JPS5953740A - Production of fabric developing pattern due to foil yarn - 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 relates to a method for producing a woven T-shirt that uses foil yarn and has an excellent texture and design effect.

Conventionally, when forming a shibori pattern using 26 threads, a cheap pattern weaving device such as jacquard or dobby is usually used, and the ground weft and warp threads are woven together with the foil threads, so the shibori pattern using the foil threads is used. The handle has two-ri and three-layer textures, and is stiff and does not stain easily. Separately, foil threads are sometimes used in thin fabrics, but in this case two-color threads are simply woven into some of the weft or warp threads, and the design effect is poor.

The present invention provides a method for manufacturing a thin woven fabric having a pattern of 200 threads with excellent design effect at low cost and with good workability without using a pattern weaving device or a pattern pattern.

In the method of the present invention, foil threads are formed by cutting a foil sheet having an arbitrary pattern on at least one side.

The foil thread is wound onto a beam by using a detour device, partially shifting the position of the two patterns, and used as a warp thread.

The foil yarn may be manufactured according to the usual manufacturing method of flat 20 yarn, for example, as disclosed in Japanese Patent Publication No. 56-41712 and Japanese Patent Application Laid-Open No. 56-1989.
- A stacked sheet having a thin metal layer obtained by the method described in Japanese Patent Publication No. 118916 and others.

It can be obtained by cutting a foil sheet made of paper, film, or a bond thereof and provided with an appropriate pattern by applying paint, dyeing, plating, etc. It is necessary that the foil sheet has an arbitrary pattern, but the size and shape of this pattern are not particularly limited.

In the present invention, a foil sheet is cut to form a group of foil threads having a pattern similar to that of 20 sheets, and this foil thread is passed through a bypass device such as a sheet roller, partially shifted in the vertical direction, and wound onto a beam. Therefore, if the pattern of the foil sheet is partially shifted on the beam, for example a horizontal striped pattern, it may be transformed into a checkered pattern, a missing tooth pattern, a potted pattern, etc. By using this for the warp threads, it is possible to reproduce a diamond-shaped pattern such as a checkered pattern with 26 threads on the gangue as it is.

Therefore, in the present invention, by simply manufacturing a foil sheet with a pattern, adjusting the position of the foil thread using a bypass device, and winding it around a beam, a wide variety of shibori patterns can be easily and vividly displayed on the woven fabric. . Furthermore, since there is no need to overlap the ground weft or ground warp to create a shibori pattern during weaving, it is possible to create a woven fabric with a unique texture.

In addition, in the present invention, when winding the foil yarn around the beam, it may be wound through the underlay sheet 1-1, for example, an engraving film or a piece of paperboard. Manufacturing becomes possible.

An embodiment of the present invention will be described below with reference to the drawings.

Example [1] Using the method described in Japanese Patent Publication No. 56-41'712, a Δ sheet consisting of a film pile, an adhesive (2) and a metal layer (3) was produced, and then an epoxy resin was applied. Yellow and a small amount of red dye! Coating liquid T41 mixed with 3+ was applied in horizontal stripes at 50 mm intervals, baked and dried, and then adhesive (on the film via 21) was applied again.
A foil sheet f5+ as shown in Figure A was obtained.

This foil sheet (51) was passed through a warping machine shown in FIG. 2 having a slitter (6) and a killing roller bypass device (7), and cut into foil threads of 0.3 sm width by the slitter (6).

Next, the detouring device (7) shifts the foil yarn (81) onto the winding beam (9) by shifting it in a dovetail pattern so that there is a difference of 2 mm for each tree and a deviation of 5 Q11 m for every 25 trees. It was wound up (Fig. 3A). Among the 1,800 ground warp threads, foil threads (81) were weaved at every second grain to obtain a cloth with an arrow-shaped gold and silver pattern. When this was degreased and refined. , it became a very beautiful and beautiful dress material.

Example [2] A metal nozzle (3) is formed by vapor deposition of silver on a release sheet, and colored paint (4) is applied to the surface of the metal nozzle (3) in horizontal steps 1) at intervals of IQ mm. After baking and drying, apply the film 1 (1) via the adhesive t21, and then peel off the release sheet.
41L, the above colored paint [
41 in a horizontal ring shape corresponding to the above-mentioned striped pattern on the surface, baked and dried, and then glued the film il+ with adhesive (2).
was applied to obtain a foil sheet (5) shown in FIG. 1B.

Pass this fetal sheet f51 through a second warping machine.

Cut into 900 pieces of foil thread with a width of 0.3mm, and cut these 26 threads into 60 pieces.
The foil threads that run perpendicular to each tree and the two white threads that detour by l Q Q mm were sorted alternately and wound onto the winding beam (9) (the third
Figure B). The foil threads were arranged in a 1800 grain warp pattern, arranged every second grain, and woven according to a conventional method to obtain a fabric with a gold and silver checkered pattern. When it was degreased and scoured and dyed black, it became a very luxurious dress material.

Example [8] -1ji+ of polyethylene terephthalate film 6 (6μ thick) was coated with two-component polyurethane paint in two colors of pink and light blue (4a) and (4b) at 300 f.
After coating at intervals of ifi, and baking and drying, polyethylene terephthano 1 to film-kun 6 were further applied via adhesive to obtain a z1gc foil sheet.

The colored sheet is passed through the warping machine shown in Figure 2 (however, the detour device (7) is a warper type warper), and the foil threads (8 ) was wound up. This foil thread is organized into a reed of 1800 ground warp threads and woven.
4 (1) I got a beautiful Pokan style dress material for Mr. Imo.

[Brief explanation of the drawing]

FIG. 1 is a sectional view of a foil sheet 1- in an embodiment of the present invention;
FIG. 2 is a 1111 side view of the foil warping device, and the third figure is a plan view of the foil yarn warping device. fi+ -'---Film +21-----One shielding agent+3+---Metal layer+41--One paint+51--=--J'lx sheet+61-----Slitter f71 −−−−−One turn U neck +81−−−−One foil thread+9+−−−−−−Beam special No. 3 Figure 8 F) 0 Procedural Sleeve Director General of the Patent Office 1 Indication of the case 1981 Mochiju II Application No. 16259
No. 8 No. 2, Title of the invention 21" 1 Fabric decoration with a pattern made of thread 'y, near), 3 Person making the correction] l'1 person name (first name 11:) Yasuoka
, 8 Part 4, Agent 〒604 6, Number of inventions increased due to f + li positive 7, Subject of amendment 1 I, (11, L3, rI゛fil'd of invention
ll explanation (contents of the 8th correction (1) 4th type 11th, 5th negative 12th a), ``Gold and silver (there is Mo-sama)'' is replaced with ``Kin-go-yi'' (Mo (with hands) and Sodeichi do.

Claims (1)

[Claims] (1) A foil sheet having a formal pattern on at least one side is cut to form foil threads, and the foil threads are passed through a detour device.
Wind it up on the beam by partially shifting the position of the above pattern,
A method for manufacturing a woven fabric that exhibits a pattern using two white threads, which are characterized by being used as warp threads. (21) The method according to claim (1), characterized in that the foil yarn is wound onto a beam via an underlay sheet.