KR20020071982A - a making method of card to UV-perfme and noctilucence light diffusion - Google Patents

Abstract

PURPOSE: Provided is a process for producing a card emitting UV fragrance and luminous light by silkscreening a fragrance and luminous light emitting layer on a polyester coated on the both sides of a raw plate of the card. CONSTITUTION: The process comprises the steps of: preparing the raw plate(10) of the card by mixing a polyester acrylate resin and a urethane acrylate resin; coating the both sides of the raw plate(10) of the card with the polyester(20); silkscreening the fragrance and luminous light emitting layer(30) on the polyester(20), wherein the fragrance and luminous light emitting layer(30) comprises a UV ink(33), the UV fragrance(31), and a luminous paint(32) in the ratio of 60:20:20.

Description

How to make card with UV flavor and noctilucent {a making method of card to UV-perfme and noctilucence light diffusion}

The present invention relates to a variety of cards used to replace cash or to purchase goods and payment, in particular by depositing a UV ink consisting of a mixture of polyester UV flavor and photoluminescent coating coated on both sides of the card disc to be printed It relates to a method of manufacturing a card that emits incense and luminous light.

With the development of high industrial society, modern people have come to pursue the convenience of daily life. For example, when purchasing various items or using various facilities (amusement parks, performance halls), Rather than possessing a large amount of cash, there has been a demand for a method that is easy to carry and can replace cash, and one of the means for satisfying this is various cards.

The card used as described above has a function appropriate to the intended use, so that people have cards appropriate for the intended use.

The card used as described above mainly has a function of paying the price.

By adding incense to a card having only a payment function as described above, it has led to the development of a fragrance divergence card that can induce a natural and friendly feeling by leaving the mechanical function due to the fragrance emitted when the card is used.

In general, the fragrance-releasing article has been developed and used already, and when manufacturing the fragrance-releasing article, a general fragrance is added to a synthetic resin (PVC) raw material to manufacture a product.

The above-mentioned method may be used to produce a card that emits incense, but since polyester (PES) is coated on both sides of the disc made of PVC resin, the incense may be blocked and thus may not function as an incense card. In addition, the general fragrance has a problem that the fragrance disappears in a short time due to the persistence of the fragrance.

As a method for solving the above problems, it is also possible to manufacture a card having a scent by coating a UV special ink having a flavor on the polyester coating surface by the printing method, but the UV special ink is hard, the figure on the coated UV special ink Of course, not only the printing of letters is possible, but also the production of the card using the UV special ink, such as the broken portion of the letter is formed in a realistic state is impossible.

In addition, the conventional incense card is manufactured to emit only the incense has a disadvantage that it is impossible to identify in a dark place illuminated at night.

The manufacturing method of the present invention developed in order to solve the disadvantages of the card having the conventional flavor as described above, the polyester disc to the both sides of the card disc which is a printed body made of UV resin obtained by mixing the polyester acrylate and urethane acrylate resin ( PES) is coated and manufactured by vapor-printing a composition that emits UV fragrance and luminous light to the polyester, and firstly, the card disc is soft, so that the crack does not occur when embossing numbers and letters. Have; Secondly, the UV ink forming the fragrance and luminous light emitting layer is formed on this polyester to facilitate adhesion, and the fragrance is smoothly emitted and the fragrance lasts for a long time. The present invention provides a card that emits UV fragrance and luminous light, which makes it easy to identify a card in a dark place.

In order to achieve the above object, the present invention provides a UV resin obtained by mixing a soft polyester acrylate resin and a urethane acrylate resin to enable embossing without breaking numbers or letters. Preparing a print chain card disc; It is to coat the polyester (PES) on both sides of the card to be printed to be manufactured as described above; Monomer, which is a diluent composed of Hdda, Dmaa, and Tpgad, which helps to adhere to UV resins, various additives consisting of a non-silicone-based enveloping agent, defoamer, slip agent, and 5um (micrometer) Powder type aromatherapy fragrance and light-emitting liquid coating or powder type photoluminescent paints that use the pinhole phenomenon on the surface of polyester (PES) with UV fragrance dispersed below The UV ink obtained by mixing at an appropriate ratio is silk-printed onto the polyester surface coated on the card original, which is a printed object, to achieve a fragrance and luminous light emitting layer.

1 is a perspective configuration diagram of a card emitting UV and luminous light produced by the manufacturing method of the present invention.

Figure 2 is an exemplary view showing in detail a card emitting UV and luminous light produced by the manufacturing method of the present invention.

※ Explanation of symbols used in the main part of the drawing ※

10: card 20: polyester

30: incense and luminous light emitting layer 31: UV fragrance

32: photoluminescent paint 33: UV ink

The card manufacturing method that emits UV and luminous light of the present invention,

1) Soft polyester acrylate resin and urethane acrylate resin to enable embossing without breaking numbers or letters

UV card obtained by mixing (Urethane acrylate resin)

(10) is prepared;

2) polyester on both sides of the card original disk 10 to be manufactured as described above

(PES) 20 to be coated;

3) Monomo (monomer), which is a diluent composed of Hdda, Dmaa and Tpgad, which helps to adhere to UV resin, and various additives consisting of a non-silicone-based neveling agent, antifoaming agent, slip agent and 5um (Micrometer) UV fragrance (31) dispersed below or below the polyester (PES) surface using a pinhole phenomenon (Pin hole), the powder-based aromatherapy of the fine particles of which the stiffness of the scent is enhanced The UV ink 33 obtained by mixing the powder-type photoluminescent paints 32 in an appropriate ratio is silk-printed onto the polyester 20 coated on the card disc 10, which is a printed object, so that the fragrance and luminous light emitting layer 30 is formed. It is characterized by being manufactured.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Figure 1 is a perspective configuration diagram of a card emitting UV and luminous light produced by the manufacturing method of the present invention, Figure 2 shows in detail a card emitting UV and luminous light produced by the manufacturing method of the present invention It is an example.

Referring to the manufacturing method of the card according to the present invention, first, a card original plate 10 which is a printed body is manufactured by mixing a polyester acrylate (Poiyester acrylate resin) and a urethane acrylate resin (Urethane acrylate resin).

Unlike the PVC, the card original fabric 10 manufactured as described above is soft and does not cause cracking of the silk-printed aroma and luminous light emitting layer 30 to the outside of the original disk during the embossing molding of the numbers.

Both sides of the original disc 10 is manufactured as described above to coat the polyester 20, and the silk 20 to the scent and luminous light emitting layer 30 is silk printed.

The fragrance and luminous light emitting layer 30 is UV ink 33 and UV fragrance 31 and the photoluminescent paint

It consists of 32.

The ratio of the above-described UV ink 33, UV fragrance 31, the photoluminescent paint 32 is preferably mixed in 60:20:20.

The UV ink 33 is composed of a monomole (monomer), which is a diluent made of Hdda, Dmaa, and Tpgad, which helps the adhesion of the UV resin, and a non-silicone-based neveling agent, an antifoaming agent, and a slipping agent to enable top (gold) printing. Powder type aromatherapy fragrance and light of fine particles that enhance the fragrance lasting by using pinhole phenomenon on the surface of polyester (PES) with various additives and UV fragrance (31) dispersed below 5um (micrometer) It consists of a liquid coating to the powder-type photoluminescent paint (32).

Therefore, the fragrance and luminous light emitting layer 30 deposited on the polyester 20 will emit UV light and at the same time emit luminous light.

As described above, the card produced by the present invention, the card disc 10 is a polyester acrylate (Poiyester acrylate resin) and urethane acrylate resin

(Urethane acrylate resin) is a soft blend consisting of embossing numbers and letters has the advantage that does not occur when breaking; Second, the UV ink 33 forming the incense and luminous light emitting layer 30 is formed on the polyester so as to be easily attached, so that the fragrance is smoothly emitted and the fragrance lasts for a long time. It is a very useful invention that can facilitate the identification of cards in places with low light at night due to light emission.

Claims (1)

To prepare the card original plate (10) with a UV resin obtained by mixing a soft polyester acrylate resin and a urethane acrylate resin to enable embossing without breaking numbers or letters. ; Polyester (PES) on both sides of the card original disk 10 to be manufactured as described above (20) to coat; Monomer, which is a diluent composed of Hdda, Dmaa, and Tpgad, which helps the adhesion of UV resins, various additives consisting of a non-silicone-based enveloping agent, defoamer, slip agent, and 5um (micrometer) ) Powder type aromatherapy of UV particles 31 dispersed below or less on the surface of polyester (PES) using pin hole phenomenon. The fragrance and luminous light emitting layer 30 is manufactured by silk-printing the UV ink 33 obtained by mixing the photoluminescent paints 32 in an appropriate ratio on the polyester surface coated on the card original plate 10 as the printed material. Card manufacturing method that emits UV fragrance and luminous light.