CN204595909U - Three-in-one label - Google Patents
Three-in-one label Download PDFInfo
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- CN204595909U CN204595909U CN201520174260.0U CN201520174260U CN204595909U CN 204595909 U CN204595909 U CN 204595909U CN 201520174260 U CN201520174260 U CN 201520174260U CN 204595909 U CN204595909 U CN 204595909U
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Abstract
A kind of three-in-one label, comprise chip layer, antenna stack, be arranged on the separation layer between chip layer and antenna stack, and the QR code be printed on chip layer or antenna stack, the NFC label assembly of chip layer comprises NFC label chip and the NFC label antenna around the setting of NFC label chip, the RFID label tag assembly of chip layer comprises RFID label chip and the RFID label antenna around RFID label chip setting, antenna stack comprises NFC gap bridge antenna and RFID coupled antenna, separation layer adopts compound polyimide insulation course, NFC label antenna and RFID coupled antenna are not interfere with each other.The utility model realizes on a label that NFC is false proof, RFID traces to the source with QR code and links three kinds of functions of value-added service, reaches versatility, application convenience, resource interoperability and drop into economy.
Description
Technical field
The utility model relates to a kind of three-in-one label.
Background technology
When current fake and inferior commodities upset enterprise normally manages and damage enterprise, consumer's interests, anti-counterfeiting technology seems particularly important.Application anti-counterfeiting technology is hit fake and forged commodity, rectifies and standardizes market Ye Shi enterprise external improving product image, is shown to society, to the responsible a kind of public technological means believed of consumer.Internally, as a kind of investment strategy of enterprise, in a planned way formulate, realize anti-fake certificate, management of tracing to the source, and through the whole process of production, the marketing, business administration, be enterprise's brand, set up public letter, right-safeguarding rights and interests, hit the inevitable behave palming off, promote benefit.
Tradition counterfeit protection measures has varied, but has entirety or local to be emitted by imitative, and counterfeit situation is on the rise.
NFC, (abbreviation of Near Field Communication), i.e. near field communication (NFC).Due to the reading of its 0mm to 10mm point blank, anti-outside electromagnetic interference is strong, safety, along with popularizing of NFC functional mobile phone, does not need autocratic read write line, is comparatively applicable to false proof;
NFC anti-counterfeiting technology breaches the thinking of anti-counterfeiting technology in the past, takes a kind of new behave, makes it have features such as being difficult to forgery property, being easy to identity, information feed back, password uniqueness, cryptographic security, use are disposable.
Utilize NFC technique false proof, compared with laser anti-counterfeit, digital anti-counterfeiting etc., its advantage is: each label has a unique id number, and this unique ID is placed in ROM when making chip, cannot revise, be difficult to copy; Their mechanical are worn and torn, anti-fouling; Reader has directly not open to final user physical interface, ensure that the security of himself; Secure data area is except the cryptoguard of electronic tag, and data division applies some calculation product methods and realizes safety management; The process etc. of mutual certification is there is between reader and electronic tag.
RFID(Radio Frequency Identification abridges), i.e. radio frequency automatic identification technology.Due to links such as production, stock, logistics, sale, need centralized, longer-distance read-write, therefore establish uhf band (902MHz-928MHz) 915MHz, 2.45GHz, 5.8GHz hyper band, by the read-write of read write line to label, implement the tracing of the situation such as production, logistics, sale, storehouse condition of product and management, greatly improve the work efficiency of modern enterprise and management level and the satisfied demand from market.Rely on the new and high technology such as electronic information and computer communication to be made into label, RFID label tag has surmounted the function of conventional labels, has good combination property, and its advantage is mainly reflected in:
1, each RFID label tag is corresponding with a globally unique id number.This id number writes in storer in making RFID label tag production run, cannot revise, not transreplication.
2, RFID label tag and rfid interrogator are transmitted by wireless, can identify high speed, mobile, many objects, and therefore label when repeatedly being read without any when mechanical wear, can be read by read write line rapid batch simultaneously.
3, RFID label tag is the chip adopting large scale integrated circuit technical design.This chip design and manufaction all has technical difficulty to require and drops into comparatively large, therefore causes the obstacle being difficult to go beyond to fake producer.RFID technique combines with cryptographic technique simultaneously, also can increase the cost of fake producer from software decoding aspect.
4, the reading of RFID label tag have noncontact, strong to adaptive capacity to environment, multiple label can be read and the reading speed outstanding feature such as fast simultaneously.In conjunction with the management of distributed data base, realize tracing to the source to the tracking of product.
(full name is quick response matrix code to QR code; English: Quick Response Code) be the one of two-dimensional bar code, i.e. rapid reaction, QR code can allow its content decoded fast, is invented in 1994 by Japanese DENSO WAVE company.QR code uses four kinds of standard code patterns (numeral, alphanumeric, byte (scale-of-two) and Chinese character) store data, it has using adaptability widely, the most popular two-dimensional space bar code link of multi-form embodiment can be adopted, and QR code can store abundanter information, comprise word, the data encryption of URL address and other types, more data can be stored compared to common bar code, also as common bar code, adjusting to a line scanner need not be needed when scanning, therefore its range of application has expanded to and has comprised tracking of products, article identification, document management, the aspects such as marketing.
Current technological means usually using NFC and RFID as two independently technical solution respectively make label to apply.Such result is two Analysis of Nested Design schemes, two kinds of labels, recognition apparatus, backstage construction etc., and user seeks the opinion of separately, and such manpower, time, resource, economic dispatch waste all can be very large.
Current industry has two-in-one the having of employing antifalsification label: RFID and Quick Response Code are compounded on a label, adds stamp the digital label that Quick Response Code scrapes the formula of opening in RFID label tag other cities.Be characterized in, authentication section is taked to scrape Quick Response Code coating off, obtains coded query certification.Its drawback, is that Quick Response Code is the anti-counterfeiting technology belonging to physical print, can be grand by packer, and fake and print, use the problem that there is Quick Response Code and be replicated, play tricks together with inquiry phone, anti-tamper security has a big risk increases greatly or cause false proof new problem.
Utility model content
The utility model provides a kind of three-in-one label, a label realizes NFC is false proof, RFID traces to the source with QR code and links three kinds of functions of value-added service, reach versatility, application convenience, resource interoperability and drop into economy.
In order to achieve the above object, the utility model provides a kind of three-in-one label, comprises chip layer, antenna stack, is arranged on the separation layer between chip layer and antenna stack and is printed on the QR code on chip layer or antenna stack;
Described chip layer comprises RFID label tag assembly and is arranged on the NFC label assembly of RFID label tag assembly periphery;
Described NFC label assembly comprises NFC label chip and NFC label antenna, and this NFC label antenna is connected with NFC label chip contacts, and this NFC label antenna loop is arranged around NFC label chip; Described RFID label tag assembly comprises RFID label chip and RFID label antenna, and this RFID label antenna and RFID label chip are of coupled connections, and this RFID label antenna is arranged around RFID label chip;
Described antenna stack comprises NFC gap bridge antenna and RFID coupled antenna; Described NFC gap bridge antenna is passed a bridge with NFC label antenna contacts and is connected; Described RFID coupled antenna and RFID label chip are of coupled connections;
Described separation layer adopts compound polyimide insulation course, and NFC label antenna and RFID coupled antenna are not interfere with each other.
The length and width size of described NFC label antenna is less than or equal to 20 × 20mm.
The diameter dimension of described RFID label antenna is less than or equal to φ 12mm.
The length and width size of described QR code is less than or equal to 9 × 9mm.
Adopt hot melt adhesive to bond between described separation layer and chip layer, between described separation layer and antenna stack, adopt hot melt adhesive to bond.
Be strong sticky compound between described separation layer and chip layer, strong bonding parameter is:
Melt viscosity: 6000CPs/180 DEG C;
Softening point: 95 DEG C positive and negative is no more than 5 DEG C;
Gardner color: 0 ± 0.2;
Tack: >15# copper ball;
Peel strength: >4.8N/in2.
Be weak sticky compound between described separation layer and antenna stack, weak bonding parameter is:
Melt viscosity: 6500CPs/180 DEG C;
Softening point: 82 DEG C positive and negative is no more than 5 DEG C;
Gardner color: 0 ± 0.2;
Tack: >20# copper ball;
Peel strength: >4.3N/in2.
The present invention realizes on a label that NFC is false proof, RFID traces to the source with QR code and links three kinds of functions of value-added service, reaches versatility, application convenience, resource interoperability and drop into economy.
Accompanying drawing explanation
Fig. 1 is structural blast schematic diagram of the present utility model.
Embodiment
Illustrate preferred embodiment of the present invention according to Fig. 1 below.
As shown in Figure 1, the utility model provides a kind of three-in-one label, comprises chip layer 1, antenna stack 3, the QR code that is arranged on the separation layer 2 between chip layer 1 and antenna stack 3 and is printed on chip layer 1 or antenna stack 3.
Described chip layer 1 comprises RFID label tag assembly and is arranged on the NFC label assembly of RFID label tag assembly periphery; Described NFC label assembly comprises NFC label chip 101 and NFC label antenna 1011, this NFC label antenna 1011 is connected with NFC label chip 101 contact, and this NFC label antenna 1011 is arranged around NFC label chip 101, described RFID label tag assembly comprises RFID label chip 102 and RFID label antenna 1022, this RFID label antenna 1022 is of coupled connections with RFID label chip 102, and this RFID label antenna 1022 is arranged around RFID label chip 102; The length and width size of described NFC label antenna 1011 is less than or equal to 20 × 20mm; The diameter dimension of described RFID label antenna 1022 is less than or equal to φ 12mm; The length and width size of described QR code is less than or equal to 9 × 9mm.
Described antenna stack 3 comprises NFC gap bridge antenna 301 and RFID coupled antenna 302; Described NFC gap bridge antenna 301 is passed a bridge with NFC label antenna 1011 contact and is connected, when have external instrument close to time, NFC gap bridge antenna 301 trigger NFC label chip 101 sends data, NFC gap bridge antenna 301 is the important component part of NFC label, lose NFC gap bridge antenna 301, namely NFC label is destroyed; Described RFID coupled antenna 302 is of coupled connections with RFID label chip 102, RFID coupled antenna 302 produces radiowave, trigger RFID label chip 102 and send data, RFID coupled antenna 302 and RFID label chip 102 wireless telecommunications, make RFID label chip 102 can with NFC label chip 101 at grade, effectively avoid interfering with each other.
NFC label antenna 1011 receives the radio-frequency field that NFC initiating equipment produces, and makes NFC label chip 101 by load-modulate (load modulation) technology, sends the speed identical with NFC initiating equipment and pass data back NFC initiating equipment; RFID label antenna 1022 receives the radiofrequency signal of the certain frequency that RFID reader sends, and produce induction current when RFID label chip 102 enters RFID label antenna 1022 perform region, RFID label chip 102 obtains energy and is activated; The information such as self coding are sent by RFID coupled antenna 302 by radio-frequency card; RFID reader receives the carrier signal of sending from RFID label chip 102, carries out demodulation code then deliver to backstage main system and carry out relevant treatment through RFID reader to the signal received; Main system judges the legitimacy of this card according to logical operation, makes corresponding process and control for different settings, sends command signal and controls topworks's action.
Described separation layer 2 adopts compound polyimide insulation course, and NFC label antenna 1011 and RFID coupled antenna 302 are not interfere with each other; Hot melt adhesive is adopted to bond between described separation layer 2 and chip layer 1, hot melt adhesive is adopted to bond between described separation layer 2 and antenna stack 3, the bonding of described hot melt adhesive is strong, " weakness " regulates, and is to generate according to adding the heterogeneities such as matrix resin+tackifier+plastifier+antioxidant+filler different in hot melt adhesive; For strong sticky compound (is bonded as by force: melt viscosity: 6000CPs/180 DEG C between described separation layer 2 and chip layer 1, softening point: 95 DEG C positive and negative is no more than 5 DEG C, Gardner color: 0 ± 0.2, tack: >15# copper ball, peel strength: >4.8N/in2), NFC label chip 101 and RFID label chip 102 in chip layer 1 are not easily unclamped, prevents reading failure; For weak sticky compound (to be weakly bonded as: melt viscosity: 6500CPs/180 DEG C between described separation layer 2 and antenna stack 3, softening point: 82 DEG C positive and negative is no more than 5 DEG C, Gardner color: 0 ± 0.2, tack: >20# copper ball, peel strength: >4.3N/in2), the three-in-one label that the utility model is provided is torn in any direction and the NFC gap bridge antenna 301 on antenna stack 3 and RFID coupled antenna 302 all can be made to be damaged, and then makes three-in-one label lose read data functions.
In use, the three-in-one overall label provided by the utility model is divided in adhesive sticker fragile paper, or adhesive sticker friable material or warp are prevented tearing, taking off on the self-adhesive paper material of process, form the composite label through printing, this composite label is pasted onto product Kaifeng key aspect, as long as break a seal or tear, label is self-destruction at once, cannot reuse.
Described NFC label chip 101 has identity uniqueness function, there is the mobile phone of NFC function or recognizer triggered by NFC label antenna 1011 and read data content in NFC label chip 101 and by relevant information, pass through mobile internet, link background server configuration decoding, the communication result that passback needs the product related information content confirming and realize to need to search to describe.
Described RFID label chip 102 has function of tracing to the source, the read-write machine dedicated content being read RFID label chip 102 by RFID label antenna 1022 of RFID, link computer system record, manifest product from productions, lot number, obtain inspection, enter, outbound, sale be passed to sell, the tracing to the source of the whole process of tracking of lossing.
Described QR code has that information capacity is large, reliability is high, cost is low, can represent the kinds of words such as Chinese character and image information, easy to use, also without the need to needing the features such as adjusting to a line scanner when scanning as common bar code, by the rapid reaction of QR code, set up the link of supply system, make consumer share merchandise news resource, be reached for the maximization of customer service and sell the growth of interests.
In one embodiment, described NFC label chip 101 and RFID label chip 102 all adopt NXP, ISSI, TK, Fudan University's series passive label chip, the agreement supported is (ISO18000-3/2 15693), A, frequency range are designed to 13.56MHZ, B, frequency range are designed to 902MHz-928MHz, recognition distance is respectively 0mm-1.2m, and data storage area 2K is to optional.
The utility model has the following advantages:
1, on a label, realize that NFC is false proof, RFID traces to the source with QR code and link three kinds of functions of value-added service, meet the demand of client to anti-fake certificate, trace to the source management and shared commodity resource information simultaneously;
2, anti-fake certificate function is realized by communication information technological means (i.e. NFC) completely, NFC electronic tag has digital independent, uploads a series of system Constructions such as secret key pairing, decoding, No. ID of label is all that secret key is in the read only memory ROM of chip, there is non-reproduction, therefore fake, manufacturing the fake is difficult to greatly.
3, the combination of NFC function and RFID function, makes security more secure, and NFC label and RFID label tag record product unique identities coding simultaneously, if one of them electronic tag goes wrong, another label also can proceed to save certification from damage to this product.
4, can not interfere with each other between NFC label and RFID label tag, ensure that the accuracy of labeling task;
5, label has and tears self-destroying function, is difficult to copy, enhances anti-counterfeiting performance.
6, false proof three-in-one label ratio uses NFC label and RFID label tag to reduce to some extent on area simultaneously, and convenient different large miscellaneous goods and minimizing are on the specious impact of the packing of product.
7, QR code can be used as the powerful that enterprise marches mobile Internet, integrate the cross-platform media of much information, for enterprise brings unlimited business opportunity, QR code has the characteristic that information capacity is large, reliability is high, cost is low, adopt the much information such as Chinese character, image form, the quick and easy accessing enterprise handset of user is guided to promote page, strengthen the interaction of enterprise and user, realize enterprise marketing effect, the distinctive initiative of QR code determines the accuracy of statistic of user accessing effect simultaneously, help businessman to carry out data statistics and clearing, assist and carry out marketing effectiveness assessment.
8, three-in-one label, than making NFC label, RFID label tag and two-dimension code label respectively, can save a lot of cost economically.
Although content of the present utility model has done detailed introduction by above preferred embodiment, will be appreciated that above-mentioned description should not be considered to restriction of the present utility model.After those skilled in the art have read foregoing, for multiple amendment of the present utility model and substitute will be all apparent.Therefore, protection domain of the present utility model should be limited to the appended claims.
Claims (7)
1. a three-in-one label, is characterized in that, comprises chip layer (1), antenna stack (3), the QR code that is arranged on the separation layer (2) between chip layer (1) and antenna stack (3) and is printed on chip layer (1) or antenna stack (3);
Described chip layer (1) comprises RFID label tag assembly and is arranged on the NFC label assembly of RFID label tag assembly periphery;
Described NFC label assembly comprises NFC label chip (101) and NFC label antenna (1011), this NFC label antenna (1011) is connected with NFC label chip (101) contact, and this NFC label antenna (1011) is arranged around NFC label chip (101); Described RFID label tag assembly comprises RFID label chip (102) and RFID label antenna (1022), this RFID label antenna (1022) and RFID label chip (102) are of coupled connections, and this RFID label antenna (1022) is arranged around RFID label chip (102);
Described antenna stack (3) comprises NFC gap bridge antenna (301) and RFID coupled antenna (302); Described NFC gap bridge antenna (301) is passed a bridge with NFC label antenna (1011) contact and is connected; Described RFID coupled antenna (302) and RFID label chip (102) are of coupled connections;
Described separation layer (2) adopts compound polyimide insulation course, and NFC label antenna (1011) and RFID coupled antenna (302) are not interfere with each other.
2. three-in-one label as claimed in claim 1, is characterized in that, the length and width size of described NFC label antenna (1011) is less than or equal to 20 × 20mm.
3. three-in-one label as claimed in claim 1, is characterized in that, the diameter dimension of described RFID label antenna (1022) is less than or equal to φ 12mm.
4. three-in-one label as claimed in claim 1, is characterized in that, the length and width size of described QR code is less than or equal to 9 × 9mm.
5. as the three-in-one label in claim 1-4 as described in any one, it is characterized in that, between described separation layer (2) and chip layer (1), adopt hot melt adhesive to bond, between described separation layer (2) and antenna stack (3), adopt hot melt adhesive to bond.
6. three-in-one label as claimed in claim 5, is characterized in that, be strong sticky compound between described separation layer (2) and chip layer (1), strong bonding parameter is:
Melt viscosity: 6000CPs/180 DEG C;
Softening point: 95 DEG C positive and negative is no more than 5 DEG C;
Gardner color: 0 ± 0.2;
Tack: >15# copper ball;
Peel strength: >4.8N/in2.
7. three-in-one label as claimed in claim 5, is characterized in that, be weak sticky compound between described separation layer (2) and antenna stack (3), weak bonding parameter is:
Melt viscosity: 6500CPs/180 DEG C;
Softening point: 82 DEG C positive and negative is no more than 5 DEG C;
Gardner color: 0 ± 0.2;
Tack: >20# copper ball;
Peel strength: >4.3N/in2.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520174260.0U CN204595909U (en) | 2015-03-26 | 2015-03-26 | Three-in-one label |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520174260.0U CN204595909U (en) | 2015-03-26 | 2015-03-26 | Three-in-one label |
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| Publication Number | Publication Date |
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| CN204595909U true CN204595909U (en) | 2015-08-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520174260.0U Expired - Fee Related CN204595909U (en) | 2015-03-26 | 2015-03-26 | Three-in-one label |
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| CN (1) | CN204595909U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109919285A (en) * | 2017-12-13 | 2019-06-21 | 刘才兵 | A kind of stealth double anti-forge two-dimension code label |
-
2015
- 2015-03-26 CN CN201520174260.0U patent/CN204595909U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109919285A (en) * | 2017-12-13 | 2019-06-21 | 刘才兵 | A kind of stealth double anti-forge two-dimension code label |
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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: 20150826 Termination date: 20180326 |
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| CF01 | Termination of patent right due to non-payment of annual fee |