KR20020089229A - The method of toning leg a cg lindrical printing roller a cubic pattein of various color on woven goods - Google Patents

Abstract

PURPOSE: Provided is a forming method of multicolored cubic patterns on textile paper with a cylindrical print roller used which paints multicolored cubic patterns on textile paper in a consecutive and repeated way so that it improves beauty on the textile paper. CONSTITUTION: The forming method of multicolored cubic patterns on the textile paper with a cylindrical print roller used comprises the steps of: (i) passing the textile paper through the cylindrical print roller and using print ink to form transparent or single-colored cubic pattern; (ii) thermally treating cubic pattern to make gels and binding the textile paper and polyester film; and (iii) passing through a compression heat roller to change a printed layer on the polyester film into cubic pattern of the textile paper and form consecutive and multicolored cubic pattern on the textile paper.

Description

TECHNICAL FIELD How to form a multicolored three-dimensional pattern on textile paper using a cylindrical printing roller {THE METHOD OF TONING LEG A CG LINDRICAL PRINTING ROLLER A CUBIC PATTEIN OF VARIOUS COLOR ON WOVEN GOODS}

The present invention first uses a cylindrical printing roller to obtain a transparent or monochromatic or multicolored PVC paste resin pattern on fabric paper, and secondly, to transfer the printing layer of the polyester film printed in multicolor on these patterns to form a multi-colored three-dimensional pattern with continuous repeatability. It is about how to.

Conventionally, the primary cylindrical printing roller is used to form a three-dimensional pattern made of transparent or monochromatic PVC paste resin on a fabric paper, and then the polyester film printed in various colors is overlapped with the three-dimensional pattern of the fabric paper to pass the heating roller. As the sterile film printing layer is transferred to the three-dimensional pattern of the fabric paper, the three-dimensional pattern is printed in a random multicolor.

This multi-colored three-dimensional pattern is repeated repeatedly only with a pattern made of PVC paste resin. There was a problem that the color printed on this pattern does not appear as a continuous repeat.

The reason why this problem could not be solved so far is that the inventors who attempt the present invention or the small businesses working in the field are not enough to manufacture the printed polyester film which requires huge facility investment. Differences in the width of the printing roller and the difference of the continuous repeating unit between the cylindrical printing roller and the printed polyester film production roller. It was almost impossible to form.

The present invention provides a method of forming a multicolored three-dimensional pattern with a continuous repeatability on the fabric paper, specifically, a polyester roller printed with a conventional multicolored pattern of a cylindrical roller to form a three-dimensional pattern with PVC resin on the fabric paper in one step A method of forming a multi-colored three-dimensional pattern with continuous repeatability by solving the means to be configured for the continuous repeating unit of the printing roller to manufacture a and the means to prevent the bleeding of the textile paper during printing to properly configure in one device The purpose is to provide.

1 is an overall appearance view of an apparatus implementing the method of the present invention.

Figure 2 is a perspective view of an adjusting portion according to the device for implementing the method of the present invention.

Figure 3 is a front view showing a coupling structure of the control unit and the cylindrical printing roller according to the apparatus for implementing the method of the present invention.

4 is an exploded perspective view of a cylindrical printing roller according to an apparatus for implementing the method of the present invention.

5 is a cross-sectional view of a cylindrical printing roller according to an apparatus for implementing the method of the present invention.

6 is a cross-sectional view of a gearbox according to an apparatus implementing the method of the present invention.

7A is an enlarged perspective view of a device illustrating a method of the present invention.

7B is a plan view of a press roller portion of the apparatus for explaining the method of the present invention.

The present invention relates to a method of forming a multi-colored three-dimensional pattern having a continuous repeatability on a woven paper. First, the apparatus for achieving the present method will be described. As shown in FIGS. 1 to 6, the power generated by the driving motor 840 is A belt 870 of a predetermined width driven by the power transmission shaft 860 is elastically provided to rotate in a predetermined direction by the driving of the roller 880 on one side, and the conveyor 820 of the Printing unit 100 having an adjusting unit 110 for controlling the rotation of the top, bottom, left and right of the cylindrical printing roller 120 is located at the top, and the cylindrical printing roller 120 is located at the bottom of the control unit 110 Gear unit 220 for controlling the speed of the) and the drying unit 400 is located on the back of the printing unit 100 to dry the printed fabric.

Power generated by the driving motor 840 is applied to the belt 870 by the power transmission shaft 860 to operate the conveyor unit 820. At this time, the adhesive is applied to the adhesive roller 830 located at the lower end of the main body 810, and the fabric is applied to the predetermined fabric supply roller 950 by the conveyor portion 820 coated with the adhesive layer generated by the adhesive roller 830. When the 900 is transferred, the transferred fabric 900 is printed by the printing unit 100. At this time, the fabric 900 is inserted into the printing unit 100 in the outer side of the cylindrical printing roller transport means 295 is coupled to both sides of the cylindrical printing roller 120 of the printing unit 100. By the rotation operation of the transfer handle 297 which is present, the constriction of the cylindrical printing roller conveying means 295 is manipulated to be in the same position as the left and right of the fabric 900, thereby making accurate printing.

The cylindrical printing roller 120 is a gear (not shown) formed on one side of the reducer 850 when the power generated by the drive motor 840 at one side lower end of the main body 810 is applied to the reducer 850 is driven. Rotating the drive gear 250 formed on the drive shaft 251 on the main body 810 with the belt 240 rotates the primary gear 252 capable of left and right movement formed on one surface of the drive shaft 251 and rotates the primary gear 252. ) Is applied to the secondary gear 253 is geared. When the tertiary gear 254 formed on the same shaft as the secondary gear 253 rotates, the fourth gear 295c coupled to the tertiary gear 254 is rotated. The fourth gear 295c is coupled to the inside of the ink roller conveying means 295 by a bearing (not shown). The other side of the fourth gear 295c may support the support portion 296 of the cylindrical printing roller 120. The support portion 296 includes a support portion 295a and a cap 295b.

The ink coating means 123 and the knife cotta 122 are inserted into the cylindrical printing roller 120 with both shafts protruding to the outside of the roller.

The ink coating means 123 is introduced into the perforated shaft of the ink coating means 123 through the ink inlet hose 710a when the ink 130 stored in the ink tank 700 flows into the shaft. The ink 130 is applied to the inside of the cylindrical printing roller 120 by the hole 123a which is maintained at a predetermined interval. The outer side of the ink applying means 123 is coupled to the primary steering device 270. The primary steering device 270 is composed of a primary steering handle 270a for moving the ink applying means 123 and a secondary steering wheel 270b for moving left and right, and the cylindrical printing roller 120 The surface of the ink application means 123 inserted into the inside of the pattern through the roller 120 is to be completely in close contact.

The knife cotta 122 is inserted into the cylindrical printing roller 120 to prevent the ink 130 introduced by the ink applying means 123 from being applied to the entire inner surface of the cylindrical printing roller 120. The outer shaft of the knife cotta 122 is coupled to the secondary steering device 290, the secondary steering device 290 and the third steering wheel (290a) to make the shanghai movement of the knife cotta 122, the left and right movement It consists of a fourth steering wheel (290b) to make a rubber member (122a) coupled to the end surface of the knife cotta 122 is in close contact with the inner surface of the cylindrical printing roller (120).

The support 295 is supported by a support 296 coupled to a plurality of surfaces of the body 810.

The fabric 900 printed by the above configuration passes through the drying unit 400, one side of which is hinged to the body 810, to dry the ink 130 applied to the fabric 900. Since the technical configuration of the drying unit 400 is generally known, a detailed description thereof will be omitted herein.

As shown in FIG. 6, the gear unit 220 has a shape of a worm 220a and a worm gear 220b. The gear unit 220 has a pulley formed in one side of the reducer inside the worm gear 220b. The belt is coupled to the pulley 221a of the primary shaft 221 formed on one surface and the pulley 221a rotates and the other surface of the primary shaft 221 is formed of the primary bevel gear 222 inside the worm gear 220b. It is. In addition, a secondary shaft 231 is formed on the other side of the worm gear 220b, and a secondary bevel gear 232 is formed on the inner surface of the worm gear 220b and a gear 231a connected to the drive shaft on the outer surface thereof. Are combined.

In addition, the worm gear 220b has a third bevel gear and a fourth bevel gear 240 connecting the primary bevel gear 222 and the secondary bevel gear 232 to each other. The third bevel gear 240 and the fourth bevel gear 240 are coupled to the inner surface and the shaft 241 of the worm gear 220b.

The driving process of the gear unit 220 will be described below.

The gear unit 220 continues to rotate while the printing apparatus is driven and the gears inside the worm gear 220b continue to rotate. At this time, when the handle 221 formed on the outside rotates, the worm 220a connected to the inside of the gear unit 220 rotates. As a result, the third bevel gear 240 and the fourth bevel gear 240, which are coupled to the inner surface of the worm gear 220b by the shaft 241, are forced by rotating the worm gear 220b which is coupled to the worm 220a. Rotating movement allows you to apply high-speed rotational movement to the gear that was rotating. This basically combines the force generated by rotating the handle with the force rotated by the power transmission shaft 860 to obtain a fast rotational force to quickly rotate the cylindrical printing roller 120 to secondary print on the primary printed fabric. The exact position can be adjusted.

The fabric 900 printed in this way is dried while passing through the drying unit 600 is wound around the fabric winding roller 960 is completed.

Method for forming a multicolored three-dimensional pattern on the fabric paper using the apparatus as described above is supplied from the fabric paper supply roller 950, the adhesive is applied on the conveyor belt 820 proceeded by the pressure-sensitive adhesive roller 830 as shown in FIG. The fabric paper is attached to the surface of the conveyor belt 820 and passes through the cylindrical printing roller 120 to form a transparent or monochromatic three-dimensional pattern 500 of the printing ink (PVC paste resin) on the fabric paper and then maintained at about 120 ° C. Pressing through the drying unit 400 to gel the printing ink for 5 to 6 seconds, and then contact the multi-colored printed polyester film 610 supplied from the polyester feed roller 600 to the printed fabric paper to be heated and pressurized Passing between the roller 700 and the conveyor belt, the ink layer of the polyester film is transferred to the three-dimensional pattern of the fabric sheet, and then the fabric sheet is a polyester film in the fabric winding roller 960. 650 is wound around the polyester film winding roller 970.

In the manner as described above, a multi-colored three-dimensional pattern with continuous repeatability is formed.

Here, the polyester film is purchased by using already printed in multicolor, and the cylindrical printing roller is manufactured to match the continuous repeating unit of the multicolored pattern printed on the polyester film. For example, as shown in FIG. If you look at the change in the pattern of the pattern, the pattern printed on the fabric paper before passing through the pressure roller 700 is a single or transparent three-dimensional pattern (tulip) (500) and the pattern printed on the polyester film is a small circle of red, The otto-shaped multicolored pattern printed and combined in a large green circle, and the pattern on the fabric paper after passing through the pressure roller is a multicolored three-dimensional pattern (tulip) with flowers red, the stem and the body green, and the pattern on the polyester film From the blotter-shaped print layer on the original polyester film to a single or transparent strip of PVC paste resin print ink on fabric paper. And a transition over the three-dimensional ink pattern (tulip), the remaining ink layer only are left.

As an example of applying the above method, a two-stage cylindrical printing roller is installed and passed through to obtain a three-dimensional pattern of two colors on the fabric paper, and various colors can be obtained from the printing layer on the polyester film. It is possible to obtain a multi-color printed pattern of a thin film layer on a three-dimensional multicolored pattern. The thickness of the three-dimensional pattern obtained on the woven paper in the printed layer is about 0.1 to 0.5 mm, which is extremely thick, and the printed layer on the polyester film is several microns to several tens of microns. A gravure imprint can be obtained with a thin film layer having a thickness of and the material of each printed layer is also different.

In particular, the matching between the three-dimensional pattern obtained through the cylindrical printing roller and the color pattern on the polyester film is not necessarily the exact same as the same pattern with the color, but the color group for each part of the pattern on the fabric paper. After printing, an extra print layer always remains on the polyester film.

The present invention can form a multi-color three-dimensional pattern from a single color or a transparent to the fabric paper, and can repeatedly form various color patterns of the thin film again on such a three-dimensional pattern or multi-color three-dimensional pattern more beautiful and colorful high-value fabric paper There is an advantage that can be used to choose and use multi-colored polyester film printed by other companies at will.

Claims (1)

The fabric paper is passed through a cylindrical printing roller to form a transparent or monochromatic three-dimensional pattern with a printing ink (PVC paste resin), a three-dimensional pattern is formed, and the three-dimensional pattern is heat-treated to gel, and then the fabric and printed polyester A method of forming a continuous repeating multicolored three-dimensional pattern on a textile sheet by bonding a film and passing a pressurized heat roller to transfer the printing layer on the polyester film onto the three-dimensional pattern of the textile sheet.