JPS60239544A - Production of reversible tight pleats fabric - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is a reversible phase line in which a front part and a lining part that express different tightening patterns, different ground colors, and different ground patterns are continuously formed on a single piece of fabric. This relates to the manufacturing method of pleated fabrics, in which a large number of cotton threads are woven at a predetermined pitch in two parallel directions, in the warp or weft direction, when weaving cloth fabrics.
The cloth fabric is gathered and dyed with this cotton thread, and in the pleated fabric that expresses pleated ventilation, the cotton thread within the length range that becomes the outer material is used as the warp, and the cotton thread within the length range that becomes the lining material as the weft. It is characterized in that the ground color within the length range of the outer material and the ground color of the lining length range 0 are dyed in different ground colors.

Further, the fabric is characterized in that a background pattern within a length range for the outer fabric and a background pattern within a length range of 0 for the lining are woven into different background patterns.

One embodiment will be described in detail below with reference to the accompanying drawings.

As shown in Figure 2, the ground pattern within the length range of the outer material (
1) into a small pattern pattern composed of four small petals.

A background pattern (2) with a length range of 0, which becomes a lining material, is woven into a bamboo blind pattern arranged in vertical lines.

During this weaving, in the length range (5) that will become the outer material, the cotton threads (3) are stitched together with a jacquard pattern at a fine pitch to match the small pattern pattern, and the needle positions of adjacent cotton threads (3) are shifted. In the length range that will become the lining, however, the pitch is slightly larger than that of the length that will become the outer material, in accordance with the vertical stripe ventilation, and the needle movement position of all cotton threads (3) is set at the same position. Insert the cotton thread (3).

In the drawing, the meridian lines are within the length of the outer material.

Although the case is shown in which the length range (■) for the lining is set as the latitude lines, the same effect can be obtained in reverse. The width of the cloth is woven a little wider for the horizontal tightening part, for example, about 42 CrrL, and the width of the cloth is slightly narrower for the vertical tightening part, for example, about 38 to 39 cTL.

To adjust the width, use a variable reed whose width can be changed, and move the reed up and down to change the width.

As the cotton thread (3), strong cotton thread or Tetoron thread is used, but synthetic fiber thread having the property of shrinking due to heat treatment (double shrinkage) may also be used.

Collapsing is performed within the length range for the outer fabric and within the length range 0 for the lining fabric.

The length range (2) for the outer material is vertically folded, and the lining length range 0 is horizontally folded, so the border is folded!
There will be a transition point to change.

The length range (2) that will become the lining is brush-dyed or spray-dyed.

This dyeing process involves ladder dyeing (spreading the printing paste with a spatula),
Brush dyeing, roll dyeing, etc. may also be used.

After brush dyeing or spray dyeing, steaming is performed to fix the dyeing.

Finally, pull out the cotton thread (3).

When the cotton thread (3) is pulled out, a vermilion tight ventilation with finely divided irregularities scattered within the length range that will become the outer material is expressed, and the length range that will become the lining material (No (2) The vertically parallel accordion-shaped red folds express ventilation. 1. The fabric becomes a folded fabric.

As mentioned above, when weaving a fabric, a large number of cotton threads (3) are weaved in parallel in the warp or weft direction at a predetermined pitch, and the fabric is pleated and dyed with the cotton threads (3). In the tightened fabric that expresses ventilation, the cotton thread (3) in the length range ^ that becomes the outer material is in the warp! The cotton yarn (3) with a length range of 0, which will be the lining, is warped in the weft, and the ground color of the length range that will be the outer material is different from the ground color of the length range that will be the lining. Since it is a dyed shimehitawa blue fabric, the length range for the outer material (4) and the length range for the lining (c) are different from the shimehita pattern and ground color even though they are the same part of the shimehita textile. For example, if a coat is made from this Shihihita fabric, it will be a reversible coat that can be worn on either the front or the back.However, even though it is the same Shihihita fabric, the Shihihito pattern and ground color are completely different, so for example, Figure 3. If you wear the outer side shown in Figure 3, you will get vermilion folds with finely divided unevenness scattered around, and if you wear the lining side shown in Figure 3, you will get vertically parallel accordion-shaped red folds. Therefore, if you have two coats made of the same tight fabric, it will be the same thing.
- It is a very convenient and economical pleated fabric because it can be worn as a double coat.

In addition, the background pattern (1) with a length range (5) for the outer material and the background pattern (2) in the length range 0 for the lining are different from each other (1).
In addition to the woven pleat pattern and ground color, the two ground patterns (1) and (2) are also different, resulting in a more varied woven fabric.

In addition, the change in ventilation between the length range (4) for the outer material and the length range 0 for the lining is that the length range (4) for the outer material has a jacquard pattern with the cotton yarn (3). conduct.

For the length range 0 that will be the lining, the cotton yarn (3) is wefted using a shirttle, so for the length range 0 that will be the outer material and the length range 0 that will be the lining, the cotton thread (3) can be inserted at any pitch. , it can be easily arranged even when the hands are moving, so the background pattern (1) (
The fabrication of cotton thread (3) that matches 2) will make it easier.

In this way, the line direction and dyeing of the cotton yarn (3) are different from the length range (A) for the outer fabric and the length range [F] for the lining fabric.

Although they are different depending on the background pattern (1) and (2), there is no difference that both are shimehita textiles. The outer length range and the lining length range are continuously woven to create a reversible fabric that can be worn separately on the front and back, making it convenient and economical.A reversible torso that can be used to cut kimonos and coats. This is a method for producing crimped textiles.

[Brief explanation of drawings]

? 4J, Figure 1 is a front view of a part of the product with cotton thread inserted, Figure 2 is a positive/concave view of a part of another example with cotton thread inserted, and Figure 3 is a front view of a part of another example of the product. It is. (11(2)゛・Ground pattern, (3)・・dog thread◇Zha yaou/
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Claims (1)

[Scope of Claims] 1. When weaving a cloth fabric, a large number of cotton threads are wefted in parallel in the warp or weft direction at a predetermined pitch, and the fabric fabric is gathered and dyed with these cotton threads to express the pleated texture. In shimehita textiles, the cotton yarn in the length range hole that will be the outer material is placed in the warp direction, and the cotton yarn in the length range (c) that will be the lining material is placed in the weft direction, and the ground color of the hole in the length range that will be the outer material. And the length range for the lining■
A method for producing a reversible body-fastening hita fabric characterized by dyeing it in a different ground color from the ground color. 2. When weaving a cloth fabric, a large number of cotton threads are wefted in parallel in the warp or weft direction at a predetermined pitch, and the cloth fabric is gathered and dyed using these cotton threads to express a pleated fabric style. With the ground pattern of the hole in the length range that becomes the outer material. Weave the background pattern in the length range (c) that will be the lining to a different background pattern, and insert the cotton yarn in the length range ■ that will become the lining into the warp in the warp of the hole in the length range that will become the outer material. A method for manufacturing a reversible body-fastening plaid fabric, characterized in that the ground color of the holes in the length range serving as the outer material and the ground color of the length range 0 serving as the lining are dyed in different ground colors.