KR102245885B1 - Textile print matter and method of manufacturing the same - Google Patents

Abstract

A method of manufacturing a textile print matter of the present disclosure includes the steps of: preparing a printing plate; inputting pattern data of elastic rods to be printed into a controller of a screen printing machine; inputting guide lane data linked to the pattern data of the elastic rods to the controller of the screen printing machine; supplying a textile substrate; printing a printed image composed of the plurality of elastic rods on the textile substrate based on the pattern data of the elastic rods, and printing at least one guide lane on the outer shell of the printed image; and curing and drying the printed image and the at least one guide lane. It is possible to provide a variety of visual expressions.

Description

Textile printed matter and its manufacturing method {TEXTILE PRINT MATTER AND METHOD OF MANUFACTURING THE SAME}

The present invention relates to a fiber print that can provide various visual expressions and a method of manufacturing the same.

Fiber prints are widely used as printed materials for packaging or advertising promotion due to the advantages of a flexible and tough fiber base material with good processability. Fiber prints are generally obtained by printing and curing an image of a desired character or figure with printing ink on a fiber substrate by screen printing or the like. Such textile prints have a limitation in that they cannot express various images because letters or figures are printed in a flat pattern on a textile substrate. In addition, since the printed image is formed as a single thin printing layer to express simple characters or figures, there is a limitation in that it cannot provide various visual expressions. In addition, when the elastic rod is formed, as the elastic rod becomes longer, the elastic rod is crushed to cause defects, and there is a problem in that the image cannot be clearly expressed.

1. Registered Patent Publication No. 10-1006913 (20110113)

The invention according to the present disclosure is a technical problem to provide a fiber print and a method of manufacturing the same that can provide a variety of visual expressions.

The method of manufacturing a textile printed matter of the present disclosure includes preparing a printing plate, inputting pattern data of elastic rods to be printed into a controller of a screen printing machine, and data of a guide lane linked to pattern data of the elastic rods. Inputting to the controller of the screen printing machine, supplying a fiber substrate, and printing a print image composed of a plurality of elastic rods on the fiber substrate based on the pattern data of the elastic rods, and It may include printing at least one guide lane on the outer shell, and curing and drying the printed image and the at least one guide lane.

In the method of manufacturing a fibrous printed material of the present disclosure, the at least one guide lane may be formed at the same height as the elastic rod of the printed image.

In the method of manufacturing a fibrous printed material of the present disclosure, the plurality of elastic rods may be formed to have an aspect ratio of 10 to 40:1.

In the method of manufacturing a fibrous printed material of the present disclosure, the spacing between the plurality of elastic rods may be formed to be 1:1 to 10:1 compared to the diameter of the elastic rods.

The method of manufacturing a fibrous printed product of the present disclosure comprises forming a plurality of adhesive layers formed in a predetermined pattern on the fiber substrate, forming the plurality of elastic rods on the plurality of adhesive layers, and the plurality of elastic rods It includes a base end portion, a body portion, and a front end portion formed sequentially, and the base end portion, the body portion, and the front end portion may be formed to exhibit different colors from each other.

In the method of manufacturing a fibrous printed material of the present disclosure, the at least one guide lane may be formed on the first side, the second side, the third side, or the fourth side of the outer shell of the printed image.

In the method of manufacturing a fibrous printed matter of the present disclosure, the at least one guide lane formed on the outer surface of the printed image may be cut and removed.

It may include printing a print image on the fiber substrate based on the pattern data of the elastic rod, and curing and drying the print image. The printed image may include a plurality of adhesive layers formed in a predetermined pattern on the fiber substrate, and a pattern of a plurality of elastic rods protruding from the plurality of adhesive layers in a rod shape. The elastic rod may include a base end portion, a body portion, and a front end portion sequentially formed. The base end, the trunk, and the front end may have different colors from each other, and the plurality of elastic rods may be formed to have an aspect ratio of 10 to 40:1.

The pattern of the elastic rod of the present disclosure may be formed at an interval of 1:1 to 10:1 compared to the diameter of the elastic rod.

The fibrous print of the present disclosure may include a fibrous substrate and a print image printed on the fibrous substrate. The printed image may include a plurality of adhesive layers formed in a predetermined pattern on the fiber substrate, and a pattern of a plurality of elastic rods protruding from the plurality of adhesive layers in a rod shape. The pattern of the elastic rod may be formed by forming a plurality of rows spaced apart from each other by the pattern of the elastic rod, and the elastic rod formed of the plurality of rows are printed along the pattern of the printed image. The elastic rod may include a base end portion, a body portion, and a front end portion sequentially formed. The base end, the body, and the front end may exhibit different colors from each other.

In the fibrous print of the present disclosure, the adhesive layer may have a larger diameter than the base end, and the front end may be formed to have a larger diameter than the body.

The tip portion of the fibrous print of the present disclosure may have a hemispherical shape.

The elastic rod of the fibrous print of the present disclosure may include a silicone rubber of a specific color that is transparent, translucent, or opaque.

In the fiber print of the present disclosure, the length of the body in the vertical direction may be divided into 2 to 5 equal parts. The body portion may be formed of printing inks of two to five colors different from each other, so that the body portion may exhibit a plurality of colors.

The printed image of the textile printed material of the present disclosure may display at least one of a character, a figure, a symbol, and a picture. The protrusion lengths of adjacent elastic rods may be formed to be different so that the character, the figure, the symbol, and the picture have a unique meaning, feeling, and characteristic.

In the fiber print of the present disclosure, the protruding lengths of adjacent elastic rods may be different in the horizontal direction, and the protruding lengths of adjacent elastic rods may be the same in the vertical direction.

The fiber print of the present disclosure may be formed such that the protruding length of the elastic rods gradually increases with respect to the horizontal direction, and then a pattern that decreases is repeated.

The fibrous print of the present disclosure may exhibit different colors depending on the protruding length of the elastic rods.

In the fiber print of the present disclosure, the protruding lengths of adjacent elastic rods may be different in the horizontal direction, and the protruding lengths of adjacent elastic rods may be formed differently in the vertical direction.

The fiber print of the present disclosure may be formed such that the protruding lengths of the elastic rods gradually increase from the left and right edges of the printed image to the center based on the horizontal direction.

In the fiber print of the present disclosure, first elastic rods formed at left and right edges of the printed image and second elastic rods formed at the center of the printed image may exhibit different colors.

The fiber print of the present disclosure may be formed such that the protruding length of the elastic rods gradually increases from the bottom to the top of the printed image based on the vertical direction.

In the fiber print of the present disclosure, the first elastic rods formed at the lower end of the printed image and the second elastic rods formed at the upper end of the printed image may exhibit different colors.

The method of manufacturing a fibrous printed material of the present disclosure can form an elastic rod to have a high aspect ratio (L/T) (for example, an aspect ratio of 10 to 40:1 (L/T)), and elasticity in the manufacturing process It can prevent the rod from being crushed.

In the method of manufacturing a fibrous print and the fibrous print of the present disclosure, when forming the elastic rod, at least one guide lane is formed on the outside of the printed image, thereby preventing the elastic rod from being crushed and clearly expressing the image.

The method of manufacturing a textile printed matter of the present disclosure may allow words, sentences, characters, figures and/or pictures displayed in the printed image of the textile printed material to have its own meaning, feeling, and characteristics.

The textile print of the present disclosure may provide a unique tactile effect as well as a visual effect when displaying words, sentences, characters, figures, and/or pictures in print images.

The fibrous printed material of the present disclosure may provide various colors by forming the base end, the body, and the front end of the elastic rod to exhibit different colors.

1 is a view showing a fiber print according to an embodiment of the present disclosure.
FIG. 2 is an enlarged view illustrating a partial area of a pattern printed on the textile printed material shown in FIG. 1.
3 is a view showing that the base end, the body, and the front end of the elastic rod are formed to exhibit different colors.
4 is a cross-sectional view of an elastic rod taken along the line I-I' shown in FIG. 1;
5 is a view showing a method of manufacturing a fiber print according to an embodiment of the present invention.
6A to 6D are diagrams illustrating forming guide lanes in one row on the periphery of a printed image.
6E is a diagram illustrating that a printing plate is supported by a guide lane during a printing process.
6F is a diagram illustrating formation of guide lanes in two rows on the periphery of a printed image.
7 is a plan view of a fiber print according to an embodiment of the present disclosure.
FIG. 8 is a cross-sectional view taken along line II-II' shown in FIG. 7.
9 is a cross-sectional view taken along line III-III' shown in FIG. 7.
10 is a plan view of a fiber print according to an embodiment of the present disclosure.
11 is a cross-sectional view taken along line IV-IV' shown in FIG. 10.
12 is a cross-sectional view taken along line V-V' shown in FIG. 10.

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

The embodiments of the present invention are provided to more completely describe the present invention to those of ordinary skill in the art, and the following examples may be modified in various other forms, and the scope of the present invention is as follows. It is not limited to the embodiment. Rather, these embodiments are provided to make the present disclosure more faithful and complete, and to completely convey the spirit of the present invention to those skilled in the art.

In addition, in the following drawings, the same reference numerals refer to the same elements. As used herein, the term “and/or” includes any and all combinations of one or more of the corresponding listed items. In addition, in the present specification, "connected" means not only the case where the A member and the B member are directly connected, but also the case where the member A and the member B are indirectly connected by interposing the member C between the member A and the member B. do.

The terms used in this specification are used to describe specific embodiments, and are not intended to limit the present invention. As used herein, the singular form may include the plural form unless the context clearly indicates another case. In addition, when used herein, "comprise, include" and/or "comprising, including" refers to the mentioned shapes, numbers, steps, actions, members, elements, and/or groups thereof. It specifies existence and does not exclude the presence or addition of one or more other shapes, numbers, actions, members, elements, and/or groups.

In the present disclosure, an embodiment may be used as a meaning including one of various embodiments, viewpoints, or aspects of the present disclosure. The following description is for illustrative purposes only to aid understanding of the present disclosure, and the present disclosure is not limited to the exemplary embodiments described below. In addition, the accompanying drawings may be enlarged, exaggerated, or briefly illustrated or omitted for the convenience of description.

1 is a view showing a fiber print according to an embodiment of the present disclosure.

Referring to FIG. 1, a fibrous print 10 according to an embodiment of the present disclosure may include a printed image 101 such as letters, figures, and pictures formed on the fibrous substrate 100. An area in which the print image 101 is formed becomes a printing area, and an area other than that may be a background area.

The fibrous substrate 100 may include various fibrous materials including woven fabrics, knitted fabrics, nonwoven fabrics, natural fibers, synthetic fibers, resin impregnated fibers, resin laminate fibers, or combinations thereof.

As an example, the fibrous substrate 100 may be formed in a band type such as an elongated tape or a string. Hereinafter, the fibrous substrate 100 is exemplified as a band type, but the material, shape, size, etc. of the fibrous substrate 100 may be variously selected depending on the purpose of use and purpose of the fibrous substrate 10.

The printed image 101 printed on the textile printed matter 10 may display at least one of characters, figures, symbols, trademarks, trade names, logos, pictures, and shapes. The printed image 101 may include various planar or three-dimensional patterns or images (hereinafter referred to as “printed images”) such as letters, figures, symbols, trademarks, trade names, logos, pictures, and shapes. The printed image 101 may be formed by a pattern of a fine elastic rod 110 formed to protrude from the fibrous substrate 100.

The elastic rod 110 may be printed so as to be arranged in a plurality of predetermined widths and intervals on the printing area of the fiber substrate 100 along a predetermined pattern, thereby forming a part or all of the desired printed image 101.

FIG. 2 is an enlarged view illustrating a partial area of a pattern printed on the textile printed material shown in FIG. 1.

Referring to FIGS. 1 and 2, the elastic rod 110 itself may be attached to the fibrous substrate 100, but an adhesive layer 120 may be provided to provide a more rigid adhesive force. The adhesive layer 120 may be formed in the printing area of the fibrous substrate 100 on which the elastic rod 110 is formed. An adhesive layer 120 may be formed on the fiber substrate 100, and an elastic rod 110 may be formed on the adhesive layer 120. The adhesive layer 120 is firmly attached to both the elastic rod 110 and the fibrous substrate 100 to prevent the elastic rod 110 from being peeled off or detached from the fibrous substrate 100.

As an example, the adhesive layer 120 may be a layer of an adhesive applied to cover the printing area. The pressure-sensitive adhesive may include a thermosetting or room temperature curing liquid resin primer such as a rubber-based, acrylic-based, silicone-based, or urethane-based. The adhesive layer 120 may be formed on the fibrous substrate 100 by coating and curing the pressure-sensitive adhesive on the fibrous substrate 100. In addition, by forming the elastic rod 110 on the adhesive layer 120, the elastic rod 110 can be firmly attached to the fiber substrate 100. The pressure-sensitive adhesive may have transparent, translucent or opaque optical properties. The color, viscosity, specific gravity, and solid content of the pressure-sensitive adhesive may be variously selected according to the type of the fiber substrate 100. The adhesive layer 120 may have various colors or optical properties such as white, black, gray, blue, green, red, yellow, orange, indigo, purple, and fluorescent colors. In addition, the adhesive layer 120 may be transparent, translucent, or opaque, but the transparency may be adjusted if necessary.

As another example, the adhesive layer 120 may be pre-coated on the printing area of the fiber substrate 100, and the elastic rod 110 is partially buried in the adhesive layer 120 and cured, so that the fiber substrate 100 ) Can be attached more firmly. The textile printed matter 10 may display a printed image 101 such as letters or figures in the printing area of the textile substrate 100 by a printing pattern or an arrangement pattern of the elastic rod 110.

The fiber printed material 10 may display a desired print image 101 by printing a plurality of elastic rods 110 in a preset pattern on a print area on the fiber substrate 100.

The fibrous printed material 10 according to an exemplary embodiment of the present disclosure may provide various advantages by forming the printed image 101 by using a unique pattern of the elastic rod 110. In the present disclosure, the elastic rod 110 may be an elastic structure having an elongated rod shape or a column shape (hereinafter, collectively referred to as “rod shape”) formed by standing three-dimensionally or three-dimensionally. A desired printed image 101 may be displayed by printing a plurality of such elastic rods 110 along a predetermined pattern on the printing area of the fiber substrate 100.

The elastic rod 110 may be formed by printing and curing printing ink. As the printing ink, various printing inks such as water-soluble, water-insoluble, thermosetting, and photocurable can be used. The printing ink may be prepared by mixing a resin or rubber component with a dye such as a dye or a pigment in a solvent, and an auxiliary agent such as a plasticizer may be added if necessary.

As an example, the elastic rod 110 may be formed of printing ink containing silicone rubber. The printing ink may be a silicone rubber colored in a specific color. The elastic rod 110 including silicone rubber may exhibit good elasticity, elasticity, and flexibility. Since the elastic rod 110 itself has adhesiveness, it may be attached to the adhesive layer 120 with a constant adhesive force.

However, it is not limited thereto, and when the adhesive layer 120 is not formed, the elastic rod 110 may be attached to the surface of the fibrous substrate 100. The elastic rod 110 may have various colors or optical characteristics such as white, black, gray, blue, green, red, yellow, orange, indigo, purple, and fluorescent colors. In addition, the elastic rod 110 may be transparent, translucent or opaque, but the transparency may be adjusted as necessary.

Each of the elastic rods 110 may be formed to exhibit one color, or each of the elastic rods 110 may be formed to exhibit a plurality of colors. When each of the elastic rods 110 exhibits a plurality of colors, the length of the elastic rod 110 in the vertical direction is divided into two to ten, and the elastic rod is printed by sequentially using printing inks of two to ten different colors. It is possible to have (110) represent a plurality of colors.

As an example, the elastic rod 110 may be formed by repeatedly printing printing ink 25 to 200 times. When the vertical length of the elastic rod 110 is divided into five to have five colors, the base end 112 of the elastic rod 110 is formed by printing and curing 5 to 40 times with printing ink of the first color. can do. Thereafter, the first portion of the body portion 114 of the elastic rod 110 may be formed by printing and curing 5 to 40 times with the printing ink of the second color. Thereafter, the second portion of the body portion 114 of the elastic rod 110 may be formed by printing and curing 5 to 40 times with the printing ink of the third color. Thereafter, a third portion of the body portion 114 of the elastic rod 110 may be formed by printing and curing 5 to 40 times with the printing ink of the fourth color. Thereafter, the front end 116 of the elastic rod 110 may be formed by printing and curing 5 to 40 times with the printing ink of the fifth color.

The elastic rod 110 may be formed in various rod shapes. 2 to 4, the elastic rod 110 is shown in a cylindrical shape, but is not limited thereto, and may have other geometric shapes.

As an example, the elastic rod 110 may include a curved shape such as a circular or elliptical horizontal cross section (ie, a shape having a curved surface on a side surface) such as a circular column or an elliptical column. This curved shape may exhibit different glossiness depending on the viewing direction.

As an example, the elastic rod 110 may include a polygonal shape (ie, a shape having a flat surface on the side) such as a triangular column, a square column, a hexagonal column, an octagonal column, and the like. Such a polygonal shape may exhibit a stronger glossiness when viewed from a specific direction facing the flat side.

3 is a view showing that the base portion 112, the trunk portion 114, and the tip portion 116 of the elastic rod 110 are formed to exhibit different colors. 4 is a cross-sectional view of an elastic rod taken along the line I-I' shown in FIG. 1;

1 to 4, the elastic rod 110 may have a rod shape including a base end portion 112, a body portion 114, and a tip portion 116 sequentially from the surface of the fibrous substrate 100. The base portion 112, the body portion 114, and the tip portion 116 may have the same shape, and may have different shapes according to functional needs.

The body portion 114 and the tip portion 116 are printed with printing inks of different colors, so that the body portion 114 and the tip portion 116 may exhibit different colors. At this time, the base end portion 112 and the body portion 114 are formed of printing ink of the same color, so that the base end portion 112 and the body portion 114 may exhibit the same color. The present invention is not limited thereto, and the base end portion 112 and the body portion 114 are formed of different colors of ink, so that the base end portion 112 and the body portion 114 may exhibit different colors. In this case, the body portion 114 and the tip portion 116 are formed of printing ink of the same color, so that the body portion 114 and the tip portion 116 may exhibit the same color.

As an example, as shown in Figure 3, the base end portion 112, the body portion 114 and the front end portion 116 is formed of printing inks of different colors, the base end portion 112, the body portion 114, and the front end ( 116) may represent different colors.

As an example, the body portion 114 may be formed to display a plurality of colors. The length of the body portion 114 in the vertical direction is divided into two to five, and the body portion 114 is sequentially printed using printing inks of two to five colors, so that the body portion 114 can produce a plurality of colors. You can make it appear. In this case, the base end portion 112 and the tip end portion 116 may exhibit different colors from the body portion 114. In FIG. 3, it is shown as an example that the body portion 114 is divided into three, and the body portion 114 displays three colors by sequentially printing the body portion 114 using printing inks of three different colors. .

The base end portion 112 of the elastic rod 110 is a portion in contact with the fibrous substrate 100 or the adhesive layer 120, and can firmly attach and support the elastic rod 110 through the adhesive layer 120. The present invention is not limited thereto, and the elastic rod 110 may be directly attached and supported on the fibrous substrate 100.

As an example, the base end portion 112 may have a larger width, thickness, or diameter T than the body portion 114 (hereinafter, collectively referred to as “diameter”). It is not limited thereto, and the base end portion 112 may have the same diameter as the body portion 114, or the base end portion 112 may have a smaller diameter than the body portion 114.

As an example, the base end 112 may have a diameter (T) having a lower end contacting the fibrous substrate 100 that is larger than the upper end. The base end 112 may have a disk shape in which the diameter T gradually increases toward the bottom. The base end 112 may have the largest diameter (T) of the bottom surface in contact with the fibrous substrate 100 or the adhesive layer 120. If the diameter T of the bottom surface of the base end 112 is too small, the uprightness and adhesion may be deteriorated. When the diameter (T) of the bottom surface of the base end 112 is too large, a crack occurs in a part of the base end 112 due to the stress generated by the repeated stretching and contraction of the fibrous substrate 100, whereby the elastic rod 110 ) May be cracked, damaged, or dropped out.

As an example, the bottom surface of the base end 112 may have a diameter T of approximately 0.1 to 2.0 mm, but is not limited thereto, and may have various sizes according to the printed image 101 to be printed.

The trunk portion 114 of the elastic rod 110 is a portion extending upward from the base end portion 112, and may form the bone stem of the elastic rod 110.

As an example, the body portion 114 may have a diameter T of approximately 0.1 to 2.0 mm, but is not limited thereto, and may have various sizes according to the printed image 101 to be printed.

As an example, the trunk portion 114 may have a diameter T that decreases or increases as it goes upward, or may have a diameter T that varies according to a position. The body portion 114 may be formed in a bellows shape as a whole.

As an example, as shown in FIG. 2, the body portion 114 may include one or more convex portions 114a and a concave portion 114b. When the trunk portion 114 includes a convex portion 114a and a concave portion 114b, the elastic rod 110 is a convex portion 114a and a concave portion 114b of the trunk portion 114 in addition to the elasticity of the material itself. ), it is possible to provide a soft and elastic contact feeling by flexibly expanding and contracting against the compression force in the vertical direction or the bending force in the left and right directions.

The front end 116 of the elastic rod 110 may be formed to extend upward from the body 114. The tip portion 116 may have a diameter T that is approximately the same as the diameter T of the body portion 114, but may be formed with a larger diameter T than the body portion 114. Since the tip portion 116 has a larger diameter T than the body portion 114, a soft touch may be provided.

As an example, the top surface of the tip portion 116 may be a flat surface. The tip portion 116 may be formed in a shape whose diameter gradually increases from top to bottom.

As an example, the tip portion 116 may have a substantially hemispheric shape. The elastic rod 110 having the hemispherical tip portion 116 may exhibit different glossiness depending on the viewing direction. Even when it touches the user's body, a soft feeling of contact is provided, and even when repeated friction occurs, abrasion of the tip portion 116 can be reduced.

As an example, the tip portion 116 may have a flat surface (not shown) that is polished or cut flat. The flat surface may be formed on the upper end of the distal end 116, or may be formed on a side surface or an oblique inclined surface of the distal end 116. Such a flat surface may exhibit a stronger glossiness when viewed from a specific direction opposite to the flat surface.

The length or height of the elastic rod 110 protruding from the surface of the fibrous substrate 100 (hereinafter, referred to as the protruding length L) may be variously set.

As an example, the protruding length L of the elastic rod 110 may be approximately 0.75 to 10.0 mm. However, the present invention is not limited thereto, and the protruding length L of the elastic rod 110 may be 3.0 to 20.0 mm, depending on the size of the fiber print 10 or the size of the printed image 101.

The elastic rod 110 so as to have a high aspect ratio (L/T) (for example, an aspect ratio (L/T) of 10 to 40:1) when a fibrous print is manufactured using the method of manufacturing a fibrous print of the present invention. Can be formed. In particular, in the manufacturing process of the elastic rod 110, a guide lane (for example, the guide lane 210 of FIGS. 6A to 6D) may be formed outside the printed image 101.

As an example, as shown in FIG. 6A, at least one guide lane 210 may be formed together with the elastic rod 110 on one side of the outer shell of the printed image 101. As an example, as shown in FIG. 6B, at least one guide lane 210 may be formed together with the elastic rod 110 on two sides of the outer shell of the printed image 101. As an example, as shown in FIG. 6C, at least one guide lane 210 may be formed together with the elastic rod 110 on three sides of the outer shell of the printed image 101. As an example, as shown in FIG. 6C, at least one guide lane 210 may be formed together with the elastic rod 110 on the four sides of the outer surface of the printed image 101.

By forming the guide lane 210 together with the elastic rod 110, the height of the guide lane 210 may be increased in the same manner as the length of the elastic rod 110 is extended.

Using the guide lane 210, the elastic rod 110 can be manufactured in an elongated shape such as a bristles, and even if the protruding length L of the elastic rod 110 increases, the elastic rod 110 is crushed. As it can be prevented, the elastic rod 110 can be formed with a high aspect ratio (L/T).

As an example, the protruding length L of the elastic rod 110 may be larger than the diameter T of the body portion 114 of the elastic rod 110. As the protruding length (L) of the elastic rod 110 is formed larger than the diameter (T) of the body portion 114, a stripe extending vertically by an arrangement of a plurality of rods protruding from the surface of the fibrous substrate 100 (stripe) An image such as a pattern can be expressed. In addition, images, colors, and/or gloss when viewed from the top and when viewed from the side are different, so that the visual image can be diversified. Since the protruding length (L) of the elastic rod 110 is formed longer than the diameter (T) of the body portion 114, the elastic rod 110 can be flexibly bent, giving a soft touch feeling to the user and other Damage or wear can be reduced even when it comes into contact with an object.

As an example, the protruding length L of the plurality of elastic rods 110 may be formed substantially uniformly. The fact that the protrusion lengths L of the plurality of elastic rods 110 are substantially uniform may mean a degree to which a difference between the protrusion lengths L between the elastic rods 110 includes an error unavoidably occurring in manufacturing. The present invention is not limited thereto, and the protrusion length L of the plurality of elastic rods 110 may be different according to the printed image 101. The protruding length L of the elastic rod 110 may be different between the letters or symbols of the printed image 101. In addition, the protruding length L of the plurality of elastic rods 110 may be different within one letter or symbol of the printed image 101.

As an example, the protruding length L of the elastic rod 110 may be formed differently. For example, the elastic rod 110 formed in some areas of the printing area may have a different protruding length L from the elastic rod 110 formed in other areas, so that different aesthetics may be expressed for each area. By making the protruding length of the elastic rod 110 different, a three-dimensional three-dimensional image may be expressed.

As an example, the aspect ratio (L/T) of the protruding length (L) to the diameter (T) of the trunk portion 114 of the elastic rod 110 may have a value of approximately 10 to 40:1. By setting the aspect ratio (L/T) to 10 to 40:1, the difference in aesthetics depending on the viewing direction, flexibility, and feeling of touch can be improved. By forming the aspect ratio (L/T) of 10 to 40:1, the elastic rod 110 is formed in an elongated shape like a bristle, so that it has good uprightness and a soft texture that can be easily bent.

The spacing G between the elastic rods 110 may be set in various ways depending on the size of the fiber print 10, the size of the printing area, the image to be displayed or its resolution. If the gap (G) between the elastic rods 110 is too narrow, adjacent elastic rods 110 are attached to each other at the base end 112, which may cause cracking or damage when the fiber base material 100 is stretched and contracted. have. If the gap G between the elastic rods 110 is too wide, the resolution may deteriorate and the quality of the image may deteriorate.

In the manufacturing method of the textile printed matter of the present invention, in the manufacturing process of the elastic rod 110, at least one guide lane (e.g., in FIGS. 6A to 6D) on the first, second, third or fourth side of the printed image 101 The guide lane 210 may be formed together with the elastic rod 110. Through this, the distance G between the elastic rods 110 may be formed to be 1:1 to 10:1 compared to the diameter T of the elastic rod 110.

As an example, the gap G between the elastic rods 110 may be equal to or smaller than the diameter T of the elastic rods 110. A gap G between the elastic rods 110 may be formed equal to the diameter T of the elastic rod 110. In addition, a gap G between the elastic rods 110 may be formed smaller than the diameter T of the elastic rod 110 (eg, 1.1 times to 10.0 times or less).

For example, when the diameter T of the body portion 114 of the elastic rod 110 is approximately 0.6 mm, the interval G may be set to approximately 0.06 to 0.6 mm. This is not limited thereto, and as an example, the gap G between the elastic rods 110 may be larger than the diameter T of the elastic rods 110.

The elastic rod 110 may be arranged in various patterns to represent the printed image 101. As an example, the elastic rod 110 may be arranged in a regular pattern including a plurality of rows. For example, each character or figure constituting the printed image 101 may be formed by a pattern in which 2 to 20 rows of elastic rods 110 are elongated in parallel. The width of the pattern formed by the plurality of columns may form the width W of characters or figures constituting the printed image 101. Each of the elastic rods 110 in the pattern of the elastic rod 110 may be disposed to be spaced apart from each other at a predetermined interval (G). Depending on the printed image 101 to be expressed, the pattern of the elastic rod 110 may be arranged in a zigzag pattern or other irregular pattern, and the number or spacing of the arranged rows may be variously set.

A desired printed image 101 can be expressed by arranging a plurality of elastic rods 110 in the printing area of the fibrous substrate 100. That is, by printing a plurality of elastic rods 110 in a specific pattern using each elastic rod 110 as a minimum pixel unit, printing images such as characters, figures, images, etc. by the arrangement of the plurality of elastic rods 110 as a whole (101) can be shaped. By forming the printed image 101 by the elastic rod 110 in the shape of an elongated rod, it is possible to express a three-dimensional visual by breaking away from a uniform flat image, and to express a different image according to the viewing direction.

By forming a pattern by an arrangement of a plurality of elastic rods 110 spaced apart at predetermined intervals, unlike a fibrous print formed with a single thin ink layer or several dot patterns, the fibrous substrate is large. Even when it is stretched or deformed, since the gap G between the elastic rods 110 increases or decreases to absorb stress or deformation from the fiber substrate 100, damage to the elastic rod 110 itself can be prevented. It is possible to suppress breakage in which the printed image 101 is cracked, peeled off, or dropped out.

5 is a diagram illustrating a method of manufacturing a fibrous printed product according to an embodiment of the present disclosure. 6A to 6D are diagrams illustrating forming guide lanes in one row on the periphery of a printed image.

5 to 6A to 6D, a method of manufacturing a fibrous printed product of the present invention will be described.

Hereinafter, screen printing is exemplified as a method of manufacturing a fibrous print, but if the pattern of the elastic rod 110 (for example, the elastic rod 310 of FIG. 8 and the elastic rod 410 of FIG. 11) can be printed, inkjet printing, Other manufacturing methods, such as gravure printing, can be used.

In operation S10, a printing plate on which a pattern of the print image 101 to be printed on the fiber substrate 100 is formed is prepared. In this case, a plurality of printing plates may be prepared according to the color and protrusion length of the elastic rod 110. Here, a plurality of printing plates may be prepared according to a printing material, a color to be printed, a type of image, and the like. Accordingly, a plurality of printing devices and drying devices 240 may be disposed.

As an example, the printing plate is a first printing plate for a first printing ink (adhesive ink) for forming the adhesive layer 120, and a material for printing ink for forming the base end 112 of the elastic rod 110. 2 A printing plate, a third printing plate for printing ink for forming the body 114 of the elastic rod 110, and a fourth printing plate for printing ink for forming the tip 116 of the elastic rod 110. Can include. This is not limited thereto, and when the body portion 114 of the elastic rod 110 is formed to exhibit a plurality of colors, a plurality of printing plates may be added for each color. Here, the first to fourth printing plates may include a pattern for forming the elastic rod 110 as well as a pattern for forming the guide lane 210.

Each printing plate may be mounted on a support frame of each printing apparatus arranged along the transport direction of the screen printing machine. The support frame in which the printing plate is installed may be positioned at the printing position by adjusting the vertical and/or left and right positions by the frame adjusting device.

In operation S20, the pattern data of the elastic rod 110 to be printed may be input to the controller of the screen printing machine. Here, the pattern data of the elastic rod includes information on the length and color of each elastic rod 110 to be printed, and the screen printer may print the elastic rod 110 based on the input pattern data.

In operation S30, data of the guide lane 210 linked to the pattern data of the elastic rod may be input to the controller of the screen printing machine.

The data of the guide lane 210 may include data on the width and height of the guide lane 210 in association with information on the length and color of each elastic rod 110 to be printed. The screen printing machine may print the guide lane 210 to be linked to the height of the elastic rod 110 based on the inputted guide lane data. The guide lane 210 may be formed on the 1st, 2nd, 3rd or 4th side of the outer shell of the printed image, and the height of the guide lane 210 and the height of the elastic rod 110 may be the same. .

In operation S40, the fiber substrate 100 may be supplied to the screen printing machine (S30). Here, a plurality of rows of fiber substrates 100 may be simultaneously supplied in parallel by the supply device 210. The fibrous substrate 100 may be conveyed by a conveying device of a screen printing machine and positioned at a printing position of the printing device.

In operation S50, an adhesive layer of the elastic rod 110 and the guide lane 210 may be formed in the printing area of the fibrous substrate 100 in the first printing device. Here, in the first printing device, an adhesive may be applied to the printing area of the fibrous substrate 100. The pressure-sensitive adhesive is supplied on a first printing plate installed in the first printing device, and pressed to pass through a printing pattern formed on the first printing plate by driving a squeegee, so that the pressure-sensitive adhesive may be applied to the printing area of the fiber substrate 100.

As an example, the pressure-sensitive adhesive may be a liquid transparent, translucent or opaque silicone resin, or a silicone resin colored in a specific color, but other adhesive materials having good adhesion to the fiber substrate 100 may be used.

Referring to FIGS. 2 to 4, the pressure-sensitive adhesive applied on the fibrous substrate 100 in a drying device may be heated and cured to form the pressure-sensitive adhesive layer 120. The adhesive layer 120 may be heated and cured at a temperature of approximately 80 to 150°C. The adhesive layer 120 may not be completely cured and may be semi-cured in a gel state. The semi-cured adhesive layer 120 may have a viscosity sufficient to form the elastic rod 110 by penetrating printing ink by pressing the squeegee in the second printing device. If necessary, curing of the adhesive layer 120 may be omitted.

In operation S60, the pattern of the elastic rod 110 and the guide lane 210 may be printed on the printing area of the fibrous substrate 100 on which the adhesive layer 120 is formed.

In operation S70, the pattern of the elastic rod 110 and the guide lane 210 may be cured.

Here, the pattern of the elastic rod 110 passes through the second printing plate by supplying printing ink onto the second printing plate installed in the second printing device and driving the squeegee to press the printing ink into the printing pattern of the second printing plate. One printing ink may be formed by being attached to the printing area of the fibrous substrate 100. The elastic rod 110 may be firmly attached to the fibrous substrate 100 by being embedded in the adhesive layer 120 with a portion of the lower portion of the elastic rod 110 pressed by a squeegee.

As an example, the printing ink may be a liquid white silicone rubber, but other colors or materials may be used depending on the desired printing image.

The pattern of the elastic rod 110 is formed by repeatedly overlapping the printing pattern using a screen mesh on which a printing pattern of the same planar image as the pattern of the elastic rod 110 is formed, or printing corresponding to the pattern of the elastic rod 110 The pattern can be formed using a finely perforated metal mask.

As an example, the printing plate may be a type in which a screen mesh having a printing pattern formed thereon is fixed to a screen frame having a substantially rectangular shape. The screen mesh may be a mesh made of monofilaments or multifilaments such as silk, nylon, and metal wire. The print pattern may be formed by attaching the original film to the screen mesh on which the photosensitive emulsion film is formed, exposing and developing, removing the film of the photosensitive emulsion at the portion corresponding to the print pattern, and exposing the screen mesh under the print pattern.

The printed pattern may be formed as a pattern corresponding to the planar image of the pattern of the elastic rod 110 described above. Printing ink such as silicone rubber is supplied to the printing plate on which the printing pattern is formed, and the squeegee is driven to transfer the first printing pattern onto the printing area of the fibrous substrate 100, and then, the printing plate is slightly raised slightly. At the same time, a rod-shaped pattern having a predetermined length (L) can be formed by repeating the operation of repeatedly forming the same printing pattern on the first printing pattern by repeatedly driving the squeegee and repeatedly forming the same printing pattern approximately 25 to 200 times. . For example, by printing a pattern of three rows of circular dots having a diameter of about 0.5 mm and an interval of about 0.5 mm flat on a printing plate, a printing pattern corresponding to the pattern of the elastic rod 110 shown in FIG. 1 can be formed. I can. On the printing plate on which such a printing pattern is formed, printing ink is repeatedly printed at a thickness of 0.03 mm (30 μm) for about 25 to 200 times, so that the protruding length L from the fiber substrate 100 is approximately 0.75 to 20.0 mm. A pattern of the shaped elastic rod 110 may be formed.

A three-dimensional elastic rod 110 pattern having various horizontal cross-sectional shapes can be formed by variously changing the shape of dots and the number of rows included in the planar printing pattern.

By appropriately adjusting the height of the printing plate that is raised for each cycle, the gap between the squeegee and the printing plate, the pressing force of the squeegee according to the posture of the squeegee, etc. ), you can change the area that spreads over it.

Accordingly, it is possible to adjust the diameter (T) or the height of the corresponding portion of the elastic rod 110 printed for each time. For example, if the rising height of the printing plate and/or the pressing force of the squeegee at the time of performing the first printing is larger than when printing other parts, the bottom surface of the base end 112 of the elastic rod 110 is made more than the other parts. It can be formed with a large diameter (T).

Thereafter, the elastic rod 110 may be formed to have a diameter (T) gradually decreasing as it goes upward by gradually reducing the rising height of the printing plate and/or the pressing force of the squeegee. Even when printing the body portion 114 of the elastic rod 110, by adjusting the rising height of the printing plate and/or the pressing force of the squeegee larger or smaller than when printing other portions, the body portion 114 is convex ( 114a) or a concave portion 114b. The front end 116 of the elastic rod 110 may be formed in a hemispherical shape like a water drop by surface tension by supplying a large amount of liquid printing ink to the end of the elastic rod 110.

As an example, the printing plate may use a metal mask in which a pattern of a plurality of minute through holes corresponding to the pattern of the elastic rod 110 is perforated instead of the above-described screen mesh.

The metal mask can be formed by drilling through holes in a desired pattern in a thin metal plate such as stainless steel by a drilling method such as laser or sand blast. Each of the minute through holes may be filled with printing ink to form a mold for forming the elastic rod 110. That is, the shape of each minute through hole may be formed to correspond to the shape of the elastic rod 110. A release agent for facilitating separation from printing ink may be previously applied to each of the minute through holes formed in the metal mask.

During printing, a printing plate made of a metal mask is positioned on the fiber substrate 100, printing ink is supplied on the printing plate, and then pressed with a squeegee to fill the pattern of the minute through-holes. The printing ink filled in the pattern of the minute through-holes may be attached to the adhesive layer 120 and the fiber substrate 100 positioned under the adhesive layer 120 to form a pattern of the liquid elastic rod 110 penetrating the metal mask. In this state, the pattern of the liquid elastic rod 110 can be heated and cured by heating the metal mask to a predetermined curing temperature. After the printed image 101 is formed by the pattern of the elastic rod 110 formed on the fiber substrate 100, the metal mask may be separated from the pattern of the elastic rod 110.

As an example, after forming a pattern of the elastic rod 110 on the fibrous substrate 100 by a screen mesh or a metal mask, the front end 116 of the elastic rod 110 by a grinder or a blade. ) Can be polished or cut. For example, by grinding the front end 116 of the elastic rod 110 vertically above the pattern of the elastic rod 110 with a grinder, a flat surface may be formed on the upper end of the elastic rod 110.

When a part of the front end 116 of the elastic rod 110 passes through the cutting edge of the blade while transporting the fiber print 10 on which the pattern of the elastic rod 110 is formed along the transport direction, the elastic rod 110 is obliquely A part of the end portion is cut while being bent, thereby forming a cutting surface that is obliquely inclined on the side surface of the tip portion 116 of the elastic rod 110. By such a flat surface or an inclined surface, it is possible to form a pattern of the elastic rod 110 having a different glossiness depending on the viewing direction.

6E is a diagram illustrating that a printing plate is supported by a guide lane during a printing process.

Referring to FIG. 6E, as the printing process proceeds, the length of the elastic rod 110 is gradually elongated, and the height of the guide lane 210 is also elongated. That is, while printing the elastic rod 110, the guide lane 210 may be printed so as to be linked to the height h of the elastic rod 110. The guide lane 210 may be formed on the 1st, 2nd, 3rd or 4th side of the printed image, and the height (h) of the guide lane 210 and the height (h) of the elastic rod 110 are the same. Can be formed. This is not limited thereto, and the guide lane 210 may be formed 10 to 100 μm higher than the height h of the elastic rod 110 during the manufacturing process. During the printing process, the printing plate 500 is disposed above the guide lane 210 to prevent the pressure of the squeeze 510 from being applied to the elastic rod 110 during the manufacturing process.

Through this, since the printing plate 500 is supported by the guide lane 210 during the printing process, the printing plate 500 can be maintained in a flat state until the printing process is completed. Therefore, even if the pressure of the squeeze 510 applied on the printing plate 500 is applied during the printing process, the printing plate 500 can be prevented from being stretched by the guide lane 210. In addition, the guide lane 210 absorbs the pressure of the squeeze 510 to prevent the elastic rod 110 from being crushed.

As the height h of the elastic rod 110 increases while repeating the printing process, the height h of the guide lane 210 is also extended, so that the printing plate 500 can be kept flat. Using the guide lane 210, the elastic rod 110 can be manufactured in an elongated shape such as a bristles, and even if the protruding length L of the elastic rod 110 is increased, the elastic rod 110 is crushed. As it can be prevented, the elastic rod 110 can be formed with a high aspect ratio (L/T).

6F is a diagram illustrating formation of guide lanes in two rows on the periphery of a printed image.

In the description with reference to FIGS. 6A to 6E, it has been described as an example that guide lanes 210 are formed in one row outside the printed image 101. Referring to FIG. 6F, guide lanes 210 may be formed in two rows outside the printed image 101.

As the printing process proceeds, the length of the elastic rod 110 is gradually elongated, and the height of the two rows of guide lanes 210 is also elongated. That is, while printing the elastic rod 110, the guide lane 210 may be printed in two rows so as to be linked to the height h of the elastic rod 110. During the printing process, the printing plate 500 is disposed above the guide lanes 210 in two rows, so that the pressure of the squeeze 510 is prevented from being applied to the elastic rod 110 during the manufacturing process.

Through this, since the printing plate 500 is supported by the two rows of guide lanes 210 during the printing process, the printing plate 500 can be maintained in a flat state until the printing process is completed. Accordingly, the pressure of the squeeze 510 is absorbed by the two rows of guide lanes 210 to prevent the elastic rod 110 from being crushed. In this way, it is possible to manufacture the elastic rod 110 in an elongated shape like a bristles by using the guide lanes 210 in two rows, and even if the protruding length L of the elastic rod 110 increases, the elastic rod 110 ) Can be prevented from being crushed, it is possible to form the elastic rod 110 with a high aspect ratio (L/T).

Again, referring to FIG. 5, by repeating the operation S60 and S70, the elastic rod 110 and the guide lane 210 are hardened while elongating the height h of the elastic rod 110 and the guide lane 210. I can. In the second drying apparatus, the pattern of the elastic rod 110 formed by printing ink in the printing area of the fibrous substrate 100 may be heated and dried. During the drying process, the pattern of the elastic rod 110 may be hardened.

In operation S80, the pattern of the elastic rod 110 and the guide lane 210 may be heated to approximately 150 to 250° C. to be dried/cured. Together with the pattern of the elastic rod 110, the adhesive layer 120 may be completely dried/cured. Thereby, it is possible to manufacture a fibrous printed matter 10 on which the printed image 101 is formed by the pattern of the elastic rod 110. The fibrous print 10 on which the printed image 101 is formed may further pass through an air blower equipped with an ion generator. This makes it possible to remove static electricity from the fibrous printed material 10.

Thereafter, the guide lane 210 formed on the outside of the printed image may be cut and removed from the fiber print.

In operation S90, the fibrous printed matter 10 may be sorted into each row while passing through the take-out device of the screen printing machine and loaded in a box or wound on a roll to be transferred and taken out to the next operation (S70).

7 is a plan view of a fiber print according to an embodiment of the present disclosure. FIG. 8 is a cross-sectional view taken along line II-II' shown in FIG. 7. 9 is a cross-sectional view taken along line III-III' shown in FIG. 7.

7 to 9, the textile printed matter 30 according to an embodiment of the present disclosure may include a printed image 301 such as letters, figures, and pictures formed on the textile substrate 300. An area in which the print image 301 is formed may be a printing area, and an area other than that may be a background area.

The fibrous substrate 300 may include various fibrous materials including woven, knitted, non-woven, natural fibers, synthetic fibers, resin impregnated fibers, resin laminate fibers, or combinations thereof. The fibrous substrate 300 may be formed in a band type such as an elongated tape or a string.

The printed image 301 printed on the textile printed matter 30 may include various planar or three-dimensional patterns or images such as letters, figures, symbols, trademarks, trade names, logos, pictures, and shapes. The printed image 301 may be formed by a pattern of a fine elastic rod 310 formed to protrude from the fibrous substrate 300.

The elastic rod 310 may be printed so as to be arranged in a plurality of predetermined widths and intervals on the printing area of the fibrous substrate 300 along a predetermined pattern, thereby forming a part or all of the desired printed image 301.

The elastic rod 310 may itself be attached to the fibrous substrate 300, but an adhesive layer 320 may be provided to provide a more rigid adhesive force.

An adhesive layer 320 may be formed on the fiber substrate 300, and an elastic rod 310 may be formed on the adhesive layer 320. The adhesive layer 320 is firmly attached to both the elastic rod 310 and the fibrous substrate 300 to prevent the elastic rod 310 from being peeled off or detached from the fibrous substrate 300.

The pressure-sensitive adhesive forming the pressure-sensitive adhesive layer 320 may have transparent, translucent, or opaque optical properties. The color, viscosity, specific gravity, solid content, etc. of the pressure-sensitive adhesive may be variously selected according to the type of the fiber substrate 300. The adhesive layer 320 may have various colors or optical properties such as white, black, gray, blue, green, red, yellow, orange, indigo, purple, and fluorescent colors. In addition, the adhesive layer 320 may be transparent, translucent, or opaque, but the transparency may be adjusted if necessary.

The adhesive layer 320 may be applied in advance on the printing area of the fiber substrate 300, and a part of the elastic rod 310 is buried in the adhesive layer 320 and cured, so that it is more firmly attached to the fiber substrate 300. Can be attached.

In the present disclosure, the elastic rod 310 may be a rod-shaped elastic structure that is upright three-dimensionally or three-dimensionally. A desired printed image 301 may be displayed by printing a plurality of such elastic rods 310 along a predetermined pattern on the printing area of the fiber substrate 300. The elastic rod 310 may be formed by printing and curing printing ink containing silicone rubber. The elastic rod 310 may exhibit good elasticity, elasticity and flexibility. Since the elastic rod 310 itself has adhesiveness, it may be attached to the adhesive layer 320 with a constant adhesive force.

The elastic rod 310 may have various colors or optical properties such as white, black, gray, blue, green, red, yellow, orange, indigo, purple, and fluorescent colors. In addition, the elastic rod 310 may be transparent, translucent, or opaque, but the transparency may be adjusted as necessary.

Each of the elastic rods 310 may be formed to exhibit a plurality of colors. When each of the elastic rods 310 exhibits a plurality of colors, the length of the elastic rod 310 in the vertical direction is divided into 2 to 10 equal parts, and the elastic rods 310 are printed by sequentially using printing inks of 2 to 10 different colors. It is possible to have (310) represent a plurality of colors.

As an example, the elastic rod 310 may be formed by disposing printing ink on a printing plate on which a pattern to be printed is formed, and repeatedly printing and curing the pattern of the printing plate 25 to 100 times with printing ink. The length of the elastic rod 310 in the vertical direction may be divided into N equal parts (eg, five equal parts) to have N colors (eg, five colors). In this case, the base end 312 of the elastic rod 310 may be formed by printing and curing 5 to 20 times with the printing ink of the first color. Thereafter, the first portion of the body portion 314 of the elastic rod 310 may be formed by printing and curing 5 to 20 times with the printing ink of the second color. Thereafter, the second portion of the body portion 314 of the elastic rod 310 may be formed by printing and curing 5 to 20 times with the printing ink of the third color. Thereafter, a third portion of the body portion 314 of the elastic rod 310 may be formed by printing and curing 5 to 20 times with the printing ink of the fourth color. Thereafter, the front end 316 of the elastic rod 310 may be formed by printing and curing 5 to 20 times with the printing ink of the fifth color.

The elastic rod 310 may include not only a cylindrical shape, but also a curved shape (ie, a shape having a curved surface on a side surface) having a circular or elliptical horizontal cross section such as an elliptical column. In addition, the elastic rod 310 may include a polygonal shape (ie, a shape having a flat surface on the side) such as a triangular column, a square column, a hexagonal column, an octagonal column, and the like.

The base end 312, the trunk 314, and the tip 316 of the elastic rod 310 may all have the same horizontal cross-section, but are not limited thereto. The horizontal cross section of 316) may have different shapes from each other.

As an example, the base end 312, the body 314, and the tip 316 of the elastic rod 310 are printed with different colors of ink, so that the base 312, the body 314, and the tip 316 Can represent different colors.

As an example, the base end portion 312 may have a larger width, thickness, or diameter T (hereinafter, collectively referred to as “diameter”) than the body portion 314. The present invention is not limited thereto, and the base end 312 may have the same diameter as the body 314.

As an example, the base end 312 may have a diameter T that has a lower end contacting the fibrous substrate 300 that is larger than the upper end. The base end 312 may have a disk shape in which the diameter T gradually increases toward the bottom. The base end 312 may have the largest diameter T of the bottom surface in contact with the fibrous substrate 300 or the adhesive layer 320.

As an example, the body portion 314 may have a diameter T of approximately 0.1 to 2.0 mm, but is not limited thereto, and may have various sizes according to the print image 301 to be printed.

As an example, the trunk portion 314 may have a diameter T that decreases or increases as it goes upward, or may have a diameter T that varies according to a position. The body portion 314 may be formed in a bellows shape as a whole.

As an example, the body portion 314 may be formed to display a plurality of colors. The length of the body portion 314 in the vertical direction is divided into two to five, and the body portion 314 is sequentially printed using printing inks of two to five colors, so that the body portion 314 can produce a plurality of colors. You can make it appear.

As an example, the tip portion 316 may be formed to extend upward from the body portion 314. The tip portion 316 may have a diameter T that is approximately the same as the diameter T of the body portion 314, but may be formed with a larger diameter T than the body portion 314.

As an example, the top surface of the tip portion 316 may be a flat surface or may have a hemispherical shape. The elastic rod 310 having the hemispherical tip portion 316 may exhibit different glossiness depending on the viewing direction. Even when it touches the user's body, a soft feeling of contact is provided, and even when repeated friction occurs, abrasion of the tip portion 316 can be reduced.

The protruding length L of the elastic rod 310 may be set in various ways. As an example, the protruding length L of the elastic rod 310 may be approximately 0.75 to 20 mm. However, the present invention is not limited thereto, and the protrusion length L of the elastic rod 310 may vary depending on the size of the fiber print 30 or the size of the printed image 301.

As an example, the protruding length L of the elastic rod 310 may be larger than the diameter T of the body 314 of the elastic rod 310. By forming the elastic rod 310 using the guide lane 210, the aspect ratio (L/T) of the protruding length (L) to the diameter (T) of the trunk portion 314 of the elastic rod 310 is approximately It can have a value of 10-40:1. By setting the aspect ratio (L/T) to 10 to 40:1, the difference in aesthetics depending on the viewing direction, flexibility, and feeling of touch can be improved. By forming the aspect ratio (L/T) of 10 to 40:1, the elastic rod 310 is formed in an elongated shape like a bristle, so that it has good uprightness and a soft texture that bends easily.

The spacing G between the elastic rods 310 may be variously set according to the size of the fiber print 30, the size of the printing area, the image to be displayed, or the resolution thereof. If the gap G between the elastic rods 310 is too narrow, the adjacent elastic rods 310 are attached to each other at the base end 312 and may cause cracking or breakage when the fiber substrate 300 is stretched or contracted. If the gap G between the elastic rods 310 is too wide, the resolution may deteriorate and the quality of the image may deteriorate.

The spacing (G) between the elastic rods 110 may be formed from 1:1 to 10:1 compared to the diameter (T) of the elastic rods 110. As an example, the gap G between the elastic rods 110 may be equal to or smaller than the diameter T of the elastic rods 110. A gap G between the elastic rods 110 may be formed equal to the diameter T of the elastic rod 110. In addition, a gap G between the elastic rods 110 may be formed smaller than the diameter T of the elastic rod 110 (eg, 1.1 times to 10.0 times or less). For example, when the diameter T of the body portion 114 of the elastic rod 110 is approximately 0.6 mm, the interval G may be set to approximately 0.06 to 0.6 mm. This is not limited thereto, and as an example, the gap G between the elastic rods 110 may be larger than the diameter T of the elastic rods 110.

The protruding lengths L1 to L3 of the plurality of elastic rods 310 may be different according to the printed image 301. The protruding lengths L1 to L3 of the elastic rod 310 may be different between the letters or symbols of the printed image 301. In addition, the protruding lengths L1 to L3 of the plurality of elastic rods 310 may be different within one letter or symbol of the printed image 301.

The elastic rod 310 formed in some areas of the printing area may have a different protruding length L from the elastic rod 310 formed in other areas, and thus may exhibit different aesthetics for each area. By making the protruding length of the elastic rod 310 different, a three-dimensional three-dimensional image may be expressed.

In the case where the textile print 30 of the present disclosure displays words, sentences, letters and/or figures, printing so that the unique meaning, feeling, and characteristics of words, sentences, letters, figures and/or pictures appear. The image 301 can be printed.

As shown in FIG. 7, when the fiber printed material 30 displays the word "WAVE", "WAVE" may have a wave or wave meaning. The protrusion length of each of the elastic rods 310 of the printed image 301 may be adjusted so that a wave or wave-like feel is felt when the printed image 301 in which the character of “WAVE” is printed is touched.

When printing the print image 301 of "WAVE" on the textile printed material 30, as shown in FIG. 8, the protruding length (L) of the adjacent elastic rods 310 based on the horizontal direction (X axis) It can be formed differently. As an example, based on the horizontal direction (X-axis), the protruding length L of the elastic rods 310 of the printed image 301 gradually increases, and then a decreasing pattern may be repeated. In addition, as shown in FIG. 9, the protruding lengths of adjacent elastic rods 310 may be formed in the same manner based on the vertical direction (Y axis).

Since the protruding lengths of the elastic rods 310 are different in the horizontal direction (X axis), the color of the elastic rod 310 having the first length L1 and the elastic rod 310 having the second length L2 This can be different. In addition, colors of the elastic rod 310 having the first length L1 and the elastic rod 310 having the second length L2 and the elastic rod having the third length L3 may be different. In addition, an elastic rod 310 having a first length (L1), an elastic rod 310 having a second length (L2), and an elastic rod 310 having a third length (L3) and a fourth length (L4) The elastic rod 310 may have different colors.

As an example, the body portion 314 of the elastic rod 310 having a first length (L1) may display one color, and the body portion of the elastic rod 310 having a second length (L2) ( 314) can display two colors, the body portion 314 of the elastic rod 310 having a third length (L3) can display three colors, the elasticity having a fourth length (L4) The trunk portion 314 of the rod 310 may display four colors. That is, as the length of the elastic rod 310 is shortened or lengthened, the number of colors displayed by the body portion 314 may be changed, so that the colors displayed by the elastic rods 310 may be different.

Through this, when the word "WAVE" is printed, the word "WAVE" is visually displayed in various colors, and the meaning of the wave or wave of the word "WAVE" can be felt with a sense of touch. That is, by forming the printed image 301 so that the unique meaning, feeling, and characteristics of words, sentences, letters, figures and/or pictures displayed on the textile printed material 30 appear, not only a visual effect but also a unique tactile effect Can provide.

10 is a plan view of a fiber print according to an embodiment of the present disclosure. 11 is a cross-sectional view taken along line IV-IV' shown in FIG. 10. 12 is a cross-sectional view taken along line V-V' shown in FIG. 10.

Referring to FIGS. 10 to 12, the fibrous printed material 40 according to an embodiment of the present disclosure may include a printed image 401 such as letters, figures, and pictures formed on the fibrous substrate 400. An area in which the print image 401 is formed may be a printing area, and an area other than that may be a background area.

The printed image 401 printed on the textile printed matter 40 may include various planar or three-dimensional patterns or images such as letters, figures, symbols, trademarks, trade names, logos, pictures, and shapes. The printed image 401 may be formed by a pattern of a fine elastic rod 410 formed to protrude from the fibrous substrate 400.

The elastic rod 410 may be printed so as to be arranged in a plurality of predetermined widths and intervals on the printing area of the fibrous substrate 300 along a predetermined pattern, thereby forming a part or all of the desired printed image 401. An adhesive layer 420 may be formed on the fiber substrate 400 and an elastic rod 410 may be formed on the adhesive layer 420.

The pressure-sensitive adhesive forming the pressure-sensitive adhesive layer 420 may have transparent, translucent, or opaque optical properties. The color, viscosity, specific gravity, and solid content of the pressure-sensitive adhesive may be variously selected according to the type of the fiber substrate 400. The adhesive layer 420 may have various colors or optical properties such as white, black, gray, blue, green, red, yellow, orange, indigo, purple, and fluorescent colors. In addition, the adhesive layer 420 may be transparent, translucent, or opaque, but the transparency may be adjusted as necessary.

In the present disclosure, the elastic rod 410 may be a rod-shaped elastic structure that is erected three-dimensionally or three-dimensionally. A desired printed image 401 may be displayed by printing a plurality of such elastic rods 410 along a predetermined pattern on the printing area of the fibrous substrate 400. The elastic rod 410 may be formed by printing and curing printing ink containing silicone rubber.

The elastic rod 410 may have various colors or optical characteristics such as white, black, gray, blue, green, red, yellow, orange, indigo, purple, and fluorescent colors. In addition, the elastic rod 410 may be transparent, translucent or opaque, but the transparency may be adjusted as necessary.

As an example, the base end portion 412, the trunk portion 414, and the front end portion 416 of the elastic rod 410 may all have the same horizontal cross-section, but are not limited thereto, and the base end portion 412, the body portion 414 ) And the horizontal cross section of the tip portion 416 may have different shapes from each other.

Each of the elastic rods 410 may be formed to exhibit a plurality of colors. When each of the elastic rods 410 exhibits a plurality of colors, the length of the elastic rod 410 in the vertical direction is divided into two to ten, and the elastic rod is printed by sequentially using printing inks of two to ten different colors. It is possible to make 410 represent a plurality of colors.

As an example, the base end portion 412, the body portion 414 and the front end portion 416 of the elastic rod 310 are printed with different colors of ink, and the base end portion 412, the body portion 414 and the front end portion 416 Can represent different colors.

As an example, the body portion 414 may be formed to display a plurality of colors. The length of the body portion 414 in the vertical direction is divided into two to five, and the body portion 414 is sequentially printed using printing inks of two to five colors, so that the body portion 414 can produce a plurality of colors. You can make it appear.

The protruding length L of the elastic rod 410 may be set in various ways. As an example, the protruding length L of the elastic rod 410 may be approximately 0.75 to 10.0 mm. However, the present invention is not limited thereto, and the protruding length L of the elastic rod 410 may vary depending on the size of the fiber print 40 or the size of the printed image 401.

As an example, the protruding length L of the elastic rod 410 may be larger than the diameter T of the body portion 414 of the elastic rod 410. By forming the elastic rod 410 using the guide lane 210, the aspect ratio (L/T) of the protruding length (L) to the diameter (T) of the trunk portion 414 of the elastic rod 410 is approximately It can have a value of 10-40:1. By setting the aspect ratio (L/T) to 10 to 40:1, the difference in aesthetics depending on the viewing direction, flexibility, and feeling of touch can be improved. By forming the aspect ratio (L/T) of 10 to 40:1, the elastic rod 410 is formed in an elongated shape like a bristle, so that it has good uprightness and a soft texture that is easily bent.

The spacing G between the elastic rods 410 may be variously set according to the size of the fiber print 40, the size of the print area, the image to be expressed, or the resolution thereof. As an example, the gap G between the elastic rods 410 may be smaller than the diameter T of the elastic rods 410. For example, when the diameter T of the body portion 414 of the elastic rod 410 is approximately 0.6 mm, the interval G may be set to approximately 0.06 to 0.6 mm.

According to the printed image 401, the protruding lengths L1 to L6 of the plurality of elastic rods 410 may be different. The protruding lengths L1 to L6 of the elastic rod 410 may be different between letters or symbols of the printed image 401. In addition, the protruding lengths L1 to L6 of the plurality of elastic rods 410 may be different within one picture, one letter, or one symbol of the printed image 401.

The elastic rod 410 formed in some areas of the printing area may have a different protruding length L from the elastic rod 410 formed in other areas, and thus may exhibit different aesthetics for each area. By making the protruding length of the elastic rod 410 different, a three-dimensional three-dimensional image may be expressed.

When the textile print 40 of the present disclosure displays words, sentences, letters and/or figures, printing so that the unique meaning, feeling, and characteristics of words, sentences, letters, figures and/or pictures appear. The image 401 can be printed.

As shown in Fig. 10, when the fiber print 30 displays the mountain picture and the word "MOUNTAIN", the elastic rod 410 so that the meaning, feeling, and characteristics given by the mountain picture and the word "MOUNTAIN" are revealed. The length of each protrusion can be adjusted. That is, when the mountain picture and the printed image 401 in which the characters of “MOUNTAIN” are printed are touched, the printed image 401 may be printed so that the inherent meaning, feeling, and characteristics of the actual mountain are revealed.

When printing the mountain picture and the print image 401 of "MOUNTAIN" on the fiber print 40, as shown in FIG. 11, the protruding length of the adjacent elastic rods 410 based on the horizontal direction (X axis) It can be formed differently. As shown in FIG. 12, the protruding lengths of adjacent elastic rods 410 may be formed differently in the vertical direction (Y axis).

Here, the protruding length of the elastic rod 410 may be gradually increased from the left and right edges to the center based on the horizontal direction (X axis). In addition, the protruding length of the elastic rod 410 may be gradually increased from the bottom to the top based on the vertical direction (Y-axis).

Since the protruding length of the elastic rods 410 gradually increases from the left and right edges to the center based on the horizontal direction (X axis), different colors may be displayed at the left and right edges and the center. In addition, since the protruding length of the elastic rod 410 gradually increases from the bottom to the top based on the vertical direction (Y-axis), different colors may be expressed at the bottom and the top. That is, as the length of the elastic rod 410 is shortened or lengthened, the number of colors displayed by the body portion 414 is changed, so that the color of each elastic rod 410 may be different.

Through this, when the mountain picture and the word "MOUNTAIN" are printed, the mountain picture and the word "MOUNTAIN" are visually displayed in various colors, as well as the unique meaning, feeling, or characteristic of the mountain picture. I can make you feel. That is, by forming the printed image 401 to represent the unique meaning, feeling, or characteristic of words, sentences, letters, figures and/or pictures displayed on the textile printed material 40, not only visual effects but also unique tactile effects can be achieved. Can provide.

By printing the pattern of the elastic rod 110 as described above on the fiber substrate 100 to manufacture the fiber printed material 10, various trademarks, trade names, or unique symbols and characters, etc., without bleeding on the fiber substrate 100, etc. The printed image 101 of can be clearly protruded and printed. When the fiber print 10 is cut to an appropriate length and attached to clothing or the like and used as a label, erasing, discoloration, and damage due to washing can be prevented. Such fiber prints 10 can obtain a unique advertisement effect through a three-dimensional expression, and thus can be used in various ways in printed materials for packaging and advertisement promotion.

The method of manufacturing a fibrous printed material of the present disclosure can form an elastic rod to have a high aspect ratio (L/T) (for example, an aspect ratio of 10 to 40:1 (L/T)), and elasticity in the manufacturing process It can prevent the rod from being crushed.

In the method of manufacturing a fibrous print and the fibrous print of the present disclosure, when forming the elastic rod, at least one guide lane is formed on the outside of the printed image, thereby preventing the elastic rod from being crushed and clearly expressing the image.

In the above, embodiments according to the technical idea of the present invention have been described with reference to the accompanying drawings, but those of ordinary skill in the art to which the present invention pertains, the present invention does not change the technical idea or essential features, and other specific forms. It will be appreciated that it can be implemented with. It should be understood that the embodiments described above are illustrative in all respects and not limiting.

10: textile imprint
100, 300, 400: fiber substrate
101, 301, 401: print image
110, 310, 410: elastic rod
112, 312, 412: proximal end
114, 314, 414: body
116, 316, 416: tip
120, 320, 420: adhesive layer
210: guide lane

Claims (17)

Preparing a printing plate;
Inputting pattern data including information on lengths of elastic rods to be printed to a controller of a screen printing machine;
Inputting data of a guide lane linked to the pattern data of the elastic rods to a controller of the screen printing machine;
Supplying a fibrous substrate;
Printing a print image composed of a plurality of elastic rods on the fiber substrate based on the pattern data of the elastic rods, and printing at least one guide lane on the outer side of the print image; And
Curing and drying the printed image and the at least one guide lane; containing,
Method of making textile prints. The method of claim 1,
Printing the at least one guide lane at least the same height as the plurality of elastic rods,
Method of making textile prints. The method of claim 1,
Forming the plurality of elastic rods to have an aspect ratio of 10 to 40: 1, a method of manufacturing a fibrous printed matter. The method of claim 1,
A method of manufacturing a fibrous printed material to form a distance between the plurality of elastic rods in a ratio of 1:1 to 10:1 compared to the diameter of the elastic rod. The method of claim 1,
Forming a plurality of adhesive layers formed in a predetermined pattern on the fiber substrate, forming the plurality of elastic rods on the plurality of adhesive layers,
The plurality of elastic rods includes a base end portion, a body portion, and a front end portion formed in sequence, and the base end portion, the body portion, and the front end portion exhibit different colors from each other. The method of claim 1,
The at least one guide lane,
Formed on the one side, the second side, the third side or the fourth side of the outer shell of the printed image, a method for producing a textile printed matter. The method of claim 6,
Further comprising the step of cutting and removing the at least one guide lane formed on an outer surface of the printed image. Fiber base;
A print image printed on the fiber substrate; And
At least one guide lane formed on the outer surface of the printed image and interlocked with the height of the elastic rod,
The printed image includes a plurality of adhesive layers formed in a predetermined pattern on the fiber substrate, and a pattern of a plurality of elastic rods protruding from the plurality of adhesive layers in a rod shape,
The pattern of the elastic rod is formed by forming a plurality of rows spaced at a predetermined interval, and the elastic rod formed of the plurality of rows is formed by printing along the pattern of the printed image,
The elastic rod includes a base end portion, a body portion, and a front end portion formed in sequence,
The base end, the trunk, and the front end exhibit different colors from each other,
The plurality of elastic rods are formed to have an aspect ratio of 10 to 40:1, fiber printed matter. The method of claim 8,
The pattern of the elastic rod is formed at an interval of 1:1 to 10:1 compared to the diameter of the elastic rod, fiber print. The method of claim 9,
The length of the body in the vertical direction is divided into 2 to 5 equal parts, and is formed of printing inks of 2 to 5 different colors, so that the body part exhibits a plurality of colors. The method of claim 10,
The print image displays at least one of a character, a figure, a symbol, and a picture,
A fibrous printed matter in which the protruding lengths of adjacent elastic rods are formed to be different so that the characters, the figures, the symbols, and the unique meanings, feelings, and characteristics of the pictures are displayed. The method of claim 11,
The protruding lengths of adjacent elastic rods are different based on the horizontal direction,
Fiber prints in which the protruding lengths of adjacent elastic rods are formed equally based on the vertical direction. The method of claim 12,
The fibrous printed material is formed such that the protruding length of the elastic rods gradually increases with respect to the horizontal direction, and then a decreasing pattern is repeated. The method of claim 11,
A fibrous print that exhibits different colors depending on the protruding length of the elastic rods. The method of claim 11,
The protruding lengths of adjacent elastic rods are different based on the horizontal direction,
Fiber prints in which the protruding lengths of adjacent elastic rods are formed differently based on the vertical direction. The method of claim 15,
A fiber printed material formed such that the protruding length of the elastic rods gradually increases from the left and right edges of the printed image to the center based on the horizontal direction. The method of claim 16,
First elastic rods formed on the left and right edges of the printed image,
The second elastic rods formed in the center of the printed image exhibit different colors.

Images