CN209666623U - A kind of water transfer marble paper that convex view lenticule is anti-fake - Google Patents

Abstract

The utility model relates to a kind of water that convex view lenticule is anti-fake to transfer marble paper, be related to field of anti-counterfeit technology, including tearable film layer, light oil reservoir, anodized aluminium layers of foil and the ground paper layer for being printed with base oil that successively layer is set from top to bottom；The anodized aluminium layers of foil includes the release layer that successively layer is set from top to bottom, the information carrier layer for carrying anti-counterfeiting information, aluminium layer and gum layer；The information carrier layer includes miniature Antiforge and the convex view micro-lens arrays layer at the top of miniature Antiforge.Base oil is between ground paper layer and electrochemical aluminum foil.The utility model can be convenient the true and false of the product of discrimination, while also considerably increase anti-counterfeiting technology threshold, enhance antifalse effect.

Description

A kind of water transfer marble paper that convex view lenticule is anti-fake

Technical field

The utility model relates to field of anti-counterfeit technology, are specifically related to a kind of water transfer marble paper that convex view lenticule is anti-fake.

Background technique

Marble paper has the characteristics that performances and the bright colors such as intensity big, high temperature resistant, rub resistance, is widely used in ceramics, glass On glass product.Initially, consumer identifies commodity by the beautiful marble paper of identification commodity, still, with fake producer's Technique is reinforced, and the use of common marble paper has been difficult to distinguish genuine piece with other counterfeit products, this will will lead to consumer's hardly possible To distinguish the true from the false, the serious legitimate interests for compromising consumer, the legal income of enterprise, and the upper trading product of society is steady It is qualitative.

The grant number that applicant has authorized is the Chinese invention patent of CN104760440B, provides a kind of anti-fake marble paper And its printing method, the printing method include the following steps: 1, production text and/or pattern；2, film is made；3, production print Brush filament halftone；4, non-gold stamping text and/or pattern are printed；5, upper isolation resin；6, it upper gold stamping bottom ink: is made using in step 3 The screen printing plate of work prints primary method according to same color using UV resin, respectively prints the pattern of different colours On same base stock, UV ink, ultraviolet light irradiation under optical curing of UV ink；7, it transfers gold stamping: will be anti-fake with gilding press Electrochemical aluminum foil is transferred in respectively on the UV ink that step 6 obtains；8, upper isolation gloss oil；9, upper tearable laminate cover.

On the basis of this printing method, to further increase antifalse effect, the protection scope of existing patent is expanded, is needed Improvement is made to existing anti-fake water transfer marble paper.

Utility model content

In order to solve the technical problems existing in the prior art, the utility model provides a kind of water that convex view lenticule is anti-fake Transfer marble paper.

In order to realize the purpose of this utility model, the utility model uses a kind of following technical scheme: convex view lenticule Anti-fake water transfers marble paper, including successively layer is set from top to bottom tearable film layer, light oil reservoir, anodized aluminium layers of foil and is printed with base oil Ground paper layer；The anodized aluminium layers of foil includes the release layer that successively layer is set from top to bottom, the information load for carrying anti-counterfeiting information Body layer, aluminium layer and gum layer；The information carrier layer includes miniature Antiforge and the convex view at the top of miniature Antiforge Micro-lens arrays layer.Base oil is between ground paper layer and electrochemical aluminum foil.

Preferably, it is described it is convex depending on micro-lens arrays layer include regular distribution multiple lenticules, this multiple lenticule It is gradually decreased from the intermediate lenticule in middle part to the edge lenticule height being at outer rim.

Preferably, it is described it is convex view micro-lens arrays layer in multiple lenticules it is arranged in arrays, matrix arrangement it is micro- Storied placement, the lenticule in same layer have identical height to lens from inside to outside, and the difference in height of the lenticule of adjacent layer is permanent It is fixed.It is described it is convex depending on micro-lens arrays layer include multiple lenticules in array distribution；It is located in the middle the lenticule height most Height, two layers of lenticule that rectangle is surrounded on intermediate lenticule periphery have identical height, and the difference in height with intermediate lenticule It is constant；The n-layer lenticule rectangle is surrounded on (n-1) layer lenticule periphery, the height of n-layer lenticule and (n-1) layer lenticule Difference is constant.

Preferably, the constant altitude difference is the 0.1%-2% of intermediate lenticule height.

Preferably, the convex micro-lens arrays layer that regards is middle refractive index or the high transparent resin for rolling over color rate；Middle folding Penetrating rate is refractive index 1.54~1.59；High refractive index refers generally to refractive index 1.60-1.80；The resin of middle refractive index includes polyphenyl Ethylene (PS), polycarbonate (PC)；The resin of high refractive index is MR series monomers and the acrylic acid series list for introducing sulphur, phosphorus atoms Body processing is made.

Preferably, the BOPET that the gum layer uses with a thickness of 16 μm；The release layer, information carrier layer and aluminium The general thickness of layer three is 3 μm.

Preferably, the release layer is paraffin of the fusing point at 80-90 DEG C；The tearable film layer is polystyrene material Matter；The light oil reservoir is the gold stamping face oil of UV.

The utility model has the beneficial effects that: 1), the anti-fake water transfer marble paper of the utility model be to pass through grant number Preparation method for the Chinese invention patent of CN104760440B is made, preparation method are as follows: 1, production text and/or pattern； 2, film is made；3, printing screen version is made；4, non-gold stamping text and/or pattern are printed；5, it is printed with non-gold stamping text Print one layer of base oil for preventing text and/or pattern from falling off in the side of word and/or pattern；6, it upper gold stamping bottom ink: 7, transfers Gold stamping text and/or pattern: 8, the upper isolation gold stamping face oil of UV；Tearable film layer that obtained layer stackup is set, light oil reservoir, electrochemical aluminum foil Layer and be printed with the ground paper layer of base oil, wherein can dyestripping have good separation property, can dyestripping convenient for water be transferred to glass or pottery On the body of porcelain, after taking the film off by low-temperature bake, the text and/or pattern of complete display can be retained on body.

2), the information carrier layer of the utility model setting includes miniature Antiforge and at the top of miniature Antiforge Convex view micro-lens arrays layer is located at convex view microlens array wherein miniature Antiforge is matched with convex depending on micro-lens arrays layer It is printed with the anti-counterfeiting information of diminution in the miniature Antiforge of layer bottom, it can be amplified by relevant amplification tool, thus Play antifalse effect.

3) the convex of, the utility model depending on micro-lens arrays layer includes multiple lenticules；The top surface of each lenticule is located at same On one convex lens, when lenticule is sufficiently small when the number of lenticule is enough or in fixed-area, convex view lenticule battle array Column layer is infinitely close to a convex lens.Transferring out the graph text information on base stock for electrochemical aluminum foil has a convex visual effect fruit, left and right or It is to teetertotter also obtain different antifalse effects, so that water transfer marble paper has the antifalse effect for being easy to distinguish.

4), the utility model information carrier layer bottom setting high reflectance aluminium layer so that pattern intensity it is higher and Complete display has preferable stereo visual effect；The light of high reflection can enable the expression of the larger intensity of anti-counterfeiting information；It is described convex The transparent resin that micro-lens arrays layer is middle refractive index or high folding color rate is regarded, electrochemical aluminum foil can not be influenced and transfer out base stock On graph text information show, and the antifalse effect of convex view micro-lens arrays layer can be shown.

The true and false of the product that can be convenient discrimination of the anti-fake marble paper of the utility model, while also considerably increasing anti-fake skill Art threshold enhances antifalse effect.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of convex view micro-lens arrays layer；

Fig. 3 is the sectional view of information carrier layer.

The tearable film layer of 1-；2- light oil reservoir；

2- anodized aluminium layers of foil；31- release layer；32- information carrier layer；The miniature Antiforge of 321-；The convex view lenticule of 322- Array layer；Lenticule among 322-1-；Bis- layers of lenticule of 322-2-；322-n-1- (n-1) layer lenticule；322-n-n layers micro- Mirror；33- aluminium layer；34- gum layer；

4- ground paper layer；41- base oil.

Specific embodiment

Technical solutions of the utility model are described in further detail below in conjunction with the drawings and specific embodiments.

Embodiment 1

As shown in Figure 1-3, a kind of water that convex view lenticule is anti-fake transfers marble paper, including from top to bottom successively layer set it is tearable Film layer 1, light oil reservoir 2, anodized aluminium layers of foil 3 and the ground paper layer 4 for being printed with base oil 41；The anodized aluminium layers of foil 3 includes from top to bottom Release layer 31 that successively layer is set, the information carrier layer 32 for carrying anti-counterfeiting information, aluminium layer 33 and gum layer 34；The information carries Body layer 32 includes miniature Antiforge 321 and the convex view micro-lens arrays layer 322 set on miniature 321 top of Antiforge.

Embodiment 2

On the basis of embodiment 1, the convex view micro-lens arrays layer 322 includes multiple lenticules of regular distribution, this Multiple lenticules are highly gradually decreased from the intermediate lenticule 322-1 for being in middle part to the edge lenticule being at outer rim.

Embodiment 3

On the basis of embodiment 2, multiple lenticules in the convex view micro-lens arrays layer 322 are arranged in arrays, square Storied placement, the lenticule in same layer have identical height, the lenticule of adjacent layer to the lenticule of battle array arrangement from inside to outside Difference in height it is constant.

That is to say, it is described it is convex depending on micro-lens arrays layer 322 include multiple lenticules in array distribution；It is located in the middle institute It is minimum to state lenticule height, rectangle is surrounded on 8 two layers of lenticule 322-2 of the intermediate periphery lenticule 322-1 with identical height Degree, and it is constant with the difference in height of intermediate lenticule 322-1；The n-layer lenticule 322-n rectangle is surrounded on (n-1) layer lenticule The periphery 322-n-1, n-layer lenticule 322-n and the difference in height of (n-1) layer lenticule 322-n-1 are constant.

The top surface of its convex each lenticule for including depending on micro-lens arrays layer 322 can be the same as in the top surface of a convex lens On, when lenticule is sufficiently small when the number of lenticule is enough or in fixed-area, can be infinitely close to one it is convex Lens.

Embodiment 4

On the basis of embodiment 3, the constant difference in height is the 0.1%-2% of intermediate lenticule 322-1 height.

Embodiment 5

On the basis of embodiment 1, the gum layer 34 is using the BOPET with a thickness of 16 μm；The release layer 31, information Carrier layer 32 and the general thickness of 33 three of aluminium layer are 3 μm.

Embodiment 6

On the basis of embodiment 1, the convex micro-lens arrays layer 322 that regards is that middle refractive index or height roll over the transparent of color rate Resin；Middle refractive index is refractive index 1.54~1.59；High refractive index refers generally to refractive index 1.60-1.80；The tree of middle refractive index Rouge includes polystyrene (PS), polycarbonate (PC)；The resin of high refractive index is the third of MR series monomers and introduction sulphur, phosphorus atoms The processing of olefin(e) acid series monomers is made.

The release layer 31 is paraffin of the fusing point at 80-90 DEG C；The tearable film layer 1 is that water transfer is resin dedicated；It is described Gloss oil is the gold stamping face oil of UV.

Embodiment of above is only to illustrate the technical solution of the utility model, rather than its limitations；Although referring to aforementioned The utility model is described in detail in embodiment, those skilled in the art should understand that: it still can be with It modifies to technical solution documented by aforementioned each embodiment or equivalent replacement of some of the technical features； And these are modified or replaceed, each embodiment technical solution of the utility model that it does not separate the essence of the corresponding technical solution Spirit and scope.

Claims (7)

1. a kind of water that convex view lenticule is anti-fake transfers marble paper, it is characterised in that: including from top to bottom successively layer set can dyestripping Layer (1), light oil reservoir (2), anodized aluminium layers of foil (3) and the ground paper layer (4) for being printed with base oil (41)；Anodized aluminium layers of foil (3) packet Include the release layer (31) that successively layer is set from top to bottom, the information carrier layer (32) for carrying anti-counterfeiting information, aluminium layer (33) and back Glue-line (34)；The information carrier layer (32) includes miniature Antiforge (321) and is set at the top of miniature Antiforge (321) Convex view micro-lens arrays layer (322).

2. the anti-fake water of convex view lenticule according to claim 1 transfers marble paper, it is characterised in that: the convex view lenticule Array layer (322) includes multiple lenticules of regular distribution, intermediate lenticule (322-1) of this multiple lenticule from the middle part of being in It is gradually decreased to the edge lenticule height at outer rim.

3. the anti-fake water of convex view lenticule according to claim 2 transfers marble paper, it is characterised in that: the convex view lenticule Multiple lenticules in array layer (322) are arranged in arrays, the lenticule of matrix arrangement storied placement from inside to outside, in same The lenticule of layer has identical height, and the difference in height of the lenticule of adjacent layer is constant.

4. the anti-fake water of convex view lenticule according to claim 3 transfers marble paper, it is characterised in that: the lenticule of adjacent layer Difference in height be intermediate lenticule (322-1) height 0.1%-2%.

5. the anti-fake water of convex view lenticule according to claim 1 transfers marble paper, it is characterised in that: the convex view lenticule Array layer (322) is the transparent resin of middle refractive index or high folding color rate.

6. the anti-fake water of convex view lenticule according to claim 1 transfers marble paper, it is characterised in that: the gum layer (34) Using the BOPET with a thickness of 16 μm；The release layer (31), information carrier layer (32) and the general thickness of aluminium layer (33) three are 3μm。

7. the anti-fake water of convex view lenticule according to claim 1 transfers marble paper, it is characterised in that: the release layer (31) Paraffin for fusing point at 80-90 DEG C；The tearable film layer (1) is that water transfer is resin dedicated；The light oil reservoir (2) is the gold stamping face UV Oil.