KR200448520Y1

KR200448520Y1 - Vine pot assembly for roof and wall greening

Info

Publication number: KR200448520Y1
Application number: KR2020090009402U
Authority: KR
Inventors: 김영재
Original assignee: 에코이앤씨(주)
Priority date: 2009-07-20
Filing date: 2009-07-20
Publication date: 2010-04-21

Abstract

The present invention relates to a vine plant pot assembly for rooftop and wall greening, and more specifically, the plant curtain or vine plant can be planted by simple operations such as arranging the present invention as it is or by separating and planting vine plants and front and rear manned networks from planters. The present invention relates to a rooftop and wall plant vine plant pot assembly that can be used as a wall planter.

According to the present invention, a plant formed by including a plurality of drain holes formed on the lower surface, a plurality of first fixing rings detachably provided at one open upper corner; Extraction plate of the porous shape placed on the lower surface of the planter; A front manned network in which a crossbar and a crossbar each having a plurality of bent portions are integrally formed to form a network structure; A rear attracting network of a network structure in which a plurality of extended supporting portions are coupled to the front attracting network and penetrate the first fixing ring and protrude at a lower end thereof; And it is characterized in that it comprises a vegetation mat which is fixed in the lower position between the front and the net manned network.

Vine Plant, Pollen, Planter, Vegetation Mat

Description

Vine pot assembly for roof and wall greening

Generally, a vine plant means a plant that grows upright as an ordinary plant, does not grow, spreads to the ground, or grows up irregularly on the surrounding structure. The stem is thin but elastic, and the stem between the nodes of the stem Long, the leaves are large.

These vine plants are often cultivated for landscaping or ornamental purposes. Especially, for cultivation for ornamental purposes, hanging pots planted with vine plants in the air so that the vine plants grow down or hang down or install vine supports. Use a way to grow up along the vine support.

Here, '20 -0402153 'for the registration room as a method of using the vine support introduces a vine plant cultivation pot formed by integrally forming a vine support, a flower pot, and a drip tray.

However, the vine plant cultivation pot introduced in the above is because the vine support is formed in a plane, the vine plant grows frequently, so that the vine plants are separated from the vine support, and the vine plants need to be fixed separately to the vine support. There was a feeling.

An object of the present invention is to solve the above problems, to provide a vine plant pot assembly for roof and wall greening that does not need to fix the vine plants separately by allowing the vine plants to grow between the front and rear manned networks. Is in.

In order to achieve the above object, the rooftop and wall planting vine plant pot assembly according to the present invention includes a plurality of drainage holes formed on a lower surface and a plurality of first fixing rings detachably provided at one open upper corner. Formed planter; Extraction plate of the porous shape placed on the lower surface of the planter; A front manned network in which a crossbar and a crossbar each having a plurality of bent portions are integrally formed to form a network structure; A rear attracting network of a network structure in which a plurality of extended supporting portions are coupled to the front attracting network and penetrate the first fixing ring and protrude at a lower end thereof; And it is characterized in that it comprises a vegetation mat which is fixed in the lower position between the front and the net manned network.

The bent portions formed on the cross bars and the longitudinal bars may be any one of a 'trapezoid' shape, a 'V' shape, or a 'U' shape.

In addition, a second fixing ring detachably provided at the middle of the open upper edge of the other side of the plant, a first supporting portion penetrating the third fixing ring and the second fixing ring formed in the rear attracting network, And a support including a second support portion penetrating the third fixing ring and a connection portion connecting the first support portion and the second support portion.

Subsequently, the vegetation mat is formed by filling artificial soil in a natural mat of porous material.

In addition, the extraction wire is provided on both sides of the extraction plate.

And a return guard including a support plate detachably coupled and fixed to an upper side of the rear attraction net, and a return plate having a '┓' shape extending to an upper edge of the support plate.

In addition, the return guard fixing body formed by including a hole through which the fixing screw penetrates on both sides, and the insertion portion formed in the recess formed between the hole is characterized in that the return guard is coupled to the rear manned network.

Subsequently, the rear end horizontal portion of the bent portion is coupled to the C-type fixing protrusion formed on the rear attraction net.

In addition, the first fixing ring and the second fixing ring is characterized in that the eye bolt.

And a box-shaped planter formed with a plurality of drain holes on the lower surface; A front manned network including a crossbar having both ends bent and a crossbar integrally coupled to the crossbar to form a network structure; A rear attracting network coupled with the front attracting network and having a bent support extended at a lower end thereof; A vegetation mat fixed in a lower position between the front manned network and the rear manned network; And it is characterized in that it comprises a porous extraction plate that is fitted and fixed to the bent support portion.

The bent support may include a plurality of first supports extending in a lower direction of the lower end of the rear manned network, a second support vertically formed at a lower end of the first support, and an end of the second support. It characterized in that it comprises a third support formed in the vertical extension in the upper (up) direction, and a fourth support connecting the lower ends of the plurality of first support.

Subsequently, the front attracting network and the rear drawing network are characterized in that the coupling is fixed to the C-type sleeve.

In addition, a return guard including a support plate detachably coupled to and fixed to an upper side of the rear attraction net, and a return plate of a '┓' shape extending to an upper edge of the support plate is further configured.

And a return guard fixture formed by including a hole through which fixing screws pass through both sides, and an insertion portion formed to be recessed across the hole to fix and fix the return guard to the rear attracting network.

As described above, according to the rooftop and wall green vine plant pot assembly according to the present invention, the vine plant is a front manned network and a rear manned network of a network structure with a crossbar and a longitudinal bar of 'V' shape or 'U' shape. By growing between, there is no need to fix the vine plants separately.

And extending the support portion formed at the lower end of the rear manned network through the first fixing ring provided in the plant, and allowing the support to penetrate the third fixing ring formed in the rear manned network and the second fixing ring provided in the plant. By stably installing the present invention on the balcony of the apartment, there is an effect that can be utilized as a plant curtain.

In addition, the vegetation mat has an effect that the aerial roots are adsorbed on the vegetation mat and grow stably, especially during the initial growth of the vine plants in which the aerial roots emerge.

In addition, since the extraction wires are provided on both sides of the extraction plate, there is an effect that the extraction plate can be easily separated from the plant when the separation or the like.

Subsequently, by further providing a return guard fixed to the return guard fixing body on the upper side of the rear manned network, there is an effect that the height of the vine plant growth and rise can be properly adjusted.

In addition, by forming a bent support at the lower end of the rear manned network, it is possible to separate the front and rear manned network and the extractor plate from the planter at once for splitting and the like, thereby increasing the work efficiency.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the vine plant pot assembly for the roof and wall greening according to the present invention.

1 is a perspective view of a plant and a partial enlarged view of the first fixing ring of the vine plant pot assembly for the roof and wall greening according to the first embodiment of the present invention.

As shown in FIG. 1, the planter 110 of the rooftop and wall planting vine plant pot assembly according to the first embodiment of the present invention has a plurality of drain holes 102 formed on the lower surface and an open upper one side corner. A plurality of first fixing rings (103: 103a, 103b) detachably provided is formed, and the second fixing ring (104) is detachably attached to the interruption of the other open upper corner of the planter (110) It may be formed, the first fixing ring 103 and the second fixing ring 104 is preferably provided with an eye bolt, but is not necessarily limited thereto.

1 illustrates a case where two first fixing rings 103 are provided, but may be one or three or more, and a second fixing ring 104 is also provided. More than one would be possible.

Figure 2 is a perspective view of the extraction plate of the vine plant pot assembly for roof and wall greening according to the first embodiment of the present invention.

As shown in FIG. 2, the extraction plate 210 of the rooftop and wall planting vine plant pot assembly according to the first embodiment of the present invention is formed of a rectangular plate having a porous shape. Extraction wires 220 (220a, 220b) may be provided at both sides.

Here, the plurality of holes formed in the extraction plate 210 is for drainage, and the extraction wire 220 drills holes at four corners of the extraction plate 210, respectively, and the upper and lower left and right upper and lower holes are provided. Various methods can be used, such as a method of tying the two ends of the wire 220 through the holes, or inserting an O-ring in each of the upper and lower holes and the upper and lower holes, respectively, and tying the wire 220 to the O-ring. will be.

And, the length of the extraction wire 220, when the extraction plate 210 is placed on the lower surface of the planter 110 (see FIG. 1), and pulling the extraction wire 220, the length of the planter 110 The length that can be exposed about 5cm ~ 10cm to the top is preferred.

Figure 3a is a perspective view of the front manned network according to the first embodiment of the present invention, Figure 3b is a perspective view of the rear manned network and vegetation mat according to the first embodiment of the present invention.

3A and 3B, the front manned network 310 according to the first embodiment of the present invention has a crossbar 330 and a vertical bar 340 having a plurality of bent portions 320 (320a and 320b), respectively. It is integrally coupled to form a network structure, the bent portion 320 may be formed of any one of a 'trapezoid' shape, 'V' shape or 'U' shape, crossbar 330 and vertical rod 340 It is preferable that the portion where is to be coupled by welding or the like, but is not necessarily limited thereto.

And as shown in FIG. 3b, the rear manned network 350 according to the first embodiment of the present invention is coupled to the front manned network 310, the lower end of which is provided in the planter 110 (see FIG. 1). A plurality of extended support portions 370 penetrating the first fixing ring 103 (see FIG. 1) are formed in a protruding mesh structure, and the rear end portions 320a-1, the rear ends of the bent portions 320 (see FIG. 3A), C-type fixing protrusion 380 to which 320b-1) is coupled may be formed.

Here, the C-type fixing protrusion 380 is formed to easily couple the front manned network 310 to the rear manned network 350, the position where the C-type fixed protrusion 380 is formed is the front manned network 310 and When the rear manned network 350 overlaps, it is preferable that the bent portion 320 of the front manned network 310 abuts the rear manned network 350.

In FIG. 3B, four C-type fixing protrusions 380 are formed on each of the upper and lower sides of the rear manned network 350, respectively, but the bent part 320 of the front manned network 310 is rearward. Of course, it can be formed in all of the portions in contact with the manned network 350.

In addition, the length of the C-type fixing protrusion 380 is preferably formed to be somewhat longer than the length of the horizontal portion (320a-1, 320b-1).

The extended support 370 is formed at the bottom of the rear manned network 350, the extended support 370 is preferably formed in a cylindrical shape, the diameter of the first fixing ring 103 (see Fig. 1) smoothly It is preferable to be formed somewhat smaller than the diameter of the hole formed in the first fixing ring 103 to penetrate.

In addition, the vegetation mat 360 according to the first embodiment of the present invention as shown in Figure 3b is fixed to the lower portion of the rear manned network 350, that is, the vegetation mat 360 is a rear manned network ( The vegetation mat 360 is fixed between the front manned network 310 and the rear manned network 350 by fixing in a lower predetermined space of 350. Here, the 'lower portion of the rear manned network 350' A space having a size of 50 cm to 100 cm, 10 cm to 20 cm, and 1 cm in thickness at a position spaced about 10 cm to 20 cm from the lower end of the manned network 350.

And the vegetation mat 360 may be formed by filling artificial soil in a natural mat of porous material, where the natural mat may be formed of a porous material such as jute, palm fiber, artificial soil is peat moss, pearlite, vermiculite, It is an artificially made soil using rock wool, pumice, huntan, sawdust, gravel, sand, etc., and is formed by applying a height of about 1 mm to 3 mm on top of the natural mat.

In this way, by fixing the vegetation mat 360 in the lower portion between the rear manned network 350 so that the aerial roots can be attached to the vegetation mat during the initial growth of the vine plants, so that the direction of growth of the vine plants is naturally forward And will be guided between the rear manned network (350).

And the third fixing ring 390 is formed in the rear manned network 350, the third fixing ring 390 is formed in a circular ring welded at a position spaced a certain distance from the center or the center of the rear manned network 350 It is preferable to be fixed.

4 is a perspective view of the combination of the return guard and the return guard fixture according to the first embodiment of the present invention.

As shown in FIG. 4, the return guard 410 according to the first embodiment of the present invention includes a support plate 413 detachably coupled to and fixed to an upper side of the rear attraction net 350 (see FIG. 3B), and the support plate ( 413 is configured to include a return plate (415) of the '┓' shape extending to the upper edge.

Here, the return plate 415 may be preferably formed by bending a portion of the upper side of the support plate 413, but may also be combined by welding or the like after fabricating the return plate 415 and the support plate 413, respectively.

As shown in FIG. 4, the return guard fixing member 450 has holes 451: 451a and 451b through which fixing screws 453: 453a and 453b pass through both sides, and intersects between the holes 451. A recessed insertion part 452 is formed, and the return guard fixing member 450 fixes the return guard 410 to the rear attracting network 350.

That is, the support plate of the return guard fixing body 450 to return the return guard fixing member 450 in a state in which the longitudinal wire is in close contact with the insertion part 452 among the wires forming the network structure of the rear manned network 350 (see FIG. 3B). The return guard 410 is coupled to the rear manned network 350 by fastening the fixing screw 453 penetrating the hole 451 to the support plate 413 after being in close contact with the 413.

5 is a view showing a coupling state of the vine plant pot assembly for the roof and wall greening according to the first embodiment of the present invention.

First, the support 520 may include a first support 505 penetrating the second fixing ring 104, a second support 510 and a first support 505 and a second penetrating the third fixing ring 390. It comprises a connecting portion 515 connecting the support 510, it is preferable that the support 520 of such a configuration is formed by bending a wire having a certain strength (but not necessarily limited thereto), 1, the length of the support portion 505 may be formed to be somewhat longer than the height of the planter 110.

Including the support 520 will be described briefly the process of combining the rooftop and wall planting vine plant pot assembly according to an embodiment of the present invention.

First, the operator puts the extractor plate 210 into the planter 110, and then extends the extension support 370 of the rear manned network 350, to which the front manned network 310 is coupled, to the first fixing ring of the planter 110. It inserts into 103a, 103b.

At this time, when the C-type fixing protrusion 380 is formed in the rear manned network 350, the rear end horizontal portions 320a-1 and 320b-1 of the bent portion 320 (see FIG. 3A) of the front manned network 310. 3A), the front manned network 310 and the rear manned network 350 can be easily coupled by fitting the C-type fixing protrusion 380.

The rear manned network 350 allows the plant to pass through the first support part 505 of the support 520 through the second fixing ring 104 and the second support part 510 through the third fixing ring 390. To be more firmly fixed to the (110).

Thereafter, when the extraction wires 220a and 220b of the extraction plate 210 are exposed to the outside of the planter 110, the planter 110 fills the culture soil and plantes the vines to grow the vine plants. At the beginning, the aerial roots are attached to the vegetation mat 360 of the rear manned network 350 and grow, and if necessary, the return guard 410 is fixed to the upper side of the rear manned network 350 so that the vine plants grow and grow. The height can be limited.

Figure 6 is an exploded perspective view of the vine plant pot assembly for roof and wall greening according to a second embodiment of the present invention.

As shown in FIG. 6, the vine plant pot assembly for roof and wall recording according to the second embodiment of the present invention includes a box-shaped planter 605 having a plurality of drain holes 602 formed on a lower surface thereof; A front attracting network 630 including a cross bar 621 bent at both ends and a cross bar 623 integrally coupled to the cross bar 621 to form a network structure; A rear attracting network 650 coupled to the front attracting network 630 and having a bent support 660 extended at a lower end thereof; A vegetation mat 670 fixed to a lower portion between the front manned network 630 and the rear manned network 650; And a porous extraction plate 610 inserted into and fixed to the bent support part 660, wherein the bent support part 660 is in a lower direction of a lower end portion of the rear manned network. A plurality of first supports extending to the second support; a second support vertically formed at a lower end of the first support; a third support vertically extended at an end of the second support; It may comprise a fourth support for connecting the lower end of the first support of the four.

In addition, a return guard including a support plate detachably coupled and fixed to an upper side of the rear manned network, and a '┓' shape return plate extending to an upper edge of the support plate, may be further configured, and on both sides A return guard fixing body including a hole through which a fixing screw penetrates and an insertion part formed in a recessed portion between the holes may fix and fix the return guard to the rear attracting network.

First, the planter 605 of the rooftop and wall greening vine plant pot assembly according to the second embodiment of the present invention is a planter 110 of the rooftop and wall greening vine plant pot assembly according to the first embodiment of the present invention. The first fixing ring 103 and the second fixing ring 104 is removed, the extraction plate 610 is the extraction plate of the vine plant pot assembly for roof and wall greening according to the first embodiment of the present invention Extraction wire 220 is formed at 210, the vegetation mat 670 is the same as the vegetation mat 360 of the vine plant pot assembly for roof and wall greening according to the first embodiment of the present invention, The return guard 680 and the return guard fixture 690 fixedly coupled to the rear manned network 650 are the return guard 410 and the return of the vine plant pot assembly for roofing and wall recording according to the first embodiment of the present invention. Since it is the same as the guard fixture 450, the front manned net 630 and the rear The decoy network 630 will be described.

The front manned network 630 includes a crossbar 621 bent at both ends and a crossbar 623 integrally coupled to the crossbar 621 to form a network structure, the bent of the crossbar 621 Each end of the portion (a) is connected by one (b) of the longitudinal poles 623 to be described later, and one (b) of such longitudinal poles 623 and the rear attraction net 650 to be described later are C-shaped sleeves 655 or By being integrally fixed by welding, the vine plant planted in the planter 605 can grow up through the space to secure a predetermined space between the front manned network 630 and the rear manned network 650. .

The rear manned network 650 is coupled to the front manned network 630 and the bent support 660 is formed at the bottom extending, where the bent support 660 extends in the lower (down) direction of the rear manned network 650 A plurality of first supports 661, a second support 662 vertically formed at the lower end of the first support 662, and an upright direction at an end of the second support 662. An extended third support 663 and a fourth support 664 connecting lower ends of the plurality of first supports 661 are configured.

As such, the bending support part 660 including the first support 661, the second support 662, the third support 663, and the fourth support 664 is extended to the rear manned network 650. When the bent support 660 supports the combination of the rear manned network 650 and the front manned network 630 and at the same time divides, the extraction plate 610 can be easily separated from the planter 605. Will be.

That is, when the rear manned net 650 is mounted on the planter 605, the first support 661 and the third support 663 abut on both side surfaces of the planter 605, and the second support 662 is provided. Abuts the bottom surface of the planter 605, resulting in supporting the rear manned net 650, after which the extraction plate 610 is inserted into the bent support 660 (ie, the extraction plate 610). The bottom surface of the plate to be in contact with the second support (662)) When the grinding, such as by filling the planting soil in the planter 605, when the rear manned network 650 is removed from the planter 605 610 and the entire cultivated soil and vine plants are separated from the planter 605 at a time, so that the work such as splitting is facilitated, thereby increasing the work efficiency.

In addition, although FIG. 6 illustrates a case where four bent support parts 660 are formed in the rear manned network 650, the present invention is not necessarily limited thereto, and two, three, or five or more may be possible.

The present invention described above is possible to those skilled in the art to which the present invention belongs, various modifications and changes can be made within the scope without departing from the technical spirit of the present invention the above-described embodiment and the accompanying drawings It is not limited to.

1 is a perspective view of a plant and a partial enlarged view of a first fixing ring of the vine plant pot assembly for the roof and wall greening according to the first embodiment of the present invention;

Figure 2 is a perspective view of the extraction plate of the vine plant pot assembly for roof and wall greening according to the first embodiment of the present invention;

Figure 3a is a perspective view of the front manned network according to the first embodiment of the present invention;

Figure 3b is a perspective view of the rear manned net and vegetation mat according to a first embodiment of the present invention;

4 is a perspective view of the combination of the return guard and the return guard fixture according to the first embodiment of the present invention;

5 is a view showing a combined state of the rooftop and wall planting vine plant pot assembly according to the first embodiment of the present invention; And

*** Explanation of symbols for main parts of drawings ***

102: drain port 103: first fixing ring

104: second fixing ring 110: planter

210: extraction plate 220: extraction wire

310: front manned network 320: bent portion

330: rung 340: rung

350: rear manned network 360: vegetation mat

370: extension support 380: C-type fixing protrusion

390: third fixing ring 410: return guard

413: support plate 415: return plate

505: first support portion 510: second support portion

515: connecting portion 520: support

605: planter 610: extraction plate

621: rungs 623: rungs

630: forward manned network 650: rear manned network

660: bending support 670: vegetation mat

680: Return Guard 690: Return Guard Fixture

Claims

A planter 110 including a plurality of drain holes 102 formed on the lower surface and a plurality of first fixing rings 103 detachably provided at one open upper corner;

Extraction plate 210 of the porous shape placed on the lower surface of the planter 110;

A front manned network 310 in which a crossbar 330 and a crossbar 340 each having a plurality of bent portions 320 are integrally coupled to form a network structure;

A rear attracting network 350 of a network structure in which a plurality of extension supporting parts 370 are coupled to the front attracting network 310 and penetrate the first fixing ring 103 at a lower end thereof; And

Vegetation mat 360 is fixed to the lower portion between the front manned network 310 and the rear manned network 350

Roof plant and vine plant potted plant assembly for wall, characterized in that comprises a.

The method of claim 1,

The bends 320 formed on the cross bars 330 and the vertical bars 340 may be any one of a 'trapezoid' shape, a 'V' shape, or a 'U' shape. Plant Flowerpot Assembly.

The method of claim 1,

A second fixing ring 104 detachably provided at a stop portion of the other open upper edge of the planter 110;

Third fixing ring 390 formed in the rear manned network 350 and

The first support part 510 penetrating the second fixing ring 104, the second support part 505 penetrating the third fixing ring, and the first support part 510 and the second support part 505 Support 520 is configured to include a connecting portion 515 to connect

Roof vine plant pot assembly for the roof and wall greenery, characterized in that it further comprises.

The method of claim 1,

The vegetation mat 360 is a vine plant pot assembly for roofing and wall greening, characterized in that formed by filling the artificial soil in a natural mat of porous material.

The method of claim 1,

Roof vine plant pot assembly for the roof and wall greenery, characterized in that the extraction wire 220 is provided on both sides of the extraction plate 210.

The method of claim 1,

A return guard including a support plate 413 detachably coupled to and fixed to an upper side of the rear manned network 350, and a '┓' shape return plate 415 extending to an upper edge of the support plate 413 ( Roof structure and vine plant pots for wall greenery, characterized in that further comprises 410.

The method of claim 6,

The return guard fixing member 450 including a hole 451 through which the fixing screw 453 penetrates on both sides, and an insertion part 452 formed through the hole 451 is formed in the return guard ( Roof vine plant pot assembly for the roof and wall greenery, characterized in that the coupling to the rear manned network (350).

The method of claim 1,

The rear end horizontal portions 320a-1 and 320b-1 of the bent portion 320 are coupled to the C-shaped fixing protrusion 380 formed on the rear manned network 350, the vine plant for roofing and wall recording Flower pot assembly.

The method of claim 1,

The first fixing ring 103 is a vine plant pot assembly for the roof and wall greenery, characterized in that the eye bolt.

The method of claim 3, wherein

The second fixing ring 104 is a vine plant pot assembly for the roof and wall greenery, characterized in that the eye bolt.

A box-shaped planter 605 having a plurality of drain holes 602 formed on a lower surface thereof;

A front attracting network 630 including a cross bar 621 bent at both ends and a cross bar 623 integrally coupled to the cross bar 621 to form a network structure;

A rear attracting network 650 coupled to the front attracting network 630 and having a bent support 660 extended at a lower end thereof;

A vegetation mat 670 fixed to a lower portion between the front manned network 630 and the rear manned network 650; And

Extraction plate 610 of a porous shape that is inserted and fixed to the bent support 660

Roof vine plant pot assembly for the roof and wall greenery, characterized in that comprising a.

The method of claim 11,

The bending support 660 is

A plurality of first supports 661 extending in a lower direction of the lower end of the rear manned network 650, a second support 662 vertically formed at a lower end of the first support 661, and A third support 663 vertically extended at an end of the second support 662 and a fourth support 664 connecting lower ends of the plurality of first supports 661.

The method of claim 11,

The front manned net 630 and the rear manned net 650 is a vine plant pot assembly for the rooftop and wall greenery, characterized in that the coupling is fixed to the C-type sleeve (655).

The method of claim 11,

A return guard including a support plate 681 detachably coupled to and fixed to an upper side of the rear manned network 650 and a '┓' shape return plate 682 extending to an upper edge of the support plate 681 ( The vine plant pot assembly for roof and wall greenery, characterized in that further comprises 680).

The method of claim 14,

The return guard fixing body 690 including a hole 692 through which the fixing screw 691 penetrates on both sides, and an insertion portion 693 formed to be recessed between the holes 692, is provided with the return guard (690). Roof vine plant pot assembly for the roof and wall greening, characterized in that the coupling to the rear manned net (650).