TWM523580U - Electroplated sticker structure - Google Patents

Description

Plating sticker structure

This creation is a technical field of the structure of electroplated stickers, especially a structure of electroplated stickers which has good wear resistance and acid and alkali resistance, and is not easy to be oxidized, aged and not easily soiled, and can greatly improve the service life.

Referring to FIG. 1 , it is shown that the manufacturing method and structure of a conventional electroplating sticker are mainly to apply a release paper 12 to the bottom surface of a substrate 10 and then attach a release paper 12 to the top of the substrate 10 . A plating layer 13 is formed by vacuum evaporation, and then the ink layer 14 of the positive pattern is printed on the plating layer 13 by printing, and then the plating is not covered by the ink layer 14 by using an alkaline etching solution. Layer 13 is removed by etching and is completed after drying. When it is used, it is necessary to tear the release paper 12, and then the backing substrate 11 is used to apply the plating layer 13 and the ink layer 14 together on the surface of the article.

Since the conventional electroplated sticker is attached to the article, the ink layer 14 and the electroplated layer 13 are exposed to the outside without being protected, so that it is easily worn or damaged by other acid-alkaline solutions. In particular, the exposed unprotected ink layer 14 and the plating layer 13 are more susceptible to aging and oxidation due to changes in weather conditions (such as temperature and humidity), and are also susceptible to Dirty. In addition, when the conventional electroplating sticker is attached to the article, the substrate 10 is attached to the article on the entire surface, so that the non-pattern portion is exposed, which affects the overall delicate and beautiful effect.

The structure of the conventional electroplating sticker has many shortcomings such as non-wear resistance, acid and alkali resistance, dirt resistance, weather resistance, aging and oxidation.

The present invention provides a structure for an electroplated sticker comprising at least one pasting unit and a release paper. The adhesive unit is sequentially formed by laminating a light-transmitting substrate, a plating layer, an ink layer and a backing layer. The release paper is attached to one side of the adhesive unit with the backing. .

The structure of the electroplated sticker provided by the present invention is such that after the adhesive unit of the electroplated sticker is affixed to the surface of the object, the electroplated layer and the ink layer are protected by the transparent substrate, so that the transparent substrate is The protection can make it have good wear resistance and acid and alkali resistance, and also makes it less susceptible to weather changes, so it is not easy to be oxidized, aged and not easily soiled, and can greatly improve the service life. In particular, when the adhesive unit is attached to the surface of the object, only the desired pattern is printed on it, and there is no other part that does not belong to the pattern and is exposed at the same time, so that it can be more beautiful and textured.

[Prior technology]

10‧‧‧Substrate

11‧‧‧ Back glue

12‧‧‧ release paper

13‧‧‧Electroplating

14‧‧‧Ink layer

[This creation]

20‧‧‧Light transmissive substrate

30‧‧‧Electroplating

31‧‧‧Graphic layer

32‧‧‧Light transmissive ink layer

40‧‧‧Ink layer

50‧‧‧back adhesive

60‧‧‧ release paper

70‧‧‧ lining

80‧‧‧ items

A‧‧‧adhesive unit

The first figure is a schematic diagram of the production process of the conventional electroplating sticker.

Figure 2 is a block diagram of the production process of this creation.

Figure 3 is a schematic diagram of the production process of this creation.

Figure 4 is a schematic diagram of the action of the creation attached to the item.

Figure 5 is a perspective view of the ink layer of the mirror image in this creation.

Figure 6 is a three-dimensional illustration of the creation of the creation on the item.

Figure 7 is a second embodiment of the present creation.

Figure 8 is a third embodiment of the present creation.

Referring to FIGS. 2 and 3, the method for manufacturing the electroplated sticker according to the present invention includes: (a) vacuum evaporation plating layer 30: vacuum evaporation plating on one side of a transparent substrate 20 Forming a plating layer 30 on the wear-resistant material, which is transparent or translucent; (b) printing the mirror layer of the ink layer 40: by printing (such as screen, letterpress, lithography) An ink layer 40 (shown in FIG. 5) in a mirror image is printed on the plating layer 30, and the mirror image can be various characters, figures or patterns, etc.; (c) Deplating treatment: The area of the plating layer 30 that is not covered by the ink layer 40 is corroded by a corrosive alkaline solution, and then the alkaline etching solution is neutralized by an acidic solution, and then washed with water. a chemical solution, followed by drying; (d) bonding backing 50: on the side of the transparent substrate 20 removed the plating layer 30 and the ink layer 40 coated or bonded backing 50; (e) attaching the release paper 60: attaching a release paper 60 to the adhesive 50; (f) cutting treatment: cutting along the outer shape of the ink layer 40 of the mirror image to remove the mirror image The excess material of the transparent substrate 20 and the adhesive 50 in the region may be cut along the contour of the mirror pattern during the cutting process, or may be slightly larger than the contour of the mirror image; (g) attached Lining material 70: one side of the lining material 70 having adhesiveness is attached to the light-transmitting substrate 20 on one side of the plating layer 30, and the adhesiveness of the lining material 70 is smaller than that of the adhesive 50. Sticky.

The structure of the above-mentioned fabricated electroplated sticker comprises at least one pasting unit A, a release paper 60 and a lining material 70. Each of the adhesive units A is sequentially formed by laminating a light-transmitting substrate 20, a plating layer 30, an ink layer 40 and a backing adhesive 50. The lining material 70 is viscous and affixed on one side. The plurality of pasting units A are attached to one side of the release paper 60. In the present creation, the pasting unit A may also be plural.

Referring to FIG. 4, it is pointed out that when the present invention is used, the multiple adhesive sheet A can be attached to an article by using the adhesive 50 after the release paper 60 is peeled off from the adhesive 50. 80 on the surface, and the attachment of the lining material 70 can be utilized to prevent it from being skewed or offset when attached, and when the plurality of pasting units A are completely attached to the appropriate position of the article 80 After that, the lining material 70 can be torn off, because the lining material 70 has less viscosity than the adhesive 50, so when the lining material 70 is torn off, the plurality of affixing units A will not be detached therefrom. But will be attached to item 80 It will also be in a positive state (as shown in Fig. 6), so that the purpose of transferring the multiple pasting unit A of the electroplated sticker to the article 80 can be achieved.

In the present invention, the lining material 70 of the step (g) is mainly for facilitating the user to stick the plurality of pasting unit A on the surface of the article 80 to avoid skewing and offset when attached, so in practice This step (g) may also be omitted in the implementation so that the embossed sticker 70 of the present invention is not included. In this way, the user needs to directly peel the plurality of pasting units A one by one from the release paper 60 in sequence, and then attach the adhesive sheets 50 to the surface of the article 80 by using the adhesive 50. .

Please refer to FIG. 7 , which is a second embodiment of the present invention, and the steps thereof are substantially the same as those of the above embodiment, except that the second embodiment is in the step (c) after the deplating process. (c1) After printing the pattern layer 31, the step (d) is combined with the backing 50 step. In the step (c1), the printed pattern layer 31 is formed on the transparent substrate 20 by deplating and removing the plating layer 30, and then a graphic layer 31 is formed by printing, wherein the graphic layer 31 is in a mirror image state. Moreover, various colors can be provided as needed, thereby increasing the variety and variety of the overall product.

Referring to FIG. 8, it is a third embodiment of the present invention, and the steps thereof are substantially the same as those of the above embodiment, except that the third embodiment is in the step (d) before the step of bonding the adhesive 50. (c2) forming a light transmissive ink layer 32. The step (c2) forms the permeable ink layer 32 on the side of the transparent substrate 20 different from the plating layer 30, and forms a light transmissive ink layer 32 by printing or coating. The plating layer 30 can be seen from the outside of the plurality of pasting units A through the permeable ink layer 32, whereby the permeable ink layer 32 is matched with the plating layer 30. The combination can increase the variety and variety of colors of the overall product.

Since the structure of the present invention causes the plurality of pasting units A of the electroplated sticker to be affixed to the surface of the article 80, the plating layer 30 and the ink layer 40 are protected by the transparent substrate 20 on the inner side, and thus the transparent substrate is The protection of the material 20 can make it have good wear resistance and acid and alkali resistance, and can also make it less susceptible to weather changes, so that it is not easy to be oxidized, aged and not easily soiled, thereby greatly improving the service life. In particular, when the pasting unit A is attached to the surface of the article 80, only the desired pattern is attached thereto, as shown in Fig. 6. There is no other part that is not part of the pattern and it is exposed at the same time, so the system can be more aesthetic and textured.

20‧‧‧Light transmissive substrate

30‧‧‧Electroplating

40‧‧‧Ink layer

50‧‧‧back adhesive

80‧‧‧ items

A‧‧‧adhesive unit

Claims (7)

The structure of an electroplating sticker comprises: at least one adhesive unit, wherein a plating layer is vacuum-deposited on one side of a transparent substrate, and then an ink layer of a mirror image is printed on the plating layer, and then the plating layer is removed. a plating layer in a region other than the mirror image of the ink layer, and finally a backing layer is bonded to the region of the transparent substrate where the plating layer is not provided, and the ink layer is sequentially coated with a transparent substrate, a plating layer, An ink layer and a backing layer are combined; and a release paper is attached to one side of the adhesive unit. The structure of the electroplated sticker according to claim 1, further comprising a lining material, wherein the lining material has a viscous side and is attached to a side surface of the adhesive unit different from the release paper, the viscous property of the lining material Less than the viscosity of the adhesive. The structure of the electroplated sticker of claim 2, wherein the adhesive unit further comprises a light transmissive ink layer having a color and formed on the side of the transparent substrate different from the electroplated layer on. The structure of the electroplated sticker of claim 2 or 3, wherein the adhesive unit further comprises a printed graphic layer disposed on one side of the transparent substrate having a plating layer and formed on the plating An area outside the layer and has a color. The structure of the electroplated sticker of claim 2 or 3, wherein the light transmissive substrate is transparent. The structure of the electroplated sticker according to claim 2 or 3, wherein the transparent substrate is half Transparent. The structure of the electroplated sticker of claim 2 or 3, wherein the light transmissive substrate is a wear resistant material.