JPS6020194B2 - Multicolor Kasuri yarn automatic printing method - Google Patents

Description

Detailed Description of the Invention Generally, in order to perform multicolor vertical printing on the weft threads of scale fabrics, the yarn to be printed is spirally wound around a rectangular printing plate, a printing pattern is applied to this printing plate, and printing is performed on this printing pattern. The process of brushing the paste was repeated several times with different colors of the printing paste, and the desired multicolor vertical printing was carried out on the wrapped yarn to be printed through the printing holes of the printing pattern.

Furthermore, the printed multicolor warp threads were removed from the printing board and wound on a bobbin.

In this conventional method, a lot of time is spent spirally winding the yarn to be printed on the printing board, and two types of printing patterns are prepared for one color of printing paste, one for the front side and one for the back side. In the case of multicolor vertical printing, this process must be repeated many times by changing the color of the printing pattern and printing paste. Painting with a brush is a tedious task, and it is also a tedious task to connect threads wound around multiple printing plates into a single thread and wind it onto a bobbin.Most of the printing work relies on manual labor. This made it extremely inefficient.

In addition, when performing multicolor vertical printing on the warp threads, a large number of yarns to be printed are aligned and stretched on a long printing plywood, a printing pattern is placed on the aligned yarns to be printed, and printing paste is applied over and over again. The printing pattern had to be shifted and brushed, and the same process had to be repeated by changing the color of the printing paste or the printing pattern, which had the disadvantage of being extremely inefficient, similar to the weft printing process. The present invention relates to a multi-thread warp automatic textile printing method that solves the above drawbacks, and an example of its implementation will be described in detail as follows with reference to the accompanying drawings.

Mochi printing holes 2 whose width is wider than the aligned yarn 1 to be printed and whose vertical width is equal to the width of the rice cake to be printed on the yarn 1 to be printed are arranged in multiple stages on the longest paper pattern at predetermined intervals according to the vertical pattern. A pattern tape 4 for vertical printing, in which command holes 3 are engraved and drilled in the edges of the long pattern paper, and a lower receiving tape 5 of the same width have a width narrower than the horizontal width of the mochi printing holes 2. The printing thread 1 is interposed. The pattern tape 4, the yarn to be printed 1, and the undercover tape 5 are superimposed and pulled by a take-up roller device 6, thereby causing the polymer of these three members to slide on the printing table 7.

This take-off roller device 6 is provided with a take-off roller 9 driven by a motor with a speed reducer on a vertically installed base 8,
A pressure roller 10 is provided above the take-up roller 9, which presses the take-up roller 9 by its own weight, and between the take-up roller 9 and the pressure roller 10, the pattern tape 4, the yarn to be printed 1, and the under-receiving tape are placed. 5 is shown in a state in which they are formed so as to be sandwiched in a superposed state.

A printing stand 7 is attached to the base 8 in front of the take-up roller device 6.

A printing device 11 provided on the printing table 7 performs vertical printing on the yarn 1 to be printed through the paper pattern tape 4 using the mochi printing holes 2.

This lacquer beam device 11 is provided with a hopper unit 12 for storing printing paste on a printing table 7, a printing lake outlet part 13 is formed at the lower part of this hopper unit 12, and a rear lower edge of this printing paste outlet part 13 has elasticity. A printing machine plate 14 made of a material having properties is attached,
The tip of this printing pseudo plate 14 is pressed against the upper surface of the paper pattern tape 4 with appropriate pressure.

A pattern tape combining device 15 and an upper guide roller 16 are provided on the base 8 at the upper front side of the printing table 7.

A reel device 17 for supplying the under-receiving tape 5 and a lower guide roller 18 are provided on the base 8 at the lower part of the front leg of the printing table 7.

A textile yarn supply device 19 is provided in front of the textile printing table 7. Behind the take-up roller device 6, a pattern tape 4, a vertical printing yarn 1,
Winding devices 20 and 21 for separating and winding each of the lower receiving tapes 5
, 22 are provided. The drawing shows a case where a pattern tape 4 corresponding to the length of the yarn to be printed 1 for several rolls is installed between the pattern tape supply V supply device 15 and the winding device 20, but The pattern tape 4 may be formed into a ring shape and installed between the pattern tape supply device 15 and the winding device 20 and used for circulation, so that the same mochi pattern can be continuously and automatically printed.

In addition, the under-receiving tape 5 is formed into an endless band shape and the reel device 1
7 and the winding device 22, and the dirt on the under-receiving tape 5 caused by the printing paste can be cleaned with a cleaning solution and used for circulation.

Raretori Hishitaka 23 reads the command hole 3 of the pattern tape 4 between the pattern tape supply V supply device 15 and the upper guide roller 16
will be established. This reading device 23 may be an electrical detection device using a combination of a light emitting diode, a phototransistor, or the like.

On the base 8 in front of the printing table 7, a grand dyeing paste table 24 always impregnated with the printing paste and lacquer beam paste of a different color is provided below the yarn 1 to be printed. The drawing shows a case in which a printing paste stand 24 such as an ink stamp is formed so that the printing paste of different colors always bleeds from a printing lake container 25 storing different colors of printing.

A different color printing device 30 is formed on the top of the printing paste table 24, which operates a stamp lever 26 having a width equal to the desired vertical width to press the yarn 1 to be printed against the printing paste table 24 using an electric signal from the reading device 23. .

This stamp lever 26 moves the yarn 1 to be printed onto the printing shelf 2.
4 to perform different color printing on the yarn to be printed 1.

In this case, a predetermined number of printing trays 24 and stamp levers 26 are arranged in parallel for each color so that desired multicolor printing can be performed.

By printing with this different color printing device 3 rivers and printing with the mochi printing holes 2 of the paper pattern tape 4, the yarn to be printed 1 is converted into a multicolor vertical printing yarn 2.
Form into 7. In the figure, 28 is a holding plate, and 29 is a pulling rod pulled by an electric command.

To explain the operation of this device, the pattern tape 4 supplied by the pattern tape supply device 15 and the under-receiving tape 5 supplied by the reel device 17 are interposed in a heavy-duty manner, with the yarn to be printed 1 interposed therebetween. The combination is supported by the printing stand 7, and if these three parts are held in the superposed state between the take-up lo-fu 9 and the saddle rollers 1 and 0 and the take-up roller 9 is rotated, these three parts can be supplied with pattern tape respectively. The printing yarn is continuously supplied from the device 15, the reel device 17, and the printing yarn supply device 19.

At this time, the command hole 3 drilled in the edge of the paper pattern tape 4 is read by the cutting device 23 and outputs an electric signal, and this electric signal activates the different color printing device 30, and the mochi printing is applied to the yarn to be printed 1. It is done.

That is, the stamp lever 26 is actuated by an electric signal from the cutting device 23, and the thread 1 to be printed is pressed against the printing paste stand 24, and rice cake printing is performed. For example, two different color printing devices 30
If the machines are installed side by side, two-color vertical printing can be performed.

Furthermore, the three polymerized substances are printed on the printing table 7, but at this time, the printing paste of the different color printing device 30 and the different color printing lake filled in the hopper 12 overflow from the printing paste outlet part 13, and the rice cake printing hole 2
The exposed mochi-printed thread is further subjected to mochi-printing to form a multicolor mochi-printed thread 27.

At this time, the printing thread 1 of the printing paste applied in the mochi printing hole 2
The excess printing paste that does not adhere to the printing paste is absorbed by the under-receiving tape 5, and at the same time both the under-receiving tape 5 and the yarn to be printed 1 move together, so that the printing paste adheres to the portion of the yarn to be printed 1 that is not exposed to the vertical printing holes 2. is prevented from doing so.

The pattern tape 4, multicolor rice cake printing yarn 27, and undercover tape 5 that have come out of the take-up roller device 6 are separated and sent to the respective winding devices 20.
, 21, 22. As described above in detail, the present invention involves sandwiching the yarn to be printed 1 between the pattern tape 4 and the lower tape 5, which have the vertical printing holes 2 and the command holes 3, and then pulling the overlapping three members onto the printing table 7. The printing device 11 prints on the yarn 1 exposed to the scarlet printing hole 2 of the pattern tape 4 when it is slid by the take-up roller device 6, and the reading device 23 reads the command hole 3 to print the different color printing device 30.
By activating the , a pattern tape is applied to the yarn to be printed 1.

Since the printing using the vertical printing holes 2 of 4 and the printing of different colors are carried out in advance, the multicolor vertical printing yarn 27 can be carried out continuously and efficiently. There is no need to create separate printing patterns for the front side and printing patterns for the back side, or to use them for different colors, and it becomes possible to perform multicolor mochi printing in a uniform manner.

In particular, when vertical printing is performed using the vertical printing holes 2, the under-receiving tape 5 moves together with the yarn 1 to be printed while adsorbing excess printing paste that was not applied to the yarn 1 to be printed. In order to prevent contamination, the rice cake is printed in many colors.

Further, the yarn to be printed 1 of the present invention has a pattern tape 4 and an undercover tape 5.
Since the yarn 1 to be printed is taken up by the take-up roller bag counterfeit 6 in the form of a polymerized pillow sandwiched between the printing table 7 and the printing device 11, the yarn 1 to be printed does not slide against the pattern tape 4. A clear all-over printing is done on the taka.

Furthermore, since the cutting device 23 is installed to read the command hole 3 of the pattern tape 4 before pattern printing, the reading of the command hole 3 is carried out with the pattern tape 4 that is not contaminated with printing paste, and the electrical signal from the reading device 23 increases accordingly. is accurate, and the different color printing device 30 can be operated without fear of contamination.

In addition, after printing, the pattern tape 4, multicolor vertical printing yarn 27, and base tape 5 are separated and wound up, so the multicolor mochi printing yarn 2
It exhibits extremely excellent effects, such as being convenient for processing in the subsequent steps of step 7.

[Brief explanation of drawings]

FIG. 1 is a partially cutaway front view of the present invention, FIG. 2 is a perspective view of a portion of the paper pattern tape, and FIG. 3 is a side view of the different color printing apparatus. 1... Thread to be printed, 2... Mochi printing hole, 3
...... Command hole, 4... Pattern tape, 5...
...Undercover tape, 6...Take-up roller device, 7
...Textile printing stand, 11...Textile printing device, 23
...Reading device, 30...Different color printing 2nd
Figure 3 Figure Ship

Claims (1)

[Claims] 1. From the width of the kasuri printing holes between the pattern tape with command holes punched in the edges of a long pattern paper that has kasuri printing holes punched to match the desired kasuri pattern, and the under-receiving tape of approximately the same width as this pattern tape. The paper pattern tape, the yarn to be printed, and the under-receiving tape are overlapped with a narrowly aligned yarn to be printed, and the polymer of these three is slid onto the printing table by pulling it with a take-up roller device. Then, a printing device installed on the printing table prints the desired Kasuri onto the yarn to be printed through the pattern tape, and a different color printing device is installed in front of the printing table to print in a color different from the printing through the pattern tape's Kasuri printing holes. , this different color printing device is activated by an electric signal from a reading device that reads the command hole of the pattern tape before pattern printing, and the different color kasuri is printed in advance on the part of the yarn to be printed other than the area to be kasuri dyed, and this multicolor kasuri is printed in advance. A multicolor kasuri thread automatic printing method characterized by separately winding the kasuri printing thread, the pattern tape, and the base tape.