KR200205268Y1 - The multi-color colth dyed method and derice for texfile machine - Google Patents

Abstract

The present invention, in multi-color printing textile paper, the injection nozzle tube is a bundle of a plurality of injection nozzles screwed on the frame of the dryer for drying the woven fabric paper by the bundle of the injection nozzle tube by the drive of the driving motor respectively. It is operated at a certain distance from the left and right and up and down, and is printed on an irregular state on the fabric ground by dyes of dye tanks having different colors through a hose connected to one side of the injection nozzle tube, and at the same time, printing of adjacent color patterns. The present invention also provides a multicolor printing apparatus for textile paper, which makes it possible to increase the product value of the textile paper and further increase the production capacity of the printing work.

Description

MULTI-COLOR COLTH DYED METHOD AND DERICE FOR TEXFILE MACHINE

In the present invention, in printing any color pattern on the fabric paper, the fabric paper is transferred to the fabric paper by dyes of different colors sprayed through several injection nozzles that can flow from the top while transferring the fabric fabric. It is possible to print the pattern of the color, and in particular, the pattern and the color of the parts adjacent to each other can be clearly displayed as a new color, thereby providing the fabric paper which can improve the quality and clarity of the printing state. To a multicolor printing device,

In general, the color pattern of the fabric paper is very short lifespan is changing frequently, but most printing industry does not have the facilities or equipment to meet this, it was difficult to upscale products with a variety of color patterns.

However, in order to cope with the color pattern of textile paper which changes frequently in recent years, a device which prints using the primary color (7 degrees) of at least 2 degrees is known, but such a device only dyes the chromaticity of the dye. Because of the monotony of the color pattern because no other color pattern can be obtained, it is easy to feel tired and further reduce the improvement of the product.

In addition, if one of the printing devices for removing some of the above-mentioned defects is known, the fabric paper is randomly decorated and placed on the bottom of the screen plate. When sprayed sequentially along the longitudinal direction of the panel through the hose of the dye, the dye is eroded and printed onto the decorated fabric paper, and part of it is collected by the waste dye tank installed at the bottom of the screen panel. The pattern is a dye eroded print in a state where the fabric of the fabric is irregularly decorated, and thus the multicolored patterns are entangled with each other to produce a new color pattern, but in this case, the color patterns of adjacent printed parts Black pattern that is incompatible with other color patterns (black Geotyieoseo forming the phase pattern) due to the closed end value bowl the color pattern of the entire textile dye suffers a problem that results in a defective rate of products.

The present invention has been devised to solve the above problems, and in printing any color pattern on the fabric paper, various color patterns are continuously printed automatically in an irregular state by a mechanical device and at the same time different colors The main purpose of the present invention is to provide a textile paper that can be harmonized with other color patterns by sharpening the chromaticity of the adjacent printing part, and another object of the present invention is to spray various types of color dyes with each nozzle. It is possible to obtain high-quality textile papers in which any variety of color patterns are printed at the same time. And another object is to change the printed color pattern to any shape in various ways to cope more quickly than the epidemic of the textile paper by the color pattern to actively develop a new product.

The present invention has a drying chamber for drying a known woven fabric paper and a take-up roll of the fabric paper fabric in order to achieve the above object, and the textile paper of the take-up roll into a drying chamber with a needle chain conveyed by driving of a motor. A plurality of injection nozzle pipes, each of which is screw-tightened between the drying chamber and the take-up roll, by using a dryer for transfer drying; One end of the injection nozzle tube has a hose connected to the extrusion pump of the dye tank, and the bundle nozzle which bundles the injection nozzle tube is interlocked with the eccentric cam and the rod so as to operate from side to side. It is constructed so that any color pattern is formed by color dyes having different colors sprayed through several spray nozzles composed of respective spray nozzle tubes at the upper part of the fabric paper which is inserted into the needle chain and conveyed in tension. Characterized by the multi-color printing device of the textile paper to be continuous continuous printing in an irregular state.

1 is a perspective view for carrying out the present invention

Figure 2 is a perspective view showing the main components of the present invention

3 is a plan view showing an operating state of the present invention Figure 2

4 is a longitudinal cross-sectional view taken along line A-A of the present invention FIG.

Figure 5A is a perspective view of the injection nozzle pipe configured in the present invention

Figure 5B is a cross-sectional view of the injection nozzle pipe according to the present invention Figure 5A

※ Explanation of symbols about main part of drawing ※

A-fabric 10-rolling roll 11-drying room

12,12'-frame M1 to M6-motor 13,13'-chain

14,14 '-Sprocket 15,15'-Brush wheel 16,16 '-Needle chain

17,17'-injection nozzle 18,18'-injection nozzle tube 19,19'-bracket

20,20'-Guide Guide 21,21'-Pack 22,22'-Eccentric Cam

23,23'-Section 24,24'-Rod 25,25'-Drive Shaft

26,26'-Wear Gear 27,27'-Following 28,28'-Dye Bottle

29,29'-Hose P, P'-Extrusion Pump 100-Dryers

Hereinafter, the printing device of the present invention is more effectively embodied by the drawings exemplified below, wherein the winding roll 10 for winding the woven fabric paper A and the drying chamber 11 for drying the fabric paper have a frame 12. It is installed in the symmetrical direction on (12 ') and the fabric (A) is to the sprockets (14, 14') linked to the chain (13, 13 ') by the driving of the motor (M1) (M2). In the dryer (100) which is guided while the brush wheels (15) and (15 ') presses both ends of the fabric paper (A) into the needle chains (16) and (16'), and transfers them to a flat surface. ,

On the frame 12, 12 ', a plurality of injection nozzle pipes 18, 18' are screwed onto the shock brackets 19, 19 'with several injection nozzles 17, 17' screwed. Of the eccentric cams 22 and 22 ', which are bundled into bundles 21 and 21' to guide the guides 20 and 20 'and are driven by motors M3 and M4. It is connected to the fastening portion 23, 23 'and the rods 24, 24' to operate left and right, and the drive shafts 25 of the motors M5 and M6 are attached to the shock brackets 19 and 19 '. The height of the spray nozzle tubes 18 and 18 'can be arbitrarily adjusted in accordance with the lifting operation of the driven shafts 27 and 27' engaged with the 25 and 26 gears. At the same time, each of the injection nozzle tubes 18, 18 'is connected to the extrusion pump P (P') and the hoses 29, 29 'in the dye bottles 28, 28' on one side thereof. As described above, reference numerals 30 and 30 'denote valves of the respective injection nozzle pipes 18 and 18', and indicate 31 waste dye collectors.

In implementing the present invention configured as described above, the woven fabric paper fabric A is wound on the gnwi roll 10, and the motors M1, M2 and chains 13, 13 'are placed on the frames 12, 12'. Sprockets (14) and (14 ') are connected to the needle chain (16) and (16') in rotation with the needle chain (A) while the both edges of the paper (A) is transferred to the flowered state brush wheel (15) The job conveyed in a flat state toward the drying chamber 11 by the pressing action of (15 ') has described the implementation of the drying operation of the dryer 100 in the present invention. In order to be able to print the color pattern of each dye container 28, 28 'to put a different color of the dye strongly extruded by an extrusion pump (P) (P') and the dye container 28 ( The dye of 28 'is injected through the hoses 29 and 29' to each of the spray nozzles 17 and 17 'of the spray nozzle pipe 18 and 18' according to the adjustment of the valves 30 and 30 '. As the strongly spraying different color patterns on jikmulji fabric (A) is transferred to the lower portion will be continuously printed by the irregular state.

At this time, the device for printing the color pattern in an irregular state is the fastening portions 23, 23 'and the rod 24 of the eccentric cams 22, 22' which are rotated by the driving of the motors M3 and M4. The bundle holes 21 and 21 'of the spray nozzle tubes 18 and 18' connected by 24 'can be easily eliminated by reciprocating the guide guides 20 and 20' at a fixed distance. In particular, the color pattern of the part where the different color patterns are adjacent can be printed in a clear state.

On the other hand, when the printing range of the color pattern is made wider or narrower, driven motors M5 and M6 are driven to engage driven shafts 25, 25 'and worm gears 26, 26'. By adjusting forward and backward rotation of (27 '), the bracket (19) and (19') can be adjusted up and down arbitrarily, so that the desired color pattern can be printed in various forms. Not only can quickly cope with the epidemic of, but also by using the existing multi-color printing apparatus according to the present invention even if the structure is not largely modified by using the dryer can also increase the production of printing textile paper.

As described above, the present invention uses a dryer for drying the woven fabric (A), but installs a plurality of injection nozzle pipes in which several injection nozzles are screwed to the upper frame of the dryer, and each side has a color By connecting hoses of different dye tanks, the spray nozzle pipes, which are extruded and ejected by extrusion pumps, can be operated to print with a desired color pattern on the right and left or up and down. As the color of the part where another color is adjacent is also printed vividly, a color pattern balanced with the entire pattern of the textile paper can be obtained.

In addition, since the printing color can be adjusted by opening and closing the control valve with only the desired color dye as needed, there is an effect of providing a printing device that can diversify the printing state of the color pattern.

Claims (3)

In order to print the multi-colored dye having different colors by using a dryer for drying the woven fabric paper, the quinch roll 10 and the drying chamber 11 are installed symmetrically on the frames 12, 12 '. The needle chain 16 is guided to the sprockets 14 and 14 'and the brush wheels 15 and 15', which are linked to the chains 13 and 13 'by driving the motors M1 and M2. In the dryer (100) which is flowered in the 16 ') and is normally transported and dried toward the drying chamber 11, On the frame 12, 12 ', a plurality of injection nozzle pipes 18, 18' screwed with several injection nozzles 17, 17 'are screwed on the shock brackets 19, 19'. Of the eccentric cams 22 and 22 ', which are bundled into bundles 21 and 21' to guide the guides 20 and 20 'and are driven by motors M3 and M4. It is connected to the fastening part 23 (23 ') and the rod 24 (24') so as to operate left and right, and the drive shafts 25 of the motors M5 and M6 are attached to the shock brackets 19 and 19 '. The height of the spray nozzle pipes 18 and 18 'can be arbitrarily adjusted in accordance with the lifting operation of the driven shafts 27 and 27' engaged with the 25 and 26 gears. At the same time, one side of each of the above-described injection nozzle pipes 18, 18 'is connected to the extrusion pump P (P') and the hoses 29, 29 'in the dye tanks 28, 28'. Multi-color printing device of the textile paper, characterized in that configured to. The method of claim 1, Gather the injection nozzle pipes 18 and 18 'which are bundled with bundles 21 and 21' to guide the guides 20 and 20 'onto the shock brackets 19 and 19'. A multicolor printing apparatus for textile paper, characterized in that, by selective driving of the rotors M3, M4, and M5, M6, the operation of the left, right, up and down can be simultaneously performed, and only a part thereof can be operated. The method of claim 2, Fastening part of the eccentric cams 22 and 22 'to which the bundle holes 21 and 21' which bundle the said injection nozzle pipe 18 and 18 'are connected by the rod 24 and 24'. (23) (23 ') A multicolor printing apparatus for woven paper which can be arbitrarily adjusted.