends a random number D to the wine lebal (step 602) in identification range after receiving request signal.Wine lebal is encrypted the ciphertext F that calculates after the encryption with the ID coding E of the random number D that receives and label, and ciphertext F is sent to rfid interrogator (step 603).Read write line is deciphered this ciphertext F after receiving ciphertext F with the random number D that reader/writer module produces, behind the label ID coding E ' (step 604) after obtaining deciphering, this tag decoder ID coding E ' is sent to the database (step 605) of background server.The database of background server is searched for the decoding ID numbering (Rule of judgment 606) that whether has this label in gamut, if exist in the database then illustrate that this RFID label is legal label, this wine is true wine (step 607).Background server is sent to PC end (step 608) with this authentication success message, offers the user.If do not exist in the database then illustrate that this RFID label is illegal label, smart-tag authentication failure (step 609), PC end and rfid interrogator will be reported to the police.Whole verification process is finished.
The above only is preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (6)
1. Wine anti-counterfeit system based on RFID, the wine box that comprises bottle and pack described bottle, it is characterized in that: also comprise rfid interrogator, the RFID label, PC, client-side program and background server, described RFID label is arranged on bottle or the wine box, described rfid interrogator links to each other with described PC, described rfid interrogator carries out verification by the data on client-side program and the background server after reading the information of described RFID label, judge whether described bottle or wine box are genuine piece, described RFID label is frangible label, when the user opened described bottle or wine box, described RFID label namely damaged.
2. the Wine anti-counterfeit system based on RFID according to claim 1, it is characterized in that: described rfid interrogator links to each other with described PC by USB interface, described rfid interrogator comprises antenna plane and circuit plane, described antenna plane is positioned at top, described circuit plane, below described circuit plane, also be provided with louvre, the plate aerial of rfid interrogator is set on the described antenna plane, and described circuit arranges radio circuit on the plane.
3. the Wine anti-counterfeit system based on RFID according to claim 2, it is characterized in that: described rfid interrogator is provided with signal lamp, point out whether genuine piece of bottle or wine box according to the color of signal lamp, described rfid interrogator also is provided with hummer, when detecting wine and be fake wine, described buzzer warning.
4. each described Wine anti-counterfeit system based on RFID in 3 according to claim 1, it is characterized in that: the EPC coding that described RFID label prestores unique, described rfid interrogator carries out verification according to the EPC coding by the data on client-side program and the background server.
5. each described Wine anti-counterfeit system based on RFID in 3 according to claim 1, it is characterized in that: described rfid interrogator is the UHF rfid interrogator, described RFID label is UHF RFID label.
6. the authentication method based on the RFID label in the Wine anti-counterfeit system of RFID and RFID read-write as claimed in claim 1, it is characterized in that, comprise that described RFID label carries out authentication method to authentication method and the described rfid interrogator of described rfid interrogator to described RFID label, prestore the ID coding of described RFID module for reading and writing in the described RFID label;
Described RFID label comprises the steps: the authentication method of described rfid interrogator
(1) described rfid interrogator sends authentication request to described RFID label;
(2) described RFID tag computation draws a random number A and random number A is sent to described rfid interrogator, and ID coding B and the random number A of the described RFID module for reading and writing that prestores in the described RFID label is encrypted calculating, obtains ciphertext C,
(3) described rfid interrogator will receive random number A and the ID of self coding B ' and be encrypted calculating, obtain ciphertext C ', and cryptographic algorithm is identical with the cryptographic algorithm of step (2);
(4) described rfid interrogator is sent to the RFID label with ciphertext C ';
(5) described RFID label compares the ciphertext C ' that receives with ciphertext C, if C and C ' equate that then the RFID label is to the authentication success of rfid interrogator; If C and C ' are unequal, then the RFID label is to the authentification failure of rfid interrogator;
Described rfid interrogator carries out authentication method to described RFID label and comprises the steps:
(a) described RFID label sends authentication request to described rfid interrogator;
(b) described rfid interrogator calculates a random number D, and random number D is sent to RFID label in the rfid interrogator identification range;
(c) the RFID label ID coding E that will receive random number D and RFID label is encrypted calculating, obtains ciphertext F, and ciphertext F is sent to rfid interrogator;
(d) described rfid interrogator uses the ciphertext F that random number D deciphering receives, the RFID label ID coding E ' after obtaining deciphering;
(e) coding of the RFID label ID after will deciphering E ' sends to background server;
(f) whether background server will exist coding E ' in the Query Database, if exist, and the success of RFID smart-tag authentication; If there is no, RFID smart-tag authentication failure;
(g) background server feeds back to PC and rfid interrogator with authentication result.
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| CN103324970B (en) * | 2013-07-04 | 2016-06-15 | 厦门信达物联科技有限公司 | The receiving/transmission method of a kind of RFID of highly effective and safe and system thereof |
| CN103455927A (en) * | 2013-09-29 | 2013-12-18 | 苏州大学 | Dark-red enameled pottery anti-counterfeiting recognition system based on RFID |
| CN104639538A (en) * | 2015-01-15 | 2015-05-20 | 李明 | Identity card information obtaining method and system |
| CN106327215A (en) * | 2016-08-26 | 2017-01-11 | 易联(北京)物联网科技有限公司 | Wine industry anti-counterfeiting authentication method based on NFC chip |
| CN106874734A (en) * | 2017-02-22 | 2017-06-20 | 镇江康恒信息科技有限公司 | A kind of computer security identifying system based on RFID |
| CN107341425A (en) * | 2017-07-13 | 2017-11-10 | 重庆炬野科技发展有限公司 | Portable automobile part special anti-counterfeiting equipment |
| CN110546639A (en) * | 2018-01-30 | 2019-12-06 | 维珍股份有限公司 | certified product authentication service system and method based on wireless radio frequency identification of password updating algorithm for anti-counterfeiting |
| CN108763994A (en) * | 2018-07-23 | 2018-11-06 | 深圳麦格米特电气股份有限公司 | Read/writing control method, device and the read-write equipment of ultrahigh frequency electronic tag |
| WO2020150771A1 (en) * | 2019-01-23 | 2020-07-30 | Cellr Pty Ltd | Beverage producer authenticity verification method and system |
| CN110738298A (en) * | 2019-10-07 | 2020-01-31 | 上海洋明塑料科技有限公司 | cosmetic plastic packaging anti-counterfeiting device and anti-counterfeiting system |
| CN111415175A (en) * | 2020-03-23 | 2020-07-14 | 河北梵歌科技有限公司 | Wine anti-counterfeiting system and anti-counterfeiting method thereof |
| CN112036530A (en) * | 2020-08-26 | 2020-12-04 | 北京软通智慧城市科技有限公司 | Passive electronic tag indication method, device, storage medium and equipment |
| CN114814127A (en) * | 2022-03-23 | 2022-07-29 | 广东德立科技发展有限公司 | Detection system based on RUM |
| CN115660021A (en) * | 2022-12-29 | 2023-01-31 | 成都普什信息自动化有限公司 | RFID anti-counterfeiting bidirectional authentication reading method and RFID anti-counterfeiting system |
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