KR100451917B1 - Hologram Ultra violet curing system label - Google Patents

Abstract

PURPOSE: A hologram UV curing system and a method for manufacturing the same are provided to protect both of the hologram layer and the printing layer by implementing the hologram and the conventional printing on the same layer during the manufacturing of the hologram UV curing system. CONSTITUTION: A hologram UV curing system includes a hologram layer(200), a printing layer(300), a protection film layer and a separation layer. The hologram layer receives the hologram for preventing the counterfeiting and modulation. The printing layer prints the information of the object on the same layer of the hologram layer. The protection film layer protects the hologram layer and the printing layer. And, the separation layer is formed on the bottom of the hologram layer so as to detach when the hologram layer is attached to the object.

Description

Hologram uv label and its manufacturing method {Hologram Ultra violet curing system label}

The present invention relates to a hologram label attached to a product, a product container, or a package, and more particularly, to a hologram u-label and a method of manufacturing the same, which prevents duplication and has excellent decorative properties.

In general, hologram refers to an image recording three-dimensional information of an object using an interference phenomenon of light, and its origin means a perfect image.

Since hologram records phase information of light by using light interference phenomenon, it is possible to record stereoscopic information that cannot be expressed in general photographs, and the interference pattern of an object or plane image made based on this principle is unique optical It has the characteristics, which is impossible to express by the existing printing method and is used for the genuine display or forgery / falsification prevention.

Conventionally produced and used labels are produced in a number of types, there is a metal label using a double metal, a fabric label made using a paper.

In general, apparel companies or other companies producing items are used to identify the manufacturer, for example, by attaching them to the nape of clothing or on one side of the front or back of other products. Doing.

1 is a cross-sectional view of a conventional anti-copying label, and FIG. 2 is a plan view of a conventional anti-copying label.

As shown in the drawing, a conventional hologram label is a polyester film on which an aluminum thin plate having a fine uneven reflection surface is formed, that is, a holographic silver foil layer (1) as a center of the transparent silicon layer (2), The opaque silicon printing layer 3 is coated in sequence, while the hologram silver backing layer 1 is bonded to the resin crosslinking agent layer 4 and the thermoplastic resin layer 5 in turn.

The transparent silicon layer 2 may be composed of a semi-transparent silicon layer having a color by adding a dye according to the decorative purpose.

The opaque silicon printing layer 3 is formed by applying screen printing of liquid silicone colored with an opaque dye. When screen printing is made 2 or 3 degrees, patterns or characters of two or three colors are represented.

The resin crosslinking agent layer 4 is used to effectively crosslink the back surface of the hologram silver foil layer 1 and the thermoplastic resin layer 5 so as not to be separated from each other. An epoxy dinucleus type resin crosslinking accelerator is used.

The thermoplastic resin layer 5 is a hot melt resin adhesive, mainly composed of polyamide, and the label is adsorbed on the surface of the fabric paper by a thermocompression bonding at 120 ° C. to have a strong adhesive effect.

Meanwhile, in addition to the hologram label attached to the fabric as described above, the hologram label attached to a credit card or certificate also has a similar structure. It is a common practice to attach a separately produced hologram label to an already formed printed layer or surface.

However, the conventional hologram label as described above has the following problems.

Since the hologram label is made separately and attached separately where it is needed, when the hologram label for copy protection or certification is required where information, pictures, letters, etc. of the product to be attached are displayed, There is a hassle to attach.

In addition, since it is easily added to an existing product or packaging, it is easily broken off or damaged by an external resistance factor, thereby causing a problem that it cannot be used for a long time in an exposed place.

In the case of attaching on the existing substrate, in order to protect the hologram label, it is necessary to attach the hologram label on the existing substrate which is already coated with the protective coating and re-coat the substrate and the hologram label. There is a problem of cost.

Therefore, an object of the present invention is to solve the problems of the prior art as described above, by implementing a hologram and the general printing on the same layer when manufacturing a hologram label to a single protective film layer that can protect both the hologram layer and the print layer It is to provide a hologram eulabel.

1 is a cross-sectional view of a conventional anti-copying label.

Figure 2 is a planar illustration of a conventional anti-copying label.

Figure 3 is a planar view of the hologram u-label according to an embodiment of the present invention.

4 is a cross-sectional view taken along line II ′ of FIG. 3.

5 is a process chart of the hologram eulabel according to the present invention.

* Description of the symbols for the main parts of the drawings *

100. Product 200. Hologram Layer

220. Transparent base layer 240. Aluminum deposition layer

260. First Adhesive Coating Layer 300. Printing Layer

400. Protective film layer 420. Transparent protective film layer

440. Second pressure-sensitive adhesive coating layer 500. Separation layer

520. Release layer 540. Fuji

According to a feature of the present invention for achieving the object as described above, the present invention is a hologram layer for receiving a hologram for preventing replication, and formed on the same layer as the hologram layer except for the hologram layer of the object A printed layer for printing the information, a holographic layer formed on the hologram layer and the printed layer, and a protective film layer protecting the hologram layer and the printed layer, and formed under the hologram layer to attach the hologram layer to an object. It has a configuration including a separation layer when separated.

And, the transparent protective film layer for protecting by coating the hologram layer and the print layer formed on the same layer at once; It is formed on the lower portion of the transparent protective film layer is configured to include a second pressure-sensitive adhesive coating layer to bond the transparent protective film layer and the transparent base layer.

On the other hand, another embodiment according to the present invention is a step of forming a separation layer consisting of a release layer and a Fuji layer to enable separation of the product attached to the object, a transparent base layer and aluminum deposition layer to prevent replication / forgery or tampering Forming a holographic layer in which the first pressure-sensitive adhesive coating layer is sequentially stacked; adhering the hologram layer to the separation layer; a picture or a character for transmitting information to a portion other than the hologram layer in the same layer as the hologram layer Forming a UV printed printed layer, characterized in that it comprises the step of forming a second pressure-sensitive adhesive coating layer for adhesion on the printing layer and the hologram layer and covering the transparent protective film layer.

According to the present invention having such a configuration, one protective film layer can protect both the hologram and the printed layer, thereby obtaining effects such as decoration and copy protection that can be obtained by attaching the hologram label at a lower cost and labor. Can be.

Hereinafter, the hologram ulabel according to the present invention having the configuration as described above will be described in detail with reference to the accompanying drawings. FIG. 3 is a plan view of the hologram ulabel according to an embodiment of the present invention. 4 is a cross-sectional view taken along line II ′ of FIG. 3. On the other hand, Figure 5 is a process diagram of the hologram eulabel according to the present invention.

As shown in these drawings, the present invention provides a hologram layer 200 for accommodating holograms and a portion other than the hologram layer 200 to uv print the information of the object in order to largely prevent duplication, forgery, or modulation. A protective film layer 400 formed on the printed layer 300, the hologram layer 200 and the printed layer 300 to protect the hologram layer 200 and the printed layer 300, and the hologram layer. It is formed in the lower portion of the 200 consists of a separation layer 500 is separated when the hologram layer 200 is attached to the object.

In addition, the protective film layer 400, the print layer 300, and the hologram layer 200 is formed in order to be attached to the object 100, the separation layer is separated when the product 100 is attached to the object ( 500).

The hologram layer 200 is embossed by a hologram pattern, and is applied to a lower surface of the aluminum deposition layer 240 and the aluminum deposition layer 240 in which a reflective metal material such as aluminum is vacuum deposited, and is described below. A first pressure-sensitive adhesive coating layer 260 using an acrylic resin bonded to the layer 520 is formed. In addition, a transparent base layer 220 is formed on the aluminum deposition layer 240 to be coated by curing a polyester-based film through heat thereon.

The print layer 300 is formed in the remaining portions except for the portion where the hologram is formed to transmit information of an object as a picture or a text. The picture or text formed on the print layer 300 is printed by UV printing using UV (ultraviolet curing system, UV curing ink structure).

The UV printing means printing in which the ink is hardened in 1-2 seconds or several seconds when exposed to ultraviolet rays. The UV ink used for UV printing refers to an ink that receives UV energy and lands at the same time by two kinds of resins and a special material called a photopolymerization initiator.

The printed layer 300 may further make the hologram stand out using various colors, and may print information such as a manufacturer's logo, a name, or a notice of an object to which a product is attached by printing a picture or text.

A protective film layer 400 is formed on the printed layer 300 to prevent damage and contamination of the hologram layer 200 and the printed layer 300 by resistance elements from the outside. The protective film layer 400 is a second pressure-sensitive adhesive coating layer 440 using an acrylic resin to adhere the transparent protective film layer 420 and the transparent protective film layer 420 to the printing layer 300 to be described below. ) Are formed in turn.

The transparent protective film layer (Laminating, 420) is formed by curing the film using a polyester-based resin from the top to prevent damage and contamination of the hologram layer 200 and the print layer 300. In addition, the transparent protective film is made of a transparent material to transmit the information formed in the print layer 300 and the hologram layer 200 to the outside.

Meanwhile, a separation layer 500 for separating the hologram layer 200 when a product is attached to an object is formed below the hologram layer 200 based on the hologram layer 200. The separation layer 500 is a release layer 520, which will be described below and a release layer 520, such as a polishing paper for depositing the release layer 520 is formed.

The release layer 520 is siliconized to protect the adhesive and help the first adhesive coating layer 260 to be easily separated from the separation layer 500 when the product is attached to the object. It also serves to fix the product 100 to the Fuji 540.

Hereinafter, the manufacturing method of the hologram yuvravel according to the present invention configured as described above are as follows.

Forming a separation layer 500 including a release layer 520 and a Fuji layer 540 to allow the product 100 to be attached to the object to be separated, and a transparent base layer for preventing copying / forgery or modulation ( Forming a hologram layer 200 in which 220, an aluminum deposition layer 240, and a first pressure-sensitive adhesive coating layer 260 are sequentially stacked, and depositing the hologram layer 200 on the separation layer 500. And forming a printed layer 300 with a picture or character for the information transmission on the part except for the hologram layer 200, and printing on the printed layer 300 and the hologram layer 200. The second pressure-sensitive adhesive coating layer 440 is formed and the transparent protective film layer 420 is covered to produce the hologram u-label.

The scope of the present invention is not limited to the above-exemplified embodiments, and many modifications may be made based on the present invention to those skilled in the art within the above technical scope.

In the hologram yuvravel according to the present invention as described in detail above, because the picture or text for transmitting the hologram and the information of the object to prevent duplication is printed on the yube label, it is necessary to activate the product or activation to prevent forgery and duplication. Widely used in products.

In addition, the hologram layer and the printed layer printed on the UV are simultaneously protected by the transparent protective film layer, so that they are not damaged or contaminated by externally generated resistance elements. In particular, the hologram layer and the printing layer are covered to improve the existing problems such as falling off the hologram layer to increase the durability.

In addition, the holographic layer and the printed printed layer can be protected only by installing the transparent protective film, thereby increasing the durability and reducing the protective film layer than forming a protective film for each, thus reducing labor and cost required for manufacturing. Can be reduced.

In addition, it is possible to implement a variety of colors and effects using hologram and UV printing, as well as copy protection can be expected to increase the consumer's desire to buy by making the object to which the hologram UV label is attached more luxuriously.

In addition, by printing the description or precautions of the object to which the product is attached by UV printing and forming a hologram, the printed contents can be delivered more reliably to the consumer, and the information is more desired to be transmitted. The effect of expecting the correct use of this attached object can also be expected.

Claims (4)

A hologram layer containing a hologram to prevent copy counterfeiting or tampering; A print layer formed on a portion of the same layer as the hologram layer except for the hologram layer to u-print the information of the object; A protective film layer formed on the hologram layer and the print layer to protect the hologram layer and the print layer; The hologram u label, which is formed under the hologram layer and comprises a separation layer which is separated when the hologram layer is attached to an object. delete The method of claim 1, wherein the protective film layer, A transparent protective film layer which protects the hologram layer and the print layer formed on the same layer by coating them all at once; The hologram yuv label, which is formed under the transparent protective film layer, and comprises a second pressure-sensitive adhesive coating layer for bonding the transparent protective film layer and the transparent base layer. Forming a separation layer consisting of a release layer and a Fuji layer to enable separation of the product attached to the object, Forming a hologram layer in which a transparent base layer, an aluminum deposition layer, and a first pressure-sensitive adhesive coating layer are sequentially stacked to prevent duplication / counterfeiting or tampering; Depositing the hologram layer on the separation layer, Forming a printed layer on the same layer as the hologram layer except for the hologram layer in which a picture or text for information transmission is printed on the same layer; Forming a second pressure-sensitive adhesive coating layer for adhesion on the printed layer and the hologram layer and covering the transparent protective film layer, characterized in that it comprises a hologram woo label production method.