CN215244080U - Reinforced cold transfer rubber applique with bright effect - Google Patents

Abstract

The utility model provides a strenghthened type cold transfer rubber applique with light effect, it has solved the poor scheduling problem of decalcomania paper adhesion effect, it includes rubber base layer, rubber base layer one side is opened has the antiskid groove another side to cover and is stamped the adhesion layer, the laminating has the protecting film on the adhesion layer, the one side laminating in antiskid groove is taken to rubber base layer has white bottom, white bottom accompanies the resin layer with antiskid groove packing with the rubber base layer viscose, white bottom coats and is stamped reflector layer and printing ink layer in proper order, the laminating has the water proof membrane outside the printing ink layer. The utility model has the advantages of good adhesion effect, stable structure and the like.

Description

Reinforced cold transfer rubber applique with bright effect

Technical Field

The utility model belongs to the technical field of the decalcomania paper, concretely relates to strenghthened type cold transfer rubber applique with light effect.

Background

Decal printing, generally using a lithographic printing method, prints a pattern on a gummed paper or a plastic film, and then pastes the pattern on the surface of an object to be decorated, so as to obtain a decal pattern through transfer. Conventional subbing layers are made of gum to both render the ink impermeable to the paper and to render the image on the subbing paper extremely easy to transfer to other objects. At present, the decal printing is widely used, and trademarks of machine tools, instruments and bicycles, trademarks on furniture and patterns on porcelain are all manufactured by a decal printing method. The decal printing is a printing method for printing transferable pictures and texts on paper or plastic film coated with a glue film to form a decal paper or decal film, and then transferring the decal paper or decal film onto the surfaces of various materials. Decals are divided into two categories: the label paper is printed with common ink or printed iron sheet and is used to stick on the surface of wooden article or metal product. The porcelain decal paper is printed by ink prepared by special pigment, is pasted on glass, porcelain and enamelware, is put into a kiln, and is calcined at the temperature of 400-500 ℃ or even 800 ℃ according to the requirements of different materials to generate required color. The adhesion degree of the label paper commonly used at present is poor, and the label paper is easy to separate after being attached. In addition, the conventional laminating paper has poor light reflection effect and unobvious image development.

In order to solve the defects of the prior art, people have long searched for and put forward various solutions. For example, the chinese patent document discloses a ceramic decal paper with a noctilucent function [200920208241.X ], which comprises a decal paper layer, wherein a release layer is arranged on the decal paper layer, a pattern layer is printed on the release layer, a transfer film layer is covered on the pattern layer, the pattern layer is a pattern layer with a noctilucent function, and the pigment printed with the pattern layer contains 20-50 wt% of noctilucent powder.

The scheme solves the problem of unobvious pattern development to a certain extent, but the scheme still has a plurality of defects, such as poor adhesion effect, separation of structures and the like.

Disclosure of Invention

The utility model aims at the above-mentioned problem, provide a reasonable in design, the effectual strenghthened type cold transfer rubber applique that has the light effect of adhesion.

In order to achieve the above purpose, the utility model adopts the following technical proposal: this cold rubber applique that shifts of strenghthened type with light effect, including rubber base, the one side of rubber base is opened has the antiskid groove another side to cover and is stamped the adhesion layer, and the laminating has the protecting film on the adhesion layer, and the one side laminating in rubber base area antiskid groove has white bottom, and white bottom accompanies the resin layer with antiskid groove packing with the rubber base viscose, and white bottom coats and is stamped reflection of light layer and printing ink layer in proper order, and the laminating in the printing ink layer outside has the water proof membrane. The antiskid groove sets up between rubber substrate and white bottom, and the resin layer that the cooperation was filled improves adhesion fastening nature, guarantees that the structure adhesion is stable.

In foretell strenghthened type cold transfer rubber applique with light effect, the antiskid groove is the matrix and arranges, and the antiskid groove has a plurality of centrosymmetric bar grooves, and the bar groove degree of depth progressively reduces towards the centre of symmetry, and the antiskid groove has the polyvinyl chloride layer with the local hot pressing of resin layer junction. The antiskid groove is arranged to form a plurality of fixed nodes, and the connection stability is stronger than that of direct fitting.

In the reinforced cold transfer rubber applique with the brightening effect, the protective film is epitaxial relative to the adhesive layer and wraps the adhesive layer and the periphery of the rubber base layer. The protective film fully protects the connecting layer and the periphery of the rubber base layer, and the phenomenon that air invades to influence the viscosity of the adhesion layer is avoided.

In foretell strenghthened type cold transfer rubber applique that has bright light effect, the white bottom includes the base stock that a plurality of superpositions set up, and the base stock is wavy and accompanies the hydrosol layer between, and the base stock or the hydrosol layer surfacing of white bottom and reflector layer laminating. The white bottom layer is a composite layer and is not easy to crack.

In the reinforced cold transfer rubber applique with the brightening effect, the reflecting layer is pre-pressed with the depressed parts, and the ink layer is provided with the filling parts which are locally increased in thickness and correspond to the depressed parts one by one. The reflecting layer and the ink layer are locally reinforced, and the completeness of the printed pattern is improved.

In the reinforced cold transfer rubber applique with the brightening effect, the waterproof film extends outwards relative to the ink layer and wraps the ink layer, the reflective layer and the white bottom layer. The waterproof film plays a good role in protecting the ink layer, the reflective layer and the white bottom layer.

In the reinforced cold transfer rubber applique with the brightening effect, the reflecting layer is a fluorescent reflecting film, and a reflecting frame edge is arranged at the edge opening of the reflecting layer. The reflecting layer has an internal and external double structure and has a better developing effect on the printed patterns.

In foretell strenghthened type cold transfer rubber applique that has bright light effect, reflection of light frame limit is including bottom, basic unit and the top layer of stack setting, accompanies between bottom and the basic unit and glues even layer, accompanies the metal reflection coating between basic unit and the top layer. The reflective frame edge plays a role in reinforcing the periphery of the reflective layer.

In the reinforced cold transfer rubber applique with the brightening effect, the ink layer is a biaxially oriented polypropylene film with a printed pattern. BOPP is selected for the ink layer, so that the ink layer has good material stability and air tightness, is made of transparent materials, and does not influence pattern printing.

In the reinforced cold transfer rubber applique with the bright effect, the binding surface of the rubber base layer, the adhesion layer and the white bottom layer is an arc surface or an inclined surface. The binding surface area of the rubber base layer is increased, and the adhesion stability is improved.

Compared with the prior art, the utility model has the advantages of: the anti-slip groove improves the adhesion stability by adopting a composite structure, thereby ensuring the adhesion effect of the applique; the reflecting layer improves the pattern development effect of the ink layer and improves the applique quality; the protective film and the waterproof film have good protection effect on the applique.

Drawings

FIG. 1 is a sectional view of the structure of the present invention;

FIG. 2 is a schematic view of the structure of the rubber substrate of the present invention;

FIG. 3 is a cross-sectional view of the reflective rim of the present invention;

in the figure, a rubber base layer 1, an anti-slip groove 2, a strip-shaped groove 21, a polyvinyl chloride layer 22, an adhesion layer 3, a protective film 4, a white bottom layer 5, a piece of base paper 51, a hydrosol layer 52, a resin layer 6, a reflective layer 7, a concave part 71, a filling part 72, a reflective frame edge 73, a bottom layer 74, a base layer 75, a surface layer 76, an adhesive layer 77, a metal reflective coating 78, an ink layer 8 and a waterproof film 9.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

As shown in fig. 1-3, this strenghthened type cold transfer rubber applique with light effect, including rubber base layer 1, rubber base layer 1 one side is opened has anti-skidding groove 2 another side to cover and is stamped adhesion layer 3, the laminating has protecting film 4 on adhesion layer 3, rubber base layer 1 takes the laminating of the one side in anti-skidding groove 2 to have white bottom 5, white bottom 5 accompanies with rubber base layer 1 viscose with the resin layer 6 with anti-skidding groove 2 packing, white bottom 5 coats to be stamped and to have in proper order and to have reflector layer 7 and printing ink layer 8, the laminating has waterproofing membrane 9 in the printing ink layer 8 outside. The rubber substrate 1 is as middle part intermediate layer, is provided with anti-skidding groove 2 with 5 junctions of white bottom layer and reduces intermediate layer skew dislocation, cooperation reflector layer 7 and printing ink layer 8, has improved the display effect of printed matter.

Specifically, antiskid groove 2 is the matrix and arranges, and antiskid groove 2 has a plurality of centrosymmetric bar grooves 21, and bar groove 21 degree of depth reduces gradually towards the symmetry center, and antiskid groove 2 has polyvinyl chloride layer 22 with the local hot pressing of resin layer 6 junction. Antiskid groove 2 align to grid, and it has polyvinyl chloride layer 22 to improve local connection stability to press between 6 with the resin layer, has better adhesion affinity with resin layer 6 and rubber substrate 1 simultaneously.

Further, the protective film 4 is extended outwardly with respect to the adhesive layer 3 and covers the adhesive layer 3 and the periphery of the rubber base layer 1. The protective film 4 is used for protecting the adhesion layer 3, the protective film 4 needs to be uncovered when the adhesive tape is used, and the periphery of the protective film 4 can well seal the adhesion layer 3 and the rubber base layer 1 and is used for preventing the adhesion layer 3 from being invaded and oxidized.

Further, the white bottom layer 5 comprises a plurality of pieces of bottom paper 51 which are stacked, the bottom paper 51 is wavy and the hydrosol layer 52 is sandwiched between the bottom paper 51, and the surface of the bottom paper 51 or the hydrosol layer 52 attached to the white bottom layer 5 and the reflective layer 7 is smooth. The hydrosol layer 52 of the white bottom layer 5 superposes and adheres the multiple layers of bottom paper 51, so that the overall structural performance of the white bottom layer 5 is improved, and the white bottom layer can be repeatedly bent and is not easy to break.

Furthermore, the reflective layer 7 is pre-pressed with the recessed portions 71, and the ink layer 8 is provided with filling portions 72 which have locally increased thickness and correspond to the recessed portions 71 one by one. The depressed portions 71 and the filling portions 72 increase the local thickness of the pattern-printed portion of the ink layer 8, so that the printed image becomes clearer.

In addition, the waterproof film 9 extends outward relative to the ink layer 8 and covers the periphery of the ink layer 8, the reflective layer 7 and the white base layer 5. The waterproof film 9 integrally coats the ink layer 8, the reflective layer 7 and the white bottom layer 5, so that moisture is not easy to intrude into the softened interlayer from the edge.

Meanwhile, the reflecting layer 7 is a fluorescent reflecting film, and a reflecting frame edge 73 is arranged at the edge opening of the reflecting layer 7. The reflecting layer 7 has a fluorescence effect, and has a better image development effect compared with a conventional reflecting material.

As can be seen, the reflective frame 73 includes a bottom layer 74, a base layer 75 and a surface layer 76, which are stacked, wherein an adhesive layer 77 is sandwiched between the bottom layer 74 and the base layer 75, and a metal reflective coating 78 is sandwiched between the base layer 75 and the surface layer 76. The metal reflective coating 78 improves the structural stability of the bezel while ensuring the reflective effect of the reflective bezel 73.

It is clear that the ink layer 8 is a biaxially oriented polypropylene film with a printed pattern. The ink layer 8 is made of a biaxially oriented polypropylene film and has good tensile strength and air tightness.

Preferably, the binding surface of the rubber base layer 1, the adhesion layer 3 and the white bottom layer 5 is a cambered surface or an inclined surface. Compared with a conventional straight surface, the inclined surface or the cambered surface is beneficial to increasing the adhesion area and improving the adhesion stability of the rubber base layer 1, the adhesion layer 3 and the white bottom layer 5.

In summary, the principle of the present embodiment is: rubber substrate 1 and adhesion layer 3 and the 5 superpositions of white bottom, wherein the antiskid groove 2 between the intermediate layer and resin layer 6 improve adhesion stability, prevent rubber substrate 1 and the 5 dislocation separation that slide of white bottom.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Although the terms of the rubber base layer 1, the anti-slip groove 2, the strip-shaped groove 21, the polyvinyl chloride layer 22, the adhesive layer 3, the protective film 4, the white background layer 5, the base paper 51, the hydrosol layer 52, the resin layer 6, the reflective layer 7, the recessed portion 71, the filling portion 72, the reflective frame edge 73, the background layer 74, the base layer 75, the surface layer 76, the adhesive layer 77, the metal reflective coating layer 78, the ink layer 8, the waterproof film 9, and the like are used more frequently, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed in a manner that is inconsistent with the spirit of the invention.

Claims (10)

1. The utility model provides a strenghthened type cold transfer rubber applique with light effect, includes rubber base (1), its characterized in that, rubber base (1) one side open and to have antiskid groove (2) another side to cover and have adhesion layer (3), adhesion layer (3) on the laminating have protecting film (4), rubber base (1) one side laminating of taking antiskid groove (2) have white bottom (5), white bottom (5) accompany resin layer (6) with antiskid groove (2) packing with rubber base (1) viscose, white bottom (5) coats and is stamped reflection of light layer (7) and printing ink layer (8) in proper order, printing ink layer (8) outside laminating have water proof membrane (9).

2. The reinforced cold-transferrable rubber applique with shine effect according to claim 1, wherein said slip-resistant grooves (2) are arranged in a matrix form, said slip-resistant grooves (2) have a plurality of strip-shaped grooves (21) with central symmetry, the depth of said strip-shaped grooves (21) decreases gradually towards the center of symmetry, and a polyvinyl chloride layer (22) is locally hot-pressed at the junction of said slip-resistant grooves (2) and said resin layer (6).

3. A reinforced cold-transfer rubber applique with a glossy effect according to claim 1, wherein the protective film (4) is epitaxial with respect to the adhesive layer (3) and circumferentially surrounds the adhesive layer (3) and the rubber substrate (1).

4. The reinforced cold-transferrable rubber applique with shine effect according to claim 1, wherein said white base layer (5) comprises a plurality of base papers (51) stacked together, said base papers (51) are wavy and have a hydrosol layer (52) sandwiched therebetween, said base papers (51) or hydrosol layers (52) attached to said reflective layer (7) of said white base layer (5) have a flat surface.

5. The reinforced cold-transferrable rubber applique with shine effect according to claim 1, wherein the reflective layer (7) is pre-pressed with recesses (71), and the ink layer (8) is provided with filling portions (72) having a local thickness that is increased and corresponding to the recesses (71).

6. An enhanced cold-transfer rubber applique with a glossy effect according to claim 1, wherein the waterproofing membrane (9) is extended with respect to the ink layer (8) and covers the periphery of the ink layer (8), the reflective layer (7) and the white base layer (5).

7. The reinforced cold-transferrable rubber applique with shine effect according to claim 1, wherein the reflective layer (7) is a fluorescent reflective film, and a reflective rim (73) is provided at the rim of the reflective layer (7).

8. An enhanced cold-transferrable rubber applique with a glossy effect according to claim 7, wherein said reflective rim (73) comprises a base layer (74), a base layer (75) and a surface layer (76) which are stacked, said base layer (74) and said base layer (75) sandwiching therebetween an adhesive layer (77), said base layer (75) and said surface layer (76) sandwiching therebetween a metallic reflective coating (78).

9. An enhanced cold-transfer rubber applique with shine effect according to claim 1, wherein the ink layer (8) is a printed biaxially oriented polypropylene film.

10. An enhanced cold-transferrable rubber applique with a glossy effect according to claim 1, wherein the mating surfaces of the rubber substrate (1) with the adhesive layer (3) and the white base layer (5) are curved or beveled.

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