KR101537347B1

KR101537347B1 - Manufacturing method of blind fabric having 3-dimensional effects

Info

Publication number: KR101537347B1
Application number: KR1020150068762A
Authority: KR
Inventors: 김현하
Original assignee: 김현하
Priority date: 2015-05-18
Filing date: 2015-05-18
Publication date: 2015-07-21

Abstract

The present invention relates to a method for manufacturing a blind fabric having three-dimensional effects, and fabric manufactured thereby. The method can be conducted to provide a visual three-dimensional effect through stripe patterns by using changes in the structure of fabric and the color thereof in a part of a light-blocking layer of a blind fabric alternatively formed with a light-blocking layer (100) and a light-transmitting layer (200). The method for manufacturing a blind fabric is configured by which upper layer parts (11-15) and lower layer parts (86-89) are alternatively disposed in a diagonal direction to provide a three-dimensional effect to a light-blocking layer (100) by repeatedly performing the steps of: (S1) weaving weft-direction upper layer parts (11-15) in a light blocking layer (100), wherein warps have 20-300 denier and wafts have 150-2100 denier with a composition of plane weaved 24 sheets; and (S2) weaving weft-direction lower layer parts (86-89) in a blocking layer (100) wherein warps have 20-300 denier and wafts have 50-1350 denier with a more dense composition, compared to the upper layer parts (11-15), of plane weaved 8 sheets.

Description

Technical Field [0001] The present invention relates to a blind fabric having three-dimensional effects,

The present invention relates to a method of manufacturing a blind fabric having a steric effect, and more particularly, to a method of manufacturing a blind fabric having a steric effect by using a pattern of a yarn and a stripe pattern, The present invention relates to a blind fabric manufacturing method having a three-dimensional effect.

Generally, blinds are installed at the window or entrance of a building to be used for blocking of sunlight, blocking of the outside line of sight, soundproofing, cold weather, etc. In addition to this practicality, blinds It is used as an important element of interior decoration to enhance aesthetics.

Such blinds are widely used in blind fabrics having a light shielding film and translucent film regularly arranged at a predetermined interval. In particular, three kinds of fabrics are used as light shielding films: soft combi fabric, Uruk combi fabric and wrinkle comb fabric.

The soft combi fabric has the advantage of being visually neat and neat as in Figure 1 (a) and No. 20-0442911, and the right combination fabric has a soft form of weft as in Figure 1 (b) It is a combination of various color dyes. This is because it is composed of a soft tissue fabric and a shading film part in a single structure, which is visually neat and neat, but it only performs a shading function and is visually monotonous.

Alternatively, as shown in FIG. 1 (c) and FIG. 10-1239661, the wrinkle comby fabric may be formed by adding visual effects and beauty to a soft combi fabric form in a weft-type stripe form weft in a weft direction, And Udruk combi fabric. However, in order to produce the wrinkles, it is necessary to separate the base fabric and the additional fabric, so that it is troublesome to use a double beam, and since the base fabric and the additional fabric need to be separately handled separately, It is only two levels, which leads to a high production cost. In addition, there is a disadvantage that it is inconvenient in use because the lower side of the additional fabric is separated when the rollers are wound on the product.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above problems, and it is an object of the present invention to provide a stereoscopic effect which has a visual three-dimensional effect through a stripe pattern using a change in color and texture of a yarn, The present invention has been accomplished on the basis of the technical problem of the blind fabric manufacturing method.

According to an aspect of the present invention, there is provided a method of manufacturing a blind fabric in which a light shielding film 100 and a light transmitting film 200 are alternately formed, wherein the light shielding film 100 has a slope of 20 to 300 denier, a weft of 150 to 2100 denier (S1) weaving the weft-direction high-level portions (11 to 15) with a texture of plain weave to 24 weave; (S2) of weaving the weft-direction lower layer portions (86 to 89) with a texture that is narrower than that of the high-layer portions (11 to 15) of warp yarns of 20 to 300 denier, weft yarns of 50 to 1350 denier and plain weave to 8 weft yarns (11 to 15) and the lower layer portions (86 to 89) are arranged alternately in an oblique direction so as to have a three-dimensional effect on the light-shielding film (100).

In the method of manufacturing a blind fabric in which a light-shielding film 100 and a light-transmitting film 200 are alternately formed, the light-shielding film 100 may be formed to have a warp of 20 to 300 denier, a weft of 150 to 2100, (S1) weaving the weft-direction high-rise portions (11 to 15) with the texture of the weft-direction high-rise portions (11 to 15); (S2) of weaving weft-direction lower layer portions (86 to 89) with a dense structure as compared with the high-layer portions (11 to 15) of warp yarns of 20 to 300 denier, weft yarns of 50 to 1350 denier and plain weave to four weft yarns (11 to 15) and the lower layer portions (86 to 89) are arranged alternately in an oblique direction so as to have a three-dimensional effect on the light-shielding film (100).

In this case, each of the high-level portions 11 to 15 and the low-level portions 86 to 89 is formed of 3 to 20 stripes, and the stripe is formed so that one color is alternately arranged in a dark color and a light color.

The stripes in the upper layers 11 to 15 are formed in a ratio of 3 to 5 (dark color): 1 (light color) in the oblique direction and the stripes in the lower layer 86 to 89 are formed in a ratio of 1 to 2 (Deep color): 1 (light color) so that high and low difference are expressed.

The high-level portions 11 to 15 are formed to be in contact with the transparent portion 200, and the light-shielding film 100 has 2 to 151 stripes 11 to 15 formed in a slanting direction of 5 to 20 cm, , And 1 to 150 stripes forming the lower layer portions 86 to 89 are woven.

A blind fabric manufacturing method having a stereoscopic effect according to the present invention is a method of manufacturing a blind fabric having a stereoscopic effect by having a visual stereoscopic effect through a stripe pattern using a change in color and texture of a yarn on a light shielding film portion of a blind fabric alternately formed with a light shielding film and a translucent film, There is an effect that can have an effect.

In addition, it is possible to have a three-dimensional wrinkle effect of the wrinkle comby fabric even when the working efficiency is high as compared with the conventional weaving of the wrinkle comby fabric.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a view showing an example of a conventional type of blind fabric
Figure 2 is an overall plan view of a blind with steric effect according to the present invention
Fig. 3 is a partially enlarged view of Fig. 2
Fig. 4 is a partially enlarged view of Fig. 2
5 is a partial enlarged view of a blind

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a method of manufacturing a blind fabric having a three-dimensional effect that has a visual three-dimensional effect through a stripe pattern using a change in color and texture of a yarn on a light shielding film portion of a blind fabric alternately formed with a light shielding film and a translucent film, Shielding film 100 and the translucent film 200 are alternately formed with reference to FIGS. 2 to 5, the shielding film 100 includes high-level portions 11 to 15 formed in the weft direction and low-level portions 86 To 89) are arranged alternately in an oblique direction so as to have a three-dimensional effect.

At this time, the high-level portion and the low-level portion are configured for a visual stereoscopic effect, and the high-level portion is expressed with a convex feeling (effect) as compared with the low-level portion, and conversely, the low-level portion is expressed with a concave feeling (effect)

The light-shielding film 100, which is woven between the translucent films 200 arranged adjacent to each other in the longitudinal direction, is divided into the upper layers 11 to 15 in the weft direction And the step S2 of weaving each of the lower layer portions 86 to 89 in the same weft direction are repeated to form the light shielding film (light shielding film) by the high layers 11 to 15 and the low layer portions 86 to 89 100) is expressed in the stereoscopic effect.

In order to realize a three-dimensional effect on the light-shielding film 100, it is preferable that the high-level portions 11 to 15 are woven into a wide structure using thick yarns as compared with the low-level portions 86 to 89, It is preferable to use a fine yarn in comparison with the high-level portions 11 to 15 so as to weave in a tight texture.

The lower layers 86 to 89 are formed to have a slope of 20 to 300 denier and wefts of 50 to 300 denier, 1350 denier and 8 plain stitches (11 ~ 15). At this time, it is most preferable that the high-level portions 11 to 15 are formed to have a structure of 4 to 8 pieces, and the low-level portions 86 to 89 are formed to have a plain-to-four-piece structure.

Since the slope thicknesses of the high-level portions 11 to 15 and the low-level portions 86 to 89 are the same, the expressions of the high-level portion and the low-level portion are realized by the thickness of the weft and the organization form. In this case, since the upper thread of the upper layer has a larger denier than the lower layer of the weft, the hue of the upper layer becomes darker than that of the lower layer, and the number of the upper layer is formed larger than that of the lower layer, Effect) is doubled.

As described above, the high-level portions 11 to 15 use thick yarns in comparison with the low-level portions 86 to 89, and the low-level portions 86 to 89 use yarns thinner than the high-level portions 11 to 15, (11 to 15) can be obtained by using a dense structure in the lower layers 86 to 89 and a structure wider than the lower layers 86 to 89 in the high layers 11 to 15. [ So that the three-dimensional effect is raised. At this time, as the texture of the high-level portions 11 to 15 is widened and the texture of the low-level portions 86 to 89 is dense, such a volume phenomenon becomes larger.

Each of the high-level portions 11 to 15 and the low-level portions 86 to 89 is formed in 3 to 20 stripes for each layer in the weft direction. At this time, the stripe is alternately arranged in a dark color and a light color, and 3 to 20 stripes represent one high-level portion or low-level portion.

The stripes in the high-level portions 11 to 15 are formed in a ratio of 3 to 5 (dark color) to 1 (light color) in an oblique direction as shown in FIG. 5, so that a relatively dark color tone is strongly and densely expressed. (86 ~ 89), it was formed at a ratio of 1 ~ 2 (dark color): 1 (light color) so that it was expressed less and denser than at the high level,

Then, the stripe division intervals caused by the inclination are made wider than the lower layer portions 86 to 89 in the high-layer portions 11 to 15, thereby emphasizing the high-low difference effect.

Here, when the weft color is gradually arranged from light color to light color, the stereoscopic effect is visually doubled. In this case, the upper color is dark color and light color in one color So that it is used in pastel expression.

When the temperature is higher than the temperature during dyeing, the dye is dispersed by heat and the deep color is shifted to the light color of the side (when the dark color is higher than the light color ratio, the dark color becomes higher toward the color tone) If you distribute the dyes of the yarn dyed with thermotenter temperature control at the time of processing the fabric after arranging the color and the light color naturally, the natural dyed color of the pastel form is created according to the ratio of the deep color to the light color spontaneously, The new three-dimensional composite blind fabrics of beautiful and high quality are completed as if using yarn of color.

The light-shielding film 100 is configured such that 2 to 151 stripes forming the high-level portions 11 to 15 and 5 to 150 stripes forming the low-level portions 86 to 89 are formed within the 5 to 20 cm inclined direction do. At this time, the high-level portions 11 to 15 are formed to be in contact with the double-side light-transmitting films 200 arranged adjacently in the longitudinal direction so that both ends of the light-shielding film 100 in contact with the translucent film 200 start with the high-level portions 11 and 15 So that one stripe of the high-level portions 11 to 15 is formed more than the stripe of the low-level portions 86 to 89.

11 to 15: high-level portions 86 to 89: low-
100: Shielding film 200: Transparent film

Claims

In a method of manufacturing a blind fabric in which a light-shielding film (100) and a translucent film (200) are alternately formed,
The light-shielding film 100 may include a step S1 of weaving the weft-direction high-level portions 11 to 15 in a structure having a warp of 20 to 300 denier, a weft of 150 to 2100 denier and a plain weave of 24 to weave.
(S2) of weaving the weft-direction lower layer portions (86 to 89) with a texture that is narrower than that of the high-layer portions (11 to 15) of warp yarns of 20 to 300 denier, weft yarns of 50 to 1350 denier and plain weave to 8 weft yarns Wherein the light shielding film (100) has a three-dimensional effect by arranging the light shielding films (11-15) and the lower layer portions (86-89) alternately in an oblique direction.

In a method of manufacturing a blind fabric in which a light-shielding film (100) and a translucent film (200) are alternately formed,
The light shielding film 100 is formed by weaving (S1) the weft-direction high-level portions 11 to 15 with a texture of 20 to 300 denier, 150 to 2100 denier and 4 to 8 weft;
(S2) of weaving weft-direction lower layer portions (86 to 89) with a dense structure as compared with the high-layer portions (11 to 15) of warp yarns of 20 to 300 denier, weft yarns of 50 to 1350 denier and plain weave to four weft yarns Wherein the light shielding film (100) has a three-dimensional effect by arranging the light shielding films (11-15) and the lower layer portions (86-89) alternately in an oblique direction.

3. The method according to claim 1 or 2,
Wherein each of the high-level portions (11 to 15) and the low-level portions (86 to 89) is formed of 3 to 20 stripes, and the stripe is formed so as to alternately arrange a dark color and a light color in one color &Lt; / RTI >

The method of claim 3,
The stripe in the upper layers 11 to 15 is formed in a ratio of 3 to 5 (dark color) to 1 (light color) in the oblique direction and the stripe in the lower layer 86 to 89 is formed in a ratio of 1 to 2 Color): 1 (light color), so that a high / low difference is expressed.

3. The method according to claim 1 or 2,
The high-level portions 11 to 15 are formed to be in contact with the transparent portion 200. The light-shielding film 100 includes 2 to 151 stripes forming high-level portions 11 to 15 within an inclination direction of 5 to 20 cm, So that 1 to 150 stripes forming the strips (86 to 89) are woven.