CN2769049Y

CN2769049Y - Compound structure of marker

Info

Publication number: CN2769049Y
Application number: CN 200520053577
Authority: CN
Inventors: 白清栋
Original assignee: XIAMEN QIAOTING INDUSTRY Co Ltd
Current assignee: XIAMEN QIAOTING INDUSTRY Co Ltd
Priority date: 2005-01-06
Filing date: 2005-01-06
Publication date: 2006-04-05
Anticipated expiration: 2015-01-06

Abstract

The utility model discloses a compound structure for labels. The utility model which comprises four layers of release paper, an adhesive layer, an ink lay and a film which is positioned at the uppermost layer, wherein the film is positioned below the ink lay; the adhesive layer is attached below the ink lay; the adhesive layer is positioned below the release paper, wherein the film is provided with a plurality of drainage holes. The structure is favorable to thoroughly removal of moisture in the printing process, can accelerate the drying speed of the ink lay, can shorten the printing process, can avoid the occurrence of bubbles and can ensure the quality of products.

Description

The composite construction of labeling

Technical field

The utility model relates to a kind of composite construction of labeling, belongs to printing technology.

Background technology

Current, according to the design needs, can be printed on trade mark, literal and pattern or the like on a lot of products.Usually, the printing method of these trade marks, literal and pattern is such:

Earlier trade mark, literal and pattern or the like are made labeling, the structure of this labeling is a combined type, as shown in Figure 1, comprises release liners 1 ', glue-line 2 ', ink lay 3 ' and 4 ' four layers of films; Wherein, be film 4 ' topmost, under the film 4 ' ink lay 3 ', ink lay 3 ' is trade mark, literal and pattern to be printed or the like, if film 4 ' is used to protect the ink lay 3 ' that is not imprinted on the product, guarantees that ink lay 3 ' can not be out of shape; Glue-line 2 ', melts with the product surface thing by glue in following process mutually attached under the ink lay 1 ', and ink lay 3 ' is imprinted on the product; Be release liners 1 ' under the glue-line 2 ', release liners 1 ' is the carrier of whole labeling, makes things convenient for labeling to take;

During printing, earlier that whole labeling is under water, glue-line 2 ' is separated with release liners 1 '; Again with remaining glue-line 2 ', ink lay 3 ' and film 4 ' three laminatings on product, and strike off moisture between glue-line 2 ' and the product surface, glue-line 2 ' and product surface are fitted tightly; Then, tear film 4 ' off, make glue-line 2 ' melt mutually at a certain temperature, thereby ink lay 3 ' is printed on the product with the product surface thing.

In reality is printed, because film 4 ' is intact, moisture between glue-line 2 ' and the product surface can only be from the edge exclusion of film 4 ', so, the labeling of, broad long for some, moisture usually occurs and strike off halfway phenomenon, so, when follow-up when baking of heating, ink lay 3 ' is dry slow, makes that the printing process is long, and, the moisture that partly is not excluded also easily is heated and produces bubble between ink lay 3 ' and product surface, makes ink lay 3 ' securely on the surface attached to product, influences product quality.

The utility model content

The purpose of this utility model is to provide a kind of composite construction of labeling, gets rid of more up hill and dale in order to moisture in the printing process, accelerates the ink lay rate of drying, shortens the printing process, avoids producing bubble, guarantees product quality.

For achieving the above object, solution of the present utility model is:

The composite construction of labeling comprises four layers of release liners, glue-line, ink lay and films; Being film topmost, is ink lay under the film, and glue-line is release liners attached under the ink lay under the glue-line, it is characterized in that: have several osculums on the film.

Above-mentioned osculum evenly is laid on the whole film approximately, is formed on the below and does not have on the film of ink lay as then can avoid ink lay for the such hydrophilic inks material.

After adopting said structure, the utility model is owing to have several osculums on film, in reality was printed, the moisture between glue-line and the product surface can not only be from the edge exclusion of film, more can be by getting rid of fast in these osculums, it is more thorough that moisture is got rid of, so, heat during baking follow-up, the ink lay fast drying, the printing process shortens, and does not have the bubble generation, has guaranteed the quality of product.

Description of drawings

Fig. 1 is a composite construction schematic diagram of commonly using labeling;

Fig. 2 is the composite construction combination schematic diagram of the utility model labeling;

Fig. 3 is the composite construction three-dimensional exploded view of the utility model labeling;

Fig. 4 is that another embodiment of composite construction of the utility model labeling makes up schematic diagram.

The specific embodiment

See also shown in Fig. 2,4, the composite construction of the labeling that the utility model disclosed still comprises 4 four layers of release liners 1, glue-line 2, ink lay 3 and films.Being film 4 topmost, is ink lay 3 under the film 4, and glue-line 2 is release liners 1 under the glue-line 2 attached under the ink lay 3.The function of each layer is as commonly using product, do not do at this and gives unnecessary details.

Improvement of the present utility model is: have several osculums 41 on the film 4, osculum 41 can be made an appointment with as shown in Figure 4 and evenly is laid on the whole film 4, also can be laid in the part of film 4 as shown in Figure 3.Add man-hour, can utilize web plate to make this film with osculum 41 4, this technology also is a known techniques, does not do at this and gives unnecessary details.

Like this, when the utility model is applied to actual printing, moisture between glue-line 2 and the product surface can be by getting rid of fast in these osculums 41, it is more thorough that moisture is got rid of, in follow-up when baking of heating, ink lay 3 dryings are faster, and the printing process shortens greatly, and no bubble produces between ink lay 3 and the product surface, has guaranteed the quality of product.

Need to prove especially, is some special ink materials for ink lay 3, as printing ink of fluorescence etc., because it is with after water contacts, chemical reaction easily taking place, cause surface gloss to descend, influences attractive in appearance, so, the osculum 41 of this class labeling should be avoided ink lay 3 and not have on the film 4 of ink lay 3 below being formed on, shown in Fig. 2,3, like this, avoided ink lay 3 to contact, thereby further guaranteed the quality of product with water.

Claims

1, the composite construction of labeling comprises four layers of release liners, glue-line, ink lay and films; Being film topmost, is ink lay under the film, and glue-line is release liners attached under the ink lay under the glue-line, it is characterized in that: have several osculums on the film.

2, the composite construction of labeling according to claim 1 is characterized in that: osculum can be avoided ink lay and be formed on the below and do not have on the film of ink lay.