KR800000738B1 - Continuous forming method of zigzag pattern on the cloths - Google Patents

Abstract

The convex-concave-typed tappet moving right and legy delivers thread on the paper moving in a zig-zag motion by specially designed machine, which mainly outlines the figure to be drawn. Then the figure is fixed by binding the thread on the paper through stitching. The patent enables to draw the more diverse drawings with the natural beauties than the conventional overlocking and to produce much more easily than the hand making method.

Description

How to continuously form zigzag patterns on forge

1 is a principal part perspective view of the manufacturing apparatus of the present invention.

2 is a perspective view illustrating a guide piece which is one of main parts of the manufacturing apparatus of the present invention.

Figure 3 is a process illustration of the binding portion of the manufacturing apparatus of the present invention by the known principle

4 is a partial exemplary view of a zigzag pattern formed by the present invention.

The present invention relates to a novel method of forming a large number of zigzag patterns of arbitrary size and shape using a pattern thread on a forge. In order to make such a zigzag pattern appear on a conventional forge, overlock or embroidery has been performed, but in this case, the size of the zigzag pattern formed at the same time on a single forge is limited to the same or regular pattern. This is because the parts perform the same operation at the same time, and in particular in the case of manual embroidery or overlock, it is subject to the limitations that can only be implemented for small forge.

The present invention provides a new method for forming a wide variety of natural beauty-rich zigzag pattern for wide width paper without being limited to the conventional ones. The method of the present invention is based on the reference manufacturing apparatus shown in the accompanying drawings. The above is as follows.

The pattern thread (1) supplied from the pattern thread guide (g) detachably installed in the well-known left and right operation interval (a) operating left and right by the uneven tappet (t) is in contact with the surface of the paper (2) In this state, the zigzag pattern of the present invention is formed by binding the zigzag pattern yarn 1 ″ by a normal squelching method by zigzag by the left and right movements of the operation a and the advancing of the forge 2. Prepare the formed forge. Further description of the non-explained parts of the detailed features of the present invention in the drawings as follows.

In FIG. 1, reference numeral 3 denotes a guide rod g installed on the sidewall of the operation a, and a plurality of guide holes mounting holes 4 are laid out at regular intervals. The bolts 6 and 6 'are respectively screwed through both bolt holes 5 and 5' of the sphere g so that the guide g is installed in the operating period a.

Reference numeral (b) is a tension adjusting portion of the "binding yarn" 8 in the conventional squelch mechanism, which will be described in more detail in FIG.

Reference numeral c denotes a looper operating part in the binding mechanism, which will be described in more detail with reference to FIG. Reference numeral 9 is a known needle for stitching.

자형 사도간으로서 그 선단저부에는 원형사도공 내지 반원형사도구(12)가 적당한 개수 형성되어 있으며 이사도간(11)은 사도본체(10)과 착탈자재되게 연결되어 있다.In FIG. 2, reference numeral 10 denotes an apostle body, and reference numeral 11 denotes an apostle.

As the shape of the apostles, a proper number of circular yarns or semi-circular yarn tools 12 are formed at the bottom of the tip, and the rods 11 are detachably connected to the apostle main body 10.

The pattern yarn 1 enters the tool 12 along the inclined surface of the apostle main body 10 and contacts the surface of the forge 2. Here, when the tooling tool 12 is a circular ball, its cross section is circular and there is no fear that the pattern thread 1 may be separated out of the tooling tool 12, but a constant height exists between the forge 2 and the tooling tool 12. There is a disadvantage that the pattern yarn 1 cannot be directly or accurately contacted with the forge surface.

On the other hand, when the tooling tool 12 is semi-circular, the cross section is semi-circular, so that the pattern thread 1 may be detached from the tooling tool 12, but the pattern thread 1 may directly contact the surface of the forge 2. It shows merit. However, which one is chosen depends on the thickness of the pattern thread, the size of the zigzag pattern, and the production conditions (speed, etc.).

In addition, the number and spacing (unit distance) of these yarn tools 12 are predetermined beforehand, and the thing of a desired standard is selected and used as needed. In addition, these guides g are used by being attached to the hole 4 on the auxiliary rod 3 corresponding to the position on the forge which exhibits a zigzag pattern.

In FIG. 3, reference numeral b denotes a tension adjusting portion of a conventional squelching mechanism while allowing the tensioning of the "binding eye" 8 hanging on the U-shaped hatch 13 to be raised and lowered. Accordingly, the needle 9 forms a loop 8 'on the back surface of the forge 2 or pulls the formed loop 8' to closely contact the back surface of the forge 2. Reference numeral 14 is a looper, 15 is a pivot center, and 16 is a forge support plate.

4 shows two rows of zigzag patterns 1 ″ and 1 ″ using two pattern threads 1 and 1 ', so that the squelch of the binding eye B is used to bind these left and right ends, respectively. It is quenched. The operation and effects of the present invention configured as described above are as follows. The right and left operation (a) is a known operating principle that the right and left by the intermediate action of the spring according to the undulation and the indentation of the tappet (t) bar, the right and left operating range is the undulation of these tappet (t) And depending on the height and depth of the uneven part, according to the width of the zigzag pattern left and right, you can select the tappet of the appropriate standard.

In order to change the width between the left and right sides of each part of the zigzag pattern simultaneously formed on the forge, two or more operations (a) may be used, and a tappet having a different movement width between the two movements may be used. In addition, the width of the zigzag pattern before and after is determined by the feed speed of the forge (rotational speed of the machine) and the interval and the number of undulations in the tappet. Is determined by.

Therefore, you can design and use the tappet of the standard that can obtain the width before and after the desired width. Since the stitching needle is also implanted in the frame, you only need to plant the stitching needle at the corresponding binding position of the zigzag pattern. .

In this way, the zigzag pattern 1 ″ formed on the forge 2 is fixed at both ends by binding binding 8 to be sealed on the forge 2, and according to the present invention, a variety of zigzag patterns are formed in one forge. At the same time, it can be shown simply and effectively, and the present invention is also characterized in that the present invention is not limited to the width of the forge.

When the present invention is described in detail according to the embodiment as follows.

EXAMPLE

A. Into the semi-circular needle tool (12) (12) of the guide tool (g), the thread (1) (1 ') of two different colors of thick (usually 2-3 times thicker than the binding eye 8) is used. These patterned yarns 1 (1 ') make direct contact with the surface of the forge (2).

N. By operating the machine, the guide g is reciprocated by the operating period a, and the pattern thread 1, 1 'passing through the guide g is reciprocated by a constant width. At this time, since the forge 2 advances at a constant speed, the pattern yarn 1 and 1 'eventually move forward while forming a zigzag pattern 1 ″ on the surface of the forge 2.

C. At this time, the stitching needle is implanted in advance in the position where the binding yarn 8 can be swung at the left and right ends of the expected zigzag pattern 1 ″, and the binding yarn 8 is zigzag pattern 1 ″ by these stitching needles. Squeeze the left and right ends of the bind. At this time, if two zigzag patterns are partially overlapped on one side by using two tappet devices, only one line of stitching may be performed in this part.

D. The guides (g) can be used at the same time at the same time, several at the same time. For example, using a guide (g) formed with two circular tool (12) for 60-inch forge every 9 inches every 6 inches In this case, two pairs of zigzag patterns are formed in ten pairs of 6 inches apart.

And if the apostle maneuver uses a plurality of guides (g) different from each other or the space of the apostle space, and their installation positions are constant or irregular, the overall irregular jig-zag pattern can appear on a single forge at the same time. have. By using two or more tappets, more and more various zigzag patterns can be obtained. Such a zigzag pattern forming method can not be achieved by a machine known to date.

Claims (1)

The pattern yarn supplied from the pattern yarn guide (g) detachably installed between the well-known left and right operations operated left and right by the uneven type tappet is in contact with the surface of the forge. The zigzag pattern by the progress of the zigzag pattern, and the zigzag pattern (thread) by binding in a normal way to the zigzag pattern by the pattern thread is fixed on the forge.

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