KR20110135479A - Printing device for forming cubic design and multicolor on textile - Google Patents

Abstract

PURPOSE: A printing device for forming patterns on a fabric is provided to expression three-dimensional pattern with various colors and to quickly dry the patterned fabric. CONSTITUTION: A printing apparatus for forming three-dimensional patterns on a fabric comprises: a conveyor(10), an application driving roller(20), a guide roller(20a), a powder adhesion member spraying unit(30), and a drying conveyor(40). The conveyor transfers a fabric(100) supplied from the fabric feeding unit(11). The application driving roller applies an adhesive on the fabric. The guide roller is mounted to face the application drying roller. The drying conveyor comprises a drying unit(41) and a roller(42).

Description

Printing device for forming cubic design and multicolor on textile}

The present invention relates to a printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper. More specifically, a conveying conveyor for conveying textile paper and a conveying drying conveyor and an application driving roller for applying an adhesive on the textile paper are installed on the conveying conveyor, and an adhesive part applied on the textile paper behind the application driving roller. Consists of a transfer drying conveyor equipped with a powder adhesive member injection unit for spraying the adhesive member of the powder material, a drying unit for supplying and drying the textile paper with the adhesive member, and a winding roller for winding the dried textile paper. It is to implement the three-dimensional pattern integrally on the woven paper or mesh fabric to implement the shape of the shape in a plurality of colors, and to produce the fabric paper quickly dried.

In general, the roller printing method of the prior art is not suitable to print in various colors, patterns, and shapes on the fabric paper, so it is required to produce a single color and a large quantity.

In order to form a three-dimensional pattern by the roller printing method, the rubber roller that transfers the textile paper and the engraving roller that applies the adhesive contained in the adhesive container are slid, and the adhesive is applied to the textile paper passing between them. It is produced by passing a number of steam rollers upright while generating static electricity by attaching a solid-colored three-dimensional pattern (powder) contained in the lower cylinder to an adhesive coated fabric paper.

In the above method, the three-dimensional pattern can only be formed in a single color and precise work is impossible, and the three-dimensional pattern of the static-static pattern is pressed while passing through a number of steam rollers, so that the three-dimensional effect is eliminated. There have been a number of problems such as deterioration in quality.

In addition, after the three-dimensional pattern (powder) is bonded to the adhesive portion of the fabric paper, the remaining three-dimensional pattern (powder) falls on the rubber roller for transporting the textile paper has a problem of damaging the upper and lower surfaces of the textile paper.

In addition, after the three-dimensional pattern (powder) is bonded to the adhesive portion of the fabric paper, there was a problem that the three-dimensional pattern (powder) can not be recovered and reused.

In addition, there has been a problem in that a printing device that can selectively or simultaneously use a three-dimensional pattern (powder) and a dye coloring agent is not provided.

In addition, the three-dimensional pattern and the color of the tea ceremony on the surface of the fabric paper, there is a problem that can not be provided with a printing device that dries quickly.

In order to solve the above problems, the present invention is a conveying conveyor and conveying drying conveyor for transporting textile paper and an application driving roller for applying an adhesive on the fabric paper is provided on the transport conveyor, the rear of the application driving roller Transfer drying with a powder adhesive member injection unit for spraying the adhesive member of powder material on the adhesive unit applied on the fabric paper, a drying unit for supplying and drying the textile paper with the adhesive member, and a winding roller for winding the dried fabric paper. Consists of a conveyor, a multi-pattern pattern on the fabric or mesh fabric that implements a variety of pattern shapes, and a tea ceremony and three-dimensional pattern on a new fabric paper to quickly dry and produce the implemented fabric paper The purpose is to provide a printing device for forming a.

In order to achieve the above object, the present invention provides a conveying conveyor for conveying the tissue paper supplied from the textile paper supply unit; An application driving roller for supplying an adhesive on the fabric sheet by supplying an adhesive from the front upper portion of the conveying conveyor; A guide roller installed to face the application driving roller so as to support a lower portion of the application driving roller; A powder adhesive member injection unit for spraying an adhesive member of a powder material on an adhesive part applied on the fabric paper at the rear of the application driving roller; The drying unit for receiving and drying the textile paper with the adhesive member attached by the powder adhesive member injection unit is installed on the upper portion, and is characterized by consisting of a transfer drying conveyor having a winding roller for winding the dried textile paper at the rear. .

Further, the powder adhesive member injection unit sucks the powder powder of the adhesive member after being applied to the adhesive portion of the fabric paper and the powder powder of the adhesive member dropped on the conveying conveyor and returns the powder powder to the powder adhesive member coating portion. It is characterized in that the suction return unit is installed.

In addition, the heating and drying unit is installed on the selected portion of the front, rear or front, rear of the powder adhesive member injection unit.

In addition, the heating and drying unit further comprises a UV generating unit.

In addition, the circumferential surface of the application driving roller is characterized in that the polygonal shape or the pattern shape is formed of a plurality of through holes.

In addition, the adhesive supply pipe is connected to the inner circumferential surface of the application driving roller and installed in the longitudinal direction of the application driving roller to supply the adhesive to the interior of the application driving roller, and formed in the longitudinal direction on the adhesive supply pipe. It is characterized in that the adhesive injection portion and the adhesive injection portion is provided in contact with, the knife portion and the knife portion provided in the longitudinal direction of the adhesive injection portion is installed to abut the inner peripheral surface of the application driving roller.

In addition, a blower is installed between the transfer conveyor and the transfer drying conveyor.

In addition, the rear lower portion of the conveying conveyor is characterized in that the cleaner portion is installed respectively.

In addition, the cleaner portion is characterized in that the metal brush and the knife is installed to remove the contaminants on the surface of the conveying conveyor and the conveying conveyor, the water spray unit and a hot air fan is further installed.

In addition, the application driving roller is characterized in that the adhesive and the dye coloring agent is supplied together, or any one selected from the adhesive or dye coloring agents.

In addition, when the fabric paper is permeable mesh fabric is transported on the conveying conveyor and the conveying drying conveyor, a vinyl sheet is installed on the lower portion of the mesh fabric paper, vinyl to the rear of the conveying dry conveyor so as to wind the plastic sheet separately Finger winding roller is characterized in that it is provided.

In addition, the conveying conveyor and the conveying drying conveyor is characterized in that the conveyor tension control unit for adjusting the tension of the conveyor is installed.

In addition, when a plurality of grooves formed in a pattern shape is formed on the outer periphery of the application driving roller; The upper coating roller is driven by contacting the lower coating roller and the lower coating roller to apply the dye coloring agent to the outer circumference at the receiving portion in which the dye coloring agent is accommodated at the lower part, and the upper portion receiving the dye coloring agent applied to the outer circumference of the lower coating roller to the outer peripheral surface. Consists of a coating roller, the upper coating roller is configured to supply a dye coloring agent on the outer peripheral surface of the application driving roller, is installed in contact with the outer peripheral surface of the application driving roller and installed in the longitudinal direction of the application driving roller Characterized in that configured.

In addition, a plurality of the application driving roller and the powder adhesive member injection unit provided with the guide roller on the lower portion of the conveying conveyor is installed, and the rotation of the gear unit connected to the guide roller and the application driving roller to drive. Characterized in that the adjusting portion is installed to adjust.

In addition, the printing apparatus is characterized in that a plurality of serially installed.

The present invention embodies a three-dimensional pattern shape integrally on a woven paper or a mesh fabric to realize a variety of pattern shapes in a plurality of colors, and the fabric paper or mesh fabric formed by dyeing and three-dimensional pattern formed by quickly drying the implemented woven paper It is effective to produce quickly.

In addition, the present invention has the effect of recycling the resources by using the recovered adhesive to install the suction return portion in the powder adhesive member injection unit to recover the adhesive to be bonded to the fabric paper again.

In addition, the present invention has the effect of further drying the fabric paper to realize the tea ceremony and three-dimensional pattern by further comprising a heating drying unit and a drying unit having a UV generating unit in addition to the drying apparatus.

In addition, the present invention has the effect to implement the multi-color (multi-color) and three-dimensional pattern on the fabric paper by selectively providing an adhesive or a dye coloring agent in the application driving roller.

In addition, the present invention is to install a blower between the conveying conveyor and the conveying drying conveyor, and to install each of the cleaner on the rear lower surface of the conveying conveyor powder powder or contaminants of the adhesive member generated when the printing device of the present invention operates By removing quickly from the surface of the conveying conveyor and the conveying drying conveyor to prevent the contamination of the fabric paper to realize the tea ceremony and three-dimensional pattern shape, there is an effect of preventing the defect of the paper paper generated when implementing the tea ceremony and three-dimensional pattern.

In addition, there is an effect of implementing a plurality of colors (tea ceremony) by configuring a plurality of conveying conveyor having a coating driving roller and the powder adhesive member injection portion.

In addition, by selectively configuring the surface of the application driving roller through the hole or the groove to implement the color or three-dimensional pattern on the fabric paper or the color and three-dimensional pattern together to increase the added value of the paper.

In addition, by installing and driving a plurality of application driving rollers and guide rollers of the conveying conveyor, and by adjusting the gear portion to drive the application driving rollers and guide rollers, the feed speed is increased on the conveying conveyor of textile paper by the speed of the gear part. By adjusting, it is effective to adjust the position of the pattern shape on the fabric paper.

1 is a schematic view according to the present invention.
Figure 2 is a side cross-sectional schematic view of the application driving roller.
Figure 3 is a longitudinal sectional view of the coating drive roller according to the present invention.
Figure 4 is a schematic view showing a tension control unit installed in the conveying conveyor and the conveying drying conveyor according to the present invention.
5 is another embodiment of the application driving roller according to the present invention.
Figure 6 is a schematic view showing the woven paper produced by the printing apparatus according to the present invention.
Figure 7 is another embodiment according to the present invention.
8 is another embodiment according to the present invention.
Figure 9 is a side view showing that the adjustment unit according to the present invention is installed.

Hereinafter, described in detail by the accompanying drawings of the present invention.

Figure 1 is a schematic view according to the invention, Figure 2 is a side schematic cross-sectional view of the coating drive roller, Figure 3 is a longitudinal sectional view of the coating drive roller according to the present invention, Figure 4 is a conveying conveyor and a conveying drying conveyor according to the present invention Figure 5 is a schematic diagram showing a tension control unit installed in, Figure 5 is another embodiment of the coating driving roller according to the present invention, Figure 6 is a schematic view showing the woven paper produced by the printing apparatus according to the present invention, Figure 7 is a present invention 8 is another embodiment according to the present invention, Figure 9 is a side view showing that the adjustment unit according to the present invention is installed.

Referring to the printing device for forming a tea ceremony and three-dimensional pattern on the textile paper according to the present invention in detail with reference to those shown in Figures 1 to 9;

The printing device for forming a tea ceremony and three-dimensional pattern on the fabric paper according to the present invention, the conveying conveyor 10, the coating driving roller 20, the powder adhesive member injection unit 30, and the conveying drying conveyor 40 It is composed.

As shown in FIG. 1, the conveying conveyor 10 includes a fabric paper supply unit 11 in which fabric paper 100 is wound, and the fabric paper supply unit 11 transports the fabric paper 100 to the transport conveyor 10. And to feed on the conveyor 10.

The conveying conveyor 10 is configured with a conveyor tension adjusting unit 80 as shown in FIG.

The conveyor tension adjusting unit 80 adjusts the tension of the conveyor belt of the transfer conveyor 10.

In addition, a cleaner 70 is installed at the rear lower portion of the transfer conveyor 10.

 The cleaner 70 is provided with a metal brush 71 and a knife 72 to remove contaminants on the surface of the conveying conveyor 10, and further includes a water spray unit 73 and a hot air blower 74. It is configured.

The application driving roller 20 is configured to apply an adhesive on the woven fabric 100, as shown in Figs.

The application driving roller 20 is supplied with an adhesive and a dye coloring agent, or configured to supply any one selected from an adhesive or a dye coloring agent.

Various colors of dye may be further used in the adhesive.

In addition, the dyeing agent is composed of a variety of colors.

In addition, a polygonal shape or a pattern shape is formed on the circumferential surface of the application driving roller 20 by a plurality of through holes 21.

As described above to form a variety of shapes and patterns of the through-hole 21 of the coating driving roller 20 to implement a variety of shapes and patterns on the fabric paper (100).

In addition, the adhesive supply pipe 22 connected to the inner circumferential surface of the application driving roller 20 and installed in the longitudinal direction of the application driving roller 20 to supply an adhesive to the interior of the application driving roller 20. It is composed of

The adhesive supply pipe 22 is composed of an adhesive injection portion 23 formed in the longitudinal direction.

The adhesive spraying unit 23 is configured to spray the adhesive supplied into the adhesive supply pipe 22 to the inner surface of the application driving roller 20.

The adhesive sprayed in this way is configured to be applied onto the fabric paper 100 through the through hole 21 formed in the application driving roller 20.

It is comprised by the knife part 24 connected to the said adhesive injection part 23, and provided in the longitudinal direction of the said adhesive injection part 23. As shown in FIG.

The knife unit 24 is configured to be in contact with the inner peripheral surface of the application driving roller (20).

The adhesive sprayed from the adhesive spray unit 23 is attached to the inner surface of the application driving roller 20 so that the knife part 21 has the adhesive 100b at the inner surface of the application driving roller 20 when rotating. This is to be applied to the fabric paper 100 through the through hole 21 to be uniformly applied to the.

The guide roller 20a is disposed to face the application driving roller 20 so as to support the lower portion of the application driving roller 20 as shown in FIG. 1.

The guide roller 20a is installed at the lower portion of the upper conveyor belt of the transfer conveyor 10 and is configured to support the lower portion of the textile paper 100 passing through the application driving roller 20 so as to support the upper portion.

As shown in Figure 1, the powder adhesive member injection unit 30 is configured to spray the adhesive member of the powder material on the adhesive portion applied on the fabric paper 100 in the rear of the application driving roller (20).

In addition, the powder adhesive member injection portion 30 sucks the powder powder of the adhesive member after being applied to the adhesive portion of the fabric paper 100 and the powder powder of the adhesive member dropped on the transfer conveyor 10 Suction return portion 31 for returning to the powder adhesive member coating portion 30 is provided.

The adhesive member powder powder contained in the powder adhesive member injection portion 30 is composed of metal powder powder.

The metal powder is composed of various colors.

The suction return part 31 is a suction part 31a for suctioning the powder of the adhesive member powder on the conveying conveyor 10 and the powder of the remaining adhesive member adhered to the adhesive part on the textile paper 100 and the suction part. And a suction pipe 31b for transferring the powder powder sucked at 31a into the powder adhesive member injection unit 30.

This is to induce the recycling of resources by sucking the powder powder of the adhesive member by the suction return unit 31 and supplying the powder powder to the powder adhesive member injection unit 30 again.

In addition, the heating and drying unit 50 is installed in the selected portion of the front, rear or front, rear of the powder adhesive member injection unit 30 is configured to preheat dry the adhesive portion of the fabric paper (100).

In addition, the heating and drying unit 50 further comprises an ultraviolet generating unit (51).

As shown in FIG. 1, the transfer drying conveyor 40 is provided with a drying part 41 configured to receive and dry the fabric paper 100 having the adhesive member attached thereto by the powder adhesive member injection part 30. Installed and configured.

A winding roller 41 for winding the fabric paper 100 dried at the rear of the transfer drying conveyor 40 is provided.

In addition, the transfer drying conveyor 40 is configured to be installed a conveyor tension control unit 80 that can adjust the tension of the conveyor.

The conveyor tension control unit 80 is configured to adjust the tension of the conveyor belt of the transfer drying conveyor 40.

In addition, as illustrated in FIG. 1, a blower 60 is installed between the transfer conveyor 10 and the transfer drying conveyor 40 to re-attach the adhesive member powder powder remaining on the fabric paper 100. To remove it once.

In addition, as another embodiment of the application driving roller as shown in FIG.

A plurality of grooves 21a formed in a pattern shape are formed on the outer circumference of the application driving roller 20a.

The groove portion 21a is formed in various patterns.

It consists of a lower coating roller 22a for applying the dye coloring agent to the outer periphery in the accommodating portion 25a in which the dye coloring agent is received.

 The upper coating roller 22b is driven to abut against the lower coating roller 22a and receives a dye coloring agent applied to the outer circumference of the lower coating roller 22a.

 The upper coating roller 22b is configured to supply a dye coloring agent to the outer peripheral surface of the application driving roller 20a.

 It is installed in contact with the outer peripheral surface of the application driving roller (20a) and consists of a knife (24a) installed in the longitudinal direction of the application driving roller (20a).

As described above, a dye coloring agent is supplied to the plurality of grooves 21a formed on the outer circumferential surface of the application driving roller 20a by the lower coating roller 22a and the upper coating roller 22b.

Therefore, the dye coloring agent is injected into the groove 21a to form various patterns on the fabric paper 100.

As another embodiment in the case of the mesh fabric 100a through which the textile paper is permeated as shown in FIG. 7, the transfer fabric 10 and the transfer drying conveyor 40 of the mesh fabric 100a The plastic sheet 101 is installed in the lower portion.

The vinyl paper 101 is installed in the lower portion of the mesh fabric (100a) is the dye dye coloring agent or adhesive powder passed through the mesh portion of the mesh fabric (100a) to fall on the upper portion of the plastic sheet 101 This is to prevent the poor printing of the textile paper 100 due to the colorant or the adhesive member powder powder.

A cleaner 70 is disposed at the rear lower portion of the transfer conveyor 10 and the transfer dry conveyor 40, respectively.

The cleaner 70 is provided with a metal brush 71 and a knife 72 to remove contaminants on the surfaces of the conveying conveyor 10 and the conveying conveyor 40, and the water spraying unit 73 and the hot air blower. 74 are further installed and configured.

In the upper part of the conveying conveyor 10, the powder driving member injection part 30 provided with the application driving roller 20 and the suction conveying part 31, in which the guide roller 20a is installed, is provided. The drying unit 41 is installed on the drying conveyor 40.

The heating and drying unit 50 further includes an ultraviolet generating unit in a selected portion of the front, rear or front and rear of the powder adhesive member injection unit 30.

In addition, a winding roller 42 for winding the textile paper 100 is installed at the rear upper portion of the transfer drying conveyor 40, and the plastic paper 101 is separately wound at the rear lower portion of the transfer drying conveyor 40. The plastic paper winding roller 43 is installed to be configured.

As shown in FIG. 8, as another embodiment of the present invention, the application driving roller 20 and the powder adhesive member injection unit 20 having the guide roller 20a installed on the transport conveyor 10 underneath. 30) are installed in series and constituted serially.

It is configured in this way to implement a three-dimensional pattern and the pattern of the pattern of a plurality of colors on the fabric paper (100).

As shown in FIG. 9, an adjustment unit 90 is installed to adjust the rotation of the gear unit 91 to the gear unit 91 that is connected to and driven with the guide roller 20a and the application driving roller 20. It is configured.

The gear 91 is connected to the driving roller 91a of the transmission roller 20a, and the drive gear 91a installed in the guide roller 20a driven in conjunction with the application driving roller 20 is connected to the transmission gear 92. The gear 91c in front of the fisherman 92 is configured to be driven to be connected to the drive gear 91d of the drive motor M and the connection member 91e.

A drive shaft 91f connected to a transmission gear (not shown) installed inside the transmission gear unit 92 is connected to another guide roller 20a and the application driving roller 20 to drive the gear unit 91. It is configured to be driven in front of the transmission gear unit 92 connected to.

On the other hand, the adjusting unit 90 is installed on the reduction gear 91g installed on the front of the guide roller 20a to adjust the rotation of the control unit 90 to the upper left or lower right to adjust the rotation ratio of the reduction gear 91g. Adjust the rotational speed of the guide roller 20a and the application driving roller 20 to adjust the conveying speed of the fabric paper 100 that is pressed through on the guide roller 20a and the application driving roller 20. In order to be able to print various types of pattern or three-dimensional pattern on the fabric paper 100 by adding or subtracting.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention.

Therefore, the technical scope of the present invention should not be limited to the contents described in the embodiments, but should be defined by the claims and their equivalents.

10: Transfer Conveyor 11: Textile Paper Supply Unit
20: application driving roller 20a: guide roller
21: through hole 21a: groove
22: adhesive supply pipe 22a: dye coloring agent supply
23: adhesive adverb 23a: dye coloring spray
24: knife part 24a: knife part
30: powder adhesive member injection part 31: suction suction part
40: transfer drying conveyor 41: drying unit
42: winding roller 43: vinyl paper winding roller
50: heating drying unit 51: UV generation unit
60: blower 70: cleaner part
71: brush 72: knife
73: water spray 74: hot air fan
80: conveyor tension control unit 90: control unit
91: gear unit 100: textile paper
100a: mesh fabric 101: vinyl

Claims (15)

A conveying conveyor 10 for conveying the textile paper 100 supplied from the textile paper supply unit 11;
An application driving roller (20) for supplying an adhesive on the fabric paper (100) by supplying an adhesive from the front upper portion of the conveying conveyor (10);
A guide roller (20a) installed facing the application driving roller (20) to support a lower portion of the application driving roller (20);
A powder adhesive member injection part 30 for spraying an adhesive member of a powder material on an adhesive part applied on the fabric paper 100 at the rear of the application driving roller 20;
A drying unit 41 for receiving and drying the textile paper 100 having the adhesive member attached thereto by the powder adhesive member injection unit 30 is installed at an upper portion thereof, and wound up to wind the textile paper 100 dried at the rear. Printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that consisting of a transport drying conveyor 40 provided with a roller (41). The method of claim 1,
The powder adhesive member injection unit 30 sucks the powder powder of the adhesive member after being applied to the adhesive portion of the fabric paper 100 and the powder powder of the adhesive member dropped on the transfer conveyor 10 to inhale the powder. A printing device for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the suction return portion 31 is provided to the adhesive member coating portion 30 is installed. The method of claim 1,
Printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the heating drying unit 50 is installed in the selected portion of the front, rear or front, rear of the powder adhesive member injection unit (30). The method of claim 3, wherein
Printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the heating and drying unit 50 further comprises an ultraviolet generating unit (51). The method of claim 1,
A printing device for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the circumferential surface of the coating driving roller 20 is formed of a plurality of through-holes 21 or polygonal shape. The method according to claim 1 or 5,
An adhesive supply pipe 22 connected to an inner circumferential surface of the application driving roller 20 and installed in the longitudinal direction of the application driving roller 20 to supply an adhesive to the interior of the application driving roller 20; And a knife portion 24 formed in the longitudinal direction of the adhesive spraying portion 23 and installed in contact with the adhesive spraying portion 23 and the adhesive spraying portion 23 formed in the longitudinal direction on the adhesive supply pipe 22. And the knife unit 24 is a printing device for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that installed to abut the inner peripheral surface of the coating driving roller (20). The method of claim 1,
Printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the blower 60 is installed between the conveying conveyor (10) and the conveying drying conveyor (40). The method of claim 1,
A printing device for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the cleaner portion 70 is installed in the rear lower portion of the conveying conveyor (10). The method of claim 8,
The cleaner 70 is provided with a metal brush 71 and a knife 72 to remove contaminants on the surfaces of the conveying conveyor 10 and the conveying conveyor 40, and the water spraying unit 73 and the hot air blower. Printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the 74 is further installed. The method of claim 1,
The coating driving roller 20 is a printing apparatus for forming a tea ceremony and three-dimensional pattern on the fabric paper, characterized in that the adhesive and the dye coloring agent is supplied together, or any one selected from the adhesive or dye coloring agents. The method of claim 1,
In the case of the mesh fabric 100a through which the fabric paper is permeated, the plastic sheet 101 is installed at the lower portion of the mesh fabric 100a when the transfer conveyor 10 and the transfer drying conveyor 40 are transferred, and the vinyl Printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that the plastic paper winding roller 43 is provided on the rear of the transfer drying conveyor 40 so as to wind the paper 101 separately. The method of claim 1,
The transfer conveyor 10 and the transfer drying conveyor 40 is a printing device for integrally forming a tea ceremony and three-dimensional pattern on the fabric paper, characterized in that the conveyor tension control unit 80 is installed to adjust the tension of the conveyor. . The method of claim 1,
When a plurality of grooves 21a formed in a pattern shape are formed on the outer circumference of the application driving roller 20a;
The lower coating roller 22a and the lower coating roller 22a are driven in contact with the lower coating roller 22a and the outer peripheral edge of the lower coating roller 22a is applied to the outer circumferential edge of the accommodating part 25a in which the dye coloring agent is received. The upper coating roller 22b receives the dye coloring agent applied to the outer peripheral surface, and the upper coating roller 22b is configured to supply the dye coloring agent to the outer peripheral surface of the application driving roller 20a. A printing apparatus for forming a tea ceremony and three-dimensional pattern on the woven paper, characterized in that it is provided in contact with the outer peripheral surface of the drive roller (20a) and consisting of a knife (24a) installed in the longitudinal direction of the application drive roller (20a). The method of claim 1,
A plurality of the application driving roller 20 and the powder adhesive member injection unit 30 having the guide roller 20a is installed on the transfer conveyor 10, the guide roller 20a and the application drive Printing device for forming a tea ceremony and three-dimensional pattern match on the woven paper, characterized in that the adjustment unit 90 for adjusting the rotation of the gear unit 91 is installed in the gear unit 91 is connected to the roller 20 to drive . A printing apparatus for forming a tea ceremony and three-dimensional pattern on the textile paper, characterized in that the printing apparatus of claim 1 are installed in series in plurality.

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