KR101404445B1 - A blind of multylayer structured textile and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a blind having a multilayer textile structure and a manufacturing method for the same, preventing the joint between a mesh film and an awning film from being cut off or damaged and extending a service life of the blind by sloping and connecting each layer of the blind having a multilayer textile structure, which includes the awning film between the front and rear mesh film.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a blind of a multi-

The present invention relates to a blind of a multi-layer fabric structure and a method of manufacturing the blind, and more particularly, to a blind of a multi-layer fabric structure composed of a carpenter between front and back mesh cloths, To a blind of a multi-layer fabric structure capable of preventing breakage or breakage of the blind easily and prolonging the life of the blind, and a manufacturing method thereof.

Generally, the blinds and curtains using the multi-layer fabric structure are installed at the window or the entrance of the building to be used for blocking the sunlight, blocking the outside line, soundproofing and weathering. In addition to this practicality, It is utilized as an important element of interior decoration that improves the aesthetics of the interior according to the combination of colors that can be made.

1, the first and second mesh papers 10 and 20 are arranged parallel to each other at regular intervals on both sides of the first and second mesh papers 10 and 20, The first and second mesh papers 30 and 20 are connected to the first and second mesh papers 10 and 20 at both ends of the first and second mesh papers 30 and 20, The first and second mesh papers 10 and 20 can be viewed through the first and second mesh papers 10 and 20 by lifting any one of the first and second mesh papers 10 and 20 in a direction orthogonal to the first and second mesh papers 10 and 20, When the first and second mesh papers 10 and 20 are lifted down and the gap between the two mesh papers is narrowed and the car body paper 30 is substantially parallel to the first and second mesh papers 10 and 20 (When the inclination angle of the vehicle is close to a vertical angle), the vehicle body 30 covers the entirety between the first and second mesh papers 10 and 20 and the penetration through the first and second mesh papers 10 and 20 is blocked .

In general, the conventional multi-layer fabric blind as described above has a structure in which both ends of the first and second mesh papers 10 and 20 and the opposite ends of the vehicle 30 are adhesively or thermally adhered to each other, And the first and second mesh papers 10 and 20 are connected to each other using the separate weft yarns 50. [

2, the first and second warp yarns 41 and 42 cross the first weft yarns 51 to weave the first mesh yarn 10 and the fifth and sixth warp yarns 45 46 intersect with the second weft yarns 52 to weave the second mesh yarn 20.

The third and fourth warp yarns 43 and 44 are primarily woven in a direction intersecting with the first weft yarn 51 of the first net cloth 10 and moved to the second net cloth 20 to form the second weft yarn 52, And then moved to the first mesh web 10 (shown by a dotted line in the drawing) to be secondarily woven.

At this time, the third and fourth slopes 43 and 44 are primarily moved from the first mesh pile 10 to the second mesh pile 20 (indicated by a solid line in the figure) and woven into the car body 30.

The blind thus woven is cut (indicated by x in the figure) by the third and fourth warp yarns 43 and 44 which are shifted (dotted) from the second net cloth to the first net cloth by the sharring process immediately after the blind, Is completed.

However, it takes a long time to perform the weaving operation in which the first and second mesh papers 10 and 20 are connected to the car body paper 30 in the above-described manner, and further productivity such as shearing after the weaving is required, .

 The blinds woven by the conventional method as described above are inferior in rigidity by being connected to the first and second weft yarns 51 and 52 only in the crosswise direction between the first and second mesh cloths 10 and 20, There is a problem that the blinds are broken or the blinds are dismantled when the blinds 30 are separated from the first and second mesh papers 10 and 20 easily even with a small external force.

In order to solve the above-mentioned problems, the present invention provides a multi-layered fabric structure in which a multi-layered blind fabric composed of a plurality of carpets is formed between two side webs spaced apart at regular intervals, The present invention provides a blind having a multi-layer fabric structure and a method of manufacturing the blind, which can prevent blinds from being broken or broken due to the connection portions between the interlayer piles and the carpets after the blind is manufactured .

The present invention provides a blind with a multi-layer fabric structure capable of shortening a working time, improving productivity, and reducing manufacturing cost due to waste of manpower, And a manufacturing method thereof.

It is another object of the present invention to provide a blind with a multi-layer fabric structure and a method of manufacturing the blind, which can reduce manufacturing cost while maintaining the rigidity by reducing the number of warp yarns as compared with the conventional multilayer blind.

In order to accomplish the above object, the present invention provides a method of fabricating a first net 100 and a second net 200 using a plurality of wefts and warps, The first and second sections of the first net 100 are woven and the first section and the second section of the first and second sections 300 and 300 are woven, In a blind of a multi-layer fabric structure in which a first section and a second section of the second mesh paper 200 are successively woven and the first and second mesh paper 100 and 200 and the sheath paper 300 are connected by a slope, ,

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A first weft yarn 410 arranged at regular intervals to weave the first mesh yarn 100;

A second weft yarn 420 arranged at regular intervals to weave the second mesh yarn 200;

A third weft 430 arranged to be denser than the first and second weft yarns 410 and 420 to weave the sheath yarn 300;

A first inclination 510 for continuously weaving the first section and the second section of the first net cloth 100 while intersecting the first weft yarn 410;

The first section of the first net cloth 100 is woven by crossing the first weft yarn 410 and the first section of the sheath 300 is woven by crossing the third weft yarn 430, A second warp yarn 520 moving from the first end to the first nacelle 100 and continuously weaving the second section of the first nacre 100 in a direction intersecting the first weft yarn 410;

The first section of the first net cloth 100 is woven to intersect with the first weft yarn 410 and the second section of the sheath 300 is woven by crossing the third weft yarn 430, A third warp yarn 530 that moves to the yarn 100 and weaves the first yarn 100 of the first yarn 100 by crossing the first weft yarn 410;

The first section of the first net cloth 100 is woven by crossing the first weft yarn 410 and the first section of the sheath 300 is woven by crossing the third weft yarn 430, A fourth warp yarn 540 for weaving a second section of the second mesh cloth 200 to cross the second weft yarn 420;

The first section of the second net cloth 200 is woven by crossing the second weft yarn 420 and the second section of the second sheath 300 is moved to the first net cloth 100 to form the third weft yarn 430 A fifth warp yarn 550 which is formed by crossing the first warp yarns 200 and the second warp yarns 200 and then continuously weaving the first yarns of the second warp yarns 200 to intersect with the second weft yarns 420;

And a sixth warp yarn 560 that continuously weaves the first and second sections of the second net cloth 200 while intersecting the second weft yarn 420.

The first mesh 100 and the second mesh 200 are woven using a plurality of wefts and warps and the first mesh 100 and the second mesh 300 are sandwiched between the first mesh 100 and the second mesh 300, (300) is woven, comprising the steps of:

The first weft yarns 410 are arranged at regular intervals to weave the first mesh yarns 100 and the second weft yarns 420 are arranged at regular intervals to weave the second mesh yarns 200, The third weft yarns 430 are arranged more densely than the second weft yarns 410 and 420 to weave the sheath yarn 300 between the first mesh yarn 100 and the second mesh yarn 200;

Weaving the first section and the second section of the first net cloth 100 in such a manner that the first warp yarns 510 cross the first weft yarns 410;

The second weft yarn 520 is woven by crossing the first weft yarn 410 and the first weft yarn 300 is wound on the third weft yarn 430 at the beginning of the first section of the first mesh yarn 100, And moving from the end of the first section to the first mesh pile 100 to weave the second section of the first mesh pile 100 while crossing the first weft yarn 410;

The third warp yarns 530 are woven in a first section of the first net cloth 100 while crossing the first weft yarns 410 and the second section of the warp yarns 300 is intersected with the third weft yarns 430 And then moving to the first mesh pile 100 to weave the first section of the first mesh pile 100 to intersect with the first weft yarn 410;

The fourth warp yarns 540 are woven by crossing the first weft yarns 410 and the first weft yarns 300 are wound on the third weft yarns 430 at the beginning of the first section of the first mesh yarn 100, And then weaving the second section of the second net cloth 200 to cross the second weft yarn 420;

The fifth warp thread 550 is woven by crossing the second weft yarn 420 in the first section of the second mesh pile 200 and moved to the first mesh pile 100 to form the second A step of weaving the first section of the second mesh paper 200 crossing the second weft yarn 420 while crossing the third weft yarn 430;

And weaving the first section and the second section of the second net cloth 200 in such a manner that the sixth warp yarns 560 intersect the first weft yarns 410.

The blind of the multi-layer fabric structure of the present invention and the method of fabricating the same of the present invention, when designing a multi-layer blind fabric composed of a plurality of carpets between two side webs spaced apart at regular intervals, Thereby forming a multi-layered fabric structure. Thus, it is possible to prevent blinds from being broken or broken at the connection portion between the interlinings and the carpets after the blinds are manufactured, thereby prolonging the life of the blinds.

Further, the present invention does not require a step of adhering a separate mesh of the blind to the car body so that the working time can be shortened, the productivity can be improved, and the production cost due to waste of the human power can be reduced.

In addition, the present invention has the effect of reducing the number of warp yarns as compared with the conventional multilayer blinds, thereby reducing manufacturing cost while maintaining robustness.

1 is an exemplary view showing a blind according to the prior art;
2 is an exemplary view showing a warp and weft weaving state of a blind according to the prior art;
3 is an illustration showing a blind of a multi-layer fabric structure according to the present invention.
4 is an exemplary view showing the weaving state of a warp in a blind of a multi-layer fabric structure according to the present invention.
5 is an exemplary view showing weaving states of warp and weft in a blind of a multi-layer fabric structure according to the present invention.
6 is an exemplary view showing a first and a second warp weaving state in a blind of a multi-layer fabric structure according to the present invention;
Fig. 7 is an exemplary view showing a weaving state of a third and a fourth warp in a blind of a multi-layer fabric structure according to the present invention; Fig.
Fig. 8 is an exemplary view showing a fifth, sixth warp weaving state in a blind of a multi-layer fabric structure according to the present invention; Fig.
Fig. 9 is an exemplary view showing a cut portion of a warp in a blind of a multi-layer fabric structure according to the present invention. Fig.
Fig. 10 is an exemplary view showing a state in which the blind weaving of the multi-layer fabric structure according to the present invention is completed.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3, the first and second mesh papers 100 and 200 are woven using a plurality of wefts and warps, and the first mesh pile 100 and the second mesh pile 200 are woven, 3, in the blind of the multi-layer fabric structure in which the sheath 300 is woven between the first and second mesh papers 100 and 200, According to the blind size (width) of the multi-layer fabric structure in which the warp yarns 560 are formed by forming one warp yarn group, the sixth warp yarns 560 in the first warp yarns 510 are provided with a plurality of warp yarns, do.

As shown in FIG. 5, the blind tilting of the multi-layer fabric structure is performed by weaving the first section and the second section of the first mesh paper 100 and weaving the first section and the second section of the paper 300 The first and second mesh papers 100 and 200 and the vehicle 300 are sloped by continuously weaving the first and second sections of the second mesh pile 200. [

The multi-layer blinds of the present invention are arranged at regular intervals to form a second weft yarn 420 which is arranged at regular intervals with a first weft yarn 410 that weaves the first mesh yarn 100 to weave the second mesh yarn 200, And a third weft yarn 430 which is densely arranged than the first and second weft yarns 410 and 420 to weave the sheath yarn 300 is provided.

As shown in FIG. 5, the first warp yarns 100 may be provided with a first warp yarn 510 for continuously weaving the first and second warp yarns crossing the first weft yarns 410, The first section of the mesh paper 100 is woven by crossing the first weft yarn 410 and the first section of the sheath paper 300 is woven by intersecting the third weft yarn 430, And a second warp yarn 520 which moves from the first warp yarn 100 to the first warp yarn 100 and continuously weaves a second section of the first warp yarn 100 while crossing the first weft yarn 410.

7, the first section of the first net 100 is woven by crossing the first weft 410 and the second section of the first weft 300 is intersected with the third weft 430, And a third warp yarn 530 that moves to the first mesh yarn 100 and weaves a first section of the first mesh yarn 100 in a direction intersecting the first weft yarn 410, The first section of the mesh paper 100 is woven by intersecting the first weft yarn 410 and the first section of the sheath paper 300 is woven by intersecting the third weft yarn 430, And a fourth warp yarn 540 for weaving a second section of the warp yarns 200 crossing the second weft yarns 420.

8, the first section of the second mesh paper 200 is woven in a direction intersecting the second weft yarn 420 and is moved to the first mesh screen 100, And a fifth warp yarn (550) which is formed by crossing the third weft yarn (430) and continuously weaving the first weft yarn (200) crossing the second weft yarn (420) A sixth warp yarn 560 is provided to continuously weave the first and second sections of the second net cloth 200 while intersecting the second weft yarn 420.

The first mesh 100 and the second mesh 200 are woven using a plurality of wefts and warps and the first mesh 100 and the second mesh 300 are sandwiched between the first mesh 100 and the second mesh 300, A multi-layer blind manufacturing method in which the base 300 is woven will be described as follows.

5, the first weft yarns 410 are arranged at regular intervals to weave the first mesh yarns 100 and the second weft yarns 420 are arranged at regular intervals to form the second mesh yarns 200, The third weft yarns 430 are denser than the first weft yarns 410 and the second weft yarns 410 so that the weft yarn 300 is wound between the first weft yarn 100 and the second weft yarn 200 Weaving.

As shown in FIG. 6, the first warp yarns 510 are woven by crossing the first weft yarns 410 and the first warp yarns 100 are wound on the first warp yarns 100, The first weft yarn 520 is woven by intersecting the first weft yarn 410 and the first weft yarn 300 is woven by intersecting the third weft yarn 430, And moves from the end of the section to the first net cloth 100 to weave the second section of the first net cloth 100 while intersecting the first weft yarn 410. [

7, the first section of the first mesh paper 100 is woven by intersecting the first weft yarn 410 and the third section of warp yarns 530, And then moves to the first mesh pile 100 to weave the first section of the first mesh pile 100 while crossing the first weft yarn 410. In this case,

The fourth warp yarn 540 is woven by crossing the first weft yarn 410 and the first weft yarn 300 is wound on the third weft yarn 430 at the beginning of the first section of the first mesh yarn 100, And then the second section of the second mesh paper 200 is woven by intersecting the second weft yarn 420. In this case,

8, the first section of the second mesh paper 200 is woven by crossing the second weft yarn 420 with the fifth warp yarns 550, and the first warp yarns 550 are moved to the first mesh paper 100, The first section of the second net cloth 200 is woven by intersecting the second weft yarn 420 and the second section of the second net cloth 300 is woven by intersecting the second section of the sun cloth 300 with the third weft yarn 430. [ The sixth warp yarns 560 cross the first weft yarns 410 in a first section and a second section of the second mesh yarns 200,

As described above, the warp and weft yarns are weaved repeatedly in the first and second sections.

And, as described above, the order of the manufacturing method of the multilayer blind is continuously repeated so that the multilayer blind of the present invention is woven.

That is, the first warp yarns 510 weave only the first mesh cloth 100 of the first and second sections, and the second warp yarns 520 weave the first mesh cloth 100 and the carpets 300 in the first section. And the first mesh paper 100 is woven in the second section.

The third warp yarns 530 weave the first mesh yarn 100 in the first section and weave the sheath 300 in the second section and the fourth warp yarns 540 weave the sheaths in the first section 300, and the second mesh paper 200 is woven in the second section.

The fifth warp thread 550 weaves the second mesh paper 200 in the first section and weaves the first mesh paper 100 and the sheath paper 300 in the second section and the sixth warp 560, Only the second mesh paper 200 is woven in the first and second sections.

Accordingly, the first and second meshed papers 100 and 200 and the first and second mesh piles 100 and 200 are integrally formed by integrally weaving the first and second mesh papers 100 and 200 and the first and second meshes 300, Layer blinds are produced.

The multi-layered blind weave as described above has a second, third, fourth, and fifth inclination 520 connected to the first mesh pile 100 and the second mesh pile 200 from below the car body paper 300, as shown in FIG. , 530, 540, 550) are cut to complete the blind of the multi-layer fabric structure as shown in Fig.

At this time, the cutting of the second, third, fourth, and fifth warp yarns 520, 530, 540, and 550 may be performed by cutting one of the warp yarns 520, 530, 540, It is preferable that the warp yarns are woven with a weft yarn having a larger dense yarn than the warp yarns to easily cut the warp yarns when pulling the weft yarns.

100: First mesh
200: 2nd mesh
300: tea ceremony
410, 420, 430: 1st, 2nd, 3rd weft
510, 520, 530, 540, 550, 560: 1st, 2nd, 3rd, 4th, 5th, 6th inclines

Claims (3)

delete The first mesh pile 100 and the second mesh pile 200 are woven using a plurality of wefts and warp yarns and the car body paper 300 is sandwiched between the first mesh pile 100 and the second mesh pile 200 The warp yarns are weaved in a first section and a second section of the first mesh paper 100 and a first section and a second section of the sheath paper 300 are weaved, In a blind of a multi-layer fabric structure in which first and second meshes (100, 200) and a sheath (300) are connected in a slant manner by continuously weaving a first section and a second section,
A first weft yarn 410 arranged at regular intervals to weave the first mesh yarn 100;
A second weft yarn 420 arranged at regular intervals to weave the second mesh yarn 200;
A third weft 430 arranged to be denser than the first and second weft yarns 410 and 420 to weave the sheath yarn 300;
A first inclination 510 for continuously weaving the first section and the second section of the first net cloth 100 while intersecting the first weft yarn 410;
The first section of the first net cloth 100 is woven by crossing the first weft yarn 410 and the first section of the sheath 300 is woven by crossing the third weft yarn 430, A second warp yarn 520 moving from the first end to the first nacelle 100 and continuously weaving the second section of the first nacre 100 in a direction intersecting the first weft yarn 410;
The first section of the first net cloth 100 is woven to intersect with the first weft yarn 410 and the second section of the sheath 300 is woven by crossing the third weft yarn 430, A third warp yarn 530 that moves to the yarn 100 and weaves the first yarn 100 of the first yarn 100 by crossing the first weft yarn 410;
The first section of the first net cloth 100 is woven by crossing the first weft yarn 410 and the first section of the sheath 300 is woven by crossing the third weft yarn 430, A fourth warp yarn 540 for weaving a second section of the second mesh cloth 200 to cross the second weft yarn 420;
The first section of the second net cloth 200 is woven by crossing the second weft yarn 420 and the second section of the second sheath 300 is moved to the first net cloth 100 to form the third weft yarn 430 A fifth warp yarn 550 which is formed by crossing the first warp yarns 200 and the second warp yarns 200 and then continuously weaving the first yarns of the second warp yarns 200 to intersect with the second weft yarns 420;
And a sixth warp yarn (560) that continuously weaves the first and second sections of the second net cloth (200) in a direction intersecting the second weft yarn (420). The first mesh pile 100 and the second mesh pile 200 are woven using a plurality of wefts and warp yarns and the car body paper 300 is sandwiched between the first mesh pile 100 and the second mesh pile 200 A method of manufacturing a blind of a multi-layer fabric structure,
The first weft yarns 410 are arranged at regular intervals to weave the first mesh yarns 100 and the second weft yarns 420 are arranged at regular intervals to weave the second mesh yarns 200, The third weft yarns 430 are arranged more densely than the second weft yarns 410 and 420 to weave the sheath yarn 300 between the first mesh yarn 100 and the second mesh yarn 200;
Weaving the first section and the second section of the first net cloth 100 in such a manner that the first warp yarns 510 cross the first weft yarns 410;
The second weft yarn 520 is woven by crossing the first weft yarn 410 and the first weft yarn 300 is wound on the third weft yarn 430 at the beginning of the first section of the first mesh yarn 100, And moving from the end of the first section to the first mesh pile 100 to weave the second section of the first mesh pile 100 while crossing the first weft yarn 410;
The third warp yarns 530 are woven in a first section of the first net cloth 100 while crossing the first weft yarns 410 and the second section of the warp yarns 300 is intersected with the third weft yarns 430 And then moving to the first mesh pile 100 to weave the first section of the first mesh pile 100 to intersect with the first weft yarn 410;
The fourth warp yarns 540 are woven by crossing the first weft yarns 410 and the first weft yarns 300 are wound on the third weft yarns 430 at the beginning of the first section of the first mesh yarn 100, And then weaving the second section of the second net cloth 200 to cross the second weft yarn 420;
The fifth warp thread 550 is woven by crossing the second weft yarn 420 in the first section of the second mesh pile 200 and moved to the first mesh pile 100 to form the second A step of weaving the first section of the second mesh paper 200 crossing the second weft yarn 420 while crossing the third weft yarn 430;
And weaving the first section and the second section of the second net cloth (200) crossing the sixth weft yarn (560) with the first weft yarn (410) .

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