KR100913057B1 - The manufacturing method of vertical blind and venetian blind using fabrics with penetration part and shade part - Google Patents

Abstract

A manufacturing method of vertical blind and venetian blind using fabrics in which penetration and shade parts are formed alternately is provided to control shielding of light efficiently by rotating the shade parts. A manufacturing method of vertical blind and venetian blind using fabrics is as follows. A cloth in which a double-layered shade part and a penetration part of net type are alternated is woven(S1). The cloth is post-processed(S2). The post-processed cloth is cut into unit size(S3). A slat is inserted in each shield part of the cut cloth. Each shield part is closed in order to prevent the separation of the inserted slat. One end of each shield part of the cloth is fixed on a control box for vertical blind so that the longitudinal side of the shield part is arranged in the vertical direction(S4). The vertical blind control box includes a housing moving along a rail, and a plurality of carriers which are rotated about the housing by a control line and moved to one or both sides by an opening/closing line.

Description

Manufacturing method of vertical blind using blind paper with repeated light shielding part and transmission part and manufacturing method of venetian blind {the manufacturing method of vertical blind and venetian blind using fabrics with penetration part and shade part}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of manufacturing vertical blinds using venetian blinds and a method of manufacturing venetian blinds, wherein the weaving fabric is woven by a warp wound on an inclined beam and a weft fed vertically to the warp. Weaving the fabric using a machine, weaving two layers of light shielding portions having a light shielding structure at the intersection of the warp and the weft, and a fabric having a repeating structure of the transmission portion having the mesh structure, and the fabric after the normal post-processing, the post-processed After cutting the fabric to a desired size, a slat is inserted into each of the light shielding portions of the fabric having the predetermined size, so that the longitudinal direction of the transmissive portion of the fabric into which the slat is inserted is positioned in the vertical direction, for normal vertical blinds Perforated part of the fabric inserted into the vertical blinds, or the slat is inserted into the control box By forming the venetian blind of the structure assembled in the normal venetian blind adjustment box so that the longitudinal direction is located in the left and right directions, the shading is adjusted according to the rotation of the shading unit, the vertical blind and the vein excellent in manufacturing and shading The blinds can be provided.

In general, in the case where a light is installed and shielded in a building, if there is a curtain or a blind, a curtain is a generic name of a film flow installed in a window or an entrance of a building or used as a partition, and a blind is a window. It refers to an object to cover the sun, blinds can be adjusted in various ways, depending on the shading method and structure, there are vertical blinds, venetian blinds, roman shade, roll screen (roll blind) and the like.

Among the kinds of blinds, vertical blinds are provided with a plurality of louvers having a plate shape along a vertical length in a predetermined width to adjust the light by the rotation of the louvers, and each louver moves along the rail. It is fixed to the carrier, the carrier is made of a housing moving along the rail and a rotatable ring rotatable thereunder, the louver is fixed to the louver ring, the vertical blind is composed of two adjusting lines, one The adjusting cord is configured to rotate the fixed louver 180 degrees, and the other is configured to move the louver to one side or both sides along the rail.

Thus, the normal vertical blinds block light when the louvers constructed by using the adjusting line are all rotated to form a plane shape, and rotate the louvers 90 degrees while the light is blocked, and then slide all louvers. If you move to one side or both sides is the structure that all the light can be introduced.

In addition, the normal venetian blind (Venetian blind) is a thin thin, long rectangular slat (slat) arranged up and down, the thread passing through each slat to adjust the lifting and inclination of the slat, the light of the light coming into the room To control the amount.

The louver of vertical blinds and slats of venetian blinds are usually made of synthetic resin, metal, wood, etc. In recent years, in order to enhance the feel of solid wood, plastic boards, plywood boards, growth rate is large and hardly grained. Wood slat or louver may be manufactured by attaching a sheet of wood grain to a board of tropical species.

[Document 1] Domestic Utility Model Registration No. 0261897

[Document 1] discloses a 'curtain combined vertical blinds,' Looking at the content of the [Document 1] 'blind to each traveler to be folded and forward and reverse rotation by the operation of the power unit provided on one side of the rail In the installation of the clip fixed to the upper end of the curtain, the blinds are bonded to both sides of the curtain strip of a constant width and length to form a curtain blind, and the curtain blinds are installed in parallel in parallel to a pair of adjacent The curtains are in contact with the curtain strips in contact with each other, and the upper and lower ends of the pair of blinds are combined with the upper clip and the lower clip formed with the usual hook piece, characterized in that it comprises a combined curtain 'blind The content is described.

First, general vertical blinds and venetian blinds have a structure in which outside air is difficult to flow with the room in a state in which light is blocked by louvers and slats. Since there is a problem that is introduced, there was a problem that can not implement the form that the air is smoothly blocked while blocking the sunlight.

In addition, the conventional louver of the vertical blind and the slat material of the venetian blind usually have a problem of poor weather resistance by using a synthetic resin material, and the slats made of metals have a problem of low corrosion resistance and high manufacturing cost.

In addition, when using the material of the louver and venetian blind of the conventional vertical blind as wood, the expressed color using solid wood does not vary, and if the wood is made too thin for lightness, the durability is lowered, and the slat in the longitudinal direction In the long case, there is a problem that the slat sag occurs, the entire venetian blind is heavy, and in the case of the louver or the slat to which the sheet is attached, the sheet is peeled off or discolored, thereby deteriorating the aesthetics.

In addition, as shown in [Document 1], the structure of the blinds are implemented while weaving the blinds simultaneously, while weaving the blinds, the front mesh curtain paper, the rear mesh curtain paper, the shading curtain paper, and the weaving connection weft are sequentially or Since weaving must be done at the same time, weaving is not easy, the weaving process is complicated, and since the weaving weft is to be removed after weaving, a separate sharing machine is required to remove the weaving weft, which makes the manufacturing process complicated. And there was a problem that takes a lot of time.

Therefore, the present invention is to solve the above problems, while weaving the fabric using a conventional weaving machine weaving the fabric by the warp wound on the warp beam and the weft to supply perpendicular to the warp, the intersection of the warp and the weft of the weave After weaving two layers of light shielding parts and a fabric having a repeating structure having a mesh structure, the fabric is fabricated in a normal post-process, and the cut fabric is cut to a desired size, and then the fabric having a predetermined size Insert a slat into each light shielding portion, and constitute a vertical blind of a structure assembled in a conventional vertical blind adjustment box so that the longitudinal direction of the transmissive portion of the fabric into which the slat is inserted is positioned up or down, or Assembled in the usual venetian blind adjustment box so that the longitudinal direction of the permeable part of the fabric into which the slat is inserted is located in the left and right directions. By constructing the venetian blind of the structure, the shading is adjusted according to the rotation of the shading unit, to provide a vertical blind and venetian blind excellent in manufacturing and shading.

In addition, a semi-transparent, opaque or light blocking structure is formed along the top or bottom of the permeable part of the fabric forming the venetian blind, or both upper and lower ends, thereby further enhancing functionality and aesthetics.

Accordingly, the present invention, while weaving the fabric using a conventional weaving machine weaving the fabric by the warp wound on the warp beam and the weft that is supplied perpendicular to the warp beam, two-layered light shield having a light shielding structure of the intersection of the warp and weft And weaving the fabric having a repeating structure of the transmission part having a mesh structure, cutting the fabric into a normal post-processing fabric, cutting the finished fabric into a desired size, and then slats each of the light-shielding portions of the fabric having the predetermined size. Inserting, forming a vertical blind of the structure assembled in the normal vertical blind adjustment box so that the longitudinal direction of the permeation part of the fabric is inserted into the slat, or the slat is inserted into The venetian blinds of the structure assembled in the normal venetian blind adjustment box so that the longitudinal direction of the permeable part may be located in the left and right directions are prepared. In addition, the shading is adjusted according to the rotation of the shading unit, thereby providing a vertical blind and venetian blind excellent in manufacturing and shading.

In addition, a semi-transparent, opaque, or light-shielding balanced portion is formed along the upper and lower ends of the permeable portion of the fabric forming the venetian blind, or both upper and lower ends, thereby providing high functionality and aesthetics.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of manufacturing vertical blinds using venetian blinds and a method of manufacturing venetian blinds, wherein the weaving fabric is woven by a warp wound on an inclined beam and a weft fed vertically to the warp. Weaving the fabric using a machine, weaving two layers of light shielding portions having a light shielding structure at the intersection of the warp and the weft, and a fabric having a repeating structure of the transmission portion having the mesh structure, and the fabric after the normal post-processing, the post-processed After cutting the fabric to a desired size, a slat is inserted into each of the light shielding portions of the fabric having the predetermined size, so that the longitudinal direction of the transmissive portion of the fabric into which the slat is inserted is positioned in the vertical direction, for normal vertical blinds Perforated part of the fabric inserted into the vertical blinds, or the slat is inserted into the control box By forming the venetian blind of the structure assembled in the normal venetian blind adjustment box so that the longitudinal direction is located in the left and right directions, the shading is adjusted according to the rotation of the shading unit, the vertical blind and the vein excellent in manufacturing and shading The blinds can be provided.

A method of manufacturing vertical blinds and venetian blinds using a blind paper in which a combination transmission part and a light shielding part are repeated according to the present invention will be described in sequence using the process diagram of FIG. 2 and the accompanying drawings.

First, the fabric weaving step S1 is a process of weaving the fabric 10 in which the light shielding portion 11 and the transmission portion 12 are repeated for the manufacture of the blind paper 10, as shown in FIG. According to the weaving method of the fabric 10 has two embodiments, the weaving machine for weaving the fabric 10 uses a conventional weaving machine, the weaving machine is provided when the inclined wound on the inclined beam, the inclined The fabric 10 is woven while the weft is fed and crossed in the vertical direction.

In general, a weaving machine (loom) refers to a machine for weaving fabrics, and the warp yarns that are sent side by side from the beam in which the number of inclinations corresponding to the width of the fabric is wound are applied to the eyes of the heald. All-ols are inserted, and these slopes are divided into two or more places by a separate device, and when they are opened up and down, respectively, to form an opening, the drum passes through the opening, and the weft yarn, that is, the weft yarn that is dragged in the drum (I) crosses up and down of all the inclinations across the opening, whereby entrainment occurs, and then the wefts are pushed to the ends of the already woven fabric by striking them with a body, and finally The weaving machine is completed. In this way, the weaving machine uses the warp / weft 2 type yarns to repeat the operation of opening, swiping, and body knitting. Weave the fabric accordingly.

First, the fabric weaving process S1 according to the first embodiment is a process of constructing the fabric 10 by repeatedly weaving the light blocking portion 11 and the transmission portion 12, as shown in FIG. And installing a warp beam wound with a relatively normal thin warp yarn (generally warp yarn is relatively thin with respect to the weft yarn), and using a warp yarn fed through the warp beam and a warp weft perpendicular to the warp yarn. Weaving the light shielding portion 11 of a predetermined width to cross, the light shielding portion 11 is woven in two layers, the weft of the light shielding portion 11 weaving a relatively thick yarn, the intersection sunlight of the slope and the weft yarn Dense weaving with a structure that can completely block the

After weaving the light-shielding portion 11 to a predetermined width, the transmissive portion 12 having a mesh structure is configured to have a predetermined width, but the transmissive portion 12 is combined with the weft yarn perpendicular to the inclination wound on the inclined beam. Weaving, it is preferable that the weft of the transmissive portion 12 is configured to a relatively thin thickness, so that the transmissive portion 12 can transmit the object.

On the other hand, as described above, the fabric 10 according to the first embodiment has a light blocking portion 11 along the direction of weaving (the direction in which the warp is supplied, the direction in which the woven fabric is wound, the vertical direction of the inclined beam) and The permeation part 12 is repeated.

Next, in the fabric weaving step (S1) according to the second embodiment, as shown in FIG. 6, the light shielding part 11 and the transmission part 12 are repeatedly weaved using a weaving machine, but the transmission part 12 The middle portion of the structure is composed of the mesh portion 12a of the mesh structure, and the balance portion 12b of the translucent, opaque, or light-blocking structure is formed at one end or both ends with respect to the longitudinal direction of the transmissive portion 12.

To this end, in order to weave the fabric 10 according to the second embodiment, the thickness of the inclination wound on the inclined beam applied to the weaving machine for weaving the fabric 10 is different, but with a relatively narrow width at one end of the inclined beam. Winding the thick slope, and using the inclined beam wound the thin inclined remainder, or in the middle portion of the inclined beam, the usual thin slope is wound, and the inclined beam using a relatively thick slope in both ends of the inclined beam, The light blocking portion 11 and the transmission portion 12 are sequentially woven at the intersection of the warp and the weft wound on the warp beam.

First, the light shielding part 11 crosses the warp yarn supplied from the inclined beam and the weft yarn vertically supplied to the warp yarn, and weaves the cloth at a predetermined width, but the light shielding unit 11 is woven in two layers. The weft yarn used in (11) is woven into a relatively thick thread, and is densely woven into a structure that can completely block sunlight at the intersection of the warp and weft yarns.

The transmissive portion 12 combines the weft yarns perpendicular to the inclination wound on the inclined beam, and has a translucent, opaque or light-shielding balance portion 12b in the width direction (the longitudinal direction of the inclined beam), and the mesh of the mesh structure. The portion 12a is woven at the same time, the weft supplied from the transmission portion 12 is supplied with a relatively thin thickness, the mesh portion 12a is a mesh structure that can penetrate the object, but the slope of both ends of the inclined beam Since it is composed of a relatively thick warp, the warp wound on the warp beam and the supplying weft are combined to weave the balance part 12b of a denser structure than the mesh part 12a.

Thus, the woven balance portion 12b is woven into a translucent, opaque structure, or a light shielding structure according to the thickness of the weft wound on the warp beam (the balance portion is densely woven with respect to the mesh portion and has a relatively low transmittance). In the case where a thick inclination is used at both ends of the inclined beam, a balance part 12b is formed at both ends of the mesh part 12a, and when a thick inclination is used at one end of the inclined beam, as shown in FIG. A balance portion 12b is formed along one end of the mesh portion 12a.

As described above, the fabric 10 according to the second embodiment has a light blocking portion 11 and a transmission portion along the weaving direction (the direction in which the warp is supplied, the winding direction of the woven fabric, and the vertical direction of the inclined beam). 12) is repeated, the transmissive portion 12 is a translucent, opaque or light-shielding balanced portion 12b along the width direction (the direction in which the weft is supplied, the longitudinal direction of the inclined beam) of the fabric 10, It is a structure in which the mesh part 12a of the mesh structure was formed.

On the other hand, the balance portion 12b of the fabric 10 according to the second embodiment is a structure formed on one edge (upper portion) of the fabric 10, but both edges (upper and lower portion) of the fabric 10 Along the balance part 12b In this case, when the balance portion 12b is formed on only one side, the fabric 10 is woven by supplying a weaving beam wound with a relatively thick slope to one side of the weaving machine.
For reference, in the woven fabric 10, the mesh structure of the transmissive portion 12 according to the first embodiment and the mesh structure of the mesh portion 12a according to the second embodiment, respectively, the intersection of the warp and the weft (weaving) ), Which forms a lattice structure and forms a space for transmission in the area surrounded by the intersecting warp yarns and weft yarns, wherein the distance between the intersecting warp yarns and weft yarns is far from the mesh (small mesh) Since the transmittance is good, many fields of view are secured, and the mesh structure has a transmissive effect that is transparent to almost translucent. Also, if the distance between the crossing slopes and wefts is close (the mesh is large), the holes between the grid structures are small and the transmittance is low. Because of falling off, a lot of view is ensured, and the mesh structure has a translucent to opaque transmission effect.
In addition, the transmission degree of the transmission portion 12 and the balance portion 12b, in addition to the mesh size of the woven structure, also affects the transparency and color of the warp and weft yarn, the transmission portion 12 and the balance portion 12b ), The degree of penetration (effect), depending on the characteristics of applying the blind and the intention of the manufacturer, adjusts the mesh size (space size for transmission) through the intersection gap between the warp and the weft, or adjust the transparency and color of the warp, the weft Various settings can be made by adjusting.

In the original fabric weaving process (S1) according to the two embodiments, the two layers of the light blocking part 11 and the one layer of the transmissive part 12 are woven into the original fabric 10.

Subsequent post-treatment process (S2) is a variety of post-treatment process, discharge processing, flame retardant processing, dustproof processing, antifouling processing, water repellent processing, antibacterial processing, coating processing, dyeing processing, tenter processing used in the woven fabric 10 Post-processing, such as a process, to improve the functionality and properties of the fabric (10) in accordance with the post-processing, and also to add aesthetics to the fabric 10 by printing or embroidery in a desired pattern, for reference, the print and Embroidery can also be applied after the following cutting process (S3).

Next, the cutting step (S3) is a step of cutting the post-processed fabric 10 to a desired size, with respect to the upper and lower heights to be shielded through the vertical blind 20 or the venetian blind 30, The horizontal and vertical directions are pure along the length of the width direction (the length direction of each light blocking portion and the transmissive portion) of each fabric 10 and the direction in which the light blocking portion 11 and the transmissive portion 12 of the fabric 10 are repeated. Only the penetrating portion 12 is calculated as the length.

In the assembling step (S4), as shown in Figs. 4 to 6, the slats 15 are assembled to the cut fabric 15, and the fabric 10 to which the slats 15 are assembled is usually used. It is a process of assembling to the adjustment box for vertical blinds, or the adjustment box for venetian blinds.

First, assembling the slat 15 with the light shielding portion 11 of the cut fabric 10, the slat 15 is a thin plate structure, metal, wood, synthetic resin, as well as a relatively hard non-woven fabric, woven fabric, etc. It is possible to use.

In addition, since the light shielding portion 11 of the cut fabric 10 is woven in duplicate, the slats 15 are inserted between the woven double shielding portions 11, and each edge is formed of a bar, heat sealing, and thermal clip. It is preferable to finish by such a method.

The fabric 10 including the slats 15 is assembled to the vertical blind adjustment box 21 or the venetian blind adjustment box 31 according to the type of blind to be manufactured. 21, or the adjustment box 31 for venetian blinds is generally applied to the vertical blinds 20 and the venetian blinds 30, and a detailed description thereof will be omitted. First, the fabric 10 including the slats 15 is included. Is applied to the adjustment box 21 for the vertical blind to complete the vertical blind 20 and the operation thereof is as follows.

First, when the fabric 10 including the slats 15 is applied to the vertical blind 20 (Vertical blind), as shown in FIGS. 1 and 7, each of the light blocking portions 11 of the fabric 10 ) Is assembled to the carrier 22 moving along the rail in the vertical blind adjustment box 21 (upper box) to form a vertical blind 20, as shown in FIG. The length direction of each light shielding part 11 and the transmission part 12 of the () is comprised in the vertical direction (up-down direction) of a vertical blind, and the transmission part 12 of the original fabric 10 is the surface (mainly wall surface) in which it is installed, Since the light blocking portions 11 are rotated by the carriers 22, the light blocking portions 11 are angles of 0 ° to 180 ° with respect to the transmission part 12, as shown in FIG. 5. It is composed of a rotating structure.

Thus, the vertical blind 20 to which the fabric 10 is applied rotates the light blocking part 11 by adjusting the opening and closing line 23 (rotating the carrier through the opening and closing line) connected to the adjustment box 21 for the vertical blind. It adjusts the amount of sunlight passing through, and also adjusts the movement to one side or both sides of the fabric 10 by pulling the adjusting line 24 (moves the carrier to one side or both sides through the adjusting line).

In addition, when the fabric 10 according to the second embodiment is applied to the vertical blind 20, as shown in Figure 7, the balance portion 12b at the top or bottom, or both ends of the top and bottom of the fabric 10; ) Is formed, the effect of the balance (usually the balance is usually configured separately from the curtain on the upper part of the curtain, and the overall balance has the effect of enhancing the aesthetics while covering the top of the curtain, but usually formed in the curtain, the present invention Has a structure that is separated from the transmissive portion of the fabric, and has a light shielding effect, and has an effect of enhancing aesthetics.

First, when the fabric 10 including the slat 15 is applied to the venetian blind 30, as shown in FIGS. 8 and 9, each light blocking part of the fabric 10 is applied. The longitudinal direction of the transmission of (11) is comprised in the horizontal direction (up and down) of the venetian blind 30, and each transmission part 12 is located in parallel with the surface (mainly wall surface) to install, and the light shielding part 11 is The light blocking portions 11 are arranged vertically in parallel with each other while being perpendicular to each of the transmissive portions 12.

And in the above-described fabric 10, assembling the opening and closing line 33 and the elevating line 32 up and down, the elevating line 32 is fitted up and down along each light-shielding portion 11, the bottom It is fixed to the light shielding portion 11, the opening and closing line 33 is fixed up and down along both edges in the longitudinal direction of the light blocking portion 11, respectively, the opening and closing line 33 and the lifting line 32 It is preferable to assemble a plurality of silver along the longitudinal direction of the light shielding portion 11.

And the upper end of the opening and closing line 33 and the elevating line 32 assembled to the fabric (10) containing the slat 15 is assembled to the adjustment box 31 (upper box, head rail) for the venetian blind vein blind 30 is configured, the venetian blind 30 assembled in this way, the opening and closing cord 35 connected to the adjustment box 31 for the venetian blind (the opening and closing cord is moved up and down the opening and closing line, the light shielding portion 11 Rotates at an angle of 0 ° to 90 ° with respect to the horizontal direction) and the opening and closing line 33 adjusts the inclination 11 of the light shield 11 to adjust the amount of sunlight, and also the venetian blinds. When the light blocking part 11 is in a horizontal state by the elevating cord 34 (elevating cord moves up and down the elevating cord) connected to the adjustment box 31 for By adjusting the up and down movement of 10), so that the fabric 10 is all unfolded, or both move upward.

On the other hand, when the fabric 10 including the slat 15 is applied to the venetian blind 30, the weight of the plate-shaped (not shown) that is somewhat more weight than the slat 15 in the lower shading portion 11 It is desirable to allow assembly of the.

The vertical blind 20 and the venetian blind 30 to be woven as described above are easy to manufacture blinds using the woven fabric 10, and have excellent aesthetics, and are shielded through a blind structure to which the fabric 10 is applied. This has an easy structure.

In addition, when applied to the vertical blind 20 using the fabric 10 woven in accordance with the second embodiment, there is a balance portion 12b in the vertical blind 20 itself, the balance portion 12b is the existing balance Has the functionality, has the effect of further enhancing the aesthetics.

1 is a perspective view of a vertical blind according to the present invention.

2 is a process diagram according to the present invention.

Figure 3 is a perspective view of a fabric woven in accordance with the present invention.

Figure 4 is a perspective view showing the arrangement of the fabric for producing a vertical blind in accordance with the present invention.

Figure 5 is a perspective view showing the operating state of the fabric applied to the vertical blind in accordance with the present invention.

6 is a perspective view showing a fabric according to a second embodiment of the present invention.

7 is a perspective view showing a vertical blind to which the fabric is applied according to a second embodiment of the present invention.

8 is a perspective view of the venetian blind according to the present invention.

9 is a cross-sectional view of the venetian blind according to the present invention.

[Description of Code for Major Parts of Drawing]

DESCRIPTION OF SYMBOLS 10 Fabric 11 Light-shielding part 12 Transmitting part

15: slat 20: vertical blind

30: venetian blind

Claims (3)

A fabric weaving step (S1) of weaving two layers of light shielding portions having a light shielding structure and a fabric repeating the transmission portion of the mesh structure; Post-processing step (S2) of post-processing the woven fabric; Cutting process for cutting the post-treated fabric in a unit size (S3); Slats are inserted into the respective shading portions of the cut fabric, and each shading portion is closed to prevent separation of the inserted slats. A housing moving along a rail and a plurality of carriers rotated with respect to the housing are formed, so that the carrier is rotated by an adjusting line, and the carrier is moved to one side or both sides by an opening and closing line. By manufacturing one end of each light shielding part of the fabric, and assembling the assembly (S4) to assemble so that the longitudinal direction of the transmission portion of the fabric is located in the up and down direction, A method of manufacturing a vertical blind using blind paper, in which a light shielding part and a transmission part are repeated, which is easy to manufacture and has excellent aesthetics. While weaving fabrics in which the light shielding part and the transmission part are repeated through a conventional weaving machine to which a warp beam wound with one or both ends is applied, The shading part is a two-layer shading structure, Transmitting part, the fabric weaving step (S1) for weaving a fabric consisting of a mesh portion of the mesh structure is woven in a thick slope of the warp beam and has a translucent, opaque or light-shielding structure, and the mesh structure is woven in a different slope; Post-processing step (S2) of post-processing the woven fabric; Cutting process for cutting the post-treated fabric in a unit size (S3); Slats are inserted into the respective shading portions of the cut fabric, and each shading portion is closed to prevent separation of the inserted slats. A housing moving along a rail and a plurality of carriers rotated with respect to the housing are formed, so that the carrier is rotated by an adjusting line, and the carrier is moved to one side or both sides by an opening and closing line. By manufacturing one end of each light shielding part of the fabric, and assembling the assembly (S4) to assemble so that the longitudinal direction of the transmission portion of the fabric is located in the up and down direction, A method of manufacturing a vertical blind using blind paper, in which a light shielding part and a transmission part are repeated, which is easy to manufacture and has excellent aesthetics. A fabric weaving step (S1) of weaving two layers of light shielding portions having a light shielding structure and a fabric repeating the transmission portion of the mesh structure; Post-processing step (S2) of post-processing the woven fabric; Cutting process for cutting the post-treated fabric in a unit size (S3); Slats are inserted into the respective shading portions of the cut fabric, and each shading portion is closed to prevent separation of the inserted slats. The light-shielding portion into which the slats are inserted is horizontally arranged in the left and right directions, arranged in parallel up and down. It is fitted, and fixed to the light-shielding portion of the lowermost, the opening and closing line is assembled to be fixed to the upper and lower sides of each light-shielding part in the longitudinal direction, respectively, And the veneer blind in the assembly process (S4) by assembling the upper end of the opening and closing line assembled in the fabric to the normal veneer blind adjustment box, so that the longitudinal direction of the permeation part of the fabric is located in the left and right directions. Manufacturing, A method of manufacturing venetian blinds using blind paper with a light shielding part and a transmission part repeatedly characterized by easy manufacturing and excellent aesthetics.

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