CN208521535U - Holographic RFID electronic label with tamper-evident function - Google Patents
Holographic RFID electronic label with tamper-evident function Download PDFInfo
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- CN208521535U CN208521535U CN201821197038.2U CN201821197038U CN208521535U CN 208521535 U CN208521535 U CN 208521535U CN 201821197038 U CN201821197038 U CN 201821197038U CN 208521535 U CN208521535 U CN 208521535U
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Abstract
The utility model belongs to technical field of RFID, is specifically related to a kind of holographic RFID electronic label with tamper-evident function.Including surface layer, inlay layers of electronic tag and release layer；Inlay layers of electronic tag and release layer are bonded by third glue-line；Surface layer includes the substrate layer set gradually from top to bottom, hologram layer, the first glue-line, protective layer, separation layer, printing layer, applies white and the second glue-line；Inlay layers of electronic tag compound by the second glue-line in surface layer with surface layer, and compound tense determines that the position of hologram layer in surface layer does not block inlay layers of electronic tag.Holographic RFID electronic label described in the utility model with tamper-evident function, by the way that laser holographic pattern is arranged on label face, increase apparent anti-counterfeiting technology, even if without reader pinging electronic label information, it can also be told truth from falsehood by observation, and can realize that batch obtains product information in conjunction with electronic tag, improve working efficiency.
Description
Technical field
The utility model belongs to technical field of RFID, is specifically related to a kind of holographic RFID electricity with tamper-evident function
Subtab.
Background technique
The full name in English of RFID is Radio Frequency Identification；RFID radio frequency identification is simply
It is a kind of contactless automatic identification technology, it is to pass through radiofrequency signal automatic identification target object and obtain related data,
Entire identification work may operate in various adverse circumstances without manual intervention.RFID technique can identify the object of high-speed motion
Body and single very specific object, and multiple labels can be identified simultaneously.It, can be through outside since it uses radio frequency
Material read data, and can simultaneously multiple objects are identified, so, more convenient and quicker, in addition to these, there are one
Maximum feature is that information memory capacity is very big.Early in World War II, just by U.S. army, oneself and allied forces fly RFID for identification
Machine.Later, this technology is mainly used in the limited universes such as tracking, highway and the Car park payment of wild animal, therefore fresh is people
Know.But this technology has gradually been widely used in industrial automation, business automation and communications and transportation control management now
Equal fields.As the progress of large scale integrated circuit technology and production scale constantly expand, the cost of radio frequency identification product will
It constantly reduces, application will be more and more extensive.It is mainly by electronic tag (chip), reader (writer- with chip
Reader), the part such as communication system forms.Main operational principle is: electronic tag enters the magnetic field of reader transmitting electromagnetic wave
Afterwards, receive radio frequency signal, send out data information stored in the chip by induced current energy obtained, read and write
After device reads information and decodes, send to Central Information System and carry out Correlation method for data processing.
The package application form of RFID tag, which has, currently on the market much the special type for being molded in conjunction with shell and reinforcing fixed rack
Label also has the rubber patch class label using bubble face adhesive tape bonding, also there is common adhesive label and is made into single label and is outstanding
Hang the mode etc. that uses, the working frequency that common adhesive sticker electron-like label uses mainly has: high frequency 13.56MHZ and
915MHZ belongs to passive electronic label.The packing forms of RFID tag are versatile and flexible in a word, mainly see the object used, material
Matter and the purpose to be realized.No matter what packing forms for the production of RFID tag, to require selection material using
With the suitable technique of design, the personalized production of product is completed.
Laser anti-counterfeit also known as laser anti-counterfeiting or antiforge laser holographic.Laser antifalsification technology includes that laser hologram image is anti-
Pseudo-, encryption laser hologram image is anti-fake and three aspect of laser lithography anti-counterfeiting technology.Laser holography is after laser in 20
A kind of stereoscopic photography developed rapidly after the appearance of the sixties in century.The meaning of " holography " is " all information ",
Light and shade variation i.e. relative to the only record object commonly taken a picture, laser hologram photography can also record the spatial variations of object.
Label processing technology is mainly designed according to the type of RFID electronic label, determines the production and processing mode of label.Mesh
Come to see, existing adhesive sticker electron-like combination process, be processed by the printing of surface material, to not in specific complex equipment
With level gluing, basic processing is completed by compound rolling, then by cross cutting.
The existing anti-tear-off label of holography cannot achieve batch and read, and working efficiency is relatively low, the common adhesive sticker electronics of RFID
Label, surface layer are substantially to make product, surface layer information after the processes such as compound, cross cutting by printing basic LOGO pattern
Amount is few, does not have apparent anti-counterfeiting performance.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of holographic RFID electricity with tamper-evident function
Subtab.By the way that laser holographic pattern is arranged on label face, increase apparent anti-counterfeiting technology, even if checking electricity without reader
Subtab information can also be told truth from falsehood by observation, and can realize that batch obtains product information in conjunction with electronic tag, be improved
Working efficiency.
Holographic RFID electronic label described in the utility model with tamper-evident function, including surface layer, electronic tag inlay
Layer and release layer；Inlay layers of electronic tag and release layer are bonded by third glue-line；Surface layer includes setting gradually from top to bottom
Substrate layer, the first glue-line, protective layer, separation layer, printing layer, applies white and the second glue-line at hologram layer；Inlay layers of electronic tag
Compound by the second glue-line in surface layer with surface layer, compound tense determines that electronic tag is not blocked in the position of hologram layer in surface layer
Inlay layers.
Wherein:
Substrate layer is transparent class material or all kinds of paper materials；Hologram layer solidifies cooling transfer or chemical etching by UV
Method washes aluminium mode, and the aluminium layer with laser holographic pattern is transferred on substrate layer；It is anti-that hologram layer makes entire label play vision
Pseudo- effect.
Fresnel Lenses technology, four-way dynamicization technology, crystal relievo technology or opal lens are added in laser holographic pattern
One of technology or multiple technologies.
The thickness of hologram layer is between 1-5 microns.
Electronic tag in inlay layers of electronic tag is passive electronic label, is one of high frequency or hyperfrequency.
First glue-line, the second glue-line and third glue-line use pressure-sensitive adhesive.
Printing layer is printed as fix information or variable information according to customer requirement；Variable information is independent one-dimension code, two dimension
One of code or variable information or a few persons.
The main function of substrate layer is to be attached to hologram layer above, is played a supporting role.
The purpose that separation layer is arranged easily is divided with painting white all layers below when label is uncovered from affixed object
From, and can not restore again.
Related fix information or anti-counterfeiting information are printed according to customer demand in printing layer.
The effect for applying white is to improve the scanning effect of the two dimensional code of printing layer printing and carry out with inlay layers of electronic tag
Covering.
Inlay layers of electronic tag, to realize that batch reads information, are improved working effect.
Various types of materials is bonded together by glue-line (the first glue-line, the second glue-line and third glue-line).
Being provided with for release layer is easy to uncover on label, is affixed on affixed object.
Holographic RFID electronic label described in the utility model with tamper-evident function, can be fabricated to independent label (i.e.
Each label is compounded with one piece of inlay, and size is unified), can also making complete mark, (i.e. one drags N, and two drag N or N to drag the shape of N
Formula), it is widely used in the logistics, storage, integral prize of wine, tobacco, cosmetics etc..
Holographic RFID electronic label manufacture craft described in the utility model with tamper-evident function is the following steps are included: knot
Structure design, the compound and cross cutting processing of selection material, print information, RFID-inlay, through the above steps by laser hologram skill
Art, digital printing technology and electronic label technology triplicity.
Holographic RFID electronic label described in the utility model with tamper-evident function, prepares especially by following methods:
(1) plate-making of designed laser holographic pattern is made by logical version or special edition, laser holographic pattern according to customer requirement
Solidify cooling transfer by UV or chemical method for etching washes the technologies such as aluminium, the aluminium layer with various laser holographic patterns is transferred to
On substrate layer, vision antifalse effect is formed, also there is good decoration function simultaneously for label.
Under normal conditions, on substrate layer by the laser holographic pattern made mainly by UV solidify cooling transfer or
It washes aluminium technique hologram layer is attached on substrate layer.In laser holographic pattern be added Fresnel Lenses technology, four-way dynamicization technology,
Crystal relievo technology or opal lens technologies etc. be single or multiple technologies, is discerned the false from the genuine by visual mode, especially pair
In in the case where can not be to electronic label read-write, achieve the purpose that discern the false from the genuine by laser holography.
(2) protective layer and hologram layer are combined with each other using the first glue-line at the hologram layer back side, hologram layer is protected
Shield, and separation layer is applied at the back side of protective layer.
(3) printing being carried out at the separation layer back side and forming printing layer, printing form can be printed as fixed letter according to customer requirement
Breath or variable information；One layer of white, formation painting white is applied in the upper surface of printing layer after printing, not only the reading effect of raising two dimensional code
Fruit, and label surface can't see inlay, to not influence the surface effect of entire label, and apply again applying the white back side
Glue forms the second glue-line.
Wherein: variable information includes one-dimensional logistics code, and the number below logistics code is digital color-changing anti-counterfeit code；Two dimension is anti-fake
Code is printed on laser holographic pattern position, and two-dimentional security code is carried out whole or half mulching with laser holographic pattern, keeps two dimension anti-
Pseudo-code can not show that variable information is selected according to customer demand on surface, variable information be independent one-dimension code, two dimensional code or
One of other variable informations or a few persons are used in combination.
(4) surface layer, inlay layers of electronic tag and surface layer compound tense is made in above step, due to penetrating for frequency electromagnetic waves
Power is strong, be for 1-5 microns of hologram layer it is insensitive, can normally read electronic tag, but for hyperfrequency, electromagnetism
The penetration power of wave does not have that high frequency is strong, can not penetrate hologram layer, and label can not normally be read, thus ultrahigh frequency electronic tag be suitble to
Surface material partially with laser hologram is compound, and hologram layer cannot be allowed to block hyperfrequency inlay.
Electronic tag involved in the utility model is passive electronic label, mainly includes high frequency and hyperfrequency.Metal foil
There is shielding action to electromagnetic wave, it is thicker with metal foil thickness, shielding electromagnetic waves are acted on stronger.Laser holographic pattern
Usually the aluminium foil surface of thickness passes through what molding was made into the micron-scale, in the micron-scale in the case where thickness, for 840-
The uhf electromagnetic wave of 960MHZ range has significant shielding action, and limited for high frequency 13.56MHZ shielding action.Base
In above-mentioned technical reason, in inlay layers of electronic tag and surface layer compound tense, after inlay layers of electronic tag compound and in surface layers
Hologram layer position is very crucial, especially for ultrahigh frequency electronic tag, needs stringenter control recombination site.
Laser holographic pattern region and inlay recombination region are not limited to the form of attached drawing 2 and attached drawing 3, complete according to laser
Breath pattern magnitude and inlay size can be adjusted arbitrarily, as long as laser holographic pattern avoids inlay recombination site, compound tense
In the backsizing of electronic tag, third glue-line is formed, is placed on release layer；It is torn off when finally being used convenient for client.
(5) the whole label after compound is die cut again, wound after being die-cut to the size and shape that client specifies or
It cuts into slices mark.
Holographic RFID electronic label described in the utility model with tamper-evident function, can be by electronics mark using product examine equipment
Label, one-dimension code, the relevant information in two dimensional code three carry out data correlation, are allowed to correspond.
As described in attached drawing 4, the first composite layer is by printing layer, painting white, the second glue-line, inlay layers of electronic tag and third
Glue-line composition；Second composite layer is made of substrate layer, hologram layer, the first glue-line and protective layer；When the second composite layer is opened,
It is exactly to believe the electronic tag in variable or the non-variable information and inlay layers of electronic tag on laser holographic pattern and printing layer
Breath separates, and sees two-dimensional barcode information etc. on the first composite layer at this time, sees laser holographic pattern on the second composite layer opened,
The two is separated from each other, so that whole electronic tag can not restore；When the second composite layer is in non-uncovered state, laser hologram
Case partly or entirely covers two-dimensional barcode information, can not read, and avoids malice barcode scanning.
When the second composite layer is opened, separation layer is final or multiple on the first composite layer, or multiple on the second composite layer；Every
The effect of absciss layer is to keep the first composite layer and the second composite layer easily peelable.
Holographic RFID electronic label described in the utility model with tamper-evident function is taken off from release layer when in use
After rising, it is affixed on affixed object, electronic labeling information has carried out data correlation, it can be achieved that right with logistics code information and two-dimensional barcode information
The warehouse logistics management that commercial scale information is read；Commodity are in sales process, for the pin of accumulated point exchanging and the examination true and false
For the person of expense, before consumer does not take commodity out of market, since hologram layer partly or entirely covers redemption code, it can not be read
Take, avoid some malice barcode scannings, though the film with hologram layer is opened and shows redemption code by some, but whole label without
Method is restored, and consumer can be allowed to understand this redemption code and used, ensured the legitimate rights and interests of consumer.
The utility model has the following beneficial effects:
(1) the holographic RFID electronic label described in the utility model with tamper-evident function, using holographic comprehensive with number
Anti-fake, which not only has the antiforge laser holographic information of two-way positioning, but also there are also bar code, logistics code, security codes etc.
Variable data information, it is holographic anti-fake with digital combination.
(2) it after the mark is made into hologram, then is chased after with the positioning of high accuracy prints equipment and prints bar code, security code and mark figure
Text；Holographic printing and digital printing organically combine, and make it have highly difficult manufacture craft, so that improving fake producer intervenes door
Sill achieve the purpose that integrated printing is anti-fake.
(3) it opens rear digital graphics context information and electronic tag is stayed on affixed object, and laser hologram stays the base in exfoliation layer
On film, digital graphics context information is separated with laser hologram, can not be restored, and thoroughly prevents to reuse, and plays anti-secondary transferring
Effect.
(4) the holographic RFID electronic label described in the utility model with tamper-evident function, can be in warehouse logistics management
Middle realization batch reads the function of product information, improves working efficiency.
(5) hologram pattern covers the information in two dimensional code, avoids integral prize commodity in sales process by not
Buyer shifts to an earlier date barcode scanning prize, avoids information leakage, has ensured the legitimate rights and interests of consumer.
Detailed description of the invention
Fig. 1 is the schematic diagram of a layer structure of the holographic RFID electronic label with tamper-evident function；
Fig. 2 is one of compound schematic diagram of ultrahigh frequency electronic tag；
Fig. 3 is the two of the compound schematic diagram of ultrahigh frequency electronic tag；
Fig. 4 is the holographic RFID electronic label uncovered state schematic diagram with tamper-evident function.
In figure: 1, substrate layer；2, hologram layer；3, the first glue-line；4, protective layer；5, separation layer；6, printing layer；7, it whitewashes
Layer；8, the second glue-line；9, electronic tag inlay layers；10, third glue-line；11, release layer；12, laser holographic pattern region；13,
Inlay recombination region；14, the first composite layer；15 second composite layers.
Specific embodiment
The utility model is further described with reference to embodiments.
Embodiment 1
As described in Fig. 1, the holographic RFID electronic label with tamper-evident function, including surface layer, electronic tag
Inlay layer 9 and release layer 11；Electronic tag inlay layer 9 and release layer 11 are bonded by third glue-line 10；Surface layer includes from upper
Substrate layer 1, hologram layer 2, the first glue-line 3, protective layer 4, the separation layer 5, printing layer 6, painting white 7 and second set gradually under
Glue-line 8；Electronic tag inlay layer 9 is compound by the second glue-line 8 in surface layer with surface layer, and compound tense determines hologram layer in surface layer
Electronic tag inlay layer 9 is not blocked in 2 position.
Substrate layer 1 is transparent class material；Hologram layer 2 solidifies cooling transfer by UV or chemical method for etching washes aluminium mode,
Aluminium layer with various laser holographic patterns is transferred on substrate layer 1.
The thickness of hologram layer 2 is between 1-5 microns.
Electronic tag in electronic tag inlay layer 9 is passive electronic label, is one of high frequency or hyperfrequency.
First glue-line 3, the second glue-line 8 and third glue-line 10 use pressure-sensitive adhesive.
Holographic RFID electronic label described in the utility model with tamper-evident function, when in use, from release layer 11
Be affixed on affixed object after uncovering, when being uncovered from affixed object, the first composite layer 14 (printing layer 6, apply white 7, the second glue-line 8,
Electronic tag inlay layer 9, third glue-line 10) and the second composite layer 15 (substrate layer 1, hologram layer 2, the first glue-line 3, protective layer 4)
Separation, the first composite layer 14 remains on affixed object, and can not restore.
Claims (7)
1. a kind of holographic RFID electronic label with tamper-evident function, it is characterised in that: including inlay layers of surface layer, electronic tag
(9) and release layer (11)；Inlay layers of electronic tag (9) and release layer (11) pass through third glue-line (10) and bond；Surface layer include from
Substrate layer (1) that top to bottm is set gradually, hologram layer (2), the first glue-line (3), protective layer (4), separation layer (5), printing layer
(6), white (7) and the second glue-line (8) are applied；Inlay layers of electronic tag (9) multiple by the second glue-line (8) in surface layer with surface layer
It closes, compound tense determines that the position of hologram layer in surface layer (2) does not block inlay layers of electronic tag (9).
2. the holographic RFID electronic label according to claim 1 with tamper-evident function, it is characterised in that: substrate layer (1)
It is transparent class material or all kinds of paper materials；Hologram layer (2) solidifies cooling transfer by UV or chemical method for etching washes aluminium mode,
Aluminium layer with laser holographic pattern is transferred on substrate layer (1).
3. the holographic RFID electronic label according to claim 2 with tamper-evident function, it is characterised in that: laser hologram
One of Fresnel Lenses technology, four-way dynamicization technology, crystal relievo technology or opal lens technologies or a variety of are added in case
Technology.
4. the holographic RFID electronic label according to claim 1 with tamper-evident function, it is characterised in that: hologram layer (2)
Thickness between 1-5 microns.
5. the holographic RFID electronic label according to claim 1 with tamper-evident function, it is characterised in that: electronic tag
Electronic tag in inlay layers (9) is passive electronic label, is one of high frequency or hyperfrequency.
6. the holographic RFID electronic label according to claim 1 with tamper-evident function, it is characterised in that: the first glue-line
(3), the second glue-line (8) and third glue-line (10) use pressure-sensitive adhesive.
7. the holographic RFID electronic label according to claim 1 with tamper-evident function, it is characterised in that: printing layer (6)
Fix information or variable information are printed as according to customer requirement；Variable information is in independent one-dimension code, two dimensional code or variable information
One kind or a few persons.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821197038.2U CN208521535U (en) | 2018-07-26 | 2018-07-26 | Holographic RFID electronic label with tamper-evident function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821197038.2U CN208521535U (en) | 2018-07-26 | 2018-07-26 | Holographic RFID electronic label with tamper-evident function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208521535U true CN208521535U (en) | 2019-02-19 |
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ID=65333124
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| CN201821197038.2U Active CN208521535U (en) | 2018-07-26 | 2018-07-26 | Holographic RFID electronic label with tamper-evident function |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110957556A (en) * | 2019-12-20 | 2020-04-03 | 江苏科睿坦电子科技有限公司 | Novel laser anti-counterfeiting ultrahigh frequency RFID (radio frequency identification) tag antenna and production process thereof |
| CN111445778A (en) * | 2020-03-18 | 2020-07-24 | 厦门信达物联科技有限公司 | Easy-to-tear electronic tag and manufacturing method and application thereof |
| CN114065892A (en) * | 2021-11-19 | 2022-02-18 | 永道射频技术股份有限公司 | Environment-friendly RFID (radio frequency identification) tag and manufacturing method thereof |
-
2018
- 2018-07-26 CN CN201821197038.2U patent/CN208521535U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110957556A (en) * | 2019-12-20 | 2020-04-03 | 江苏科睿坦电子科技有限公司 | Novel laser anti-counterfeiting ultrahigh frequency RFID (radio frequency identification) tag antenna and production process thereof |
| CN111445778A (en) * | 2020-03-18 | 2020-07-24 | 厦门信达物联科技有限公司 | Easy-to-tear electronic tag and manufacturing method and application thereof |
| CN114065892A (en) * | 2021-11-19 | 2022-02-18 | 永道射频技术股份有限公司 | Environment-friendly RFID (radio frequency identification) tag and manufacturing method thereof |
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Address after: 256407 Shandong Zibo County, Huantai Province, north of the first sea Patentee after: Shandong Taibao Information Technology Group Co., Ltd Address before: 256407 Shandong Zibo County, Huantai Province, north of the first sea Patentee before: SHANDONG TAIBAO PREVENTING COUNTERFEIT PRODUCT Co.,Ltd. |