CN209607015U - A kind of flexibility anti-metal RFID structure - Google Patents
A kind of flexibility anti-metal RFID structure Download PDFInfo
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- CN209607015U CN209607015U CN201920415726.XU CN201920415726U CN209607015U CN 209607015 U CN209607015 U CN 209607015U CN 201920415726 U CN201920415726 U CN 201920415726U CN 209607015 U CN209607015 U CN 209607015U
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Abstract
The utility model relates to RFID label construction fields, disclose a kind of flexible anti-metal RFID structure, including electronic tag ontology, electronic tag ontology, the lower end of electronic tag ontology is connected with limit layer by glue, it is concordant with electronic tag ontology to limit layer side, the other side is longer than electronic tag ontology and forms limit section, it limits section and is used for clamped label printing device, electronic tag ontology includes RFID label tag layer, anti-metal layer and flexible media layer, RFID label tag layer is fixed between label fixing layer and anti-metal layer by glue, RFID label tag layer includes RFID chip and RFID antenna circuit, RFID antenna circuit is wound on flexible media layer, flexible media layer is for providing flexible support.The utility model makes what RFID label tag can be convenient to be mounted on product, tape transport stabilized structure facilitates printer to carry out printer, can carry out single operation, and is not limited to the fixed installation position of RFID label tag by mounting layer.
Description
Technical field
The utility model relates to RFID label construction field, more particularly to a kind of flexible anti-metal RFID label construction.
Background technique
Radio frequency identification is a kind of contactless automatic identification technology realized using radio frequency, RFID (electronic tag)
System is generally made of reader and electronic tag, and reader reads the information on label by less radio-frequency.RFID system master
It works in frequency ranges such as low frequency, high frequency, hyperfrequency and microwaves.
Super high frequency radio frequency identification technology is due to obtaining modern supply chain management and traffic pipe with farther away reading distance
The very big concern of reason, in many applications, RFID label tag need to be attached to metal object surface, but have class dipole antenna
Ordinary passive ultra-high frequency RFID label be applied to metal surface when, impedance matching, radiation efficiency and radiation direction can all be sent out
Raw to change, so as to cause the degradation of label, reading/writing distance shortens, or even cannot be effectively read.
For the situation, RFID producer, some country specially devises some anti-metal RFID marks that can be used for metal surface
Label, the generally existing volume of these labels is big, processing is complicated, mounting condition requires the problems such as high, it is difficult to meet practical application needs.
Application number: 201721419411.X, title are as follows: a kind of flexibility RFID anti-metal tag makes flexible RFID anti-metal
Label can use in more environment, but still there are problems that tape transport is error-prone and subsequent installation.
Utility model content
The utility model not high, label tape transport shakiness disadvantage for installation adaptability in the prior art, provides one kind
Flexible anti-metal RFID label construction.
In order to solve the above-mentioned technical problem, the utility model is addressed by following technical proposals.
A kind of flexibility anti-metal RFID structure, including electronic tag ontology, electronic tag ontology, electronic tag
The lower end of ontology is connected with limit layer by glue, and limit layer side is concordant with electronic tag ontology, and the other side is longer than electronics mark
It signs ontology and forms limit section, limit section is used for clamped label printing device, and electronic tag ontology includes RFID label tag layer, anti-metal
Layer and flexible media layer, RFID label tag layer are fixed between label fixing layer and anti-metal layer by glue, RFID label tag layer
Including RFID chip and RFID antenna circuit, RFID antenna circuit is wound on flexible media layer, and flexible media layer is for providing
Flexible support.
Preferably, further including mounting layer, mounting layer includes the first sealant and the second sealant, the first sealant and mark
Fixing layer fitting is signed, the second sealant is equipped with protrusion and four through-holes, and four through-holes are evenly distributed around protrusion.
Preferably, the first sealant and the fitting of the second sealant make to convex to form air bag, air bag is provided with glue, glue
It is flowed out by squeezing from four through-holes.
Preferably, the shape of through-hole is round or rectangular.
Preferably, anti-metal layer is made of PET.
Preferably, the length of limit section is 2mm~5mm.
The utility model is due to using above technical scheme, and have significant technical effect: the utility model passes through limit
The setting of position layer, whole RFID label tag band can be put into label information printing equipment, and tape transport is not when reducing
Stability facilitates printer to carry out printer；Meanwhile by mounting layer, make what RFID label tag can be convenient to be mounted on product,
Single operation can be carried out, and is not limited to the fixed installation position of RFID label tag.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram of internal structure of flexible anti-metal RFID label construction of the utility model；
Fig. 2 is the structural schematic diagram of mounting layer in a kind of flexible anti-metal RFID label construction of the utility model；
Fig. 3 is a kind of structural schematic diagram of flexible anti-metal RFID label construction of the utility model.
In figure: 1-electronic tag ontology, 11-RFID label tag layers, 12-anti-metal layers, 13-label fixing layers, 14-
Flexible media layer, 2-limit layers, 21-limit sections, the 3-the first sealant, the 4-the second sealant, 41-air bags, 42-lead to
Hole.
Specific embodiment
The utility model is described in further detail with embodiment with reference to the accompanying drawing.
Embodiment 1
As shown in Figure 1 to Figure 3, a kind of flexible anti-metal RFID structure, including electronic tag ontology 1, electronics
The lower end of label body 1, electronic tag ontology 1 is connected with limit layer 2, limit 2 side of layer and electronic tag ontology 1 by glue
Concordantly, the other side is longer than the formation limit section 21 of electronic tag ontology 1, and limit section 21 is used for clamped label printing device, electronics mark
Signing ontology 1 includes RFID label tag layer 11, anti-metal layer 12 and flexible media layer 14, and RFID label tag layer 11 is fixed on by glue
Between label fixing layer 13 and anti-metal layer 12, RFID label tag layer 11 includes RFID chip and RFID antenna circuit, RFID antenna
Circuit is wound on flexible media layer 14, and flexible media layer 14 is for providing flexible support.
The use of time is embedded in 21 side of section is limited in label printing device, and then carries out tape transport print label information,
The vibration generated when tape transport printing is effectively reduced, the accuracy and work continuity of print position are improved.
It further include mounting layer, mounting layer includes the first sealant 3 and the second sealant 4, and the first sealant 3 is fixed with label
Layer 13 is bonded, and the second sealant 4 is equipped with protrusion and four through-holes 42, and four through-holes 42 are evenly distributed around protrusion.
First sealant 3 and the fitting of the second sealant 4 make to convex to form air bag 41, and air bag 41 is provided with glue, and glue is logical
Extruding is crossed to flow out from four through-holes 42.
It is sealing state in air bag 41, the glue in air bag 41 can be prevented to be oxidized to solidify by sealing state,
The use of time is fitted on product packaging or affixed object body, the glue in air bag 41 is squeezed, and glue washes the first sealing open
Fitting between layer 3 and the second sealant 4 is flowed out until from 42 position of through-hole, to be pasted with object.
The shape of through-hole 42 is round or rectangular.
Anti-metal layer 12 is made of PET.
The length for limiting section 21 is 2mm~5mm.
Whole RFID label tag band can be put into label information printing by the setting of limit layer 2 by the utility model
In device, the unstability of tape transport when reducing；Meanwhile by mounting layer, make what RFID label tag can be convenient to be mounted on production
On product, single operation can be carried out, and is not limited to the fixed installation position of RFID label tag.
Embodiment 2
A kind of flexibility anti-metal RFID structure, including electronic tag ontology 1, electronic tag ontology 1, electronics mark
The lower end for signing ontology 1 is connected with limit layer 2 by glue, and limit 2 side of layer is concordant with electronic tag ontology 1, and the other side is longer than
Electronic tag ontology 1 forms limit section 21, and limit section 21 is used for clamped label printing device, and electronic tag ontology 1 includes RFID
Label layer 11, anti-metal layer 12 and flexible media layer 14, RFID label tag layer 11 are fixed on 13 He of label fixing layer by glue
Between anti-metal layer 12, RFID label tag layer 11 includes RFID chip and RFID antenna circuit, and RFID antenna circuit is wound in flexibility
On dielectric layer 14, flexible media layer 14 is for providing flexible support.
The use of time is embedded in 21 side of section is limited in label printing device, and then carries out tape transport print label information,
The vibration generated when tape transport printing is effectively reduced, the accuracy and work continuity of print position are improved.
It further include mounting layer, mounting layer includes the first sealant 3 and the second sealant 4, and the first sealant 3 is fixed with label
Layer 13 is bonded, and the second sealant 4 is equipped with protrusion and four through-holes 42, and four through-holes 42 are evenly distributed around protrusion.
First sealant 3 and the fitting of the second sealant 4 make to convex to form air bag 41, and air bag 41 is provided with glue, and glue is logical
Extruding is crossed to flow out from four through-holes 42.
It is sealing state in air bag 41, the glue in air bag 41 can be prevented to be oxidized to solidify by sealing state,
The use of time is fitted on product packaging or affixed object body, the glue in air bag 41 is squeezed, and glue washes the first sealing open
Fitting between layer 3 and the second sealant 4 is flowed out until from 42 position of through-hole, to be pasted with object.
Embodiment 3
A kind of flexibility anti-metal RFID structure, including electronic tag ontology 1, electronic tag ontology 1, electronics mark
The lower end for signing ontology 1 is connected with limit layer 2 by glue, and limit 2 side of layer is concordant with electronic tag ontology 1, and the other side is longer than
Electronic tag ontology 1 forms limit section 21, and limit section 21 is used for clamped label printing device, and electronic tag ontology 1 includes RFID
Label layer 11, anti-metal layer 12 and flexible media layer 14, RFID label tag layer 11 are fixed on 13 He of label fixing layer by glue
Between anti-metal layer 12, RFID label tag layer 11 includes RFID chip and RFID antenna circuit, and RFID antenna circuit is wound in flexibility
On dielectric layer 14, flexible media layer 14 is for providing flexible support.
The use of time is embedded in 21 side of section is limited in label printing device, and then carries out tape transport print label information,
The vibration generated when tape transport printing is effectively reduced, the accuracy and work continuity of print position are improved.
It further include mounting layer, mounting layer includes the first sealant 3 and the second sealant 4, and the first sealant 3 is fixed with label
Layer 13 is bonded, and the second sealant 4 is equipped with protrusion and four through-holes 42, and four through-holes 42 are evenly distributed around protrusion.
First sealant 3 and the fitting of the second sealant 4 make to convex to form air bag 41, and air bag 41 is provided with glue, and glue is logical
Extruding is crossed to flow out from four through-holes 42.
It is sealing state in air bag 41, the glue in air bag 41 can be prevented to be oxidized to solidify by sealing state,
The use of time is fitted on product packaging or affixed object body, the glue in air bag 41 is squeezed, and glue washes the first sealing open
Fitting between layer 3 and the second sealant 4 is flowed out until from 42 position of through-hole, to be pasted with object.
The shape of through-hole 42 is round or rectangular.
In short, the above is only the preferred embodiment of the present invention, it is all according to present utility model application the scope of the patents institute
The equivalent changes and modifications of work should all belong to the covering scope of the utility model patent.
Claims (6)
1. a kind of flexibility anti-metal RFID structure, including electronic tag ontology (1), it is characterised in that: electronic tag
The lower end of ontology (1), electronic tag ontology (1) is connected with limit layer (2) by glue, limits layer (2) side and electronic tag
Concordantly, the other side is longer than electronic tag ontology (1) and forms limit section (21) ontology (1), and limit section (21) is beaten for clamped label
Printing equipment is set, and electronic tag ontology (1) includes that RFID label tag layer (11), anti-metal layer (12), flexible media layer (14) and label are solid
Given layer (13), RFID label tag layer (11) are fixed between label fixing layer (13) and anti-metal layer (12) by glue, RFID mark
Signing layer (11) includes RFID chip and RFID antenna circuit, and RFID antenna circuit is wound on flexible media layer (14), and flexibility is situated between
Matter layer (14) is for providing flexible support.
2. a kind of flexible anti-metal RFID structure according to claim 1, it is characterised in that: further include installation
Layer, mounting layer include the first sealant (3) and the second sealant (4), and the first sealant (3) is bonded with label fixing layer (13),
Second sealant (4) is equipped with protrusion and four through-holes (42), and four through-holes (42) are evenly distributed around protrusion.
3. a kind of flexible anti-metal RFID structure according to claim 2, it is characterised in that: the first sealant
(3) and the second sealant (4) fitting makes to convex to form air bag (41), and air bag (41) is provided with glue, and glue is by squeezing from four
A through-hole (42) outflow.
4. a kind of flexible anti-metal RFID structure according to claim 2, it is characterised in that: through-hole (42)
Shape is round or rectangular.
5. a kind of flexible anti-metal RFID structure according to claim 1, it is characterised in that: anti-metal layer
(12) it is made of PET.
6. a kind of flexible anti-metal RFID structure according to claim 1, it is characterised in that: limit section (21)
Length be 2mm~5mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920415726.XU CN209607015U (en) | 2019-03-29 | 2019-03-29 | A kind of flexibility anti-metal RFID structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920415726.XU CN209607015U (en) | 2019-03-29 | 2019-03-29 | A kind of flexibility anti-metal RFID structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209607015U true CN209607015U (en) | 2019-11-08 |
Family
ID=68407010
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920415726.XU Active CN209607015U (en) | 2019-03-29 | 2019-03-29 | A kind of flexibility anti-metal RFID structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209607015U (en) |
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2019
- 2019-03-29 CN CN201920415726.XU patent/CN209607015U/en active Active
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