KR20160020719A

KR20160020719A - A venetian covering assembly and the venetian shade comprising the same

Info

Publication number: KR20160020719A
Application number: KR1020140105784A
Authority: KR
Inventors: 정재헌; 정태락
Original assignee: 정재헌; 정태락
Priority date: 2014-08-14
Filing date: 2014-08-14
Publication date: 2016-02-24

Abstract

The present invention relates to a venetian canopy assembly composed of a three-dimensional three-dimensional fabric capable of fully or partially walking or unfolding a three-dimensional three-dimensional fabric and opening and closing a three-dimensional three- Dimensional stereoscopic fabric veneer shading device using a three-dimensional fabric. In order to accomplish this, a veneer canopy assembly according to the present invention comprises a plurality of intermediate layers 7a2 each having a predetermined length and width, a hole 7a4 formed in each intermediate layer of the plurality of intermediate layers 7a2, (7a1, 7a3) for supporting each of the plurality of intermediate layers (7a2) so as to form a predetermined gap, and a coupling member (7a5) for supporting the uppermost intermediate layer among the plurality of intermediate layers (7a2) A three-dimensional three-dimensional fabric 7a having a polygonal cross-sectional shape in the vertical direction of two adjacent upper and lower intermediate layers 7a2 of the intermediate layer 7a2 and adjacent back layers 7a1 and 7a3; And the lower end of the three-dimensional solid cloth 7a is raised or lowered so as to be unfolded and folded, and either one of the lowermost intermediate layer 7a2 of the three-dimensional embroidery fabric 7a or the lowermost backer layer 7a1, 7a3 A pulling member 7b coupled to the branch and tied to the lower end of the pull string 83; And a control unit.

Description

[0001] The present invention relates to a venous shading assembly and a venous shading assembly,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a venetian canopy assembly, and more particularly, to a venetian canopy assembly composed of a three-dimensional three-dimensional fabric and a three-dimensional three-dimensional fabric venetian canopy apparatus using the same.

That is, the present invention relates to a veneer canopy assembly composed of a three-dimensional three-dimensional fabric, and a three-dimensional fabric weaving apparatus using the same, wherein the three-dimensional fabric is raised or lowered to fully or partially walk or unfold, It is also possible to open and close the three-dimensional three-dimensional fabric area spreading even in the middle of spreading.

Generally, blinds are installed on window frames so that light can be selectively made through windows. Three kinds of blinds can be selectively classified according to their structural characteristics.

First, a plurality of long rigid slats made of wood material are arranged horizontally to walk or unfold to light or shade. In addition, a plurality of slats can be simultaneously or partly opened and closed at the same time, A plurality of venetian blinds for performing additional selective lighting or shading and a plurality of slats made of a fabric material are arranged in a vertical direction so as to walk or unfold them to light or shade them. In addition, a plurality of slats are simultaneously or partially rotated right and left And a vertical blind which is opened and closed by adjusting the light intensity of the light source to selectively light or shield the light.

Secondly, a horizontal roll of fabric is made by wrapping a flat fabric covering made of a flat fabric on a roll placed in a horizontal direction and walking or unfolding it in a vertical direction to make a selective roll or combination blind, Dimensional three-dimensional fabric cover covering a fabric is wound and is firstly mined or shaded while walking or unfolding up or down or left and right. In addition, a roll represented by a three-dimensional three-dimensional cloth roll blind which is limitedly opened and closed like a slat- There is a type awning.

Finally, there is a folding shade using a foldable honeycomb or a zigzag bent screen.

FIG. 2 is a view showing a three-dimensional three-dimensional cloth roll blind, which is a kind of conventional roll-type canopy, and FIG. 3 is a cross- Fig. 4 is a view showing a honeycomb blind, which is a kind of folding type awning. Fig.

First, as shown in FIG. 1, a roll / combination blind, which is a kind of conventional roll type awning, includes a head rail 1a installed on the upper side of a window frame; A flat fabric cloth roll covering 2 disposed on the lower side of the head rail 1a and a roll roll cover 2 installed on one side of the head rail 1a for driving the flat cloth fabric roll covering 2 to be walked or unfolded An input drive module 4a; Wherein the flat fabric cloth roll covering 2 has a fastening member 2b2 and a flat fabric fabric sheet 2b1 and a fastening member 2b2 joined to each other, A screen 2b provided with a lower weight member 2b3 serving to pull the flat fabric fabric sheet 2b1 to the lower side; A roll 2a provided with a round bar 2a1 for winding and winding the screen 2b which also serves as a rotary power shaft and has an inner hollow formed with a sheet fastening hole 2a3 integrally formed on the outer peripheral surface thereof, The roll driving input module 4a is inserted into one end portion of the roll 2a and the other end is fitted with a roll driving plug 5a and the width of the flat fabric fabric sheet 2b1 1 (c), in consideration of the load of the lower weight member 2b2 and the lower weight member 2b3, the deflection reinforcing member 2a2 may be further included in the inside of the round bar 2a1 or may be integrally formed, , The round bar 2a1 can be said to have a very economical structure by combining with a rotary power shaft and winding or winding. The round bar manufacturing method is injection molding with aluminum or plastic material, but the inside is empty due to a manufacturing cost problem .

Such a conventional roll blind is provided on one side of the roll drive input drive module 4a manually by the user and consequently can be rotated by a ball chain (not shown) or rotating rod 3 The screen 2b constituting the flat fabric cloth roll covering 2 is wound or wrapped around the roll 2a in such a manner that it is operated or driven by an electric motor (not shown) to rotate the rotary shaft electrically, Enables mining.

Also, the roll driving input drive module 4a includes a canopy stopper 4a1 having a spring member 4a2 with a latching portion 4a2 'formed therein, as shown in Fig. 1c; A driving wheel 4a3; And a pickup member 4a4 fitted to the round bar 2a1 and coupled with the driving wheel 4a3 so that the user can move the driving wheel 4a4 by a force pulling a ball chain (not shown) The driving wheel 4a3 pushes the latching portion 4a2 'of the spring member 4a2 in the direction in which the spring body of the spring member 4a2 is extended so that the shoulder stopper 4a1 and the spring member 4a2 are rotated, And the rotation of the pick-up member 4a4 causes the roll 2a to rotate. When the user stops pulling the ball chain (not shown) or the rotating bar 3, the flat- A rotational force is applied to the round bar 2a1 according to the load of the cover ring 2 and the rotational force eventually rotates the pick-up member 4a4. The pickup member 4a4 rotates the spring body of the spring member 4a2 And by increasing the frictional force between the sun shade stopper 4a1 and the spring member 4a2 Thereby stopping the turnover rod 2a1 from rotating.

Next, a three-dimensional three-dimensional fabric roll blind, which is a type of roll-type awning, is very similar to the above-described roll / combination blind in its construction, except that instead of the flat fabric cloth roll covering 2, The three-dimensional fabric roll covering 2 'uses a three-dimensional fabric roll covering 2', which is formed by a single three-dimensional fabric sheet 2 ', in which two fastening members 2b2 are integrally formed or joined at the top and bottom, respectively A screen 2b 'provided with two lower fastening members 2b1' and two lower fastening members 2b2, which are engaged with each other at left and right sides to lower the weight member 2b3 'in a downward direction; The two sheet fasteners 2a3 are integrally formed bilaterally symmetrically so that the two fastening members 2b2 are respectively fitted to the round bar 2a1 'which is hollow and hollow and cooperates with the rotating power shaft and winds the screen 2b' And a roll 2a 'provided thereon.

Accordingly, in the manner of walking and unfolding primary shading and mining, the three-dimensional solid cloth roll blind and the roll / comb blind described above are substantially the same, except that, if there are differences, It is possible to open and close like.

The reason why the three-dimensional three-dimensional fabric roll blind having the above-described structure can be shielded and lighted by similarly walking or spreading like roll / comb blinds is that the two outer layers and the intermediate layer formed therebetween have a multilayer structure, When the three-dimensional three-dimensional fabric sheet 2b1 ', which is opaquely woven, is wound and rolled up by the roll 2a, the angle of the intermediate layer is changed as shown in FIG. 2 (c) 2 (c) and 2 (d), when the three-dimensional fabric sheet 2b1 'is unfolded, the angle of the intermediate layer is gradually increased up to a predetermined angle The basic principle is that the intermediate layer is very flexible and has a predetermined width, so that the three-dimensional solid fabric is transferred from the top to the roll 2a Device, until one is that if the layer only when the other party as it moves in the up and down without affecting the vertical movement if the layer is possible to move up and down only a limited bound intermediate layer on the back surface by a predetermined length the moving layer.

However, once the three-dimensional three-dimensional fabric sheet 2b1 'is wound around the roll 2a, the three-dimensional three-dimensional fabric sheet 2b1' spread only partially due to the vertical closed state of the middle layer, The three-dimensional fabric sheet 2b1 'is not opened or closed by adjusting the angle of the three-dimensional fabric sheet 2b1'. However, when the three-dimensional fabric sheet 2b1 ' 2a), there was no fundamentally reasonable solution to this problem.

Meanwhile, the Venetian blind, which is a kind of a conventional sled-type awning device with a roll-type sunshade, includes a wind-up type venue driving module 10 provided with a tow line 83; A plurality of slats (61) arranged on the lower side of the veneer driving module (10) and each having three or four holes at regular intervals, and a couple of slat mounting rods (62) A slat module 6; One end of several or several optional traction means that have passed through the holes formed in the respective slats from the topmost slat 61 of the slat module 6 are respectively bundled and provided at the lowermost end of the plurality of slats 61, A rigid and rigid pulling member (not shown) of a predetermined weight for raising or lowering the overlapped slats 61 while overlapping the multiple slats 61 from the bottom by pulling up or pulling down the pull string 83; In fact, a conventional veneer driving module is one selected from a winding type veneer driving module 10 'or a pulling type veneer driving module (not shown), but in order to facilitate the understanding of those skilled in the art, Is shown in FIG. 3, and the angle adjusting method is also various, such as an integral type or a stand-alone type, but FIG. 3 shows an integral type angle adjusting method.

To describe the winding driving type venue driving module 10 'in detail, a head rail 1b having three or four openings at the lower end and installed above the window frame; A plurality of slat drive modules (8) coupled to predetermined positions of the body inner opening of the head rail (1b) and having a pull string (83); A rotating shaft (9) rotating with the plurality of slat drive modules (8) interposed therebetween; Any one driving means selected from a motor and a motor for driving the slat driving module 8 by rotating the rotary shaft 9 manually; The slat drive module 8 is configured to couple the slat mount string 62 and pull or loosen the slat mount string 62 to adjust the angle of the plurality of slats 61 An integrated lanyard adjusting member 82 provided as a sliding spring; Pull string 83; And a winding member 81 for winding or pulling the pull string 83. In Figure 3, a slat drive input drive module (not shown) for driving the slat drive module 8 by manually rotating the rotary shaft 9 4b are shown.

The other end of the head rail 1b is inserted into a slat module 6b having an elongated width and is inserted into the one end of the head rail 1b. 2 (b), the slat is fixed to the slat mounting row 62 fixed to the integral mount row adjusting member 82 made up of a few of the sliding springs so as to balance the slat A plurality of tow lines 83 are arranged in a one-to-one correspondence with the slat restraining member 62 by adjusting the angle of the slat and taking into consideration both balanced descent and aesthetics at the time of ascending and descending, (Not shown) or a rotary string 3 provided on one side of the input drive module 4b for rotating the drive rotary shaft or by rotating the drive rotary shaft with an electric power using an electric motor The overlapped slats 6 of the slat module 6 are lifted or lowered in such a manner that the pulling string 83 is wound around the winding member 81 to pull the pulling member (not shown) Enables mining. A ribbon type slat drive module (not shown) of a type different from that of the slat drive module 8 shown in FIG. 2B is used for the ribbon, although not shown. The Venetian blind has an advantage in that the angle of the slat 61 at the part of the slat 61 extending in the structure can be adjusted so that it can be easily opened and closed. On the other hand, as the material of the slat 62, , The use of aluminum metal plate is expensive, the manufacturing cost is high, and the weight is heavy.

Finally, as shown in FIG. 4, the honeycomb blind, which is one kind of the folding type awning, includes a head rail 1b formed with three or more openings and installed above the window frame; A plurality of tow line driving members (not shown) coupled to predetermined positions of the body inner opening of the head rail 1b and each having a tow line 83; A folding sun shade input drive module 4c provided on the body of the head rail 1b for controlling the pulling or releasing of the pull string 83; A plurality of honeycomb-shaped three-dimensional fabrics arranged on the lower side of the head rail 1b and having a cross section, each of which has a honeycomb screen 2b1 " formed with three or four holes at regular intervals, A honeycomb covering module 2b " comprising a rigid and rigid traction member 2b3 " with a predetermined weight for raising or lowering the lower end of the traction member 2b1 " And a pull string weight 3a, one end of which is fixed to the pulling member 2b3 " and the other of which is coupled to the pull string 83, including a cord string 3 which is tied to the body.

At this time, one end of the pulling string 83 passes through a hole formed in the honeycomb screen 2b1 " and is bundled with a pulling member 2b3 " located at the lower end and the other end is connected to a pulling string driving member (not shown) A plurality of tow lines 83 that are drawn out to the outside through the connecting rope 4c are connected to the tow line weight 3a and a tow line stopper (not shown) is built in the folding tow input driving module 4c The input drive module 4b for the both ends of the Venetian blind is used. In this case, the integral mount adjuster 82 is removed from the slat drive module 8 of the venetian blind, and the pull string 83 is removed. And a winding member 81 for winding or pulling the pull string 83 are used as the input drive module 4b.

In addition, in the case of the Venetian blind using the aluminum slats, a separate economical aluminum slat angle adjusting means, a folding shade input drive module 4c and a tow line driving member (not shown), which are not shown, Which will be easily understood by those skilled in the art, will not be described in further detail, and it is well known to those skilled in the art that the folding shade is not angularly adjusted.

When the pulling string 83 is pulled out, the pulling member 2b3 " rises and the honeycomb screen 2b1 " is raised while overlapping from the lower end. When the strap of the towline 83 fixed by the folding sun shade input drive module 4c is released, the honeycomb screen 2b1 " is lowered by gravity by the load of the honeycomb screen 2b1 " and the pulling member 2b3 " The honeycomb screen 2b1 " has a structure of a kind of three-dimensional three-dimensional fabric sheet, but the outer layer is opaque. Therefore, the honeycomb screen 2b1 " in the portion of the honeycomb screen 2b1 " Even if the outer layer is made transparent, the middle layer is narrow and the middle layer material is relatively hard (hard) Even if the angle of the uppermost layer of the backside layer is adjusted by adjusting the angle, it is difficult to adjust the angle because the backside layer of the opponent side is held by each of the firm and narrow middle layers spread downward. There has been a problem that opening and closing by angle adjustment is not easy.

As a result, there is a problem that it is not easy or impossible to open and close by adjusting the angle of the three-dimensional fabric interlayer at a portion where only a part of the conventional shoehorns using the three-dimensional fabric sheet, regardless of whether the three- dimensional fabric roll blind or the honeycomb blind is used there was.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described problems in the prior art, and has been made in order to solve the above problems, and it is an object of the present invention to provide a three- Dimensional three-dimensional woven fabric capable of opening and closing a fabric part, and a three-dimensional three-dimensional fabric weaving apparatus using the same.

According to an aspect of the present invention, there is provided a venetian awning assembly, comprising: a plurality of intermediate layers, each having a predetermined length and width; a plurality of intermediate layers, A back layer 7a1 and 7a3 for supporting the plurality of intermediate layers 7a2 so as to form a predetermined gap therebetween and a coupling member 7a5 for supporting the uppermost intermediate layer among the plurality of intermediate layers 7a2, Dimensional three-dimensional fabric (7a) having a polygonal cross-sectional shape in the vertical direction of two adjacent upper and lower intermediate layers (7a2) of the plurality of intermediate layers (7a2) and adjacent back layers (7a1, 7a3); And the lower end of the three-dimensional solid cloth 7a is raised or lowered so as to be unfolded and folded, and either one of the lowermost intermediate layer 7a2 of the three-dimensional embroidery fabric 7a or the lowermost backer layer 7a1, 7a3 A pulling member 7b coupled to the branch and tied to the lower end of the pull string 83; And a control unit.

Preferably, the vertical cross-sectional shape of the three-dimensional three-dimensional fabric 7a is tetragonal.

Preferably, each of the back side layers 7a1 and 7a3 is folded, and the cross-sectional shape of the three-dimensional three-dimensional fabric 7a in the vertical direction is a honeycomb shape.

Preferably, the intermediate layer 7a2 is sandwiched or bonded to any one selected from the uppermost intermediate layer 7a2 or the uppermost backer layer 7a1 and 7a3 of the three-dimensional embroidery fabric 7a, A width-retaining member 7c for retaining a width of the right-and-left direction; And further comprising:

Preferably, the engaging member 7a5 further comprises a pair of slat modules 6 '' attached to each of the uppermost back layers 7a1 and 7a3, and one slat 61 are fixed by a slat mounting bracket 62 and the staple which is the engaging member 7a5 is fitted into one slat 61 provided with a slot and tightly bound.

According to another aspect of the present invention, there is provided an apparatus for shoehiding using a venetian canopy assembly comprising: a venetian canopy assembly (7 ', 7 "); And a retractable venetian drive module 10 'coupled to the venetian awning assembly 7'; , Wherein the pull string 83 of the veneer driving module 10 'passes through the hole 7a4 of the vending machine assembly 7', 7 '' and its end is firmly tied to the pulling member 7b And the engaging member 7a5 is provided so as to be tightly coupled to the integrating bar regulating member 82. [

The three-dimensional three-dimensional fabric shading device constructed using the three-dimensional three-dimensional fabric according to the present invention and the three-dimensional three-dimensional fabric shading device using the three-dimensional three-dimensional fabric can be used for a variety of applications, such as walking or unfolding without opening or closing, (Hereinafter referred to as " three-dimensional three-dimensional textile sunshade covering ") composed of three-dimensional three-dimensional textile sunshade covering so as to completely or partially walk or unfold the three- Dimensional three-dimensional fabric portion can be opened and closed, thereby achieving a large effect of facilitating the adjustment of the field of view and the adjustment of the light amount of the three-dimensional three-dimensional fabric awning covering.

1 is a roll / combination blind exploded perspective view and a roll cross-sectional view, which are a kind of conventional roll-type sunshades,
FIG. 2 is a view showing a three-dimensional three-dimensional fabric roll blind, which is a kind of conventional roll-type sunshade,
FIG. 3 is a view showing a conventional venetian blind, which is a kind of conventional slat type awning,
Fig. 4 is a view showing a honeycomb blind, which is a kind of a folding type awning.
FIG. 5 is a view of a venetian canopy assembly constructed from a three-dimensional three-dimensional fabric according to a first embodiment of the present invention,
FIG. 6 is a view of a three-dimensional three-dimensional fabric shading apparatus constituted by a three-dimensional three-dimensional fabric according to a first embodiment of the present invention,
FIGS. 7A to 7F are photographs showing an actual operation of a three-dimensional three-dimensional fabric shading apparatus constituted by a three-dimensional three-dimensional fabric according to the first embodiment of the present invention.
8 is a view of a venetian canopy assembly constructed from a three-dimensional three-dimensional fabric in accordance with a second embodiment of the present invention.

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

(Embodiment 1)

FIG. 5 is a view of a venetian canopy assembly constructed from a three-dimensional three-dimensional fabric according to a first embodiment of the present invention. FIG. 6 is a perspective view of a venetian canopy assembly constructed from a three- Fig. 7 is a view showing the actual operation of a three-dimensional three-dimensional fabric bench shade apparatus constituted by a three-dimensional three-dimensional woven cloth assembly according to the first embodiment of the present invention It is a photograph.

5, a venetian canopy assembly 7 'composed of a three-dimensional three-dimensional fabric according to the first embodiment of the present invention is manufactured in a predetermined size in both lateral and vertical directions, Formed of a material A plurality of holes 7a4 are formed at regular intervals in the intermediate layer 7a2 and a plurality of rods or elongated integral ribbons are arranged at predetermined intervals on any one selected from the uppermost intermediate layer 7a2 or the uppermost back layer 7a1 and 7a3 The joining member 7a5 is integrally formed or adhered to one of the adjacent upper and lower intermediate layers 7a2 and 7a3 and the adjacent reverse side layers 7a1 and 7a3 have a quadrangular cross section in the vertical direction, 7a1, 7a3) are folded and folded so that the cross-sectional shape in the vertical direction is selected from the honeycomb shape; The uppermost intermediate layer 7a2 or the lowermost layer 7a1 and 7a3 of the three-dimensional solid cloth 7a having a predetermined weight so as to raise or lower the lower end of the three-dimensional solid cloth 7a, And a pulling member 7b coupled to or attached to one end and having a predetermined width and tied to the lower end of the subsequent pull string 83 (see FIG. 6). In the first embodiment, The present invention relates to a three-dimensional three-dimensional fabric which is applied to a conventional three-dimensional solid cloth roll blind which is very flexible in its middle layer. The three-dimensional three-dimensional fabric is punched to form two holes at predetermined intervals in each intermediate layer, The layers 7a1 and 7a3 are cut and cut, and at the same time, the uppermost intermediate layer 7a2 is cut off a plurality of central portions at predetermined intervals, and at the lowermost end, the pulling members 7b are adhered to the layers 7a1 and 7a3, And the joining member 7a5 is provided with a plurality of strings and attached to the uppermost intermediate layer 7a2.

The venetian canopy assembly 7 'made up of the three-dimensional three-dimensional fabric according to the present invention may be fabricated on one of the uppermost intermediate layer 7a2 of the three-dimensional solid fabric 7a or the uppermost backing layer 7a1, 7a3 And may further include a gap holding member 7c which is provided to be fitted, joined or adhered to thereby maintain the width of the entire intermediate layer 7a2 of the three-dimensional solid fabric 7a. In this first embodiment, , A thick plate made of solid wood having a predetermined width, thickness and length, and the uppermost intermediate layer 7a2 is provided at an intersection from a previously cut edge.

As shown in FIG. 6, a three-dimensional three-dimensional fabric bench shade device 70 ', which is composed of a veneer shade assembly 7' composed of a three-dimensional three-dimensional fabric according to the first embodiment of the present invention, (See Fig. 3 and Fig. 6a) or a retractable vestibule driving module (not shown) to the venetian canopy assembly 7 'made up of a three-dimensional fabric In the first embodiment, a winding driving type venue driving module 10 'is further provided.

At this time, the pull string 83 of the veneer driving module 10 'passes through the hole 7a4 of the veneer shading assembly 7' made of a three-dimensional solid fabric and its end is firmly tied to the pulling member 7b And the engaging members 7a5 on both sides are tightly coupled to the integrated lanyard adjusting member 82. [ At this time, the engaging members 7a5 on both sides are bound to both sides of the integrated lanyard adjusting member 82 and have a predetermined width, so that the three-dimensional three-dimensional fabric 7a positioned downwardly maintains a predetermined width, 7c, and the method of joining the respective engaging members 7a5 to both sides of the integrated erecting bar adjusting member 82 can be easily understood by those skilled in the art, so that detailed description thereof will be omitted do.

7A to 7F to describe the operation relationship of the three-dimensional three-dimensional fabric shading device 70 'and the veneer shade assembly 7' composed of the three-dimensional solid fabric according to the first embodiment of the present invention, The rotation shaft 3 is pulled manually by the user to rotate the drive rotation shaft 9 through the input drive module 4b for the slat drive so that the winding member 81 of the slat drive module 8 is rotated, Dimensional solid fabric 7a is lifted up from each lower intermediate layer 7a2 of the three-dimensional solid fabric 7a when the towing member 7b is lifted up or raised as the towing cord 83 wound around the three- The back layers 7a1 and 7a3 are stacked on the top of the pulling member 7b while the back layers 7a1 and 7a3 are stacked in turn and the reverse layers 7a1 and 7a3 and the middle layer 7a2 are folded up or down when they are lowered. Slat The first rotary shafts 9 are rotated first and then the integral type adjustable member 82 rotates at the same time to adjust the angle so that the three dimensional solid fabric 7a can freely adjust the angle of the intermediate layer 7a2 even in the middle portion of the openings of the three-dimensional three-dimensional fabric roll blinds and honeycomb blinds, which is a very useful invention. to be.

7A is a state in which the intermediate layer 7a2 stands at a substantially vertical angle and is entirely covered. In the photograph of FIG. 7B, the intermediate layer 7a2 is slightly rotated in the opposite direction in the fully opened state, 7D is a state in which the middle layer 7a2 stands at a substantially vertical angle and is covered only at the upper side, while the half of the photograph shown in Fig. 7D is covered with only the upper portion, 7e is slightly rotated in the opposite direction in the half-rolled state, so that the intermediate layer 7a2 is laid at an angle of about 45 degrees so that the lower portion is completely opened but the upper portion is slightly transparent. In the wound state, the intermediate layer 7a2 is continuously rotated in the opposite direction so that the intermediate layer 7a2 is laid almost at a horizontal angle, and the upper portion is also almost transparent. 7B is a state in which the awning is completely wound and completely opened.

(Second Embodiment)

8 is a view of a venetian canopy assembly constructed from a three-dimensional three-dimensional fabric in accordance with a second embodiment of the present invention.

As shown in Fig. 8 (b), a veneer canopy assembly 7 " composed of a three-dimensional three-dimensional fabric according to the second embodiment of the present invention has a three-dimensional solid shape according to the first embodiment of the present invention The joining member 7a5 is provided with an elongated band bar attached to each of the uppermost back layers 7a1 and 7a3 as the joining member 7a5.

On the other hand, as shown in Fig. 8 (a), a three-dimensional three-dimensional fabric bench shade device 70 "composed of a venetian canopy assembly 7" constituted by a three-dimensional three-dimensional fabric according to the second embodiment of the present invention, A venetian canopy assembly 7 " comprising a three-dimensional three-dimensional fabric; Includes an additional shade (10 ").

In addition, the abridged venetian blind 10 '' may be attached to any one of the retractable venous drive module 10 '(see FIGS. 3 and 6 (a)) or the retractable venous drive module (not shown) slot And a pair of slat modules 6 " made of only one slat 61 or a traction member (not shown) or a combination thereof. In the second embodiment, the winding type venue driving module 10 ' 3 and FIG. 6 (a)) and is provided with a slat module 6 "made up of one slat 61 provided with slots.

Accordingly, in the second embodiment, one slat 61 is fixed by the slat mounting bracket 62, and in this state, the slat 61, which is the engaging member 7a5, The width of the intermediate layer 7a2 is maintained downward as a whole in the venetian canopy assembly 7 " composed of the three-dimensional three-dimensional fabric by the width of the slats 61, and the width of the vestibule driving module 10 ' The trailing line 83 of the three-dimensional three-dimensional fabric is passed through all the holes 7a4 of the venetian canopy assembly 7 ", and the end thereof is firmly tied to the pulling member 7b, As shown in FIG.

Hereinafter, the operating relationship between the veneer canopy assembly 7 "and the three-dimensional three-dimensional fabric vase canopy apparatus 70" constituted by the three-dimensional three-dimensional fabric according to the second embodiment of the present invention will be described. The pulling string 83 wound around the winding member 81 of the slat drive module 8 is wound up or pulled by pulling the rotary string 3 and rotating the drive rotary shaft 9 through the input drive module 4b for both the slats When the pulling member 7b is lifted up and raised while being encouraged it is lifted up from each lower intermediate layer 7a2 of the three dimensional solid fabric 7a in turn and the flexible backing layers 7a1 and 7a3 connected thereto are stacked one after the other The lower layers 7a1 and 7a3 and the intermediate layer 7a2 are spread or lowered in a manner such that they are walked or spread like a lot of slats so that they can be deployed When the drive shafts 9 are rotated, the integrated mount string adjusting member 82 rotates at the same time to adjust the angle of one slat 61, so that the three dimensional solid cloth 7a can be freely adjusted in the intermediate portion of the intermediate layer 7a2, and this operation is a unique feature that can not be seen in the above-described three-dimensional three-dimensional fabric roll blind or honeycomb blind.

1b: head rail
10 ': Winding system VENTILATION DRIVE MODULE 10 ": Reduced Venetian Awnings
3: spinning line
4b: Slot car input drive module
6 ": Slot module 61: Slat
62: Slat mounting strap
7 ', 7 ": Venetian canopy assembly 7a: Three dimensional solid fabric
7a1, 7a3: backside layer 7a2: middle layer
7a4: hole 7a5: coupling member
7b: pulling member 7c: gap holding member
70 ', 70 ": Three-dimensional three-dimensional fabric Venetian awnings
8: Slot drive module 81: Winding member
82: integral type adjustable line control member 83: pull line
9:

Claims

A plurality of intermediate layers 7a2 each having a predetermined size of width and length,
A hole 7a4 formed in each intermediate layer of the plurality of intermediate layers 7a2,
A backside layer 7a1, 7a3 for supporting each of the plurality of intermediate layers 7a2 so as to form a predetermined gap,
And a coupling member 7a5 for supporting the uppermost intermediate layer among the plurality of intermediate layers 7a2,
A three-dimensional three-dimensional fabric 7a having a polygonal cross-sectional shape in the vertical direction of two adjacent upper and lower intermediate layers 7a2 of the plurality of intermediate layers 7a2 and adjacent back layers 7a1 and 7a3; And
The three-dimensional embroidery fabric 7a is raised or lowered by lowering the lower end of the three-dimensional embroidery fabric 7a so that one of the three-dimensional embroidery patterns 7a1, 7a2, A pulling member 7b coupled to the lower end of the pull string 83;
Wherein the shade assembly comprises:

The method according to claim 1,
Wherein the vertical cross-sectional shape of the three-dimensional solid fabric (7a) is tetragonal.

The method according to claim 1,
Wherein each of the backing layers (7a1, 7a3) is folded so that the vertical cross-sectional shape of the three-dimensional solid fabric (7a) is a honeycomb shape.

The method according to claim 1,
The width of the entire intermediate layer 7a2 of the three-dimensional embroidery fabric 7a is set so as to be equal to or larger than the width of the entire intermediate layer 7a2 of the three-dimensional embroidery fabric 7a by being fitted or joined to any one of the uppermost intermediate layer 7a2 or the uppermost backer layer 7a1, A spacing member 7c for holding the gap;
Further comprising a plurality of shade assemblies.

The method according to claim 1,
The engaging member 7a5 attaches an elongated rib to each of the uppermost back layers 7a1 and 7a3,
Further comprising a set of slat modules 6 "
One slat (61) is fixed by a slat mounting bracket (62), and the stitch, which is the engaging member (7a5), is tightly engaged with one slat (61) provided with a slot assembly.

A venetian canopy assembly (7 ', 7 ") according to any one of claims 1 to 5; And
A retractable venous drive module 10 'coupled to the venetian canopy assembly 7';
/ RTI >
The towing line 83 of the veneer driving module 10 'is passed through the hole 7a4 of the venetian canopy assembly 7', 7 "so that the end thereof is tightly bound to the pulling member 7b, (7a5) is tightly coupled to the integrated lanyard adjusting member (82).