JP5043085B2 - Greening panel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a greening panel intended for solving such problems that conventional greening tools are fixed with a fastener and also requires setting a climbing interval using a spacer or metal fixtures in order to additionally set a climbing assisting material on a netty protecting material, so it takes trouble and cost to produce and attach, and also there are cases where the greening tool is not sufficiently applicable to architectural designs. <P>SOLUTION: This greening panel (1) includes a climbing assisting material (2), a diamond wire net (3), a press member (4) and a linking material (5). The climbing assisting material (2) is rectangular and nonrigid. The diamond wire net (3) is a three-dimensional type, and the press member (4) is suspended to the reverse of the climbing assisting material (2). The linking material (5) penetrates into the climbing assisting material (2) and links together tightly the diamond wire net (3) and the press member (4) beyond the climbing assisting material (2). <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a greening panel used for greening a slope or a building wall.

As a means for greening a slope or a building wall, there is a greening device disclosed in Japanese Patent Application Laid-Open No. 11-89420. This greening device is a reticulated protective material with porous climbing aids attached with clasps, keeping the climbing intervals of adsorption-type vines, and standing surfaces such as slopes and walls that are to be planted. The climbing aid is made to face, and the fastener is inserted into the standing surface from the outer surface of the net-like protective material, and is used by being fastened to the standing surface. And, after installation on the standing surface, if planting the adsorption-type vines below the climbing interval, the adsorption-type vines grow in some places as they grow and invade the climbing aid, It engages with a part of the structure and climbs the climbing interval between the net-like protective material along the climbing aid while retaining itself. Moreover, since the net-like protective material can prevent the vine plant from falling off the climbing aid, the entire upright surface can be greened from the bottom.
JP-A-11-89420

  However, in order to attach a climbing aid to the net-like protective material, it is necessary to provide a climbing interval by using a spacer or a clasp at the same time as the conventional greening device described above. There was a problem of cost.

  Moreover, since the said conventional greening device is assumed to be used as an integral unit, it may not be sufficiently applicable to architectural design.

  Furthermore, when the conventional green plant is installed only on a part of the wall surface in order to correspond to the architectural design, there is a risk that the vine plant will come off the climbing aid and directly adhere to the wall surface where the green plant is not installed. . When a vine plant adheres directly to the wall surface, the attached root may reduce the waterproofing property of the wall surface or may hinder maintenance. For this reason, there are cases where it cannot be sufficiently applied to architectural design.

Therefore, a first object of the present invention is to provide a greening panel that has a simple structure in which a climbing aid is attached to a net-like member, and that does not require labor and cost to manufacture and attach it.
A second object of the present invention is to provide a greening panel that is effective for greening a soft surface on which a climbing aid cannot be directly fixed and can be easily adjusted in size according to the surface to be greened.

(Claim 1) A greening panel according to the present invention has a climbing aid, a rhombus wire mesh, a pressing member and a binding member. The climbing aid is rectangular and non-rigid. The rhombus wire mesh is a three-dimensional type. The pressing member is suspended from the back surface of the climbing aid. The binding member penetrates the climbing aid and fastens the rhombus metal mesh and the pressing member over the climbing aid. The binding member is, for example, a flexible wire or band, and can be wound around the outer periphery of the wire constituting the rhombus metal mesh and the pressing member. Even if the climbing aid is a non-rigid body, it can be easily fixed to the pressing member and the fastening member.
On the other hand, the gaps in the rhombus wire mesh form climbing intervals. Therefore, the grid can be easily fixed to the climbing aid while providing a climbing interval without using spacers or clasps, and labor and cost are not required for manufacturing and mounting. In particular, the rhombus wire mesh can be installed simply by suspending it from a horizontally provided support member, and is therefore effective when greening a soft surface on which a climbing aid cannot be directly fixed. Further, the size can be easily adjusted according to the surface to be greened only by connecting a plurality of rhombus metal meshes up and down via a spiral wire rod constituting the rhombus metal mesh.

(Claim 2) The climbing aid may be made of coconut shell fiber.

(Claim 3) The rhombus wire mesh may have a thickness of 10 to 80 mm. The rhombus wire mesh is defined by JIS standards, but there is no provision for thickness.

(Claim 4) The rhombus metal mesh may have its lower edge fixed to the ground by an anchor.

(Claim 5) The rhombus metal mesh has a rectangular shape, and at least one side of the outer edge thereof is an outward projecting portion of the climbing aid, and the projecting portion is superposed on another similar rhombus metal mesh. It may be possible to connect them by bundling them.

(Claim 1) In the greening panel according to the present invention, the climbing aid is a rectangular and non-rigid body, so that a rhombus metal mesh is hung on the surface of the climbing aid and a pressing member that hangs down on the back surface of the climbing aid It can be easily fixed simply by tying it over the climbing aid with a binding member. On the other hand, the gaps in the rhombus wire mesh form climbing intervals. Therefore, it is possible to easily fix the grid to the climbing aid while providing a climbing interval without using spacers or clasps, so that labor and cost are not required for manufacturing and mounting. In particular, the rhombus wire mesh can be installed simply by suspending it from a horizontally provided support member, and is therefore effective when greening a soft surface on which a climbing aid cannot be directly fixed. Further, the size can be easily adjusted according to the surface to be greened only by connecting a plurality of rhombus metal meshes up and down via a spiral wire rod constituting the rhombus metal mesh.

(Claim 2) Since the climbing aid is made of coconut shell fiber, it is easy to mount the rhombus wire mesh, and the climbing aid can be erected by functioning this rhombus wire mesh as a support member for the climbing aid. .

(Claim 3) If the thickness of the rhombus wire mesh is 10 to 80 mm, a particularly suitable climbing interval can be formed.

(Claim 4) When the lower edge of the diamond wire mesh is fixed to the ground by an anchor, the position of the diamond wire mesh with respect to the greening panel is stabilized.

(Claim 5) The rhombus metal mesh has a rectangular shape, and at least one side of the outer edge thereof is an outward projecting portion of the climbing aid, and the projecting portion is superposed on another similar rhombus metal mesh. Since it can be connected continuously by bundling, the greening panel can be extended beyond the area of the climbing aid.

  1 to 7 show specific examples of the greening panel according to the present invention. 1 is a front view of the greening panel, FIG. 2 is a rear view, and FIG. 3 is a partial side sectional view. FIG. 4 shows an enlarged view of the portion connecting the rhombus wire mesh to the pressing member, (a) is a front view, and (b) is a plan sectional view. FIG. 5 is a partial front view showing an upper attachment state of the greening panel. FIG. 6 is an enlarged partial front view showing a lower fixed portion of the greening panel. FIG. 7 is a side view showing a folded state when a plurality of the greening panels are connected.

(Claim 1) A greening panel 1 according to the present invention includes a climbing aid 2, a rhombus wire mesh 3, a pressing member 4, and a binding member 5. This climbing aid 2 is rectangular and non-rigid. The rhombus wire mesh 3 is a three-dimensional type. The holding member 4 is suspended from the back surface of the climbing aid 2. The binding member 5 penetrates the climbing aid 2 and fastens the rhombus metal mesh 3 and the pressing member 4 through the climbing aid 2. The binding member 5 is, for example, a flexible wire or band, and can be wound around the outer periphery of the wire constituting the rhombus metal mesh 3 and the pressing member 4.
The binding member 5 is not shown in FIGS. 1 and 2 because it is small in view of the overall size of the greening panel 1.

  In this greening panel 1, the rhombic wire mesh 3 arranged on the surface of the climbing aid 2 is simply connected to the pressing member 4 hanging down on the back surface of the climbing aid 2 with the fastening member 5 over the climbing aid 2. It can be easily fixed to the climbing aid 2. On the other hand, the gaps in the rhombus wire mesh 3 form climbing intervals. Therefore, the rhombus metal mesh 3 can be easily fixed to the climbing aid 2 while providing a climbing interval without using a spacer or a clasp, and labor and cost are not required for manufacturing and mounting. In particular, as shown in FIG. 5, the rhombus wire mesh 3 can be installed only by suspending it from a support member 6 provided horizontally, which is effective in greening a soft surface on which the climbing aid 2 cannot be directly fixed. Moreover, a size can be easily adjusted according to the greening object surface only by connecting the plurality of rhombus metal meshes 3 up and down via the spiral wire rods constituting the rhombus metal mesh 3.

  When a plurality of greening panels 1 are connected and used, it is possible to connect them at a construction site. However, in consideration of workability, it is preferable to connect them in advance in a facility equipped with facilities such as a factory. In that case, there arises a problem that the area per sheet becomes large and it is difficult to carry. However, the problem can be dealt with by folding back at the connecting portion and folding it small. That is, when folded at the connecting portion 3a of the rhombus wire mesh 3 and folded into two, or into three, and the like as shown in FIGS. 7A and 7B, the area per sheet is reduced to the area before connection. It can be transported without hindrance.

(Claim 2) The climbing aid 2 is made of coconut shell fiber.
In this case, the rhombus wire mesh 3 can be easily attached to the climbing aid 2 and the climbing aid 2 can be erected by causing the rhombus wire mesh 3 to function as a support member for the climbing aid 2.

(Claim 3) The rhombus wire mesh 3 has a thickness t of 10 to 80 mm.
In this case, a particularly suitable climbing interval can be formed.

(Claim 4) The lower edge of the rhombus metal mesh 3 is fixed to the ground by an anchor 7.
In this case, the position of the rhombus wire mesh 3 with respect to the greening panel 1 is stabilized.

(Claim 5) The rhombus metal mesh 33 has a rectangular shape, and at least one side of the outer edge thereof is an outward projecting portion 3b of the climbing aid 2, and this projecting portion 3b is connected to the other rhombus metal mesh 3 having the same configuration. It can be connected by polymerizing and bundling.
In this case, when another greening panel 1 is disposed adjacent to the longitudinal direction of the greening panel 1 (horizontal direction in FIG. 1), the greening panel 1 is adjacent to the protruding portion 3 b protruding from the climbing aid 2 of the rhombus metal mesh 3. It will overlap with the diamond wire mesh 3. Therefore, the adjacent panels in the longitudinal direction can be fixed by connecting the overlapping portions of the rhombus metal mesh 3 with a binding material.

It is a front view which shows the specific example of the greening panel concerning this invention. It is a rear view of the greening panel. It is a partial sectional side view of the same greening panel. The part which connects a rhombus metal mesh to the member for pressing is shown expanded, (a) is a front view, (b) is a plane sectional view. It is a partial front view which shows the attachment state of the upper side of the same greening panel. It is a partial front view which expands and shows the lower side fixing | fixed part of the same greening panel. It is a side view which shows the folded state in case the some of the same greening panel is connected.

DESCRIPTION OF SYMBOLS 1 Greening panel 2 Climbing aid 3 Rhombus wire mesh 3a Connection part 3b Protrusion part 4 Holding member 5 Tightening member 6 Supporting member 7 Anchor

Claims (5)

  A climbing aid (2), a rhombus wire mesh (3), a pressing member (4) and a binding member (5), the climbing aid (2) is rectangular and non-rigid, the rhombus The wire mesh (3) is a three-dimensional type, the pressing member (4) is suspended from the back surface of the climbing aid (2), and the binding member (5) penetrates the climbing aid (2). A greening panel (1) characterized in that the rhombus wire mesh (3) and the pressing member (4) are tightly connected to the climbing aid (2).   The greening panel (1) according to claim 1, wherein the climbing aid (2) is made of coconut shell fiber.   The greening panel (1) according to claim 1 or 2, wherein the rhombic wire mesh (3) has a thickness (t) of 10 to 80 mm.   The greening panel (1) according to claim 1, 2 or 3, wherein the rhombus wire mesh (3) has its lower edge fixed to the ground by an anchor (7). The rhombic wire mesh (3) has a rectangular shape, and at least one side of the outer edge thereof is an outward projecting portion (3b) of the climbing aid (2), and the projecting portion (3b) has the same configuration as the other. The greening panel (1) according to claim 1, 2, 3 or 4, wherein the greening panel (1) can be continuously provided by polymerizing and binding with the diamond wire mesh (3).

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