KR100855555B1

KR100855555B1 - Verdure plant screen for wall surface

Info

Publication number: KR100855555B1
Application number: KR1020070038838A
Authority: KR
Inventors: 한재홍
Original assignee: 한수그린텍 주식회사
Priority date: 2007-04-20
Filing date: 2007-04-20
Publication date: 2008-09-01

Abstract

The present invention discloses a screen for greening the wall to enable the use of plants in a structure structured on the outer wall surface of the building, the retaining wall for the road, etc. to increase the greening ratio, improve the urban landscape, and save energy.

The present invention implements a screen design to easily extend the stem structure of the vine plant and the load bearing structure that can withstand the forces outside the wall recording screen and the vine plant. In addition, it prevents phenomena such as detachment, sliding, and falling of the structure due to the enlarged stem growth of the plant. The design of the screen allows the structure and durability to be maintained, as well as to maintain and manage the smooth flushing and growth of the stem as the plant grows.

The present invention has an inner mesh and an outer mesh of the horizontal member and the vertical member that intersect the horizontal and vertical for this purpose, while the longitudinal member and the connecting member of the outer mesh is diagonally welded, the bent portion exceeds the vertical member By placing it in the same position, two welding can be performed on one bent portion, and the intersecting state of the side connection members is connected diagonally, and is configured to interlock in a "◇" shape on the side to improve durability of the structure. High.

Accordingly, the present invention increases the greening ratio and improves the urban landscape and energy saving effect by using plants in structures structured on exterior walls, road fences, and retaining walls of buildings. It is possible to provide a wall recording screen of a load-bearing structure in which the overall shape is maintained even when an unbalanced distribution of loads is maintained.

Description

Verdure Plant Screen for Wall Surface}

1 is a front view of a conventional wall recording screen.

Figure 2 is a partial perspective view showing a specific structure of a conventional wall recording screen.

Figure 3 is a side view of a conventional wall recording screen observed from the side.

4 is a perspective view showing a wall recording screen according to the present invention.

5 is a side view showing a side observation state of the wall recording screen according to the present invention.

Figure 6 is a cross-sectional view showing the structure AA 'of the wall recording screen according to the present invention.

7, 8, and 9 are perspective views showing wall recording screens according to various embodiments having a cross-sectional cover according to the present invention.

* Explanation of symbols for the main parts of the drawings

1: horizontal member 2: longitudinal member 3: inner mesh

4: outer mesh 5: connecting member 6: bend

7: welding point 8: end cover portion 8 ': end shape cover "a"

8 ":" ㄷ "shaped end cover

The present invention relates to a wall recording screen, and in particular, by installing the screen of the structure structured on the outer wall surface of the building, road fences, retaining wall, etc. and using the vine plants can increase the greening ratio, improve the urban landscape, energy saving effect To a wall recording screen.

As is well known, the general wall recording screen is fixed to the wall or fence to install a mesh-shaped panel to the vine plants to ride up.

However, the existing wall recording screen is not only able to extend the stem easily, but also the sliding wall deviation conduction phenomenon occurs due to the hypertrophy of the stem, and the growth rate is low because there is no space to be protected from the outside wind. Problems that take a long time to reach the top of the fence or wall occurred.

In recent years, Japanese Patent Application Laid-Open No. 2000-230352 (P2000-230352 A; name of invention: network structure, hereinafter referred to as 'quoting invention') has been proposed.

According to this cited invention, this is because a pair of networks in which a plurality of first cross members and second cross members 21 and 22 are disposed at a cross-section is spaced apart from each other, and is disposed between these networks, and the network is interposed therebetween. Three-dimensionally composed of joining members 24 and 24A joining one another, while the electrically joining member is an electric first crossing member and / or an electric second crossing member 211, 212, 221, 222 with respect to an opposing direction of the electric mesh body. It was composed of a network structure constituted by connecting a plurality of reticulated panel units which are installed inclined in the long direction (tilt direction) of the truss to form a truss with a connecting means.

However, this is to support the structure of the inner and outer meshes by the three-dimensional truss structure to produce a lot of welded parts to produce it, the productivity is low, the use of many members has caused a problem that the weight increases. In addition, despite the truss structure, the steel wire is made of a thin steel wire in order not to impede the growth of the plant. Therefore, the external force such as the strong wind or the load of the plant cannot be deformed or damaged without enduring the increase in load caused by the growth of the plant. Most of the cases are concentrated, and in this case, as the force is applied in the direction of the arrow, as shown in FIG. 3, a specific point is easily deformed and is more likely to be damaged.

The first purpose of the present invention is to carry out the design of the wall-bearing screen structure of the vine plant to easily extend the space and the stem of the vine plant.

In addition, it prevents phenomena such as detachment, sliding, and falling of the structure due to the enlarged stem growth of the plant. The design of the screen allows the structure and durability to be maintained, as well as to maintain and manage the smooth flushing and growth of the stem as the plant grows.

In order to solve the above problems, the object of the wall recording screen is to provide a wall-bearing screen that can be maintained in shape despite the growth of the plant, by implementing the structure of the wall recording screen.

In order to achieve the above object, the present invention includes an inner mesh and an outer mesh of horizontal and vertical intersecting horizontal members and vertical members, and the inner and outer vertical meshes of the outer mesh and the connecting member are known by diagonally welding. In a wall recording screen, a bent portion in which a connecting member is bent through a vertical member so as to double a portion of a welded portion and a bent portion of one connecting member must be different from the bent portion of an adjacent connecting member of the same height. The intersecting state of the connecting members on the side is configured to be observed in the shape of "◇".

Accordingly, the present invention increases the greening ratio and improves the urban landscape by using plants in the standardized screen structure of the outer wall surface of the building, road fence, retaining wall, etc., and at the same time obtains energy saving effect. It is to provide a wall recording screen of a load-bearing structure in which the overall shape is maintained in spite of the unbalanced distribution of the load increases.

Along with the present invention, the end cover installed as needed in the growth direction of the plant can block or suppress the growth of the plant in the corresponding direction, thereby maintaining and managing the overall growth form of the plant in a desired form, and also providing facilities. It is possible to provide a wall recording screen in the form of a plant that meets the intention of the ruler.

When described in more detail with reference to the accompanying drawings, the present invention as follows.

In order to achieve the above object, the present invention arranges the horizontal member 1 and the vertical member 2 at equal intervals before and after the growth and growth space of the plant to form an inner network 3 and an outer network. And connecting the connecting member 5 diagonally between these inner and outer meshes 3 and 4, but after passing through the point where the connecting member 5 is in contact with the inner mesh 3 and the outer mesh, bend inwardly. By forming the "U" -shaped bent portion 6, so that two intersections are formed in the contact portion of the connecting member 5 and the inner, outer mesh 3, 4,

In addition, two welding points 7 are formed at each intersection point,

As the bent portion 6 of the other connecting member 5 adjacent to the connecting member 5 is in the opposite position instead of the same position, as shown in FIG. 5, the intersecting state of the connecting members on the side of the connecting member is diagonally connected. It is to be interlocked in the shape of "◇" on the side.

That is, as shown in Fig. 6, when the bent portion 6 of a connecting member 5 is welded to the inner mesh 3, the adjacent connecting member 5 is bent at the intersection of the same height. It means that (6) is welded to the outer mesh (4).

The present invention fills the inside of the screen while spreading on the connecting member 5 and the horizontal member 1 and the vertical member 2 while going up between the connecting members 5 as the plant is grown upward. In this process, as well as increasing the total weight and volume of the plant, the increased weight and volume is irregularly distributed.

In addition, unexpectedly heavy loads are frequently applied to the horizontal member 1, the vertical member 2, and the connecting member 5 of the screen by wind, heavy rain, heavy snow, and the like. Although it may be considered to increase the size of the standard to a sufficient degree, such as increasing the diameter, it is difficult to install and transport due to the increase of manufacturing cost and increase of the load, and to increase the occupied space, thus preventing the smooth growth of plants. Is likely to be.

In contrast, the present invention is supported by the unique load-bearing structure of the screen even if the heavy load is more than expected, in particular, it is possible to prevent departure of the screen structure due to the volume growth of the plant.

That is, the load bearing structure according to the present invention is the bent portion 6 as described above as shown in Figure 5, the bent portion 6 is a longitudinal member 2 and the connection member of the inner, outer meshes (3, 4) (5) is connected by the welding method as well as the two welding points 7 by the two intersection points by the bent portion 6 is provided.

Accordingly, the load bearing structure according to the present invention can significantly lower the breaking rate of the intersection point than in the case of cited invention,

In addition, in the present invention, the bent portion 6 formed at the intersection of any one of the connection members 5 is not adjacent to the intersection of the adjacent connection member 5.

That is, according to the present invention, as shown in FIG. 6, if the bent portion 6 formed at the intersection of any one of the connecting members 5 is fixed to the vertical member 2 of the inner mesh 3, the adjacent connecting member 5 is fixed. The bent portion 6 formed at the intersection of the same height is fixed to the longitudinal member 2 of the outer mesh 4.

Accordingly, in the present invention, the internal force of the connecting member 5 is equally distributed between the inner and outer meshes 3 and 4. Accordingly, unlike the conventional recording screen shown in FIG. 3 in which the intersections welded at the same position at the same height exist in the related art, the resisting resistance can be greatly improved in order not to be deformed by an external force.

That is, the external force such as a strong wind or the load of the plant is mostly concentrated in any one part, and in this case, when the force is concentrated and applied as shown in FIG. 3, the welding point is easily deformed and is likely to be broken,

In the present invention, even if the force is concentrated in any part, the external force can be canceled by the internal strength doubled by the two welding points 7 due to the even distribution of the load distribution and the intersection of the bent portion 6, thereby reducing the possibility of deformation. You will be able to.

Accordingly, in the present invention, the diameter of the connecting member 5 and the horizontal and vertical members 1 and 2 are minimized, the manufacturing cost and the weight thereof are minimized, and the shape can be preserved with greatly improved yield strength.

In addition, in the present invention, as shown in Figs. 7, 8 and 9, it is possible to increase the yield strength by the end cover 8 fixed to the upper end of the inner mesh 3 or the outer mesh, respectively.

That is, in this embodiment, the end cover 8 'is fixed by fixing the "a" shaped end cover 8' whose cross section is "a" shaped on the upper ends of the inner mesh 3 and the outer mesh 4, respectively. It is possible to prevent deformation of the inner and outer meshes 3 and 4 by resisting deformation, and this state is shown in FIG.

In addition, in this case, the end cover 8 'fixed at the upper end of the inner and outer meshes 3 and 4 is brought into contact with the plant reached by growing and rising downward, thereby acting as an obstacle that prevents the plant from freely extending. Done. As a result, overgrowth above the end cover 8 'can be suppressed to manage the plant growth pattern.

In addition, in this invention, the cross section of the end cover 8 is made into "c" shape, and it can also block the growth direction of a plant.

In this embodiment, since the growth of the plant is induced to the side by touching the end cover (8) it is possible to prevent the shape is distorted as the plant grows.

As shown in FIG. 8, the present invention has a "c" type end cover 8 on the side and an "a" type end cover 8 on the upper side, so that only the upper part is managed periodically and is naturally natural. It can be managed to maintain the desired form.

In particular, the present invention of the form shown in FIG. 8 provides a robust load bearing structure capable of preserving form against external forces by means of the "c" shaped end cover 8.

That is, the "c" type end cover 8 is welded to both the inner mesh 3 and the outer mesh so that both inner sides thereof are welded, and the gap between the inner mesh 3 and the outer mesh 4 is maintained. Partial spacing changes can be prevented to provide critical form preservation. Thus, by installing the "c" type end cover 8 on both sides in this way, in most cases it is firmly supported so as not to be distorted against the strong wind or the load of the plant, which is subjected to lateral force in most cases. While being able to do this, the "a" type end cover 8 'is installed at the upper side to promote the growth of the plant while suppressing the growth of the upper part to provide a sufficient bearing structure for supporting the shape while still growing the natural plant at the top. The state is exposed, so that a natural landscaping effect can be obtained.

In addition, the present invention may be provided with a "b" type end cover (8) on both the side and the top of the wall recording screen, as shown in Figure 7, if necessary, in this embodiment "c" type end cover ( Even if the 8) is partially applied, the overall strength decreases, but the natural landscaping effect is obtained by the growth of the plant throughout its periphery.

In addition, as shown in Figure 9, it is also possible to install the "C" type end cover (8 ") on both the side and top of the wall recording screen, in this embodiment the perimeter of the landscaping has a finishing effect, the bearing strength is It is so excellent that it can be safely and usefully used in gusts and heavy rain areas.

In this way, the present invention is to install the inner mesh 3 and the outer mesh 4 and the connecting member 5 connecting them on the wall, fence of the building, thereby providing the movement of the copper, crush, crush, burrow, etc. By planting and growing, it protects the building by distributing the load caused by plant growth and changes the wall of the decremented concrete structure into green space to improve the urban landscape and to save energy by absorbing heat and radiation by planting plants. Of course, the basic effect as a wall recording screen that provides emotional and psychological stability, of course,

In particular, in the present invention, the inner mesh 3 and the outer mesh 4 are welded to the connecting member 5 in an oblique shape, but by the bent portion 6, the welding point 7 with the outer mesh 3, 4 is 2 In addition, the bent portion 6 is evenly distributed, and when viewed from the side, the intersection between the connecting member 5 and the vertical member 2 is in the shape of "◇", and the strong wind and the increasing load of the plant and the strong external force are partially. In many cases, it will provide a bearing structure that can withstand it well.

In addition, the present invention can greatly reinforce the bearing structure by the "a" type end cover 8 'and the "c" type end cover 8 ", and the economic structure does not increase the member use specification. It is possible to provide a reliable bearing structure that can be prevented from being deformed by various external forces.

In addition, by selectively applying the "a" type end cover (8 ') and the "c" type end cover (8 ") according to the site to secure the bearing structure, while suppressing and managing the growth of the plant is natural Being able to create a beautiful green environment is ideally useful to maintain and manage the landscape.

Claims

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In a well-known wall recording screen provided with an inner mesh and an outer mesh formed of horizontal and vertical members that intersect horizontally and vertically, the vertical members and connecting members of the inner and outer meshes are obliquely welded.

It is provided with a bent portion to bend the connecting member through the vertical member so as to double the welding point,

The bent part of any one connecting member must be in a different position from the bent part of the adjacent connecting member of the same height so that the cross section of the connecting member on the side becomes "◇" shape, and the strong wind or the increasing load of the plant and the strong external force are partially applied. Wall recording screens that provide a load-bearing structure that can withstand many times.

The method of claim 2,

A wall recording screen, characterized in that one or more "a" shaped end covers are fixed around the inner and outer meshes.

The method of claim 2,

A wall recording screen, characterized in that at least one "c" shaped end cover is fixed around the inner and outer meshes.

The method of claim 2,

At least one "a" type end cover and a "c" type end cover are fixed around the inner and outer meshes.