CN206616407U - A kind of durability anti-counterfeit rice paper - Google Patents
A kind of durability anti-counterfeit rice paper Download PDFInfo
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- CN206616407U CN206616407U CN201621180964.XU CN201621180964U CN206616407U CN 206616407 U CN206616407 U CN 206616407U CN 201621180964 U CN201621180964 U CN 201621180964U CN 206616407 U CN206616407 U CN 206616407U
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Abstract
The utility model discloses a kind of durability anti-counterfeit rice paper, including with slurry, copy paper and solarization paper, a kind of durability anti-counterfeit material is added when with slurry in the slurry, it is naturally as a whole and in specific security feature by the copy paper anti-fake material and rice paper, can rapidly and accurately it be identified by professional detection device, the true and false for differentiating painting and calligraphy pieces.Meanwhile, security pattern is designed on rice paper copying, corresponding pattern is transferred on rice paper during copy paper；The raised security pattern of design on paper wall is being shone, corresponding pattern is being transferred on rice paper when shining paper；Pass through the identification to specific pattern on rice paper, it is possible to authenticate the true and false of painting and calligraphy pieces.
Description
Technical field
The utility model is related to a kind of durability anti-counterfeit rice paper.
Background technology
Flexible, the fine and smooth neat and well spaced, color and luster of rice paper quality is durable, is the manual painting paper of Chinese tradition, for a long time, painting and calligraphy
It is that the false proof of a persistence, the social problem of generality, therefore rice paper is that the painting and calligraphy pieces true and false differentiates that the true and false of works, which differentiates,
One of important component.The discriminating of traditional painting and calligraphy pieces is mainly focused on the artistic form and physical form of painting and calligraphy pieces
Two aspects, have higher requirement to the experience and knowledge level of identification person.With continuous progressive and science and technology the rapid hair of society
Exhibition, also occurs in that various advanced counterfeit protection measures come false proof to painting and calligraphy pieces progress at present.Such as：Some use radio frequencies are known
Other technology, is implanted into electronic tag or chip, but this false proof poor in timeliness, because electronic tag or chip are easy to tear open in works
Unload or damage, also disappeared therewith if there is this situation antiforge function.For another example：Some uses add all in paper or works
Anti-fake material progress such as fluorescence etc is false proof, but generally the resistance to physical and chemical performance of fluorescent material is poor, in height
Under temperature, high humidity or acid, alkali environment, security feature can weaken until disappearing.
Utility model content
The problem of to solve above-mentioned painting and calligraphy pieces security feature poor durability, the utility model is anti-there is provided a kind of durability
Pseudo- rice paper and its manufacturing process.
Technical solution of the present utility model is to provide a kind of durability anti-counterfeit rice paper, is made up of paper pulp fiber, and it is special
Part is not：Also include the anti-fake material added in paper pulp fiber, the anti-fake material is one or more different nanometers
Infrared up-conversion material.For the rice paper applied to different performance, above-mentioned nanometer infrared up-conversion material can be aqueous or oil
Property.The color that different nanometer infrared up-conversion materials is presented is different.(800-1100nm) can be under the conditions of infrared excitation
Existing red, blueness and green, can add a kind of water-soluble and/or oil-soluble nanometer infrared up-conversion material, can also add
Enter two kinds of water solubilitys or/and oil solubility nanometer infrared up-conversion material, a variety of water-soluble or/and oil solubility nanometers can also be added
Infrared up-conversion material, is presented a kind of color or two kinds of colors or two or more under the conditions of 800-1100nm infrared excitations
Color.
In order to further improve security feature, the utility model rice paper also includes raised or/and recess patterns, above-mentioned
Raised or/and recess patterns are located at rice paper edge or blank space.
It is preferred that, in addition to the anti-fake material positioned at rice paper surface where above-mentioned raised or/and recess patterns, it is above-mentioned false proof
Material is nanometer infrared up-conversion material.
Above-mentioned anti-fake material includes two kinds of nanometer infrared up-conversion materials being located at respectively in the raised and recess patterns.
The utility model additionally provides a kind of manufacturing process of durability anti-counterfeit rice paper, including with slurry, copy paper and solarization paper mistake
Journey, it is with slurry during, anti-fake material is added in paper pulp fiber, the anti-fake material is one or more nanometer infrared up conversion materials
Material；
It is preferred that, in addition to the step of setting security pattern；
The step of above-mentioned setting security pattern is specially：
Pattern is set by way of machining on copying, during copy paper, transferred the pattern onto on rice paper；
Or, design projection or/and recess patterns on paper wall are being shone, are being transferred the pattern onto when shining paper on rice paper；
Or, pattern is set by way of machining on copying, during copy paper, transferred the pattern onto on rice paper；
Meanwhile, design projection or/and recess patterns on paper wall are being shone, are being transferred the pattern onto when shining paper on rice paper.
In order to provide a variety of different antifalse effects, nanometer infrared up conversion can be added in the fixed position of paper pulp fiber
Material.
In order to strengthen adhesion effect of nanometer infrared up-conversion material in rice paper, reinforcing agent is added in paper pulp fiber, on
Reinforcing agent is stated for aerosil and/or gum arabic and/or gelatin.
In order to further strengthen the binding strength of nanometer infrared up-conversion material and rice paper, the utility model is also provided
The manufacturing process of another durability anti-counterfeit rice paper, including with slurry, copy paper and the process for shining paper, process with slurry include following step
Suddenly：
Step one：Nanometer infrared up-conversion material is added in the fibrous raw material of melting and be spun into silk and form red containing nanometer
The filament of outer up-conversion；
Step 2：Filament obtained by step one is added in paper pulp fiber；
It is preferred that, in addition to the step of setting security pattern；
The step of above-mentioned setting security pattern is specially：
Pattern is set by way of machining on copying, during copy paper, transferred the pattern onto on rice paper；
Or, design projection or/and recess patterns on paper wall are being shone, are being transferred the pattern onto when shining paper on rice paper；
Or, pattern is set by way of machining on copying, during copy paper, transferred the pattern onto on rice paper；
Meanwhile, design projection or/and recess patterns on paper wall are being shone, are being transferred the pattern onto when shining paper on rice paper.
In order to realize a variety of antifalse effects, above-mentioned steps two are to add the fiber obtained by step one in the fixed position of slurry
Silk；Upper nanometer infrared up-conversion material is a variety of.
Above-mentioned fiber is polyester fiber, regenerated fiber, spandex fibre, cotton synthetic fibre fiber, vinylon, poly- third
The fine fiber of alkene, polypropylene fibre, polyvinyl chloride fibre, aramid fiber, vinylon fibre, polyester fiber, acrylic fiber, polypropylene fibre are fine
One or more in dimension, viscose rayon, polyvinyl chloride fibre fiber etc..
The beneficial effects of the utility model are：
1st, the utility model uses the resistance to physical and chemical performance of nanometer infrared up-conversion material preferably, and with can be not
It can be seen that absorbing the security feature that energy is converted into visible light wave under infrared laser excitation, rice paper is used it for, can be according to difference
Rice paper selection add aqueous or oiliness nanometer infrared up-conversion material, do not influence paper performance not only, and the rice paper is anti-
Pseudo- characteristic is hidden, lasting and is easy to identification.
2nd, corresponding pattern, is transferred on rice paper by the Machine Design security pattern on rice paper copying during copy paper；Shining paper
Raised security pattern is designed on wall, corresponding pattern is transferred on rice paper when shining paper；By the identification to specific pattern on rice paper,
The true and false of painting and calligraphy pieces can be differentiated.
Brief description of the drawings
Fig. 1 is schematic diagram of the present utility model.
Reference is in figure：1- rice paper, 2- patterns.
Embodiment
Embodiment one
Nanometer infrared up-conversion material is added in paper pulp fiber, the parts by weight of this nanometer of infrared up-conversion material are 0.5-
30, the parts by weight of corresponding paper pulp are 99.5-70, and the two gross weight is 100.
The resistance to physical and chemical performance of this nanometer of infrared up-conversion material preferably, is scattered in paper pulp, can also added
Enter the fixed position of paper pulp, nanometer infrared up-conversion material meeting natural fusion is shone after paper shaping in the fiber of paper pulp during copy paper
The anti-fake material can be coated by toughness fiber, be embedded in paper and be not easily disconnected from, and be viewed as common rice paper in appearance, but with special inspection
Measurement equipment just can recognize that its security feature, with security feature it is hidden, persistently and be easy to identification the characteristics of.
Random on rice paper or positioning distribution anti-fake material can be recognized using special discriminating instrument, i.e., launched in instrument
Green luminous point or red luminous point or blue spot or red bluish-green combination luminous point are presented under the irradiation of infrared laser, on rice paper.
Embodiment two
Add and increase while the present embodiment from adding nanometer infrared up-conversion material in the slurry unlike embodiment one
Strong agent, with improve nanometer it is infrared on turn to turn on infrared nanometer used in adhesion effect of the material on rice paper, the embodiment
The parts by weight 0.5-30 of conversion materials, reinforcing agent used is aerosil, and the parts by weight of aerosil are 0.1-10,
The parts by weight of paper pulp are surplus, add up to 100.
Reinforcing agent can also be Arabic gum in the embodiment, and the parts by weight of Arabic gum are 0.1-10 parts, the weight of paper pulp
Amount part is surplus, adds up to 100 parts.Reinforcing agent can also be gelatin, and the parts by weight of gelatin are 0.1-10 parts, and the weight of paper pulp is remaining
Amount, adds up to 100 parts.
Nanometer infrared up-conversion material is combined in the presence of reinforcing agent with the fiber in paper pulp during copy paper, binding strength
Height, it is difficult for drop-off, common rice paper is viewed as in appearance after shining paper shaping, but just can recognize that with special inspecting equipment its false proof spy
Property, with security feature it is hidden, persistently and be easy to identification the characteristics of.
Random on rice paper or positioning distribution anti-fake material can be recognized using special discriminating instrument, i.e., launched in instrument
Green luminous point or red luminous point or blue spot or red bluish-green combination luminous point are presented under the irradiation of infrared laser, on rice paper.
Embodiment three
Nanometer infrared up-conversion material is well mixed by the present embodiment with the synthetic fibers melted first, is then set special
It is standby to be above spun into filament, filametntary a diameter of 0.1-50 μm, the filament containing nanometer infrared up-conversion material is added and declared
In paper paper pulp, the rice paper with nanometer infrared up-conversion material is made.
The fiber that the present embodiment is selected is spandex fibre, and the parts by weight of spandex fibre are 1-50 parts, nanometer infrared up conversion
The parts by weight of material are 1-50 parts, and the total weight parts of spandex fibre and nanometer infrared up-conversion material are 100 parts；It is red containing nanometer
The filametntary parts by weight of outer up-conversion are 1-40 parts, the filametntary gross weight of paper pulp and nanometer infrared up-conversion material
Part is 100 parts.
The present embodiment can also select polyester fiber, and the parts by weight of polyester fiber are 1-50 parts, nanometer infrared up conversion material
The parts by weight of material are 1-50 parts, and the total weight parts of polyester fiber and nanometer infrared up-conversion material are 100 parts；It is infrared containing nanometer
The filametntary parts by weight of up-conversion are 1-40 parts, the filametntary total weight parts of paper pulp and nanometer infrared up-conversion material
For 100 parts.
The binding strength of the present embodiment nanometer infrared up-conversion material and rice paper is stronger, is viewed as in appearance after shining paper shaping
Common rice paper, but just can recognize that with special inspecting equipment its security feature, with security feature it is hidden, persistently and be easy to identification
Feature.
Random on rice paper or positioning distribution anti-fake material can be recognized using special discriminating instrument, i.e., launched in instrument
Green luminous point or red luminous point or blue spot or red bluish-green combination luminous point are presented under the irradiation of infrared laser, on rice paper.
Infrared nanometer up-conversion in above three embodiment can be one kind can also be it is a variety of, it is a variety of to realize
Different antifalse effects.
In above three embodiment, (its material can be bamboo curtain splint, copper curtain, stainless steel curtain to copying used in paper-making process
Deng) on according to rice paper demander requirement design personalized pattern, paper curtain is transferred the pattern onto on rice paper during copy paper, and shine
Raised or sunken personalized pattern is designed according to the requirement of rice paper demander on paper wall, rice paper is transferred the pattern onto when shining paper
On, this anti-counterfeiting characteristic is coexisted with rice paper, good endurance, and true and false discriminating is carried out available for painting and calligraphy pieces.
Claims (3)
1. a kind of durability anti-counterfeit rice paper, is made up of paper pulp fiber, it is characterised in that：Also include false proof in addition paper pulp fiber
Material, the anti-fake material is one or more different nanometer infrared up-conversion materials；Also include positioned at rice paper edge or
The projection or/and recess patterns of blank space.
2. durability anti-counterfeit rice paper according to claim 1, it is characterised in that：Also include positioned at described raised or/and recessed
The anti-fake material on rice paper surface where falling into pattern, the anti-fake material is nanometer infrared up-conversion material.
3. durability anti-counterfeit rice paper according to claim 2, it is characterised in that：The anti-fake material includes being located at institute respectively
State two kinds of nanometer infrared up-conversion materials in raised and recess patterns.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621180964.XU CN206616407U (en) | 2016-10-27 | 2016-10-27 | A kind of durability anti-counterfeit rice paper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621180964.XU CN206616407U (en) | 2016-10-27 | 2016-10-27 | A kind of durability anti-counterfeit rice paper |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206616407U true CN206616407U (en) | 2017-11-07 |
Family
ID=60228740
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621180964.XU Active CN206616407U (en) | 2016-10-27 | 2016-10-27 | A kind of durability anti-counterfeit rice paper |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206616407U (en) |
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2016
- 2016-10-27 CN CN201621180964.XU patent/CN206616407U/en active Active
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