CN202157245U - Fluorescent microsphere anti-fake paper - Google Patents
Fluorescent microsphere anti-fake paper Download PDFInfo
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- CN202157245U CN202157245U CN2011202707593U CN201120270759U CN202157245U CN 202157245 U CN202157245 U CN 202157245U CN 2011202707593 U CN2011202707593 U CN 2011202707593U CN 201120270759 U CN201120270759 U CN 201120270759U CN 202157245 U CN202157245 U CN 202157245U
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Abstract
The utility model discloses fluorescent microsphere anti-fake paper, relating to anti-fake paper added with a hidden safety element that prevents fraud variation and is only observable by using a special method. The paper consists of a body paper layer, a coating layer and two sizing layers, which are closely spliced as a whole. The coating layer is the uppermost, below the coating layer is the sizing layer, below the sizing layer is the body paper layer, and below the body paper layer is the bottommost sizing layer, wherein 1-4 colorless fluorescent microsphere (s) is positioned and distributed in the body paper; the microsphere shows fluorescent pattern formed by colorful points, positioned and distributed when observed with a 365nm ultraviolet lamp. Meanwhile, the anti-fake paper also shows a fluorescent pattern formed by colorful points, positioned and distributed. As the colorless fluorescent microsphere is positioned and distributed in the body paper, the paper is not likely to be copied, and the anti-fake effect of the paper is enhanced. The anti-fake paper is a piece of anti-fake paper with upgraded anti-fake technology.
Description
Technical field
The technical scheme of the utility model relates in paper, having added and prevents that the special method of utilizing of fraudulent alteration from only being the become anti-forge paper of observable hiding security element, specifically fluorescent microsphere cheque paper.
Background technology
Anti-forge paper is used for special industry always, and various anti-forge papers also push away newly in continuous technology.What use the earliest is water marked paper, because easily by imitated, the scope of its use is significantly successively decreased; The anti-forge paper that had engendered the anti-forge paper made with fluorescence falsification preventing technology afterwards, made with the temperature-sensitive anti-counterfeiting technology, with the anti-forge paper of infrared anti-false technology manufacturing with the anti-forge paper of fluorescent fiber and colored fiber manufacturing.Though the anti-forge paper of these existing anti-counterfeiting technologies manufacturings is also constantly by imitated now; Its anti-counterfeiting power is difficult to ensure the requirement of all trades and professions and businessman, but these anti-counterfeiting technologies accepted and widely used by masses, need constantly carry out skill upgrading to it so have; Process modification; Improve the anti-counterfeiting power of conventional false proof material, need to combine special technology, produce novel anti-forge paper.
The utility model content
The utility model technical problem to be solved is: the fluorescent microsphere cheque paper is provided, and the location is distributed with the colorless fluorescent microballoon in its original paper layer, be not easy to have been improved the anti-counterfeiting power of anti-forge paper by imitated, and be a kind of anti-forge paper of anti-counterfeiting technology upgrading.
The utility model solves this technical problem the technical scheme that is adopted: the fluorescent microsphere cheque paper; Constitute by tightly bonding being integral of one deck original paper layer, one deck coating layer and two-layer glue application layer; Coating layer is in the superiors, and connecing below the coating layer is glue application layer, and connecing below the glue application layer is original paper layer; Connecing below the original paper layer is undermost glue application layer; Wherein the location is distributed with 1～4 kind of colorless fluorescent microballoon in original paper layer, and colorless fluorescent microballoons that these location distribute are watched the phosphor pattern that is formed by colour point that demonstrates that the location distributes under the 365nm uviol lamp, this fluorescent microsphere cheque paper is also demonstrated locate the phosphor pattern that is formed by colour point of distribution.
Above-mentioned fluorescent microsphere cheque paper; The described phosphor pattern that is formed by colour point is a kind of or above-mentioned phosphor pattern that phosphor pattern constituted that relates in the redness that distributes of location, yellow, blueness or green heart shape, five-pointed star shape, triangle, the bright shape of first quarter moon or the toroidal phosphor pattern.
Above-mentioned fluorescent microsphere cheque paper, described colorless fluorescent microballoon are included in and watch under the 365nm uviol lamp is red, yellow, blue or green fluorescent microsphere.
Above-mentioned fluorescent microsphere cheque paper, the shape of described multicolour pattern and color can have more selection, and used colorless fluorescent microballoon shows it is that color can have more kind under the 365nm uviol lamp.
Above-mentioned fluorescent microsphere cheque paper, the adhering method between described coating layer and glue application layer and each layer are that the present technique field is general.
It is preparation like this that containing in the above-mentioned fluorescent microsphere cheque paper located the original paper layer that is distributed with 1～4 kind of colorless fluorescent microballoon: in normal original paper layer production process; Increase colorless fluorescent microballoon positioning equipment in the screen cloth center; The flusher of this equipment requires continuously according to the phosphor pattern of setting in advance or is interrupted and sprays quantitative colorless fluorescent microballoon, and the cheque paper finished product that finally makes can demonstrate the phosphor pattern that is formed by colour point of location distribution that various fluorescent microspheres arrange under the 365nm uviol lamp.The outlet shape of flusher is designed to heart shape, five-pointed star shape, triangle, the bright shape of first quarter moon or toroidal; It is red, yellow, blue or green that used colorless fluorescent microballoon is watched under the 365nm uviol lamp, and the outlet shape of flusher and used colorless fluorescent microballoon are by the combination that is set at one or more in advance.Related equipment, raw material and operating procedure all is that the present technique field is known and can obtains through known approach in the preparation of the above-mentioned original paper layer that contains the colorless fluorescent microballoon.
The beneficial effect of the utility model is: the utility model fluorescent microsphere cheque paper is on the basis that does not influence normal printing, organically to combine the characteristic of paper technology and fluorescent microsphere to make.This fluorescent microsphere cheque paper utilizes the specific form of fluorescent microsphere and pattern can under the 365nm uviol lamp, demonstrate the phosphor pattern by locating rule arrangement formation of prior setting by a principle that forms.So not only practiced thrift production cost; The characteristics of colorless fluorescent microballoon have also been utilized better; The point-like arranged distribution is pressed locating rule and is arranged the phosphor pattern that forms complicacy in original paper layer, also can regulate the width of colour bands and the distribution density and the color of fluorescent microsphere, the independent assortment of figure and color according to different demands in actual use; Be difficult to by imitated; Improved the anti-counterfeiting power of anti-forge paper, prevent that the aging performance of fluorescence from improving greatly because the characteristic of fluorescent microsphere makes simultaneously, so the utility model fluorescent microsphere cheque paper has been a kind of anti-forge paper of anti-counterfeiting technology upgrading.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the utility model is further specified.
Fig. 1 is the formation structural representation of the utility model fluorescent microsphere cheque paper.
Fig. 2 is the redness that under the 365nm uviol lamp, demonstrates of the utility model fluorescent microsphere cheque paper and the toroidal phosphor pattern of blue combination.
Fig. 3 is the red five-pointed star shape phosphor pattern that the utility model fluorescent microsphere cheque paper demonstrates under the 365nm uviol lamp.
Fig. 4 is the green triangle that under the 365nm uviol lamp, demonstrates of the utility model fluorescent microsphere cheque paper and the phosphor pattern of the bright combination of shapes of yellow first quarter moon.
Fig. 5 is the phosphor pattern of the green triangle that under the 365nm uviol lamp, demonstrates of the utility model fluorescent microsphere cheque paper and bright shape of yellow first quarter moon and the combination of red heart shape.
Fig. 6 is the phosphor pattern of the blue heart shape that under the 365nm uviol lamp, demonstrates of the utility model fluorescent microsphere cheque paper, blue five-pointed star shape, blue triangle, the bright combination of shapes of blue first quarter moon.
Fig. 7 is the phosphor pattern of the red heart shape that under the 365nm uviol lamp, demonstrates of the utility model fluorescent microsphere cheque paper, red five-pointed star shape, green triangle, the bright shape of yellow first quarter moon and the combination of blue toroidal.
Among the figure, 1. coating layer, 2. original paper layer; 3. glue application layer, the phosphor pattern that 4. forms, the red toroidal phosphor pattern that 4-1. is formed by colour point by colour point; 4-2. by the blue toroidal phosphor pattern that colour point forms, the red five-pointed star shape phosphor pattern that 4-3. is formed by colour point, the bright shape phosphor pattern of yellow first quarter moon that 4-4. is formed by colour point; 4-5. the red heart shape phosphor pattern that forms by colour point; 4-6. by the green triangle phosphor pattern that colour point forms, the blue heart shape phosphor pattern that 4-7. is formed by colour point, the blue five-pointed star shape phosphor pattern that 4-8. is formed by colour point; 4-9. by the blue triangle phosphor pattern that colour point forms, the bright shape phosphor pattern of blue first quarter moon that 4-10. is formed by colour point.
The specific embodiment
Embodiment illustrated in fig. 1 showing; The utility model fluorescent microsphere cheque paper is by the tightly bonding formation that is integral of one deck original paper layer (2), one deck coating layer (1) and two-layer glue application layer (3); Coating layer (1) is in the superiors; Connecing below the coating layer (1) is glue application layer (3), and connecing below the glue application layer (3) is original paper layer (2), and connecing below the original paper layer (2) is undermost glue application layer (3); The phosphor pattern (4) that forms by colour point of arranging that the fluorescent microsphere location that forms distributes by locating rule that the prior setting that under the 365nm uviol lamp, just can demonstrate is arranged in original paper layer (2).
In normal original paper layer production process; Increase colorless fluorescent microballoon positioning equipment in the screen cloth center; The outlet shape of the flusher of this equipment is designed to toroidal; It is respectively red with blue colorless fluorescent microballoon that two kinds of used colorless fluorescent microballoons are watched under the 365nm uviol lamp; Require to spray quantitative above-mentioned two kinds of colorless fluorescent microballoons according to the phosphor pattern of prior setting, the cheque paper finished product that finally makes can demonstrate the phosphor pattern as shown in Figure 2 that is formed by colour point of location distribution that used fluorescent microsphere arranges under the 365nm uviol lamp.
Fig. 2 shows, the phosphor pattern that red toroidal phosphor pattern (4-1) that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used two kinds of fluorescent microspheres arrange distributes and blue toroidal phosphor pattern (4-2) make up.
Embodiment 2
The outlet shape of removing flusher is designed to heart shape, and two kinds of used colorless fluorescent microballoons are that other are with embodiment 1 outside the colorless fluorescent microballoon of redness and green watching under the 365nm uviol lamp.The phosphor pattern that red heart shape phosphor pattern that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used two kinds of fluorescent microspheres arrange distributes and green heart shape phosphor pattern make up.
The outlet shape of removing flusher is designed to triangle, and two kinds of used colorless fluorescent microballoons are that other are with embodiment 1 outside the colorless fluorescent microballoon of green and blueness watching under the 365nm uviol lamp.The phosphor pattern that green triangle phosphor pattern that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used two kinds of fluorescent microspheres arrange distributes and blue triangle phosphor pattern make up.
The outlet shape of removing flusher is designed to the bright shape of first quarter moon, and two kinds of used colorless fluorescent microballoons are that other are with embodiment 1 outside the colorless fluorescent microballoon of redness and yellow watching under the 365nm uviol lamp.The phosphor pattern that bright shape phosphor pattern of red first quarter moon that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used two kinds of fluorescent microspheres arrange distributes and the bright shape phosphor pattern of yellow first quarter moon make up.
Embodiment 5
In normal original paper layer production process; Increase colorless fluorescent microballoon positioning equipment in the screen cloth center; The outlet shape of the flusher of this equipment is designed to the five-pointed star shape; It is red colorless fluorescent microballoon that used colorless fluorescent microballoon is watched under the 365nm uviol lamp; Require to spray quantitative above-mentioned colorless fluorescent microballoon according to the phosphor pattern of prior setting, the cheque paper finished product that finally makes can demonstrate the phosphor pattern as shown in Figure 3 that is formed by colour point of location distribution that used fluorescent microsphere arranges under the 365nm uviol lamp.
Fig. 3 shows, the phosphor pattern of red five-pointed star shape phosphor pattern (4-3) formation that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used fluorescent microsphere arranges distributes.
Embodiment 6
The outlet shape of removing flusher is designed to the bright shape of first quarter moon, and used colorless fluorescent microballoon is that other are with embodiment 5 outside the colorless fluorescent microballoon of yellow watching under the 365nm uviol lamp.The cheque paper finished product that present embodiment makes demonstrates the phosphor pattern that the bright shape phosphor pattern of yellow first quarter moon that is formed by colour point that location that used fluorescent microsphere arranges distributes constitutes under the 365nm uviol lamp.
Embodiment 7
The outlet shape of removing flusher is designed to triangle, and used colorless fluorescent microballoon is that other are with embodiment 5 outside the colorless fluorescent microballoon of blueness watching under the 365nm uviol lamp.The cheque paper finished product that present embodiment makes demonstrates the phosphor pattern that the blue triangle phosphor pattern that is formed by colour point that location that used fluorescent microsphere arranges distributes constitutes under the 365nm uviol lamp.
Embodiment 8
The outlet shape of removing flusher is designed to toroidal, and used colorless fluorescent microballoon is that other are with embodiment 5 outside the colorless fluorescent microballoon of green watching under the 365nm uviol lamp.The cheque paper finished product that present embodiment makes demonstrates the phosphor pattern that the green toroidal phosphor pattern that is formed by colour point that location that used fluorescent microsphere arranges distributes constitutes under the 365nm uviol lamp.
Embodiment 9
The outlet shape of removing flusher is designed to heart shape, and used colorless fluorescent microballoon is that other are with embodiment 5 outside the colorless fluorescent microballoon of redness watching under the 365nm uviol lamp.The cheque paper finished product that present embodiment makes demonstrates the phosphor pattern that the red heart shape phosphor pattern that is formed by colour point that location that used fluorescent microsphere arranges distributes constitutes under the 365nm uviol lamp.
Embodiment 10
In normal original paper layer production process; Increase colorless fluorescent microballoon positioning equipment in the screen cloth center; This equipment has two flushers; The outlet shape of two flushers is designed to bright shape of first quarter moon and heart shape respectively; It is respectively yellow with red colorless fluorescent microballoon that two used colorless fluorescent microballoons of flusher are watched under the 365nm uviol lamp, requires to spray quantitative above-mentioned two kinds of colorless fluorescent microballoons according to the phosphor pattern of prior setting, and the cheque paper finished product that finally makes can demonstrate the phosphor pattern as shown in Figure 4 that is formed by colour point of location distribution that used two kinds of fluorescent microspheres arrange under the 365nm uviol lamp.
Fig. 4 shows, the phosphor pattern that bright shape phosphor pattern of yellow first quarter moon (4-4) that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used two kinds of fluorescent microspheres arrange distributes and red heart shape phosphor pattern (4-5) constitute.
Embodiment 11
The outlet shape of removing two flushers is designed to triangle and toroidal respectively, and two used colorless fluorescent microballoons of flusher are respectively that other are with embodiment 10 outside the colorless fluorescent microballoon of blueness and green watching under the 365nm uviol lamp.The phosphor pattern that blue triangle phosphor pattern that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used two kinds of fluorescent microspheres arrange distributes and green toroidal phosphor pattern constitute.
Embodiment 12
In normal original paper layer production process; Increase colorless fluorescent microballoon positioning equipment in the screen cloth center; This equipment has three flushers; The outlet shape of three flushers is designed to the bright shape of first quarter moon, heart shape and triangle respectively; It is respectively yellow, red and green colorless fluorescent microballoon that three used colorless fluorescent microballoons of flusher are watched under the 365nm uviol lamp, requires to spray quantitative above-mentioned three kinds of colorless fluorescent microballoons according to the phosphor pattern of prior setting, and the cheque paper finished product that finally makes can demonstrate the phosphor pattern as shown in Figure 5 that is formed by colour point of location distribution that used three kinds of fluorescent microspheres arrange under the 365nm uviol lamp.
Fig. 5 shows, the phosphor pattern that bright shape phosphor pattern of yellow first quarter moon (4-4) that is formed by colour point that the cheque paper finished product that present embodiment makes demonstrates under the 365nm uviol lamp that location that used three kinds of fluorescent microspheres arrange distributes and red heart shape (4-5) phosphor pattern and green triangle phosphor pattern (4-6) constitute.
Embodiment 13
In normal original paper layer production process; Increase colorless fluorescent microballoon positioning equipment in the screen cloth center; This equipment has four flushers; The outlet shape of four flushers is designed to heart shape, five-pointed star shape, triangle and the bright shape of first quarter moon respectively; It all is blue colorless fluorescent microballoons that four used colorless fluorescent microballoons of flusher are watched under the 365nm uviol lamp, requires to spray quantitative above-mentioned colorless fluorescent microballoon according to the phosphor pattern of prior setting, and the cheque paper finished product that finally makes can demonstrate the phosphor pattern as shown in Figure 6 that is formed by colour point of location distribution that used fluorescent microsphere arranges under the 365nm uviol lamp.
Fig. 6 shows, the cheque paper finished product that present embodiment makes demonstrates the phosphor pattern that the blue heart shape phosphor pattern (4-7), blue five-pointed star shape phosphor pattern (4-8), blue triangle phosphor pattern (4-9), the bright shape phosphor pattern of blue first quarter moon (4-10) that are formed by colour point that location that used fluorescent microsphere arranges distributes make up under the 365nm uviol lamp.
Embodiment 14
In normal original paper layer production process; Increase colorless fluorescent microballoon positioning equipment in the screen cloth center; This equipment has five flushers; The outlet shape of five flushers is designed to heart shape, five-pointed star shape, triangle, the bright shape of first quarter moon and toroidal respectively; It is respectively red, red, green, yellow and blue colorless fluorescent microballoon that five used colorless fluorescent microballoons of flusher are watched under the 365nm uviol lamp; Require to spray quantitative above-mentioned colorless fluorescent microballoon according to the phosphor pattern of prior setting, the cheque paper finished product that finally makes can demonstrate the phosphor pattern as shown in Figure 7 that is formed by colour point of location distribution that used fluorescent microsphere arranges under the 365nm uviol lamp.
Fig. 7 shows, the cheque paper finished product that present embodiment makes demonstrates the phosphor pattern that the red heart shape phosphor pattern (4-5), red five-pointed star shape phosphor pattern (4-3), green triangle phosphor pattern (4-6), the bright shape phosphor pattern of yellow first quarter moon (4-4) and the blue toroidal phosphor pattern (4-2) that are formed by colour point that location that used fluorescent microsphere arranges distributes make up under the 365nm uviol lamp.
Claims (3)
1. fluorescent microsphere cheque paper; It is characterized in that: constitute by tightly bonding being integral of one deck original paper layer, one deck coating layer and two-layer glue application layer; Coating layer is in the superiors, and connecing below the coating layer is glue application layer, and connecing below the glue application layer is original paper layer; Connecing below the original paper layer is undermost glue application layer; Wherein the location is distributed with 1～4 kind of colorless fluorescent microballoon in original paper layer, and colorless fluorescent microballoons that these location distribute are watched the phosphor pattern that is formed by colour point that demonstrates that the location distributes under the 365nm uviol lamp, this fluorescent microsphere cheque paper is also demonstrated locate the phosphor pattern that is formed by colour point of distribution.
2. according to the said fluorescent microsphere cheque paper of claim 1; It is characterized in that: the described phosphor pattern that is formed by colour point is a kind of or above-mentioned phosphor pattern that phosphor pattern constituted that relates in the redness that distributes of location, yellow, blueness or green heart shape, five-pointed star shape, triangle, the bright shape of first quarter moon or the toroidal phosphor pattern.
3. according to the said fluorescent microsphere cheque paper of claim 1, it is characterized in that: described colorless fluorescent microballoon is included in and watches under the 365nm uviol lamp is red, yellow, blue or green fluorescent microsphere.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202707593U CN202157245U (en) | 2011-07-28 | 2011-07-28 | Fluorescent microsphere anti-fake paper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202707593U CN202157245U (en) | 2011-07-28 | 2011-07-28 | Fluorescent microsphere anti-fake paper |
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| Publication Number | Publication Date |
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| CN202157245U true CN202157245U (en) | 2012-03-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011202707593U Expired - Lifetime CN202157245U (en) | 2011-07-28 | 2011-07-28 | Fluorescent microsphere anti-fake paper |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107354815A (en) * | 2017-07-25 | 2017-11-17 | 北京金辰西维科安全印务有限公司 | A kind of anti-false fiber and cheque paper |
| CN109112894A (en) * | 2018-09-10 | 2019-01-01 | 金华盛纸业（苏州工业园区）有限公司 | A kind of Anti-fake thermosensitive paper and preparation method thereof |
-
2011
- 2011-07-28 CN CN2011202707593U patent/CN202157245U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107354815A (en) * | 2017-07-25 | 2017-11-17 | 北京金辰西维科安全印务有限公司 | A kind of anti-false fiber and cheque paper |
| CN109112894A (en) * | 2018-09-10 | 2019-01-01 | 金华盛纸业（苏州工业园区）有限公司 | A kind of Anti-fake thermosensitive paper and preparation method thereof |
| CN109112894B (en) * | 2018-09-10 | 2021-11-23 | 金华盛纸业（苏州工业园区）有限公司 | Anti-counterfeiting thermal sensitive paper and preparation method thereof |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120307 |