KR102588536B1 - Paints drawing printing sheet material manufacturing system - Google Patents

Abstract

The purpose of the present invention is to provide a system for producing paint drawing printing fabric. The configuration of the present invention is to print the base printing unit (3BC) so that one side of the paint drawing fabric (2M) can be colored (ink 1-color printing) ) and printing paint on one side of the paint drawing fabric (2M) on which the base printing portion (3BC) is formed to form a multi-color painting portion.

Description

Paints drawing printing sheet material manufacturing system}

The present invention relates to a paint drawing printing fabric manufacturing system, and more specifically, to a paint drawing printing fabric manufacturing system that allows coloring using paper-type paint.

Generally, coloring books for children contain pictures of objects schematized in terms of material, including the non-representational aspects of the pictures, and drawings of cartoon movie characters. Recently, coloring books for children contain illustrations of objects or cartoon movie characters schematized on paper. A coloring book with characters drawn as outlines has been released, allowing children to enjoy coloring or coloring by painting or attaching paints, crayons, or stickers to desired parts of objects or characters. there is.

Korea Public Utility Model No. 20-1992-0017880 (published on October 17, 1992) Korean Patent Publication No. 10-2015-0011222 (published on January 30, 2015) Korean Patent No. 10-2047372 (registered on November 15, 2019) Korean Registered Utility Model No. 20-0276307 (registered on May 9, 2002)

The purpose of the present invention is to provide a new paint drawing printing fabric production system that allows coloring using paper-type paint and improves the precision and speed of the printing process.

According to the present invention to solve the above problem, the base printing part 3BC is printed (1 ink printing) so that one side of the paint drawing fabric 2M can be colored, and the base printing part 3BC is formed. A paint drawing printing fabric manufacturing system is provided, characterized in that the paint is printed on one side of the paint drawing fabric (2M) to form a multi-colored portion.

Rotation table (120) on which paint drawing fabric (2M) is placed; a base color printing unit disposed at a side of the rotation table 120 and forming a base printing unit 3BC for applying ink to one side of the paint fabric 2M; a plurality of multi-color support units provided on the rotation table 120; So that multi-color painting is performed on the base printing unit (3BC), which is provided on the upper part of the rotation table 120 and colored on the paint drawing fabric (2M) supported by a plurality of multi-color coloring support units on the rotation table 120. Characterized in that it includes a plurality of print heads.

The rotation table 120 is configured to be rotatable by a rotation drive unit, and the rotation drive unit includes a rotation shaft provided at the center of the bottom of the rotation table 120 and rotatably supported on the rotation base frame 135. (133); It is supported on the rotation base frame 135 and the motor shaft includes a rotation drive motor 134 connected to the rotation shaft 133, and the base coloring unit includes a base on which the rotation table 120 is located at a side position. coloring table (142); A plurality of base suction holes 144 penetrating through the upper and lower surfaces of the base coloring table 142; It includes a base print head 146 disposed above the base coloring table 142 and performing base coloring on one side of the paint drawing fabric 2M, wherein the plurality of print heads include the rotation table 120. ), the first print head 112, the second print head 113, the third print head 114, the fourth print head 115, and the fifth print head arranged at regular intervals along the circumferential direction based on the center of the It includes a head 116 and a sixth printing head 117, wherein the first printing head 112 performs red silk printing on the paint drawing fabric 2M to form a red colored portion 3A. It is composed of a head, and the second print head 113 is a green silk print head that forms a green color portion 3B by silk-printing green color at a position outside the red color portion 3A of the paint drawing fabric 2M. It is composed of, and the third printing head 114 forms an orange coloring portion 3C by coloring orange in a position outside the red coloring portion 3A and the green coloring portion 3B of the paint drawing fabric 2M. It consists of an orange silk printing head, and the fourth printing head 115 is located outside the red colored part 3A, green colored part 3B, and orange colored part 3C of the paint drawing fabric 2M. It is composed of a yellow silk printing head that colors yellow to form a yellow coloring portion (3D), and the fifth printing head 116 is configured to cover the red coloring portion 3A and the green coloring portion 3B of the paint drawing fabric 2M. ) and a magenta silk printing head that colors magenta in positions outside the orange colored portion (3C) and the yellow colored portion (3D) to form a magenta colored portion (3E), and the sixth printing head 117 is configured as above. Apply ultramarine blue to the areas outside the red color area (3A), green color area (3B), orange color area (3C), yellow color area (3D), and magenta color area (3E) of the fabric (2M). It is characterized by being composed of an ultramarine blue silk printing head forming the coloring portion (3F).

The first print head 112 is mounted on the upper plate 152UP of the main head support frame 152 and connected to the cylinder rod of the first lifting cylinder disposed in the vertical direction, and the second print head 113 is connected to the main head support frame 152. It is mounted on the upper plate 152UP of the head support frame 152 and connected to the cylinder rod of the second lifting cylinder disposed in the vertical direction, and the third printing head 114 is connected to the upper plate 152UP of the main head support frame 152. ) and connected to the cylinder rod of the third lifting cylinder arranged in the vertical direction, and the fourth printing head 115 is mounted on the upper plate 152UP of the main head support frame 152 and arranged in the vertical direction. It is connected to the cylinder rod of the 4th elevating cylinder, and the fifth print head 116 is mounted on the upper plate 152UP of the main head support frame 152 and connected to the cylinder rod of the fifth elevating cylinder arranged in the vertical direction, The sixth printing head 117 is mounted on the upper plate 152UP of the main head support frame 152 and is configured to be connected to the cylinder rod of the sixth lifting cylinder disposed in the vertical direction, and the first printing head 112 A first drying unit 118AU mounted on the upper plate 152UP of the main head support frame 152 is disposed between the second print head 113 and the second print head 113 and the third print head 113. A second drying unit (118BU) mounted on the upper plate (152UP) of the main head support frame (152) is disposed between the heads (114), and the third printing head (114) and the fourth printing head (115) are disposed between the heads (114). A third drying unit (118CU) mounted on the upper plate (152UP) of the main head support frame 152 is disposed between, and between the fourth print head 115 and the fifth print head 116, the main head A fourth drying unit (118DU) mounted on the upper plate (152UP) of the support frame (152) is disposed, and the main head support frame (152) is located between the fourth print head (115) and the fifth print head (116). ), the fifth drying unit (118EU) mounted on the top plate (152UP) is disposed, and the top plate (152UP) of the main head support frame 152 is located between the fifth print head 116 and the sixth print head 117. ) is disposed to dry the red colored part 3A by the first drying unit 118AU and the green colored part 3A by the second drying unit 118BU. (3B) is dried, the orange colored portion 3C is dried by the third drying unit 118CU, and the yellow colored portion 3D is dried by the fourth drying unit 118DU. The magenta colored part 3E is dried by the fifth drying unit 118EU, and the ultramarine colored part 3F is dried by the sixth drying unit 118FU.

The paint drawing printing fabric production system of the present invention is implemented so that the print head and dryer for performing printing can operate continuously in order to silkscreen print multi-colored parts, while solving the problem of taking a lot of time when producing paint drawing fabric. It has the effect of solving various troublesome problems and improving work efficiency.

In addition, the present invention can improve work productivity by printing a colored part with multiple colors on paint fabric in a short period of time through a single input and discharge process, and the paint fabric can be fixed in place on a rotation table. Since it is possible to print as is and to supply and discharge the paint drawing fabric in a standardized manner, the problem of silk screen printing defects caused by poor positioning of the paint drawing fabric has the effect of being solved.

Figure 1 is a perspective view showing the structure of the base coloring table portion, which is the main part of the paint drawing printing fabric production system according to the present invention;
Figure 2 is a perspective view showing the disassembled state of the base coloring table and base suction box shown in Figure 1;
Figure 3 is a perspective view showing the structure of the base coloring table, base suction box, and base printing head, which are the main parts of the present invention;
Figure 4 is a side view showing the structure of the base coloring table, base suction box, base print head, and other main parts of the present invention, such as the feeding magazine, vertical pickup cylinder, horizontal pickup cylinder, and pickup suction pad shown in Figure 3;
Figure 5 is a perspective view of the feeding magazine shown in Figure 4;
Figure 6 is a side view showing a state in which the paint drawing fabric is fed from the feeding magazine onto the base coloring table by the operation of the horizontal pickup cylinder and pickup suction pad shown in Figure 4;
Figure 7 is a side view showing an enlarged portion of the pickup suction pad and base coloring table shown in Figure 6;
Figure 8 is a perspective view showing a state in which a sheet of paint drawing fabric is fed and placed on the base coloring table shown in Figure 3;
Figure 9 is a perspective view schematically showing the process of printing a base coloring layer on one side of a paint drawing fabric by the base printing head shown in Figure 3;
Figure 10 is a perspective view showing a state in which the base coloring layer is printed on one side of the paint drawing fabric by the base printing head shown in Figure 9;
Figure 11 is a perspective view showing the structure of the rotation table, which is another main part of the paint drawing printing fabric production system according to the present invention;
Figure 12 is a top view of the rotation table shown in Figure 11;
Figure 13 is an exploded perspective view of the rotation table and suction operating channel shown in Figure 11;
Figure 14 is a perspective view showing the combined state of the rotation table and suction operation channel shown in Figure 13;
Figure 15 is a plan view schematically showing the structure of the rotation table, printing head, and drying unit that constitute the paint drawing printing fabric production system according to the present invention;
Figure 16 is a bottom view schematically showing the structure of the rotation table, print head, and drying unit shown in Figure 15;
Figure 17 is a perspective view schematically showing a state in which a paint drawing fabric with a base coloring layer is placed on the plurality of first sector bottom suction holes to sixth sector bottom suction holes shown in Figure 12;
Figure 18 is a longitudinal cross-sectional view taken along line AA of Figure 17;
Figure 19 is a perspective view schematically showing the structure of the rotation table, print head, and drying unit shown in Figure 15;
Figure 20 is a side view schematically showing the structure of the rotation table, print head, and drying unit shown in Figure 15;
Figure 21 schematically shows the structure of the rotation table, printing head, drying unit, base coloring table, intermediate pickup moving drive motor, intermediate pickup operating cylinder, and intermediate pickup suction pad that constitute the paint drawing printing fabric manufacturing system according to the present invention. One side view,
Figure 22 is a side view showing a state in which the middle pickup suction pad shown in Figure 21 is moved onto the paint drawing fabric mounted on the base coloring table;
Figure 23 is a side view showing a state in which the intermediate pickup operation cylinder and the intermediate pickup suction pad shown in Figure 22 are rotated by the intermediate pickup movement drive motor and moved onto the rotation table;
Figure 24 shows a state in which the middle pickup operation cylinder and the middle pickup suction pad shown in Figure 23 are rotated in opposite directions by the middle pickup movement drive motor to move the middle pickup suction pad onto the paint drawing fabric mounted on the base coloring table. One side view,
Figure 25 is a side view showing an enlarged view of the process of silk printing a green colored portion by a second print head consisting of a plurality of print heads on a rotation table constituting the paint drawing printing fabric production system according to the present invention;
Figure 26 shows the first drying of the paint drawing fabric on which the red colored part is printed by the first printing head constituting a plurality of printing heads on the rotation table constituting the paint drawing printing fabric production system according to the present invention by rotation of the rotation table. A plan schematically showing the unit moved to its lower position,
Figure 27 is a side view showing an enlarged view of the process of drying the red colored part of the paint drawing fabric shown in Figure 26 by the first drying unit;
Figure 28 is a perspective view schematically showing a state in which a red coloring portion is silk-printed on the base printing portion of a paint drawing fabric by the paint drawing printing fabric manufacturing system according to the present invention;
Figure 29 is a perspective view schematically showing the state in which the red colored part and the green colored part are silk printed on the base printed part of the paint drawing fabric shown in Figure 28;
Figure 30 is a perspective view schematically showing a state in which a red colored part, a green colored part, and an orange colored part are silk printed on the base printing part of the paint drawing fabric of Figure 28;
Figure 31 is a perspective view schematically showing the state in which the red colored part, the green colored part, the orange colored part, and the yellow colored part are silk printed on the base printing part of the paint drawing fabric of Figure 28;
Figure 32 is a perspective view schematically showing the state in which the red colored part, the green colored part, the orange colored part, the yellow colored part, and the magenta colored part are silk printed on the base printing part of the paint drawing fabric of Figure 28;
Figure 33 is a perspective view showing a finished paint drawing fabric in which red coloring, green coloring, orange coloring, yellow coloring, magenta coloring, and ultramarine blue coloring are silk-printed on the base printing part of the paint drawing fabric of Figure 28;
Figure 34 is a perspective view schematically showing the structure of the rotation table, a plurality of printing heads, a drying unit, an discharge rotation drive motor, an discharge pickup cylinder, and an discharge suction pad that constitute the paint drawing printing fabric production system according to the present invention;
Figure 35 is a side view showing an enlarged portion of the discharge suction pad, which is the main part shown in Figure 34;
Figure 36 is a side view showing the discharge suction pad shown in Figure 35 advanced on the rotation table to pick up and discharge the finished paint drawing fabric;
FIG. 37 is a side view schematically showing a state in which the discharge pickup cylinder and the discharge suction pad are rotated by driving the discharge rotation drive motor shown in FIG. 34 and the discharge suction pad is disposed on the discharge stack magazine;
Figure 38 is a perspective view of the discharge stack magazine shown in Figures 36 and 37.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings. The purpose, features, and advantages of the present invention can be more easily understood by referring to the accompanying drawings and the following detailed description. Additionally, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description will be omitted.

Additionally, when describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are only used to distinguish the component from other components, and the nature, sequence, or order of the component is not limited by the term. When a component is described as being "connected," "coupled," or "connected" to another component, that component may be directly connected or connected to that other component, but there is another component between each component. It will be understood that elements may be “connected,” “combined,” or “connected.”

Figure 1 is a perspective view showing the structure of the base coloring table portion, which is the main part of the paint drawing and printing fabric production system according to the present invention, and Figure 2 is a perspective view showing the disassembled state of the base coloring table and base suction box shown in Figure 1. 3 is a perspective view showing the structure of the base coloring table, base suction box, and base print head, which are the main parts of the present invention, and Figure 4 is a base coloring table, base suction box, and base print head shown in Figure 3, and other main parts of the present invention. One side view showing the structure of the feeding magazine, the vertical pickup cylinder, the horizontal pickup cylinder, and the pickup suction pad. FIG. 5 is a perspective view of the feeding magazine shown in FIG. 4, and FIG. 6 is a view of the horizontal pickup cylinder and pickup suction pad shown in FIG. A side view showing a state in which the paint drawing fabric is fed from the feeding magazine onto the base coloring table by operation. FIG. 7 is a side view showing an enlarged view of the pickup suction pad and the base coloring table shown in FIG. 6. FIG. 8 is a view showing an enlarged view of the base coloring table. FIG. A perspective view showing a state in which a sheet of paint drawing fabric is fed and placed on the base coloring table shown in , and Figure 9 schematically shows the process of printing a base coloring layer on one side of the paint drawing fabric by the base printing head shown in Figure 3. A perspective view showing, Figure 10 is a perspective view showing a state in which the base coloring layer is printed on one side of the paint drawing fabric by the base printing head shown in Figure 9, and Figure 11 is another main view of the paint drawing printing fabric production system according to the present invention. A perspective view showing the structure of the rotation table, FIG. 12 is a plan view of the rotation table shown in FIG. 11, FIG. 13 is an exploded perspective view of the rotation table and suction operation channel shown in FIG. 11, and FIG. 14 is a rotation table shown in FIG. 13. and a perspective view showing the combined state of the suction operation channel, Figure 15 is a plan view schematically showing the structure of the rotation table, printing head, and drying unit that constitute the paint drawing printing fabric production system according to the present invention, Figure 16 is Figure 15 A bottom view schematically showing the structure of the rotation table, print head, and drying unit, and FIG. 17 is a drawing of paint with a base color layer formed on the plurality of first sector bottom suction holes to sixth sector bottom suction holes shown in FIG. 12. A perspective view schematically showing the state in which the fabric is placed, FIG. 18 is a longitudinal cross-sectional view taken along line A-A of FIG. 17, FIG. 19 is a perspective view schematically showing the structure of the rotation table, print head, and drying unit shown in FIG. 15, and FIG. 20 is a drawing. A side view schematically showing the structure of the rotation table, printing head, and drying unit shown in Figure 15, and Figure 21 shows the rotation table, printing head, drying unit, base coloring table, and One side view schematically showing the structure of the middle pickup moving drive motor, the middle pickup operating cylinder, and the middle pickup suction pad. FIG. 22 is a state in which the middle pickup suction pad shown in FIG. 21 is moved onto the paint drawing fabric mounted on the base coloring table. Figure 23 is a side view showing a state in which the intermediate pickup operating cylinder and the intermediate pickup suction pad shown in Figure 22 are rotated by the intermediate pickup movement drive motor and moved onto the rotation table, Figure 24 is shown in Figure 23 Figure 25 is a side view showing a state in which the middle pickup operation cylinder and the middle pickup suction pad are rotated in opposite directions by the middle pickup movement drive motor to move the middle pickup suction pad onto the paint drawing fabric mounted on the base coloring table. Figure 26 is an enlarged side view showing the process of silk printing a green coloring area by a second print head constituting a plurality of print heads on a rotation table constituting a paint drawing printing fabric production system according to the invention; Figure 26 is an enlarged view of the paint according to the present invention. A state in which the paint drawing fabric on which the red coloring portion is printed by the first printing head constituting a plurality of printing heads on the rotation table constituting the drawing printing fabric production system is moved to the lower position of the first drying unit by rotation of the rotation table. A plan view schematically showing, Figure 27 is an enlarged side view showing the process of drying the red colored part of the paint drawing fabric shown in Figure 26 by the first drying unit, and Figure 28 is a paint drawing printing fabric production system according to the present invention. A perspective view schematically showing the state in which the red colored part is silk-printed on the base printing part of the paint drawing fabric, Figure 29 is a state in which the red colored part and the green colored part are silk-printed on the base printing part of the paint drawing fabric shown in Figure 28. A perspective view schematically showing, Figure 30 is a perspective view schematically showing the state in which the red coloring part, the green coloring part, and the orange coloring part are silk printed on the base printing part of the paint drawing fabric of Figure 28, Figure 31 is the paint drawing fabric of Figure 28 A perspective view schematically showing the state in which the red colored part, the green colored part, the orange colored part, and the yellow colored part are silk printed on the base printing part of , Figure 32 is a red colored part and the green colored part on the base printing part of the paint drawing fabric of Figure 28. Figure 33 is a perspective view schematically showing the state in which the orange colored part, the yellow colored part, and the magenta colored part are printed on silk, Figure 33 shows the red colored part, the green colored part, the orange colored part, and the yellow colored part on the base printing part of the paint drawing fabric of Figure 28. A perspective view showing the finished paint drawing fabric on which the coloring part, the magenta coloring part, and the ultramarine blue coloring part are silk-printed, Figure 34 is a perspective view, and Figure 11 is a rotation table, a plurality of printing heads, and a drying unit that constitute the paint drawing printing fabric manufacturing system according to the present invention. A perspective view schematically showing the structure of the discharge rotation drive motor, the discharge pickup cylinder, and the discharge suction pad. FIG. 35 is a side view showing an enlarged portion of the discharge suction pad, which is the main part shown in FIG. 34. FIG. 36 is a side view showing the main part of the discharge suction pad shown in FIG. 35. Figure 37 is a side view showing the state in which the discharge suction pad is advanced on the rotation table to pick up and discharge the finished paint drawing fabric, and Figure 37 shows the discharge pickup cylinder and discharge suction pad being rotated by driving the discharge rotation drive motor shown in Figure 34. FIG. 38 is a side view schematically showing the state in which the discharge suction pad is placed on the discharge stack magazine. FIG. 38 is a perspective view of the discharge stack magazine shown in FIGS. 36 and 37.

Referring to the drawings, the paint drawing printing fabric production system of the present invention is formed by silkscreen printing multi-colored areas on a paint drawing fabric (2M).

The present invention prints a base printing part (3BC) so that one side of the paint drawing fabric (2M) can be colored (printing ink 1 color), and prints a base printing part (3BC) on one side of the paint drawing fabric (2M) on which the base printing part (3BC) is formed. It is a paint drawing printing fabric production system characterized by printing paint to form multi-colored parts.

Silk-screen printing is a type of stencil printing method similar to a mimeograph. The commonly known silk-screen printing method is to install fabric (silk) tautly in a square frame, excluding the area to be printed on the fabric. After completing the stencil-shaped mold by leaving the photosensitive liquid, place the printed material (2M) on the bottom of the mold, apply the ink evenly with a scraper, and use a squeegee made of rubber. A method of printing on the surface of a printed material is adopted through the process of uniformly pressing the paste onto the top of the cloth. The print head described in the present invention prints multi-colored areas on the paint drawing fabric (2M) using this silk screen printing method. In the present invention, the print heads include a first print head 112, a second print head 113, a third print head 114, a fourth print head 115, a fifth print head 116, and a sixth print head. It includes (117), wherein the first print head 112 is composed of a red silk print head that silk prints red on the paint drawing fabric 2M to form a red colored portion 3A, and the second print head (113) is composed of a green silk printing head that forms a green coloring portion (3B) by silk-printing green color at a position outside the red coloring portion (3A) of the paint drawing fabric (2M), and the third printing head ( 114) is composed of an orange silk printing head that forms an orange coloring portion (3C) by coloring orange in a position outside the red coloring portion (3A) and green coloring portion (3B) of the paint drawing fabric (2M), The fourth printing head 115 paints yellow in positions outside the red coloring portion (3A), green coloring portion (3B), and orange coloring portion (3C) of the paint drawing fabric (2M) to create a yellow coloring portion (3D). It is composed of a yellow silk printing head forming, and the fifth printing head 116 is configured to print the red colored portion 3A, the green colored portion 3B, the orange colored portion 3C, and the yellow colored portion of the paint drawing fabric 2M. It is composed of a magenta silk printing head that colors magenta in a position outside the coloring portion (3D) to form a magenta coloring portion (3E), and the sixth printing head 117 is a red coloring portion of the paint drawing fabric (2M). Ultramarine blue silk is painted with ultramarine blue in positions outside (3A), green colored area (3B), orange colored area (3C), yellow colored area (3D), and magenta colored area (3E) to form ultramarine blue colored area (3F). It consists of a print head.

In the present invention, the first print head 112, the second print head 113, the third print head 114, the fourth print head 115, the fifth print head 116, and the sixth print head 117. ) is painted with paint on the fabric (2M) using the silk screen printing method described above, respectively, in the red colored part (3A), the green colored part (3B), the orange colored part (3C), the yellow colored part (3D), and the magenta colored part (3E). ) and two ultramarine blue colored parts (3F) are formed on the paint drawing fabric (2M). The first print head 112, the second print head 113, the third print head 114, the fourth print head 115, the fifth print head 116, and the sixth print head 117 are Red coloring area (3A), green coloring area (3B), orange coloring area (3C), yellow coloring area (3D), magenta coloring area (3E) and ultramarine blue coloring on fabric (2M) using a silk screen printing method. Since the silkscreen printing method for forming the coloring portion 3F is a common method, detailed description thereof will be omitted.

The present invention includes a rotation table (120) on which paint drawing fabric (2M) is placed; a base color printing unit disposed at a side of the rotation table 120 and forming a base printing unit 3BC for applying ink to one side of the paint fabric 2M; a plurality of multi-color support units provided on the rotation table 120; So that multi-color painting is performed on the base printing unit (3BC), which is provided on the upper part of the rotation table 120 and colored on the paint drawing fabric (2M) supported by a plurality of multi-color coloring support units on the rotation table 120. It includes a plurality of print heads.

The rotation table 120 is configured to be rotatable by a rotation drive unit, and the rotation drive unit includes a rotation shaft provided at the center of the bottom of the rotation table 120 and rotatably supported on the rotation base frame 135. (133); It is supported on the rotation base frame 135 and the motor shaft includes a rotation drive motor 134 connected to the rotation shaft 133, and the base coloring unit includes a base on which the rotation table 120 is located at a side position. coloring table (142); A plurality of base suction holes 144 penetrating through the upper and lower surfaces of the base coloring table 142; It includes a base printing head 146 that is disposed above the base coloring table 142 and performs base coloring on one side of the paint fabric 2M.

The base coloring printing unit is coupled to the bottom of the base coloring table 142 and further includes a base suction box 148 having a base suction chamber 148SC communicating upwardly. The base suction chamber 148SC inside the base suction box 148 is configured to communicate with a plurality of base suction holes 144.

The bottom of the base coloring table 142 is coupled to the base coloring support frame via a shaft and is arranged in the horizontal direction. A plurality of shafts support the bottom of the base coloring table 142 to the base coloring support frame.

The paint drawing fabric (2M) is placed on the base coloring table 142 so that the paint drawing fabric (2M) is disposed in the base suction hole 144 area, and the base suction chamber 148SC inside the base suction box 148 And vacuum pressure is applied through the plurality of base suction holes 144 of the base coloring table 142 to fix the paint drawing fabric (2M) to the paint drawing fabric (2M) by the base printing head 146. A base printing portion 3BC is formed. The base printing unit 3BC may be composed of a coloring unit coated with transparent paint. The color of the base printing section (3BC) is applied to one side of the paint fabric (2M), including the red coloring section (3A), the green coloring section (3B), the orange coloring section (3C), the yellow coloring section (3D), and the magenta coloring section ( 3E) and the ultramarine blue colored part (3F) can be formed in a color that can bring out the unique colors.

In the present invention, the plurality of print heads includes a first print head 112, a second print head 113, and a third print head arranged at regular intervals along the circumferential direction based on the center of the rotation table 120. (114), including a fourth print head 115, a fifth print head 116, and a sixth print head 117, wherein the first print head 112 applies red color to the paint drawing fabric 2M. It consists of a red silk printing head that prints on silk to form a red coloring portion (3A), and the second printing head 113 prints green silk at a position outside the red coloring portion (3A) of the paint drawing fabric (2M). It consists of a green silk printing head that prints to form a green coloring portion (3B), and the third printing head 114 prints the red coloring portion (3A) and the green coloring portion (3B) of the paint drawing fabric (2M). It is composed of an orange silk printing head that colors orange in an off position to form an orange coloring portion (3C), and the fourth printing head 115 colors the red coloring portion (3A) and the green coloring of the paint drawing fabric (2M). It is composed of a yellow silk printing head that forms a yellow coloring portion (3D) by coloring yellow in a position outside the portion 3B and the orange coloring portion 3C, and the fifth printing head 116 is configured to print the paint drawing fabric ( Magenta silk printing in which magenta is painted in positions outside the red color area (3A), green color area (3B), orange color area (3C), and yellow color area (3D) of 2M) to form the magenta color area (3E). It is composed of a head, and the sixth printing head 117 includes a red colored part (3A), a green colored part (3B), an orange colored part (3C), and a yellow colored part (3D) of the paint drawing fabric (2M). It is characterized by being composed of an ultramarine blue silk printing head that colors ultramarine blue in positions outside the magenta coloring area (3E) to form an ultramarine blue coloring area (3F).

The first print head 112 is mounted on the upper plate 152UP of the main head support frame 152 and connected to the cylinder rod of the first lifting cylinder disposed in the vertical direction, and the second print head 113 is connected to the main head support frame 152. It is mounted on the upper plate 152UP of the head support frame 152 and connected to the cylinder rod of the second lifting cylinder disposed in the vertical direction, and the third printing head 114 is connected to the upper plate 152UP of the main head support frame 152. ) and connected to the cylinder rod of the third lifting cylinder arranged in the vertical direction, and the fourth printing head 115 is mounted on the upper plate 152UP of the main head support frame 152 and arranged in the vertical direction. It is connected to the cylinder rod of the 4th elevating cylinder, and the fifth print head 116 is mounted on the upper plate 152UP of the main head support frame 152 and connected to the cylinder rod of the fifth elevating cylinder arranged in the vertical direction, The sixth printing head 117 is mounted on the upper plate 152UP of the main head support frame 152 and is configured to be connected to the cylinder rod of the sixth lifting cylinder disposed in the vertical direction, and the first printing head 112 A first drying unit 118AU mounted on the upper plate 152UP of the main head support frame 152 is disposed between the second print head 113 and the second print head 113 and the third print head 113. A second drying unit (118BU) mounted on the upper plate (152UP) of the main head support frame (152) is disposed between the heads (114), and the third printing head (114) and the fourth printing head (115) are disposed between the heads (114). A third drying unit (118CU) mounted on the upper plate (152UP) of the main head support frame 152 is disposed between, and between the fourth print head 115 and the fifth print head 116, the main head A fourth drying unit (118DU) mounted on the upper plate (152UP) of the support frame (152) is disposed, and the main head support frame (152) is located between the fourth print head (115) and the fifth print head (116). ), the fifth drying unit (118EU) mounted on the top plate (152UP) is disposed, and the top plate (152UP) of the main head support frame 152 is located between the fifth print head 116 and the sixth print head 117. ) The sixth drying unit (118FU) mounted on is disposed.

The red colored part 3A is dried by the first drying unit 118AU, the green colored part 3B is dried by the second drying unit 118BU, and the third drying unit 118CU drying the orange colored part 3C, drying the yellow colored part 3D by the fourth drying unit 118DU, and drying the magenta colored part 3E by the fifth drying unit 118EU. ) and dry the ultramarine blue colored portion 3F by the sixth drying unit 118FU.

Meanwhile, the present invention includes a feeding magazine 162 disposed at a side position of the base coloring table 142 and loaded with a plurality of sheets of paint drawing fabric (2M); A feeding pickup unit that picks up one sheet of paint drawing fabric (2M) from the feeding magazine 162 and feeds it onto the base coloring table 142.

The feeding pickup unit includes a vertical pickup cylinder 164 mounted on a pickup support frame and having a motor shaft disposed in a vertical direction; a horizontal pickup cylinder (165) connected to the cylinder rod of the vertical pickup cylinder (164) and disposed in a horizontal direction toward the base coloring table (142); a pickup suction pad 166 connected to the cylinder rod of the horizontal pickup cylinder 165 and disposed in a horizontal direction toward the base coloring table 142; It is characterized in that it includes a plurality of pickup suction holes (166SH) penetrating through the inner and outer surfaces of the suction bottom plate of the pickup suction pad (166).

The pickup suction pad 166 is configured in the shape of a square plate with a side connection panel piece connected between the upper and lower suction top plate and the suction bottom plate to form a pickup suction space therein, and has a plurality of pickup suction holes 166SH. It is in communication with the pickup suction space, and the suction top plate or side connection panel piece of the pickup stone pad is connected to an external suction device (not shown) through a connector such as a flexible hose, and is operated by the suction device. Vacuum pressure is applied to the plurality of pickup suction holes (166SH), so that the top layer of the paint drawing fabric (2M) among the plurality of paint drawing fabrics (2M) stacked in the pickup magazine below is pulled into the pickup suction hole (166SH). It is configured to suction with the vacuum pressure acting on it.

The present invention is characterized in that it further includes an intermediate feeding pickup unit disposed between the base coloring table 142 and the rotation table 120.

The intermediate feeding pickup unit includes an intermediate pickup moving drive motor 172 mounted on an intermediate pickup support frame and having a motor shaft arranged in a vertical direction; It is connected to the motor shaft of the intermediate pickup movement drive motor 172 and disposed in the horizontal direction, and moves toward the base coloring table 142 or the rotation table 120 according to the rotation of the motor shaft of the intermediate pickup movement drive motor 172. an intermediate pickup actuating cylinder (174) pivoted towards; an intermediate pickup suction pad (176) disposed in a horizontal direction with a side connection panel piece on one side connected to the cylinder rod of the intermediate pickup operating cylinder (174); It is characterized in that it includes a plurality of intermediate pickup suction holes (176SH) penetrating into the inner and outer surfaces of the suction bottom plate of the intermediate pickup suction pad (176).

The intermediate pickup suction pad 176 is composed of a rectangular plate shape with a side connection panel piece connected between the upper and lower suction top plate and the suction bottom plate to form an intermediate pickup suction space inside, and a plurality of the intermediate pickup suction holes ( 176SH) is in communication with the pickup suction space, and the suction top plate or side connection panel piece of the middle pickup suction pad 176 is connected to an external suction device (not shown) through a connector such as a flexible hose, By operating the suction device, vacuum pressure is applied to the plurality of intermediate pickup suction holes (176SH), and a sheet of paint drawing fabric (2M) placed on the base coloring table (142) below is moved to the intermediate pickup suction holes (176SH). ) is configured to provide suction with vacuum pressure acting at .

The rotation table 120 includes a first sector bottom suction hole (120AH), a second sector bottom suction hole (120BH), a third sector bottom suction hole (120CH) arranged in a radial direction with respect to the center and penetrating through the upper and lower surfaces, A fourth sector bottom suction hole (120DH), a fifth sector bottom suction hole (120EH), and a sixth sector bottom suction hole (120FH) are provided, and a first sector bottom suction hole (120AH) is provided on the bottom of the rotation table 120. ), 2nd sector bottom suction hole (120BH), 3rd sector bottom suction hole (120CH), 4th sector bottom suction hole (120DH), 5th sector bottom suction hole (120EH) and 6th sector bottom suction hole (120FH) ) is provided with a suction operation channel 122 having an upper open suction operation connection chamber 122SC in communication with the suction operation channel 122, and the suction operation connection chamber 122SC inside the suction operation channel 122 is provided with a flexible connector. It is characterized in that an external suction operating device (not shown) is connected to the furnace.

When the suction suction force is activated by the operation of the suction operation field in the suction operation connection chamber 122SC inside the suction operation channel 122, the first sector bottom suction hole 120AH and the second sector bottom suction hole (120AH) of the rotation turntable 120BH), the third sector bottom suction hole (120CH), the fourth sector bottom suction hole (120DH), the fifth sector bottom suction hole (120EH), and the sixth sector bottom suction hole (120FH), the vacuum suction force acts on the 1st sector bottom suction hole (120AH), 2nd sector bottom suction hole (120BH), 3rd sector bottom suction hole (120CH), 4th sector bottom suction hole (120DH), 5th sector bottom suction hole (120EH) and The paint drawing fabric (2M) placed on the 6-sector bottom suction hole (120FH) is used in the 1st sector bottom suction hole (120AH), the 2nd sector bottom suction hole (120BH), the 3rd sector bottom suction hole (120CH), and the 4th sector bottom suction hole (120FH). It is firmly fixed on the rotation table 120 by the vacuum suction force acting on the sector bottom suction hole 120DH, the fifth sector bottom suction hole 120EH, and the sixth sector bottom suction hole 120FH.

In the present invention, the multi-colored support unit includes a first sector bottom suction hole (120AH), a second sector bottom suction hole (120BH), a third sector bottom suction hole (120CH), a fourth sector bottom suction hole (120DH), and a fifth sector bottom suction hole (120AH). It consists of a sector bottom suction hole (120EH), a sixth sector bottom suction hole (120FH), and a suction operation channel 122 provided with a suction operation connection chamber 122SC open to the top.

The suction operating channel 122 has an annular channel shape and is coupled to the outer peripheral surface of the annular core block provided on the bottom of the rotation table 120 via a relative rotation support means such as a bearing.

The suction operating channel 122 is connected to and fixed to the rotation base frame 135 by a connector such as a post.

Accordingly, the rotation table 120 and the core block can be rotated, while the suction operating channel 122 is configured to be fixed to the rotation base frame 135. That is, when the rotation shaft 133 rotates due to the rotation of the motor shaft of the rotation drive motor 134, the rotation table 120 and the core block are rotated, while the suction operating channel 122 is connected to the rotation base frame 135. It is fixed so it stays in place.

The paint drawing fabric (2M) is used in the 1st sector bottom suction hole (120AH), the 2nd sector bottom suction hole (120BH), the 3rd sector bottom suction hole (120CH), the 4th sector bottom suction hole (120DH), and the 5th sector. It is stably applied to the paint drawing fabric (2M) while remaining firmly fixed on the rotation table 120 by the vacuum suction force acting from the bottom suction hole 120EH and the sixth sector bottom suction hole 120FH. Configured to form and dry the red colored part (3A), green colored part (3B), orange colored part (3C), yellow colored part (3D), magenta colored part (3E), and ultramarine colored part (3F), respectively. do.

The finished paint drawing fabric 2 printed up to the ultramarine blue colored part 3F by the rotation of the rotation table 120 is placed under the sixth drying unit 118FU on the rotation table 120. It is characterized in that it further includes a discharge pickup unit that picks up the finished paint drawing fabric (2) from the rotation table (120).

The discharge pickup unit includes an discharge stack magazine 182 disposed on the discharge pickup support frame; Discharge rotation drive motors 184 and 134 mounted on the discharge pickup support frame and having the motor shaft disposed in a vertical direction; An exhaust pick-up cylinder 185 connected to the motor shaft of the discharge rotation drive motors 184 and 134, the cylinder rod of which is disposed in a vertical direction, and rotated toward the rotation table 120 or the discharge stack magazine 182; An exhaust pickup suction pad 166 arranged in a horizontal direction with one discharge side connection panel piece connected to the cylinder rod of the exhaust pickup cylinder 185; and a plurality of discharge pickup suction holes (186SH) penetrating through the inner and outer surfaces of the suction bottom plate of the discharge pickup suction pad (166).

The discharge pickup suction pad 166 is configured in the shape of a square plate with a discharge pickup suction space formed inside by connecting a discharge side connection panel piece between the discharge suction top plate and the discharge suction bottom plate parallel to the top and bottom, and a plurality of the discharge pickups. A suction hole (186SH) is in communication with the discharge pickup suction space, and an external suction device (not shown) is installed on the discharge suction top plate or discharge side connection panel of the discharge pickup stone pad through a connector such as a flexible hose. (not shown), so that vacuum pressure is applied to the plurality of pickup suction holes (166SH) by operation of the discharge suction device to pick up the finished paint drawing fabric (2) placed on the rotation table (120) below. It is composed.

The first drying unit (118AU) to the sixth drying unit (118FU) is configured to have a heater (118HT) and a blowing pipe (118BP) disposed on the bottom of the drying body, so that the heater (118HT) generates heat and the blowing pipe ( 118BP), heated air is supplied from a plurality of dry blowing holes (118DH) formed in the red colored part (3A), green colored part (3B), orange colored part (3C), yellow colored part (3D), and magenta colored part. It is characterized in that it is configured to dry by blowing on the (3E) and the ultramarine blue colored part (3F), respectively.

The process of forming multi-colored parts on the paint drawing fabric (2M) according to the present invention will be described as follows.

Place the paint drawing fabric (2M) on the base coloring table (142).

At this time, in the present invention, a plurality of paint drawing fabrics (2M) are loaded in the feeding magazine 162 disposed at a position next to the base coloring table 142, and the cylinder rod of the vertical pickup cylinder 164 of the feeding pickup unit is In a state in which the horizontal pickup cylinder 165 and the pickup suction pad 166 are lowered, the uppermost layer is removed from the feeding magazine 162 by the vacuum pressure acting on the plurality of pickup suction holes 166SH of the pickup suction pad 166. When one sheet of paint drawing fabric (2M) is sucked in and the horizontal pickup cylinder 165 and the pickup suction pad 166 are raised by raising the cylinder rod of the vertical pickup cylinder 164, the uppermost layer is removed from the feeding magazine 162. Pick up one sheet of paint drawing fabric (2M).

Next, the cylinder rod of the horizontal pickup cylinder 165 moves forward so that the pickup suction pad 166 and one sheet of paint drawing fabric (2M) are moved above the base coloring table 142.

Next, the cylinder rod of the vertical pickup operation cylinder is lowered. When the cylinder rod of the pickup operation cylinder is lowered, the pickup suction pad 166 and one sheet of paint drawing fabric (2M) are lowered to lower the base coloring table (142). ) A sheet of paint drawing fabric (2M) is placed on top.

Next, when the cylinder rod of the vertical pickup operation cylinder is raised while the vacuum pressure acting on the plurality of pickup suction holes 166SH of the pickup suction pad 166 is released, one sheet of paper is placed on the base coloring table 142. Paint drawing fabric (2M) is placed.

At this time, the base coloring table 142 is provided with a plurality of base coloring table 142 side suction holes penetrating through the upper and lower surfaces, and the bottom of the base coloring table 142 is connected to an external vacuum suction device such as a flexible hose. A base suction box 148 connected by a pipe is provided, and when vacuum pressure is applied to the inside of the base suction box 148 by an external vacuum suction device, the suction hole on the side of the plurality of base coloring tables 142 is discharged. As pneumatic pressure acts, one sheet of paint drawing fabric (2M) can be stably adsorbed and fixed on the base coloring table 142.

The vertical pickup cylinder 164 is fixed to the pickup support frame and the cylinder rod is disposed in the vertical direction. A horizontal pickup cylinder 165 is connected to the cylinder rod of the vertical pickup cylinder 164, and the horizontal pickup cylinder 165 ) The pickup suction pad 166 is connected to the cylinder rod of the horizontal pickup cylinder 165, so that when the cylinder rod of the horizontal pickup cylinder 165 is advanced, the pickup suction pad 166 moves one sheet of paint drawing fabric (2M) to the base coloring table ( 142) moves upward, and while releasing the vacuum pressure acting on the pickup suction hole 166SH of the pickup suction pad 166, the cylinder rod of the vertical pickup cylinder 164 is raised to connect the horizontal pickup cylinder 165 and The pickup suction pad (166) is raised above a sheet of paint drawing fabric (2M) placed on the base coloring table (142), and then the cylinder rod of the horizontal pickup cylinder (165) is retracted so that the pickup stone pad is moved back onto the feeding stack magazine. will retreat

By repeating the above process, paint drawing fabric (2M) is supplied one by one onto the base coloring table (142).

With a sheet of paint drawing fabric (2M) placed on the base coloring table 142, base printing is performed on one side of the paint drawing fabric (2M) by the base print head 146 mounted on the base print head support frame 146SF. Print wealth (3BC) (print 1 ink). Since the base print head 146 also prints the base print portion 3BC using the silk screen printing method described above, a detailed description of the base print head 146 will be omitted. At this time, a base printing lifting cylinder (146BC) is mounted on the base side upper plate (152UP) of the base printing head support frame (146SF), and the base printing head (146) is connected to the cylinder rod of the base printing lifting cylinder (146BC). , by lowering the cylinder rod of the base printing lifting cylinder 146BC, the base printing unit 3BC is printed with the base printing head 146 in a state in which the base printing head 146 is brought close to one side of the paint drawing fabric 2M. It is formed by screen printing.

The present invention includes an intermediate pickup moving drive motor 172 mounted on an intermediate pickup support frame and having the motor shaft arranged in a vertical direction; It is connected to the motor shaft of the intermediate pickup movement drive motor 172 and disposed in the horizontal direction, and moves toward the base coloring table 142 or the rotation table 120 according to the rotation of the motor shaft of the intermediate pickup movement drive motor 172. an intermediate pickup actuating cylinder (174) pivoted towards; an intermediate pickup suction pad (176) disposed in a horizontal direction with a side connection panel piece on one side connected to the cylinder rod of the intermediate pickup operating cylinder (174); and a plurality of intermediate pickup suction holes (176SH) penetrating through the inner and outer surfaces of the suction bottom plate of the intermediate pickup suction pad (176).

After supplying one sheet of paint drawing fabric (2M) on the base coloring table 142, the intermediate pickup operation cylinder 174 and the intermediate pickup suction pad 176 of the intermediate feeding pickup unit are connected to the base coloring table 142. In the outwardly rotated state, the motor shaft of the intermediate pickup movement drive motor 172 is rotated in one direction (for example, clockwise) so that the intermediate pickup operation cylinder 174 and the intermediate pickup stone pad are connected to the base coloring table. (142) It is placed on top of the paint drawing fabric (2M) placed on top (this is the paint drawing fabric (2M) on which the base printing portion (3BC) is formed.

Next, one sheet of paint drawing fabric (2M) is sucked from the base coloring table 142 by the vacuum pressure acting on the plurality of intermediate pickup suction holes 176SH of the intermediate pickup suction pad 176, and one sheet of paint drawing fabric ( 2M) is picked up onto the base coloring table 142.

Next, the motor shaft of the intermediate pickup movement drive motor 172 is rotated in the other direction (e.g., counterclockwise) so that the intermediate pickup operating cylinder 174 and the intermediate pickup stone pad are positioned on the base coloring table 142. It moves upward to the first sector bottom suction hole (120AH) provided in the rotation table (120).

The intermediate pickup movement drive motor 172 is fixed to the intermediate pickup support frame and the motor shaft is arranged in the vertical direction, and an intermediate pickup operation cylinder 174 is coupled to the motor shaft of the intermediate pickup movement drive motor 172. , the cylinder rod of the intermediate pickup operating cylinder 174 is connected to a side connection pad piece on one side of the intermediate pickup suction pad 176 in a state arranged in the direction of the intermediate pickup, so that the intermediate pickup moving drive motor 172 When the motor shaft is rotated in the other direction (for example, counterclockwise), the intermediate pickup operation cylinder 174, the intermediate pickup suction pad 176, and a sheet of paint drawing fabric (2M) are connected to the base coloring table. The rotation table 120 is rotated upward from the side (142) and moves upward to the area of the first sector bottom suction hole 120AH provided in the rotation table 120.

Next, when the vacuum pressure acting on the plurality of intermediate pickup suction holes 176SH of the intermediate pickup suction pad 176 is released, a sheet of paint drawing fabric 2M (i.e., paint drawing on which the base printing portion 3BC is formed) is drawn. The fabric (2M) naturally falls and a sheet of paint drawing fabric (2M) is placed on the area of the first sector bottom suction hole (120AH) provided on the rotation table (120).

At this time, the plurality of first sector bottom suction holes 120AH of the rotation table 120 are penetrated through the upper and lower surfaces of the rotation table 120, and a flexible hose is connected to an external vacuum suction device on the bottom of the rotation table 120. There is a bottom suction channel connected by a connector such as, and when vacuum pressure is applied to the inside of the bottom suction channel by an external vacuum suction device, vacuum pressure is applied in the plurality of first sector bottom suction holes (120AH). As a result, one sheet of paint drawing fabric (2M) can be stably adsorbed and fixed on the first sector bottom suction hole (120AH) of the rotation table (120).

Next, with the vacuum pressure acting on the plurality of pickup suction holes 166SH of the intermediate pickup suction pad 176 released, the motor shaft of the intermediate pickup moving drive motor 172 is rotated in one direction again (e.g., The paint drawing fabric (2M) is rotated clockwise and the intermediate pickup operation cylinder 174 and the intermediate pickup stone pad are placed on the base coloring table 142 (this is the paint drawing fabric (2M) on which the base printing portion 3BC is formed. ) to be placed on top. Of course, the paint drawing fabric 2M placed on the base coloring table 142 is a paint drawing fabric 2M on which the base printing portion 3BC has already been formed.

By repeating the above process, the paint drawing fabric (2M) on which the base printing portion (3BC) is formed can be fed above the first sector bottom suction hole (120AH) of the rotation table (120) on the base coloring table (142). There will be.

In this way, the paint drawing fabric (2M) on which the base printing portion (3BC) is formed on the base coloring table (142) is fed upward to the first sector bottom suction hole (120AH) of the rotation table (120) and placed on the print head support frame. The red coloring part 3A is formed by printing the first color red on the base printing part 3BC painted on one side of the paint fabric 2M by the mounted first printing head 112.

Next, the rotation table 120 is rotated so that the red colored part 3A is disposed under the first drying unit 118AU, and the red colored part 3A is formed by the first drying unit 118AU. Dry.

Next, the rotation table 120 is rotated so that the paint drawing fabric 2M on which the red coloring portion 3A is painted is placed below the second printing head 113.

Green color is printed on the base printing part 3BC of the paint drawing fabric 2M by the second printing head 113 to form a green coloring part 3B.

Next, the rotation table 120 is rotated so that the red colored part 3A is placed under the second drying unit 118BU, and the green colored part 3B is formed by the second drying unit 118BU. Dry.

Next, the rotation table 120 is rotated so that the paint drawing fabric 2M on which the red coloring portion 3A and the green coloring portion are painted are placed below the third printing head 114.

Orange color is printed on the base printing portion 3BC of the paint fabric 2M by the third printing head 114 to form an orange coloring portion 3C.

Next, the rotation table 120 is rotated so that the orange colored part 3C is placed under the third drying unit 118CU, and the orange colored part 3C is formed by the third drying unit 118CU. Dry.

Next, the rotation table 120 is rotated so that the paint drawing fabric 2M on which the red coloring part 3A, green coloring part 3C, and orange coloring part 3C are painted is placed below the fourth printing head 115.

The fourth print head 115 prints yellow color on the base print portion 3BC of the paint fabric 2M to form a yellow colored portion 3D.

Next, the rotation table 120 is rotated so that the yellow colored part 3D is placed under the fourth drying unit 118DU, and the yellow colored part 3D is formed by the fourth drying unit 118DU. Dry.

Next, the rotation table 120 is rotated to print the paint drawing fabric 2M on which the red coloring portion 3A, the green coloring portion 3C, and the yellow coloring portion 3D are painted onto the fifth printing head 116. It should be placed at the bottom of .

Magenta is printed on the base printing part 3BC of the paint drawing fabric 2M by the fifth printing head 116 to form a magenta coloring part 3E.

Next, the rotation table 120 is rotated so that the magenta colored part 3E is disposed under the fifth drying unit 118EU, and the magenta colored part 3E is formed by the fifth drying unit 118EU. Dry.

Next, the rotation table 120 is rotated to draw the paint fabric (2M) on which the red colored portion (3A), the green colored portion, the orange colored portion (3C), the yellow colored portion (3D), and the magenta colored portion (3E) are painted. It is placed below the sixth print head 117.

Ultramarine blue is printed on the base printing portion 3BC of the paint drawing fabric 2M by the sixth printing head 117 to form an ultramarine blue coloring portion 3F.

Next, the rotation table 120 is rotated so that the ultramarine blue colored portion 3F is disposed under the sixth drying unit 118FU, and the ultramarine blue colored portion 3F is formed by the sixth drying unit 118FU. Dry.

In the present invention, two red colored parts (3A), green colored parts (3B), orange colored parts (3C), yellow colored parts (3D), magenta colored parts (3E), and ultramarine colored parts (3F) are formed in two places each. I do it.

The paint drawing fabric (2M) with the red coloring area (3A), green coloring area (3B), orange coloring area (3C), yellow coloring area (3D), magenta coloring area (3E), and ultramarine blue coloring area (3F) is painted. It can be said to be a finished paint drawing fabric (2).

Next, the finished paint drawing fabric ( 2) is disposed below the sixth drying unit 118FU, and the discharge pickup cylinder 185 and the discharge pickup suction pad 166 are maintained disposed outside the rotation table 120. The motor shaft of the discharge pickup moving drive motor mounted on the discharge pickup support frame is rotated in one direction (for example, clockwise) so that the discharge pickup cylinder 185 and the discharge pickup suction pad 166 are moved to the rotation table. Make sure it is rotated toward (120).

Next, the cylinder rod of the discharge pickup cylinder moves forward so that the discharge pickup suction pad 166 is disposed between the sixth drying unit 118FU and the finished paint drawing fabric 2 placed on the rotation table 120.

Next, vacuum pressure is applied to the plurality of discharge pickup suction holes 186SH provided in the discharge pickup suction pad 166 to lift the finished paint drawing fabric 2 onto the first bottom section hole area of the rotation table 120. A possible adsorption force is applied. Of course, the vacuum pressure acting on the plurality of discharge pickup suction holes 186SH provided in the discharge pickup suction pad 166 is greater than the vacuum pressure acting on the sixth sector bottom suction hole 120FH of the rotation table 120. Therefore, vacuum pressure acts on the plurality of discharge pickup suction holes 186SH provided in the discharge pickup suction pad 166 to move the finished paint drawing fabric 2 into the first sector bottom seokseon hole 120AH of the rotation table 120. Can be lifted above the area. At this time, the vacuum pressure acting on the sixth sector bottom suction hole (120FH) of the rotation table 120 is released and the vacuum pressure acting on the plurality of discharge pickup suction holes (186SH) provided on the discharge pickup suction pad 166 is released. It may be configured to lift the finished paint drawing fabric 2 onto the first sector bottom stone hole 120AH area of the rotation table 120.

In this state, when the motor shaft of the discharge pickup moving drive motor is rotated in the other direction (for example, rotating counterclockwise), the discharge pickup cylinder 185 and the discharge pickup suction pad 166 are connected to the sixth As it comes out of the drying unit 118FU and the rotation table 120, the finished paint drawing fabric 2 can be discharged out of the sixth drying unit 118FU and the rotation table 120. At this time, the discharge pickup support frame is provided with a discharge stack magazine 182, so that the discharge pickup suction pad 166 protruding out of the sixth drying unit 118FU and the rotation table 120 is connected to the discharge stack magazine. It is disposed on (182), and in this state, when the vacuum pressure acting on the plurality of discharge pickup suction holes (186SH) of the discharge pickup suction pad (166) is released, the finished paint drawing fabric (2) is discharged from the discharge stack magazine (182). ) can be loaded.

In the above manner, the second sector bottom suction hole (120BH) area, the third sector bottom suction hole (120CH) area, the fourth sector bottom suction hole (120DH) area, and the fifth sector bottom suction hole of the rotation table 120 Place one sheet of paint drawing fabric (2M) on which the base printing part (3BC) is painted on the base coloring table 142 in the (120EH) area and the 6th sector bottom suction hole (120FH) area and paint the paint drawing fabric (2M) in the above manner. Drawing the finished paint forming the red coloring area (3A), green coloring area (3B), orange coloring area (3C), yellow coloring area (3D), magenta coloring area (3E), and ultramarine coloring area (3F) in 2M). The process of forming the fabric (2) and discharging the finished paint drawing fabric (2) in the same manner as above can be repeated.

The process of forming multi-colored parts on the paint drawing fabric (2M) according to the present invention is summarized as follows.

1. Purchase 300g of royal ivory fabric.

2. After purchasing the fabric, we print it with ink so that you can color it.

Ink 1-degree printing is done by the base printing unit (3BC).

3. The process is 6 degrees of paint printing, which is silk screen printing on paint drawing fabric (2M) (printed material).

(1) Silk screen print the first color, red. Red color is printed using the first print head 112 to form a red colored portion 3A. Dry the red colored part (3A).

(2) Print green color using the same process.

(3) Print orange color using the same process.

(4) Yellow color is also printed using the same process.

(5) Finish by printing magenta and ultramarine blue using the same process.

Therefore, the paint drawing printing fabric production system of the present invention is implemented so that the print head and dryer for performing printing can operate continuously in order to silkscreen print multi-colored parts, so it takes a lot of time to produce the paint drawing fabric (2M). It has the effect of solving various troublesome problems and improving work efficiency.

In addition, the present invention can improve work productivity by printing a colored part with several colors on the paint drawing fabric (2M) in a short time through a single input and discharge process, and the paint drawing fabric (2M) can be placed on a rotation table. Since printing can be performed while fixed in the correct position at (120) and the paint drawing fabric (2M) can be supplied and discharged in a standardized manner, silk screen printing defects may occur due to poor positioning of the paint drawing fabric (2M). It has the effect of solving the problem.

In addition, the present invention is disposed at a position next to the base coloring table 142 and loaded with a plurality of paint drawing fabrics (2M) (162); By further including a feeding pickup unit that picks up one sheet of paint drawing fabric (2M) from the feeding magazine 162 and feeds it on the base coloring table 142, the multi-color painting portion (i.e. , meaning a red colored part (3A), a green colored part (3B), an orange colored part (3C), a yellow colored part (3D), a magenta colored part (3E), and an ultramarine colored part (3F). Since the paint drawing fabric (2M) can be picked up precisely and quickly and fed under the print head, there is an effect of printing multi-colored areas on the paint drawing fabric (2M) precisely and neatly.

In addition, the present invention has the effect of improving workability and increasing productivity because the finished paint drawing fabric 2 can be discharged quickly and easily by the discharge pickup unit described above.

Above, specific embodiments of the present invention have been described in detail. However, the spirit and scope of the present invention are not limited to these specific embodiments, and it is known by common knowledge in the technical field to which the present invention pertains that various modifications and variations can be made without changing the gist of the present invention. Anyone who has it will understand.

Therefore, the embodiments described above are provided to fully inform those skilled in the art of the present invention of the scope of the invention, and should be understood as illustrative in all respects and not restrictive. The invention is defined only by the scope of the claims.

2M. Paint drawing fabric 2. Finished paint drawing fabric
3BC. base printing department
3A. Red color section 3B. green coloring book
3C. Orange coloring book 3D. yellow coloring book
3E. Magenta coloring section 3F. ultramarine coloring page
112. First print head 113. Second print head
114. Third print head 115. Fourth print head
116. 5th print head 117. 6th print head
118AU. 1st drying unit 118BU. 2nd drying unit
118CU. 3rd building unit 118DU. 4th drying unit
118EU. 5th drying unit 118FU. 6th building unit
118HT. Heater 118BP. blow pipe
118DH. dry blowing hole
120. Rotation table 120AH. 1st sector bottom suction hole
120BH. 2nd sector bottom suction hole 120CH. 3rd sector bottom suction hole
120DH. 4th sector bottom suction hole 120EH. Sector 5 Bottom Suction Hole
120FH. Sector 6 bottom suction hole 122. Suction operating channel
122SC. Suction operated connection chamber 133. Rotation shaft
134. Rotation drive motor 135. Rotation base frame
142. Base coloring table
144. Base suction hole 146. Base print head
146SF. Base print head support frame
146BC. Base printed lifting cylinder
148. Base suction box 148SC. Base suction chamber
152. Main head support frame 152UP. tops
162. Feeding magazine 164. Vertical pickup cylinder
165. Horizontal pickup cylinder 166. Pickup suction pad
166SH. Pickup suction hole 172. Middle pickup moving drive motor
174. Intermediate pickup operating cylinder 176. Intermediate pickup suction pad
176SH. Middle pickup suction hole 182. Discharge stack magazine
184. Discharge rotation drive motor 185. Discharge pickup cylinder
186. Exhaust suction pad 186SH. Discharge pickup suction hole

Claims (3)

A base printing part (3BC) is printed to allow coloring on one side of the paint drawing fabric (2M), and paint is printed on one side of the paint drawing fabric (2M) on which the base printing part (3BC) is formed to form a multi-color coloring part. As a paint drawing printing fabric production system,
Rotation table (120) on which paint drawing fabric (2M) is placed;
a base color printing unit disposed at a side of the rotation table 120 and forming a base printing unit 3BC for applying ink to one side of the paint fabric 2M;
a plurality of multi-color support units provided on the rotation table 120;
So that multi-color painting is performed on the base printing unit (3BC), which is provided on the upper part of the rotation table 120 and colored on the paint drawing fabric (2M) supported by a plurality of multi-color coloring support units on the rotation table 120. It includes a plurality of print heads,
The rotation table 120 is configured to be rotatable by a rotation drive unit,
The rotation drive unit,
a rotation shaft 133 provided at the center of the bottom of the rotation table 120 and rotatably supported on the rotation base frame 135;
It is supported on the rotation base frame 135 and the motor shaft includes a rotation drive motor 134 connected to the rotation shaft 133,
The base coloring unit is,
a base coloring table 142 with the rotation table 120 located at a side position;
A plurality of base suction holes 144 penetrating through the upper and lower surfaces of the base coloring table 142;
It includes a base print head 146 disposed above the base coloring table 142 and performing base coloring on one side of the paint drawing fabric (2M),
The plurality of print heads includes a first print head 112, a second print head 113, and a third print head 114 arranged at regular intervals along the circumferential direction based on the center of the rotation table 120. , including a fourth print head 115, a fifth print head 116, and a sixth print head 117,
The first print head 112 is composed of a red silk print head that silk-prints red on the paint drawing fabric 2M to form a red coloring portion 3A, and the second print head 113 is configured to print red color on the paint drawing fabric 2M. It consists of a green silk printing head that forms a green coloring portion (3B) by silk-printing green color at a position outside the red coloring portion (3A) of the drawing fabric (2M), and the third printing head (114) is configured to draw the paint. It consists of an orange silk printing head that forms an orange coloring portion (3C) by coloring orange in a position outside the red coloring portion (3A) and green coloring portion (3B) of the fabric (2M), and the fourth printing head (115) ) is a yellow silk print that forms a yellow coloring portion (3D) by painting yellow in positions outside the red coloring portion (3A), green coloring portion (3B), and orange coloring portion (3C) of the paint drawing fabric (2M). It is composed of a head, and the fifth printing head 116 prints the red colored part (3A), the green colored part (3B), the orange colored part (3C), and the yellow colored part (3D) of the paint drawing fabric (2M). It is composed of a magenta silk printing head that colors magenta at an off position to form a magenta coloring portion (3E), and the sixth printing head 117 colors the red coloring portion (3A) and the green coloring of the paint drawing fabric (2M). It consists of an ultramarine blue silk printing head that colors ultramarine blue in positions outside the portion (3B), the orange color portion (3C), the yellow color portion (3D), and the magenta color portion (3E) to form an ultramarine blue color portion (3F),
The first print head 112 is mounted on the upper plate 152UP of the main head support frame 152 and connected to the cylinder rod of the first lifting cylinder disposed in the vertical direction, and the second print head 113 is connected to the main head support frame 152. It is mounted on the upper plate 152UP of the head support frame 152 and connected to the cylinder rod of the second lifting cylinder disposed in the vertical direction, and the third printing head 114 is connected to the upper plate 152UP of the main head support frame 152. ) and connected to the cylinder rod of the third lifting cylinder arranged in the vertical direction, and the fourth printing head 115 is mounted on the upper plate 152UP of the main head support frame 152 and arranged in the vertical direction. It is connected to the cylinder rod of the 4th elevating cylinder, and the fifth print head 116 is mounted on the upper plate 152UP of the main head support frame 152 and connected to the cylinder rod of the fifth elevating cylinder arranged in the vertical direction, The sixth printing head 117 is mounted on the upper plate 152UP of the main head support frame 152 and is configured to be connected to the cylinder rod of the sixth lifting cylinder disposed in the vertical direction, and the first printing head 112 A first drying unit 118AU mounted on the upper plate 152UP of the main head support frame 152 is disposed between the second print head 113 and the second print head 113 and the third print head 113. A second drying unit (118BU) mounted on the upper plate (152UP) of the main head support frame (152) is disposed between the heads (114), and the third printing head (114) and the fourth printing head (115) are disposed between the heads (114). A third drying unit (118CU) mounted on the upper plate (152UP) of the main head support frame 152 is disposed between, and between the fourth print head 115 and the fifth print head 116, the main head A fourth drying unit (118DU) mounted on the upper plate (152UP) of the support frame (152) is disposed, and the main head support frame (152) is located between the fourth print head (115) and the fifth print head (116). ), the fifth drying unit (118EU) mounted on the top plate (152UP) is disposed, and the top plate (152UP) of the main head support frame 152 is located between the fifth print head 116 and the sixth print head 117. ) is disposed to dry the red colored part 3A by the first drying unit 118AU and the green colored part 3A by the second drying unit 118BU. (3B) is dried, the orange colored portion 3C is dried by the third drying unit 118CU, and the yellow colored portion 3D is dried by the fourth drying unit 118DU. configured to dry the magenta colored portion (3E) by the fifth drying unit (118EU) and dry the ultramarine colored portion (3F) by the sixth drying unit (118FU),
A feeding magazine (162) disposed at a side position of the base coloring table (142) and loaded with a plurality of sheets of paint drawing fabric (2M); It further includes a feeding pickup unit that picks up one sheet of paint drawing fabric (2M) from the feeding magazine 162 and feeds it on the base coloring table 142,
The feeding pickup unit includes a vertical pickup cylinder 164 mounted on a pickup support frame and having a motor shaft disposed in a vertical direction; a horizontal pickup cylinder (165) connected to the cylinder rod of the vertical pickup cylinder (164) and disposed in a horizontal direction toward the base coloring table (142); a pickup suction pad 166 connected to the cylinder rod of the horizontal pickup cylinder 165 and disposed in a horizontal direction toward the base coloring table 142; It includes a plurality of pickup suction holes (166SH) penetrating through the inner and outer surfaces of the suction bottom plate of the pickup suction pad (166),
The pickup suction pad 166 is configured in the shape of a square plate with a side connection panel piece connected between the upper and lower suction top plate and the suction bottom plate to form a pickup suction space therein, and has a plurality of pickup suction holes 166SH. It is in communication with the pickup suction space, and the suction top plate or side connection panel piece of the pickup suction pad 166 is connected to an external suction device through a connector, and the plurality of pickups are generated by operation of the suction device. Vacuum pressure acts on the suction hole (166SH) to select the top layer of the paint drawing fabric (2M) from among the plurality of paint drawing fabrics (2M) stacked in the pickup magazine below. It is configured to be suctioned by pneumatic pressure,
It further includes an intermediate feeding pickup unit disposed at a position between the base coloring table 142 and the rotation table 120,
The intermediate feeding pickup unit includes an intermediate pickup moving drive motor 172 mounted on an intermediate pickup support frame and having a motor shaft arranged in a vertical direction; It is connected to the motor shaft of the intermediate pickup movement drive motor 172 and disposed in the horizontal direction, and moves toward the base coloring table 142 or the rotation table 120 according to the rotation of the motor shaft of the intermediate pickup movement drive motor 172. an intermediate pickup actuating cylinder (174) pivoted towards; an intermediate pickup suction pad (176) disposed in a horizontal direction with a side connection panel piece on one side connected to the cylinder rod of the intermediate pickup operating cylinder (174); It includes a plurality of intermediate pickup suction holes (176SH) penetrating the inner and outer surfaces of the suction bottom plate of the intermediate pickup suction pad (176),
The intermediate pickup suction pad 176 is composed of a rectangular plate shape with a side connection panel piece connected between the upper and lower suction top plate and the suction bottom plate to form an intermediate pickup suction space inside, and a plurality of the intermediate pickup suction holes ( 176SH) is in communication with the pickup suction space, and the suction top plate or side connection panel piece of the middle pickup suction pad 176 is connected to an external suction device through a connector, and by operation of the suction device Vacuum pressure acts on the plurality of intermediate pickup suction holes (176SH), and a sheet of paint drawing fabric (2M) placed on the base coloring table 142 below is moved by vacuum pressure acting on the intermediate pickup suction holes (176SH). You can suction,
The rotation table 120 includes a first sector bottom suction hole (120AH), a second sector bottom suction hole (120BH), a third sector bottom suction hole (120CH) arranged in a radial direction with respect to the center and penetrating through the upper and lower surfaces, A fourth sector bottom suction hole (120DH), a fifth sector bottom suction hole (120EH), and a sixth sector bottom suction hole (120FH) are provided, and a first sector bottom suction hole (120AH) is provided on the bottom of the rotation table 120. ), 2nd sector bottom suction hole (120BH), 3rd sector bottom suction hole (120CH), 4th sector bottom suction hole (120DH), 5th sector bottom suction hole (120EH) and 6th sector bottom suction hole (120FH) ) is provided with a suction operation channel 122 having an upper open suction operation connection chamber 122SC in communication with the suction operation channel 122, and the suction operation connection chamber 122SC inside the suction operation channel 122 is provided with a flexible connector. An external suction operating device is connected to the furnace,
When the suction suction force is activated by the operation of the suction operation field in the suction operation connection chamber 122SC inside the suction operation channel 122, the first sector bottom suction hole 120AH and the second sector bottom suction hole (120AH) of the rotation table 120BH), the third sector bottom suction hole (120CH), the fourth sector bottom suction hole (120DH), the fifth sector bottom suction hole (120EH), and the sixth sector bottom suction hole (120FH), the vacuum suction force acts on the 1st sector bottom suction hole (120AH), 2nd sector bottom suction hole (120BH), 3rd sector bottom suction hole (120CH), 4th sector bottom suction hole (120DH), 5th sector bottom suction hole (120EH) and The paint drawing fabric (2M) placed on the 6-sector bottom suction hole (120FH) is used in the 1st sector bottom suction hole (120AH), the 2nd sector bottom suction hole (120BH), the 3rd sector bottom suction hole (120CH), and the 4th sector bottom suction hole (120FH). It is firmly fixed on the rotation table 120 by vacuum suction force acting on the sector bottom suction hole (120DH), the fifth sector bottom suction hole (120EH), and the sixth sector bottom suction hole (120FH),
The multi-colored support units are the 1st sector bottom suction hole (120AH), the 2nd sector bottom suction hole (120BH), the 3rd sector bottom suction hole (120CH), the 4th sector bottom suction hole (120DH), and the 5th sector bottom suction hole. It consists of a suction operation channel 122 provided with a hole 120EH, a sixth sector bottom suction hole 120FH, and a suction operation connection chamber 122SC open at the top,
The suction operating channel 122 has an annular channel shape and is coupled to the outer peripheral surface of the annular core block provided on the bottom of the rotation table 120 via a relative rotation support means,
The suction operating channel 122 is connected to and fixed to the rotation base frame 135 by a connector such as a post,
When the rotation shaft 133 is rotated by the rotation of the motor shaft of the rotation drive motor 134, the rotation table 120 and the core block are rotated, while the suction operation channel 122 is fixed to the rotation base frame 135. It is constructed to stay in place,
The paint drawing fabric (2M) is used in the 1st sector bottom suction hole (120AH), the 2nd sector bottom suction hole (120BH), the 3rd sector bottom suction hole (120CH), the 4th sector bottom suction hole (120DH), and the 5th sector. It is stably applied to the paint drawing fabric (2M) while remaining firmly fixed on the rotation table 120 by the vacuum suction force acting from the bottom suction hole 120EH and the sixth sector bottom suction hole 120FH. Constructed to form and dry the red colored part (3A), green colored part (3B), orange colored part (3C), yellow colored part (3D), magenta colored part (3E), and ultramarine colored part (3F), respectively. A paint drawing printing fabric production system characterized in that. delete delete