TW201838660A - Manufacturing method of anti-mildew stickers and anti-mildew sticker structure having anti-mildew agent evenly distributed and with sufficient amount - Google Patents

Abstract

The present invention provides a manufacturing method of anti-mildew stickers, which includes four steps: preparing sticker; separating sticker body from the release paper; printing the anti-mildew agent; and, adhering sticker body with release paper. In the present invention, after separating the sticker body from the release paper, the anti-mildew agent may be attached on the sticker body and the release paper by printing; then, re-attaching the sticker body with the release paper, which may solve the problems of the anti-mildew sticker made by the conventional anti-mildew sticker manufacturing method that the distribution of anti-mildew agent is not even, the attached anti-mildew agent is not sufficient, and the durability is reduced. The sticker body of the anti-mildew sticker structure of the present invention is configured with an anti-mildew layer and an anti-mildew adhesive layer, so as to further enhance the anti-mildew effect. The present invention provides a manufacturing method of anti-mildew sticker structure which may make the anti-mildew agent with sufficient amount and evenly distributed and an anti-mildew sticker structure with better anti-mildew effect.

Description

Anti-mildew sticker manufacturing method and anti-mild sticker structure

This creation relates to the sterilization, disinfection or deodorization of air, especially to a mold-proof sticker manufacturing method capable of producing a mildew-proof paste with a uniform distribution of mildew-proof agents and a sufficient anti-mildew dose, and a mildew proofing effect. Sticker structure.

In order to prevent damage caused by the hyphae of the mold attached to the utensils or food, it is common to place a granular or liquid anti-mold product in a high-temperature and humid place to inhibit the growth of mold or bacteria. However, the granular anti-mildew product is exposed in the external environment, and it is easy to directly contact the human body to stimulate the human body; the liquid anti-mildew product needs to be separately manufactured and the cost is high; in order to improve the above-mentioned conventional anti-mold products The problem has been that the manufacturer has developed a mold-proof sticker that is attached to the graphic surface of the sticker body and the lower surface of the release paper with an anti-fungal agent;

The manufacturing method of the anti-mild sticker is roughly divided into two types: one of the manufacturing methods is as shown in FIG. 6, which is a sticker that has been printed and has not been cut, and is rolled into a sticker roll 90, and then the whole barrel of the sticker. It is placed in a closed space and fumigation with a gasified anti-fungal agent; however, this type of anti-mold paste manufacturing method can only be applied to the outer peripheral surface 91, the inner peripheral surface 92 and the two side surfaces 93 of the sticker reel and the gasification prevention. The mildew agent is in contact with the mold, and the mold-proof agent cannot be uniformly attached to the sticker. Moreover, the mold-proof sticker made by fumigation only forms a mold-proof layer on the sticker body and the release paper, respectively, and the mold inhibitor cannot fully adhere to the sticker. In the case, only a single mold-proof layer is provided on the sticker body, and there may be a problem that the anti-mildew effect is not as expected;

Another method for manufacturing mold-proof stickers is to soak the sticker roll in a liquid anti-fungal agent to allow the sticker to absorb the anti-mold agent; however, the anti-mold sticker made by the soaking method is easily infiltrated by the anti-fungal agent. The damage to the sticker structure is caused, and the durability of the mildew sticker is lowered. It can be seen that the above two kinds of mold-proof stickers manufacturing methods and the products produced have considerable room for improvement.

In order to solve the problem that the anti-mildew agent produced by the conventional mold-proof sticker manufacturing method has uneven distribution of the anti-fungal agent, insufficient dose of the anti-mildew, and decreased durability. The mold-proof sticker manufacturing method and the anti-mild sticker structure of the present invention separate the sticker body from the release paper, and then print the mold-proof agent on the sticker body and the release paper, and then re-attach the sticker body and the release paper to make the defense. A mildew-proof sticker with sufficient dose and uniform distribution.

The present invention solves the technical problem of the mold-proof sticker manufacturing method, which comprises: a sticker preparation: rolling a finished and uncut sticker into a sticker roll, the sticker roll comprising a sticker body and a release paper; Separating the body from the release paper: the sticker roll is placed on a first reel and the sticker body is separated from the release paper; and the anti-mold agent is printed: the sticker body is placed on the first surface with the anti-fungal agent Between a printing wheel and a second printing wheel, the first printing wheel prints a liquid anti-fungal agent on the sticker body to form a mold-proof layer, and the second printing wheel prints an anti-fungal agent on the sticker body. The adhesive layer, the anti-fungal agent penetrates into the adhesive layer to form a mildew-proof adhesive layer, and the release paper is bypassed by a third printing wheel adhered with an anti-mold agent, and the third printing wheel prints the anti-mold agent Forming another mold proof layer on the release paper; and attaching the sticker body to the release paper: the sticker body printed with the mold inhibitor and the release paper bypass a second reel, so that the sticker body and the release paper After fitting Curled into bundles.

The present invention solves the technical problem of the anti-mild sticker structure, which comprises: a sticker body comprising an anti-mold layer opposite to the upper and lower sides and a mildew-proof adhesive layer, the anti-mold layer is uniformly distributed uniformly; And a release paper attached to the sticker body and comprising a mold proof layer, the mold proof layer of the release paper being uniformly distributed and isolated from the sticker body.

The anti-mild sticker structure, wherein the sticker body comprises a sticker substrate, a color material layer and a protective layer, the sticker substrate has an opposite upper surface and a lower surface, and the color material layer is disposed on the sticker An upper surface of the substrate, the protective layer covering the color layer, the anti-mold layer of the sticker body is printed on the protective layer in a comprehensive manner, and an adhesive layer is disposed on the lower surface of the sticker substrate and received Forming the mold proof adhesive layer by infiltration of a liquid mold inhibitor; the release paper comprising a release paper substrate having a relatively upper surface and a lower surface, the mold proof of the release paper The layer is printed comprehensively on the lower surface of the release paper substrate.

The enhancements obtained by the technical means of the creation are as follows: 1. This creation separates the sticker body from the release paper and then prints the mold inhibitor on the sticker body and the release paper, so that the distribution of the mold inhibitor is relatively uniform and can be obtained. Good anti-mildew effect and so on. 2. The sticker body of the creation has a relatively anti-mold layer and a mildew-proof adhesive layer, which can further enhance the anti-mildew effect.

In order to understand the technical features and practical functions of the present work in detail, and in accordance with the creative content, the following further describes the preferred embodiment as shown in the following figure:

As shown in FIG. 1 , the method for manufacturing the mildewproof sticker of the present invention includes four steps: a sticker preparation A, a sticker body and a release paper separation B, a printing mold inhibitor C, and a sticker body and a release paper.

Sticker preparation A: It is a work of printing, aligning, laminating and wrapping, and the finished and uncut sticker is rolled into a sticker roll 10, which comprises a sticker body 11 and a As shown in FIG. 2, FIG. 3 and FIG. 4, the sticker body 11 includes a sticker substrate 111, a color layer 112 and a protective layer 114. The sticker substrate 111 has an opposite upper surface and a lower surface. The surface of the sticker substrate 111 is formed by printing a pattern or a character with a pigment to form the color layer 112. The lower surface of the sticker substrate 111 is coated with an adhesive to form an adhesive layer 113. The protective layer 114 covers the surface. The color layer 112 is used to increase the strength of the sticker body 11 and to prevent the color of the color layer 112 from falling off, the protective layer 114 may be covered with polyurethane (PU) to the color layer 112; The release paper 12 includes a release paper substrate 121 and a release layer 122. The release paper substrate 121 has an opposite upper surface and a lower surface. The release layer 122 is coated with a release agent on the release paper base. Formed on the upper surface of the material 121, the release layer 122 of the release paper 12 is attached Sticker adhesive layer to the main body of 11,311.

The sticker body and the release paper are separated B: as shown in FIG. 2, the step B is to place the sticker roll 10 on a first reel 60 of the printing machine table and the sticker body 11 and the release paper 12 of the sticker roll 10 Separation.

Printing the mold inhibitor C: as shown in FIG. 2 and FIG. 5, the separated sticker body 11 is placed between a first printing wheel 70A and a second printing wheel 70B, the first printing wheel 70A and The second printing wheel 70B is coated with a liquid mold inhibitor. The first printing wheel 70A prints a mold inhibitor on the protective layer 114 of the sticker body 11 to form a mold proof layer 115 on the sticker body 11. The second printing wheel 70B prints the anti-fungal agent on the adhesive layer 113 of the sticker body 11 to form a mold-proof adhesive layer 116 on the sticker body 11, and the anti-mold adhesive layer 116 is infiltrated into the adhesive by the liquid anti-fungal agent. The adhesive layer 113 is formed by mixing with the adhesive of the adhesive layer 113. Since the adhesive layer 113 is viscous, more antifungal agent can be attached; the release paper 12 bypasses the liquid antifungal agent. a third printing wheel 70C, the lower surface of the release paper substrate 121 is in contact with the third printing wheel 70C, and the third printing wheel 70C prints an anti-fungal agent on the lower surface of the release paper substrate 121 to form another Mold proof layer 123.

The sticker body is attached to the release paper D: as shown in FIG. 2, the sticker body 11 and the release paper 12 which are printed by the mold inhibitor are bypassed by a second reel 80, so that the adhesive layer 113 of the sticker body 11 is The release layer 122 of the release paper 12 is in contact with the sticker body 11 and the release paper 12, and then re-curled into a bundle.

The sticker roll 10 is cut to form a mold proof sticker as shown in FIG. 5, and the mold proof layer 115 of the sticker body 11 is integrally printed on the protective layer 114; the mold proof layer 123 of the release paper 12 The printing is provided on the lower surface of the release paper substrate 121 in a comprehensive manner; compared with the conventional method for manufacturing a mold proof sticker, the present invention is formed by separating the sticker body 11 from the release paper 12 and then printing the same. The sticker body 11 and the release paper 12 have the advantages of uniform distribution of the anti-fungal agent, and the anti-mildew effect is also more secure; further, the sticker body 11 of the present invention is further provided with a mold-proof layer 115. A mildew-proof adhesive layer 116 of the anti-fungal agent can further enhance the anti-mildew effect.

10‧‧‧ sticker roll

11‧‧‧ sticker body

111‧‧‧stick substrate

112‧‧‧Color layer

113‧‧‧Adhesive layer

114‧‧‧Protective layer

115‧‧‧Moldproof layer

116‧‧‧Moldproof adhesive layer

12‧‧‧ release paper

121‧‧‧ release paper substrate

122‧‧‧ release layer

123‧‧‧Moldproof layer

60‧‧‧ first scroll

70A‧‧‧First printing wheel

70B‧‧‧Second printing wheel

70C‧‧‧ Third Printing Wheel

80‧‧‧second reel

90‧‧‧ sticker roll

91‧‧‧ outer perimeter

92‧‧‧ inner circumference

93‧‧‧ side

A‧‧‧ sticker preparation

B‧‧‧The sticker body is separated from the release paper

C‧‧‧Printing mold inhibitor

D‧‧‧ sticker body and release paper

Figure 1 is a flow chart of the method for manufacturing the mold proof sticker of the present invention. Fig. 2 is a schematic view showing the manufacturing method of the mold proof sticker of the present invention. Fig. 3 is a partially enlarged schematic view showing the manufacturing method of the mold proof sticker of the present invention. Fig. 4 is a partially enlarged schematic view showing the manufacturing method of the moldproof sticker of the present invention. Fig. 5 is a schematic side view showing the structure of the moldproof sticker of the present invention. Fig. 6 is a schematic view showing a conventional method for manufacturing a mold proof sticker.

Claims (3)

A method for manufacturing a moldproof sticker, comprising: a sticker preparation: rolling a finished and uncut sticker into a sticker roll, the sticker roll comprising a sticker body and a release paper; the sticker body is separated from the release paper: The sticker roll sleeve is placed on a first reel and the sticker body is separated from the release paper; the anti-fungal agent is printed: the sticker body is placed on a first printing wheel and a second with an anti-fungal agent Between the printing wheels, the first printing wheel prints a liquid anti-fungal agent on the sticker body to form a mold-proof layer, and the second printing wheel prints the anti-fungal agent on an adhesive layer of the sticker body, and the anti-mold agent Infiltrating the adhesive layer to form a mildewproof adhesive layer, and the release paper is passed around a third printing wheel with an anti-fungal agent, and the third printing wheel prints the anti-fungal agent on the release paper to form another a mold-proof layer; and a sticker body and a release paper: the sticker body and the release paper printed by the mold-proof agent are bypassed by a second reel, and the sticker body is bonded to the release paper and then crimped into a bundle . An anti-mild sticker structure comprising: a sticker body comprising an upper and a lower opposing mold-proof layer and a mildew-proof adhesive layer, the mildew-proof layer being uniformly distributed uniformly; and a release paper attached Covering the sticker body and including a mold-proof layer, the mold-proof layer of the release paper is uniformly distributed and isolated from the sticker body. The anti-mild sticker structure of claim 2, wherein the sticker body comprises a sticker substrate, a color material layer and a protective layer, the sticker substrate has an opposite upper surface and a lower surface, the color layer Provided on the upper surface of the sticker substrate, the protective layer covers the color layer, the mold proof layer of the sticker body is printed on the protective layer in a comprehensive manner, and an adhesive layer is disposed on the sticker substrate. Forming the mildew-proof adhesive layer on the lower surface and being infiltrated by the liquid anti-fungal agent; the release paper comprises a release paper substrate having a relatively upper surface and a lower surface, the release paper The mold proof layer is printed comprehensively on the lower surface of the release paper substrate.