CN2489422Y

CN2489422Y - Multiple anti-forge label

Info

Publication number: CN2489422Y
Application number: CN 01206750
Authority: CN
Inventors: 胡志锋
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-07-06
Filing date: 2001-07-06
Publication date: 2002-05-01
Anticipated expiration: 2011-07-06

Abstract

The utility model relates to a multiple anti-forge label which is formed by the overlapped combination of an affixing anti-forge layer, a recessive anti-forge layer and a cover layer. The affixing anti-forge layer is a breakable paper. The recessive anti-forge layer is printed with a recessive mark which can be showed with water and detected by a money detector and is easy to be removed. The cover layer can be printed with clear mark as the recessive mark as well as other pictures. The recessive mark at the affixing anti-forge layer and the recessive anti-forge layer also can have biology gene. The recessive anti-forge layer and the cover layer also can be printed with anti-forge inquire number. The anti-forge label can not be made by reclaiming old label or one code with multi print and is difficult to be forged, thereby being beneficial to customs to distinguish products directly and accurately.

Description

The multiple anti-fake labeling

The utility model belongs to anti-fake identification mark, particularly a kind of anti-fake label that collects multiple anti-counterfeiting mark and information and one.

It is reported that the anti-fake identification mark that uses mainly contains laser anti-fake figure mark thing, cipher counterfeit-proof marker and anti-fake grain mark at present.The shortcoming of laser anti-fake figure mark thing and cipher counterfeit-proof marker be easy to fake, antifalsification is poor, because the fake producer can be by reclaiming old marker, seal more than one yard, illegal copies coding, utilizing multiple means fraud such as laser technology.Improved antifalsification though anti-fake grain mark is compared with the cipher counterfeit-proof marker with laser, just can distinguish true from false because the consumer must obtain the contrast texture by inquiry, thereby use inconvenience, its cost is also higher in addition.

The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of antifalsification strong, is convenient to the low multiple anti-fake labeling of consumer's Direct Recognition true and false and cost.

The multiple anti-fake labeling of realizing the utility model purpose is by pasting false proof layer, recessive false proof layer and overlayer is overlapping combines; The stickup false proof layer is a fragile paper, be printed with the concealed sign that available water manifests or instrument (as cash inspecting machine) detects and be easy to remove (this kind concealed sign gets final product complete obiteration and irrecoverable two to three times with hand rubbing) on the recessive false proof layer, concealed sign is designed to various ways, can be at least two compound markings that key element is formed in numeral identification or words identification or pattern identification or number, literal, the pattern.Pasting false proof layer and recessive false proof layer is the compactedness combination, and overlayer is the combination that is easy to separate with recessive false proof layer.

In order to realize goal of the invention better, the utility model has also been taked following technical measures:

1. allow the concealed sign of pasting on false proof layer and the recessive false proof layer all be loaded with specific biological gene.

2. at the Antiforge inquiry number of recessive false proof layer or the overlayer printing property expressed, this Antiforge inquiry number can adopt the coding of combination in any at random, also can adopt the product bar code.

The utlity model has following advantage:

1. because to paste false proof layer be fragile paper and closely combine with recessive false proof layer, cause the fake producer to be difficult to adopt the mode that reclaims old labeling to be faked.

2. because the concealed sign available water on the recessive false proof layer manifests or can remove with the instrument detecting of cash inspecting machine and so on and with hand rubbing, thereby both be convenient to the consumer and distinguished authenticity of products directly, apace, also improved antifalsification effectively.

3. be loaded with the particular organisms gene owing to paste the concealed sign of false proof layer and recessive false proof layer, according to this biological gene, detection can be distinguished authenticity of products exactly through specialized agency.

4. be printed with the Antiforge inquiry number on recessive false proof layer or the overlayer, the consumer can distinguish the true and false of product by phone, fax, computer inquiry.

5. compare with anti-fake grain mark, cost reduces about 50%.

Concrete structure of the present utility model is provided by following embodiment and accompanying drawing thereof.

Fig. 1 is a kind of structural representation of the multiple anti-fake labeling that proposes of the utility model, and this figure has showed the overlayer of anti-fake label;

Fig. 2 is the vertical view of Fig. 1;

Fig. 3 is the side view of Fig. 1;

Fig. 4 is the synoptic diagram of recessive false proof layer;

Fig. 5 is a synoptic diagram of pasting false proof layer.

Embodiment:

The structure of the multiple anti-fake labeling in the present embodiment such as Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5 are by pasting false proof layer 5, recessive false proof layer 4 and overlayer 1 overlapping combining.Paste false proof layer 5 and make, be loaded with specific biological gene on it by non cohesive gel fiber fragile paper; Be printed with concealed sign 6 and the property expressed Antiforge inquiry number 7 on the recessive false proof layer 4, concealed sign 6 is a pattern identification, is loaded with the particular organisms gene identical with pasting false proof layer, and Antiforge inquiry number 7 is 16 random codeds; Be printed with expressing property sign 2 identical and product coding 3 on the overlayer 1 with concealed sign pattern.Paste the combination of false proof layer 5, recessive false proof layer 4 and overlayer 1 and adopt bonding mode, paste false proof layer 5 and be the compactedness combination with recessive false proof layer 4, both are not easily separated, and recessive false proof layer 4 and overlayer 1 are for being easy to separate combination, and the user can remove overlayer with hand.

Structure of the present utility model is not limited thereto embodiment, and for example concealed sign can be considered other forms, and the Antiforge inquiry number can be printed on the overlayer or not and be provided with, and tectal pattern can combine together or the like with the design of the packing of product.

Use the utility model is false proof, only needs anti-fake label is sticked on the required false proof product.When distinguishing authenticity of products, both can utilize concealed sign to test, can also can submit Special Survey mechanism detection of biological gene to by Help by Phone again.In a word, can comprehensively different anti-counterfeiting mark or information confirm that to discern the true and false of product exactly, the discovery rate that makes fake products is 100%.

Claims

1. multiple anti-fake labeling, it is characterized in that by pasting false proof layer (5), recessive false proof layer (4) and overlapping the combining of overlayer (1), pasting false proof layer (5) is fragile paper, be printed with on the recessive false proof layer (4) that available water manifests or instrument detecting and the concealed sign (6) that is easy to remove, paste false proof layer (5) and be the compactedness combination with recessive false proof layer (4), overlayer (1) and the combination of recessive false proof layer (4) for being easy to separate.

2. multiple anti-fake labeling according to claim 1 is characterized in that concealed sign (6) is at least two compound markings that key element is formed in numeral identification or words identification or pattern identification or number, literal, the pattern.

3. multiple anti-fake labeling according to claim 1 and 2, the concealed sign (6) that it is characterized in that pasting on false proof layer (5) and the recessive false proof layer all is loaded with specific biological gene.

4. multiple anti-fake labeling according to claim 1 and 2 is characterized in that being printed with on recessive false proof layer (4) or the overlayer (1) the Antiforge inquiry number (7) of the property expressed.

5. multiple anti-fake labeling according to claim 3 is characterized in that being printed with on recessive false proof layer (4) or the overlayer (1) the Antiforge inquiry number (7) of the property expressed.