KR101123878B1 - Substrate for cultivating moss and frame structure of growing moss plant - Google Patents

Abstract

The present invention relates to a vegetation mat for greening using moss plants, the vegetation mat according to the present invention is a flat moss is fixed on the flat surface of the inside of the flat network and the mossy layer is fixed to the flat moss layer It is characterized by comprising.

In particular, by utilizing the moisture retention and moisture absorption of the moss layer of the building as a medium for greening moss plants, greening using vegetation mat to ensure efficient sliding and stable fixing of the building structure or sloped soil surface Provide the structure.

According to the present invention, in the use of moss plants as greening means, while minimizing the need for watering by using dry moss, it is stably fixed to the external structure, the vegetation for greening that can cure moss plants evenly and efficiently There is an effect of providing a mat and a greening structure using the same.

Moss Plant, Dry Moss, Greening Structure, Storage System

Description

Vegetation mat and greening structure using same {SUBSTRATE FOR CULTIVATING MOSS AND FRAME STRUCTURE OF GROWING MOSS PLANT}

The present invention relates to a plant substrate for greening using moss plants, and more particularly, in the use of moss plants as greening means, it is possible to stably fix to an external structure while minimizing the need for watering by using dry moss. The present invention relates to a vegetation mat for greening that can cure moss plants evenly and efficiently.

In addition, by using the above-described vegetation mat for greening to modularize the structure to be applied to the upper part of the artificial structure, such as a roof, to provide a recording structure applicable to the soundproof wall, storage type moss garden system, the slope of the slope using vegetation mat. It's about things.

Recently, attention has been focused on artificial greening projects in which vine plants are planted and coated on urban walls, fences, soundproof walls, concrete retaining walls, piers, and so on. In particular, as the method of recording the top of the artificial structure for the environmentally friendly urban environment composition, interest in the method of artificially covering the bottom surface of the artificial structure to proceed with the greening has been amplified. This is in line with detailed issues such as greenhouse gas emissions in response to global warming and eco-friendly issues, which are the concerns of modern society, and the introduction of green energy, improvement of energy consumption efficiency and reduction of energy consumption itself. It continues to greening business.

The structure of the vegetation substrate 100 for greening shown in FIG. 1 is a structure for use in urban greening. In other words, the vegetation substrate 100 is manufactured in a unit panel type to integrate the greening technology and the building technology to create an ecological building envelope, and the vegetation substrate has an outer wall structure 110 in the unit panel type. , Having a vegetation plate 120 containing moss crushed matter on the outer wall structure, and the outer wall structure with the vegetation plate is attached to the bottom surface of the artificial structure. Or it was common to produce a plate form of a mixture of paper sludge and loess moss crushed.

Particularly in the form of a vegetation plate of another type, the growth environment of the moss mat when the vegetation plate is formed by mixing paper sludge, loess, and moss pulverization to form a foundation that is used as a vegetation mat. The problem occurred in a deadly growth environment in which moss was lost due to irrigation system or external rainfall, or which did not grow.

Therefore, there is a strong need for a stable watering structure in a vegetation mat using moss plants as a greening structure, and a vegetation mat and greening structure that can secure stability to maintain a stable attachment structure on flat and green land and slopes. It is requested.

The present invention has been made to solve the above problems, an object of the present invention, in the use of the moss plants as the recording means, by utilizing the dry moss, while minimizing the need for watering and can be stably fixed to the external structure In addition, the present invention provides a vegetation mat for greening that can cure moss plants evenly and efficiently. In addition, it is possible to provide a recording structure that can implement the recording efficiently using the vegetation mat for recording.

The present invention for solving the above technical problem, the plate-shaped reticular body is fixed moss plants therein; It provides a vegetation mat, characterized in that it comprises a fixed moss layer laminated on the flat surface of the inside of the flat-shaped network, by utilizing the moisture retention characteristics and moisture absorption capacity of the dry moss to enable the stable moss plants Provide vegetation mats for greening.

In addition, the present invention provides a vegetation mat, characterized in that to fix at least one or more portions of the plate-shaped network with a fixing member, to prevent the mossy plants and dried moss layer evenly disposed inside the vegetation mat. On the other hand, when placed vertically so as not to be driven downward by its own load due to gravity or water retention to maintain the skeleton of the vegetation mat in a stable composition. Of course, in the case of forming the fixing member, it is more preferable to take a structure to more stably fixed by sewing a certain portion of the vegetation mat using an artificial sewing member.

In addition, the present invention provides a vegetation mat, characterized in that the fixing member is a material having anti-rust properties to maintain the properties of corrosion and corrosion resistance in the environment of constant contact with moisture to improve the quality of the product To help.

In addition, in the growth structure for fixing and growing the above-described vegetation mat of the present invention, the structure according to the present invention for implementing a structure that can implement more efficient growth and greening is provided with an inner tube line structure empty inside Angle frame 120 having an insertion fixing portion 121 is inserted into the main frame 110 and the hole of the inner tube line of the main frame, the bottom surface of the structure resulting from the combination of the main frame and the angle frame Growth frame 100 generated by the support plate 130 is disposed and the moisture supply member 140 is filled in the growth frame 140 and a flat-shaped network with moss plants fixed inside the upper surface of the growth frame (1) is fixed.

In particular, in the above-described greening structure, the support plate 130 is preferably provided with at least one porous transmission hole 131. In addition, the support plate is more preferably to be disposed on the stepped portion (P) formed on the inner surface of the main frame and the angle frame.

In addition, the vegetation mat for the vegetation structure according to the invention, may further comprise an outer frame for complementary fixing the vegetation mat portion is fixed to the edge of the growth frame 100.

In addition, the moisture supply member 140 formed on the vegetation mat may be formed of dry moss, sand or a combination thereof.

In addition, the lower surface of the above-described support plate 130 according to the present invention is more preferably formed by further comprising a watering unit 310 connected to the water supply member 140.

In particular, the watering unit 310 of the present invention may be composed of a watering guide member 312 and the water filling member 311 is filled in the water guide member 312 connected to the porous permeable hole 131. .

In addition, the water filling member 311 of the present invention is preferably formed of a mixture of absorbent cloth member and dry moss.

In addition, the watering guide portion 312 of the present invention is preferably formed of a mesh-like structure.

In addition, when forming the greening structure of the present invention, it may be made by further comprising an outer tank 300 for receiving the inner frame or the outer frame.

According to the present invention, in the use of moss plants as greening means, while minimizing the need for watering by using dry moss, it is stably fixed to the external structure, the vegetation for greening that can cure moss plants evenly and efficiently It has the effect of providing a mat.

In addition, by combining the vegetation mat using a dry moss layer with a functional greening structure or a water tank, there is an effect that can improve the efficiency in the construction process and maintenance to install the greening structure on the flat, wall structure or slope.

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

2A and 2B illustrate a method of manufacturing a vegetation mat according to the present invention.

Referring to step S1 of FIG. 2A, the plate-shaped reticular body 10 is placed on the lower part, the dry moss layer 20 is formed on the upper part, and the moss plant is fixed to the dry moss layer 20 (step S2). The vegetation mat is formed by covering and fixing the plate-shaped reticular body 10 again on which the moss plant is fixed.

(A) in FIG. 2b shows a cross-sectional view of the plate-shaped network in which the mossy plant and the dried moss layer are fixed, and the moss plant 30 and the dried moss 20 in the flat-shaped network 10. It is shown that is a laminated structure. In this case, the manufacturing process is performed in the reverse order, even if the moss plant is placed on the plate-shaped network and the dry moss is placed thereon, when it is turned over, vegetation mats having the same structure are formed. I never do that. However, in the case of the plate-like network forming the rear surface of the vegetation mat, a plate-like body of another material other than the plate-shaped network of the same material may be used. Preferably, the impermeable corrosion-resistant network is preferable.

In particular, the shape of the plate-shaped network 10 may be a plate-shaped various shapes, but preferably a rectangular shape, various changes in its shape, such as a polygonal shape according to the shape of the slope or the area to be attached. Of course this is possible.

 According to the present invention, the entire surface of one side of the plate-shaped network is laminated with a dry moss layer with respect to the plate-shaped network 10 to which the moss-plant is fixed. It is to provide a vegetation mat by forming a reticular layer of the shape, to allow moisture to be transferred from the dry moss over the entire surface of the flat reticular layer, to cure and slid moss plants fixed to the flat reticular It is to plan.

The flat mesh 10 is preferably provided with a mesh structure, the size of the mesh is about 5mm ~ 3cm, more preferably about 1 ~ 2cm. In particular, the surface-opening aperture ratio of the network is preferably 60 to 98%, more preferably about 80 to 95%. The thickness of the network 10 is 5mm ~ 4cm, more preferably 1 ~ 2cm. The material is not particularly limited, such as plastic, rubber, synthetic resin, gold, etc., but is preferably a material that has elasticity, is easily folded and processed, and has excellent durability and corrosion resistance over time. Therefore, it is preferable that the metal which is excellent in the built-in property, such as a plastics or stainless steel, comprises a network body, The network body used for the soft but stable use etc. which are especially known as "anchor mat" can be applied to this invention. The material is not limited to plastics, rubbers, metals, and the like, and it is preferable to use materials such as plastics and stainless steels that are easy to bend and bend and have excellent interior and corrosion resistance.

The moss plants 30 according to the present invention can be used moss plants obtained by a conventional cultivation method, and particularly preferably cut near the government of a colony of growing moss plants, and cut using the cut moss plants as a harvest. The cultivation of the colonies of the moss planted is continued, and the moss plants can be obtained by repeating the cycle of curing and harvesting. The colony of moss plants may be a colony of natural moss plants, a colony obtained by normal pallet cultivation, or a colony obtained by curing an artificial foundation on which moss plants are fixed. In addition, the time when the moss plants generally reach 23 cm is most suitable for cutting near the government of the colony of moss plants. Cutting near the government of a colony of moss plants is easy to cut near the government of the moss plant by cutting the upper part of the colony of moss plants (a lot of green parts) using a cutting tool or sweeping the upper part of the colony with a broom brush or the like. It can be cut to obtain fragments of the desired moss plant.

The fragment of the moss plant obtained by cutting | disconnecting after the said cutting process can be used as a "harvest plant" as a moss plant which becomes the basis of the moss plant used for this invention. Moreover, the colony of the moss plant after being cut | disconnected can grow a moss plant again by continuing curing. By repeating the processes of curing, cutting, and harvesting, it is possible to efficiently secure fragments of moss plants.

The type of moss plants obtainable and used in the present invention is not particularly limited. For example, the moss lichens to which the present invention can be applied are moss lichens, stream lichens and water moss (Sphagnum L.). Means all belonging to, and specifically, Atrichum undulatum (Hedw.) P. Atrichum blood, such as P. Beauv (Namigata-Tachigoke). Atrichum P. Beauv. (Tachigoke-zoku); Pogonatum blood such as Pogonatum inflexum (Lindb.) Lac. (Ko-sugigoke). Pogonatum P. Beauv (Niwa-sugigoke-zoku); Polytrichastrum formosum (Hedw.) G. L. Smith et al. Polytricastrum G.L. Smith (Polytrichastrum G. L. Smith) (Miyama-sugigoke-zoku); Polytrichum Hedw. (Sugigoke-zoku) such as Polytrichum commune Hedw. (Umasugigoke); Ceratodon Bird. (Yanouenoaka-gokezoku) such as Ceratodon purpureus (Hedw.) Bird. (Yanoueno-akagoke); Dikranum japonicum meat. Dicranum japonicum Mitt. (Shippogoke), Dicranum nipponense Besch (O-shippogoke), Dicranum scoparium Hedw. (Kmojigoke), Dicranum Polycetum S Dicranum Hedw. (Shippogoke-zoku) such as Dicranum polysetum Sw. (Nami-shippogke); Leucobryum scabrum Lac. (0-shiragagoke) and Leucobryum juniperoideum (Brid.). Leucobryum Hampe (Shiragagoke-zoku) such as C. Mull. (Hosoba-okinagoke); Bryum Hedw. (Hariganegoke-zoku) such as Bryum argenteum Hedw. (Gingoke); Rhodobryum giganteum (schwaegr.) Par. (Okasagoke), etc. Rhodobryum (Schimp.) Hampe (Kasagoke-zoku), Plagionium akutum (Plagiomnium acutum) (Lindb.) T. Plagi Onium Tea, such as Kotsubogoke, T. Kop. Plagiomnium T. Kop. (Tsuruchochingoke-zoku); Trachycystis Lindb. (Kobano-chochingoke-zoku) such as Trachycystis microphylla (Dozy et Molk.) Linddb. (Kobano-chochingoke); Pyrrhobryum Mitt. (Hinokigoke-zoku) such as Pyrrhobryum dozyanum (Lac.) Manuel (Hinokigoke); Bartramia Hedw. (Tamagoke-zoku) such as Bartramia pomiformis Hedw. (Otamagoke); Climacium dendroides (Hedw.) Web. Climasium Web, such as Web. Et Mohr (Furoso) and Climacium japonicium Lindb. (Koyano-mannengusa). Climacium Web. Et Mohr (Koyano-mannengusazoku); Racomitrium ericoides (Web. Et Brid) Brid (Hai-sunagoke), Lacomitrium Zaponium Lodge Racomitrium japonicium Dozy et Molk. (Ezo-sunagoke), Racomitrium canescens (Hedw.) SSP. Racomitrium Brid. (Shimofurigoke-zoku) such as Briti.ssp.latifolium (Sunagoke) and Racomitrium barbuloides Card. (Kobanosunagoke); Hypnum Heww, Norm, by Hypnum plumaeforme Wils. (Haigoke). Nom.cons. (Haigoke-zoku); Tuidium Kanedae Sak. (Toyama-shinobugoke) et al. Thuidium Bruch et Schimp. In B.S.G. (Sinobugoke-zoku), but is not limited thereto. Such moss plants can be used not only by using one kind of moss plant but also by combining two or more kinds. By using a combination of moss plants (e.g. snagoke, tsunoke) that prefer strong sunlight and moss plants that like shady (e.g., haikoke, red pogoke, hinoki goke, casa coke, etc.) In addition, it is possible to maintain growth of moss plants without depending on the sunshine environment in which the cultivation is used.

The dry moss layer is for supplying moisture and nutrients that the moss layer for greening can grow, and is known to have excellent water absorption ability. In general, dry moss refers to dried and lost chlorophyll, but in the case of moss, it exists in a dried state in a moisture-free environment. When moisture is absorbed, the plant is highly likely to resume its life activity. It is preferable to use dry moss having only water absorption ability by sterilizing the moss layer.

The biggest physical properties of dry moss include water absorbing ability and water propagation power, and in general, the dry moss layer of the present invention formed of dry moss rises more than 45 cm vertically against gravity when naturally absorbing water in the vertical direction. It is possible to propagate water in the horizontal direction, regardless of the area as long as water is supplied.

The dry moss forming the dry moss layer has a water absorption ability regardless of its type, and may be a dry moss sterilized and killed. As one example of such dry moss, water moss to which the present invention can be applied means all belonging to lichen plant lichen moss lichen and water lichen (Sphagnum L.), and includes the aforementioned lichens. ., Sphagnum papillosum Lindb, Murasaki water moss (Sphagnum magellanicum Brid.), Sphagnum aongstroemii c.Hartm, Sphagnum compactum DC, Sphagnum microporum Warnst. ), Snog moss (Sphagnum calymmatophyllum Warnest. & Card), Soggnum subsecundum Nees ex Sturm, Soggnum girgensohnii Russow, Tamine water moss (Sphagnumfuscum, (Schimp.) H. Klingger. Sphagnum fimbriatum Wilson ex Wilson & Hook.f., Sphagnum capillifolium (Ehrh.) Hedw., Sphagnum junghuhnianum Dozy & Milk.Subsp.Pseudomolle (Warnest.) H.Suzuki, Uta Sphagnum tenellum Hoffm, Sphagnum cuspidatum Hoffm, Aomori water moss (Sphagnum recurvum P. Beauv), Surognum squarrosum Crome, and the like. It goes without saying that water moss other than the above can be applied to the present invention.

As shown in (b) of FIG. 2B, after laminating the moss plants and the dried lichens of the present invention, a plurality of portions of the outer surface of the network-like reticle and a predetermined portion of the surface of the reticular body are used by the fixing member 40. It is preferable to fix it. Of course, in the figure shown, using a gun-type binding device 41, known as "C-ringer", the vegetation mat of the upper and lower layers of the vegetation mat as the binding means using the fastening member in the ring state, and the moss layer and the moss of the dried material therein. The plant is bound. Through this, the moss plants and dried moss layers packed inside the plate-shaped reticular bodies are firmly fixed to the plate-shaped reticular bodies, and installed in a vertical wall structure or on the floor even when rainfall or gravity is installed. In addition, it is possible to realize a more stable vegetation mat by preventing leaks due to self load or being oriented in one direction. Of course, the fixing member may utilize a variety of materials, the type is also irrelevant to the shape of the thread, wire, fixing pins, etc., it is preferable to use a material resistant to corrosion, corrosion resistance.

As shown in (c), in addition to the point fixation method using the fixing member, another modification may sew the front surface of the vegetation mat at regular intervals to form a more stable fixing structure. Compared to the fixed method of the above-described drip method, even if the installation location is changed, or installed on any floor, slope, or vertical wall, the internal moss layer or building moss is prevented from being oriented in one direction to maintain a uniform distribution throughout the mat. In addition, it is possible to implement an advantage that the risk of loss due to external pressure and the like can be significantly lowered.

The method of fixing moss plants or dried moss to the flat network is not particularly limited, and may be pushed by hand, or water pressure or wind pressure may be used. In other words, it is possible to efficiently stack the moss and moss plants on the plate-shaped network, or, on the contrary, after laminating the moss plants, stacking the moss on the plate and inverting the moss on the plate-shaped network by using manual, water pressure, wind pressure, etc. It can be fixed inside of.

If the moss plant is fixed to the flat reticle, for example, the dry moss is laminated and fixed over a wide flat surface of the reticle to which the moss plant is fixed. On either side of the wide plane of the floor, only one side is laid on the front, and a dry moss layer is made and the moss plants are pushed on it using hydraulic pressure.

Hereinafter, the configuration and application examples of the greening structure using the vegetation mat according to the present invention will be described in detail with reference to FIG. 3.

Referring to Figure 3a, basically as a frame for constituting the growth frame to enable the mounting and growth of the vegetation mat according to the present invention, a growth frame coupled to the main frame 110, the angle frame 120 is formed . In this case, in the case of the main frame 110, the upper and lower portions are formed in a structure having a constant step (P), the outer corner connecting portion of each main frame by fitting the angle frame 120 to the main frame to combine the square The framework is composed. In this case, the inner tube line 111 is formed inside the main frame 110 (that is, the inner tube line is formed with a hole corresponding to the diameter of the insertion fixing part 121 formed in the angle frame 120). The insertion fixing part 121 is coupled to the inner tube line to form a frame.

In particular, the main frame 110 may be formed of a soft or hard plastic material, and in particular, when the main frame is cut to a desired size, various types of frames may be formed. That is, as shown in the figure, the size of the horizontal and vertical sides can be adjusted differently from the rectangular frame and can be transformed into polygons of various shapes. In this regard, it is possible to manufacture various shapes in a space that requires various recording structures, so that the utility, economical efficiency, and efficiency can be significantly improved.

The rectangular frame formed by the growth frame (refer to FIG. 3A (see FIG. 3A)) has an open shape, so that a flat support member such as a support plate 130 is formed on the opened surface. ) Can be arranged in a form that

FIG. 3B illustrates a cross-sectional view of the greening structure in which the vegetation mat is coupled to the growth frame 100 in which the support plate 130 is coupled to the rectangular frame 110 and 120 shown in FIG. 3A.

As shown, the support plate 130 is disposed on the step of the main frame to form a growth frame having an open shape only to the upper surface, the moisture supply member 140 is filled in the internal space of the growth frame. The vegetation mat 1 is disposed above the growth frame 100 filled with the moisture supply member 140. In this case, the vegetation mat may be disposed on the upper surface of the growth frame, and in another form, the vegetation mat is disposed and fixed to surround the side of the growth frame, or further forms an outer frame 200 along the side of the growth frame. It may be formed in the form of fixing with a fixing member (shown). In other words, it is formed as a growth frame (inner frame) formed by the main and angle frames inside, and the moss mat is connected to the upper part, and then the outer frame is fitted to the outside to keep the mat taut, thereby improving appearance and growing. To encourage

In this case, at least one porous transmission hole 131 may be formed in the support plate 130.

The growth frame formed as described above may be used by connecting a water tank (not shown) to the lower portion, and furthermore, by utilizing the structure to overlap the growth frame, the height of the greening structure is also possible. Specifically, the growth frame may be stacked in a multi-stage structure, and one or more stacks of the multi-stage structure may be formed to have a stepped structure, and may grow growth frames having different heights. In this case, in the structure in which each growth frame is stacked, the upper surface and the outer surface of the multi-stage growth frame are mats of vegetation mat according to the present invention, that is, a structure in which a flat network structure in which moss plants are fixed therein is enclosed. To install, but to the structure surrounding the outer wall of the laminated growth frame, it is preferable to see only the recorded moss plants without the growth frame even when observed from the outside.

Of course, as described above, it can be modularized in various sizes by adjusting the length of the main frame constituting the growth frame, by removing the outer frame and connecting the growth frame and vegetation mat inside, the moss to the side of the growth frame It is also possible to produce so that the unrecorded part is not visible to the outside.

With reference to Figure 4 will be described a variety of applications of the growth frame according to the present invention.

Referring to Figure 4a, Figure 5a is a water supply member 140, the support plate 130 is formed on the lower portion of the vegetation mat (1) according to the present invention, the support plate 130 is a porous through hole 131 is formed, and the outer tank 300 may be formed at the bottom. (The main frame and the angle frame, which are the growth frames according to the present invention, are omitted.) A predetermined water (w; w) inside the lower tank. This is fresh water.

The watering unit 310 is preferably formed including a watering guide member 312 is connected to the porous permeable hole 130 and the filling member 311 for filling in the watering guide member 312.

In this case, the filling member 311 for irrigation may be formed of the same dry moss as the moisture supply member 140, and more preferably, may be formed of an absorbent cloth such as a nonwoven fabric and dried moss, or may be formed only of the absorbent cloth. . The filling member for watering can be formed only by dry moss, which can realize sufficient water absorption and supply ability to supply water by the insertion pressure of dry moss. However, when long-term use causes problems such as decomposition or corrosion of dry moss. In case of incorporating absorbent cloths such as non-woven fabrics in case of remarkably falling moisture transfer ability, an advantage of implementing remarkable growth is realized.

In addition, the water induction guide member 312 is basically a cylindrical columnar shape as shown, or form a polygonal three-dimensional structure, but the inside is formed in a hollow shape, more preferably a mesh (mesh) member It is preferable to form to form a smooth water distribution.

The structure shown in Figure 4b is the same as the basic structure of Figure 5a, except that the water supply member 140 is removed and the water supply system to build a vegetation mat 1 and the watering unit 310 according to the present invention It is a greening structure. However, the growth frame 100 may be formed in a structure supporting the inner wall of the tank as shown, for a more stable structure. In the watering unit, the filling member 311 for watering as described above may be formed of the same dry moss as the moisture supply member 140, and more preferably, may be formed or absorbed by an absorbent cloth and dry moss such as a nonwoven fabric. It can be formed by only ten thousand.

Referring to the structure shown in Figure 4c, which shows another example of the greening structure according to the present invention, the difference from the above embodiment is to form the growth frame 100, but the support plate and the main frame integrally formed And, forming the vegetation mat (1) on the upper surface of the water supply member 140, forming the watering unit 310 and supplying the fresh water in the water tank 300 to the moss plants of the upper. In addition, the moisture supply member 140 may be used by mixing dry moss, dry moss with a moisturizing function and sand with a drainage function, as described above, the filling member for watering is mixed with dry moss, or dry moss and absorbent cloth. Can be used.

4d, there is shown a cross-sectional view of another embodiment according to the present invention.

The difference from the above-described embodiment of the vegetation mat 1 on the top is that the growth frame 100 is formed in plural, other matters are the same. That is, the lower part of the growth frame is formed of the support plate 130, and the watering unit 310 is disposed therein to supply water to the water supply member 140. Moisture supply member can supply moisture at the osmotic pressure of the dry moss only, more preferably by mixing the dry moss and the absorbent cloth to supply the moisture is one way to ensure a uniform efficiency of the water supply. .

5A and 5B show the use mode of the greening structure according to the present invention.

Although the present invention may control the height by forming the growth frame 100 in two stages or three stages as described above, the three-dimensional shape as shown by various compositions of the moisture supply member 140 as a correct application example. Of course it can be implemented. The greening structure of the various structures has the advantage that can be applied to various greening paper while maximizing the water supply efficiency by utilizing the absorbing cloth and the dry moss used as a moisture supply member.

1 is a perspective view showing a vegetation mat according to the prior art.

Figure 2 is a process chart showing a manufacturing process of the vegetation mat according to the present invention.

3A and 3B are cross-sectional views illustrating embodiments of a greening structure using the vegetation mat according to the present invention to which the structures of the frames forming the greening structure and the present invention are applied, respectively.

4A to 4D are diagrams illustrating another embodiment of the greening structure using the vegetation mat according to the present invention.

5A and 5B show another application example of the greening structure of the present invention.

Claims (16)

delete delete delete delete In the growth structure fixed to grow vegetation mat, A main frame 110 having an inner tube line structure having an empty inside; An angle frame 120 having an insertion fixing portion 121 which is inserted into and coupled to a hole of an inner tube line of the main frame; And a growth frame 100 generated by the support plate 130 disposed on the bottom surface of the structure formed by the combination of the main frame and the angle frame. Planting structure for vegetation mat, characterized in that the moisture supply member 140 is filled in the growth frame and the upper surface of the growth frame is fixed to the reticular network 10 is fixed moss plants therein. The method according to claim 5, The support plate 130 has a green vegetation structure for vegetation mat, characterized in that it comprises at least one porous through-hole 131. The method according to claim 5, The support plate is a vegetation structure for the vegetation mat, characterized in that formed on the stepped portion (P) formed on the inner surface of the main frame and the angle frame. The method according to claim 5, The vegetation mat recording structure, the vegetation mat recording structure, characterized in that further comprising an outer frame for complementing and fixing the vegetation mat portion is fixed to the edge of the growth frame (100). The method according to claim 5, The water supply member 140 is a green vegetation structure for vegetation mat, characterized in that formed by dry moss, sand or a combination thereof. The method according to claim 6 or 8, The lower surface of the support plate 130, greening structure for vegetation mat, characterized in that it further comprises a watering unit (310) connected to the water supply member (140). The method according to claim 10, The watering unit 310, Characterized in that it comprises a watering guide member 312 is connected to at least one porous permeable hole 131 provided in the support plate 130 and the water filling member 311 is filled in the water guide guide member 312. Greening structures for vegetation mats. The method of claim 11, The watering filling member 311 is a vegetation mat for the vegetation structure, characterized in that formed by a mixture of absorbent cloth member and dry moss. The method according to claim 12, The watering guide member 312 is a greening structure for vegetation mat, characterized in that formed in a mesh-like structure. The method according to claim 10, The vegetation structure for vegetation mat, Greening structure for vegetation mat, characterized in that further comprises an outer tank (300) for receiving the inner frame or outer frame. The method according to claim 5 or 6, At least one growth frame 100 is stacked to form a multi-stage, Greening structure for vegetation mat, characterized in that the upper surface and the outer surface of the laminated multi-stage growth frame is formed in a structure surrounded by a flat-shaped network 10, the moss plants are fixed therein. 16. The method of claim 15, Planting structure for vegetation mat, characterized in that the watering unit 310 is connected to the water supply member 140 is provided in at least one or more porous permeable holes 131 formed in the support plate 130.

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