JP3106160U - Multi-sided greenery container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a container for a multi-sided green plant which is suitable for vegetation on a plurality of sides and is excellent in design.
SOLUTION: This is a container for a polyhedral green plant having a multi-perforated structure, in which a vegetation block mat in which plants are vegetated is accommodated in a thin base mat, and a vegetation base is filled and vegetated on a plurality of surfaces. The L-shaped net includes a net 21, a pair of side nets 22 for closing the sides of the pair of L-shaped nets 21, and connecting means 23 for connecting abutting portions of the L-shaped nets 21 and 22. At least the side surfaces of the side nets were formed of an uneven net.
[Selection diagram] FIG.

Description

The present invention relates to a container for a multi-sided green plant for three-dimensionally vegetating plants on many surfaces.

A variety of shapes and dimensions have been proposed as pot containers for vegetation of various plants, and the materials thereof are also various, such as ceramic, resin, and wooden.
When these conventional bowls are structurally viewed, they are common in that they have a structure in which the periphery is surrounded by a peripheral wall and the upper part is opened.

Conventional pot containers have the following points to be improved.
(1) The place where plants can be vegetated is only one open flat surface at the top of the pot container, so it feels unsatisfactory.
(2) In order to vegetate many kinds of plants and obtain a large vegetation area, large-sized pot containers are used or the number of pot containers is increased. Requires a lot of space.

The present invention has been made in view of the above points, and an object of the present invention is to provide any one of the following containers for polyhedral greenery.
(1) To provide a container for a multi-sided green plant suitable for vegetation on a plurality of sides.
(2) To provide a container for a multi-faced green body excellent in design.
(3) To provide a container for a polyhedral greening body that is easily entangled with plants.
(4) To provide a container for a multi-faced green body excellent in storage property and transportability.
(5) To provide a container for a multi-sided green body that can be easily moved.

The container for polyhedral greening according to the present invention is a container for a polyhedral greening having a multi-perforated structure in which a vegetation block mat in which plants are vegetated is accommodated on a thin base mat and the vegetation base is filled and vegetated on a plurality of surfaces. A pair of L-shaped nets, a pair of side nets for closing sides of the pair of L-shaped nets, and connecting means for connecting abutting portions of the L-shaped nets and the side nets, At least the side portions of the shape net and the side net are formed by a net having an uneven shape.
In addition, the container for multifaceted greenery according to the present invention accommodates a vegetation block mat in which a plant is vegetated on a thin base mat, and is filled with a vegetation base for vegetation on a plurality of surfaces and has a multi-perforated multifaceted greenery. A container, wherein a pair of side nets and one bottom are integrally formed, a U-shaped net, a pair of side nets for closing sides of the pair of L-shaped nets, and abutment of the U-shaped net and the side nets. The L-shaped net and the side net are formed at least in a side face by an uneven net.
Further, in the present invention, in any of the above-mentioned containers for polyhedral greenery, the L-shaped net and the side net are made of a welded metal mesh formed by intersecting a plurality of bent wires having irregularities and a plurality of linear wires. It is characterized by the following.
Further, in the present invention, in any of the above-described containers for a multi-faced green body, the connecting means is a connecting coil, and the inner diameter of the connecting coil can be inscribed in the unevenness of the vertical wire constituting the L-shaped net and the side net. It is characterized in that it is formed in a suitable size.
Further, the present invention is characterized in that any one of the above-mentioned containers for polyhedral greenery is provided with a running wheel on a lower surface of a bottom portion.

The present invention has at least one of the following effects.
(1) Plants can be three-dimensionally vegetated on a plurality of side surfaces of the container for a multi-sided green body, so that it is possible to provide a dedicated container suitable for the multi-sided green body.
(2) Since it is formed not by a simple welded wire mesh but by a welded wire mesh with an uneven shape, the side surface has a thickness due to the unevenness of the wire material, and is excellent in design. You can give a good impression.
(3) By forming the side surface of the container for polyhedral greening in an uneven shape, a space is formed from the vegetation block mat to be housed inside the container for polyhedral greening to the convex portion of the welding wire mesh. By using this space, plants such as ivy can easily become entangled with the wire.
(4) The container for the multi-sided greening body is configured in an assembling manner and the L-shaped net is formed in a stackable shape, so that the container for the multi-sided greening body is easily stored and transported.
(5) By providing the running wheels in the container for multi-sided greenery, even if the multi-sided greenery becomes slightly heavier, it can be easily moved.

The best mode of the present invention will be described below with reference to the drawings.
(1) Polyhedral Greening FIG. 1 shows a perspective view of a polyhedral greening body, and FIG. 2 shows a longitudinal sectional view thereof.
The polyhedral green body is a perforated multi-plane green body container 20, a plurality of vegetation block mats 5 installed at least inside the side surface of the multi-plane green body container 20, and an inorganic material filled inside the vegetation block mat 5. A vegetation base 30 is provided.
Hereinafter, main components will be described.

(2) Container for Polyhedral Greening The container for polyhedral greening 20 is a box having a perforated structure having a plurality of rectangular side surfaces and a bottom surface closing a lower part of these side surfaces, and is arranged at predetermined intervals. The intersection of the vertical and horizontal lines is made of a welded wire mesh.

3 includes a pair of L-shaped nets 21 and 21 made of welded wire mesh, a pair of side nets 22 and 22 made of welded wire mesh, and connecting means 23.
The L-shaped net 21 is an L-shaped net formed by abutting one end of a side part 21a and one end of a divided bottom part 21b. When the divided bottom parts 21b of the pair of L-shaped nets 21 and 21 are brought into contact with each other, one L-shaped net is formed. Can be formed.
If the dividing position of the dividing bottom part 21b which divides the bottom part of the container 20 into two parts is equally divided as shown in the drawing, there is no protrusion when a plurality of L-shaped nets 21 are stacked, which is convenient for storage and storage. You may combine the L-shaped net | network 21 of the irregular shape which divided the bottom part into arbitrary positions.

  The side portion 21a and the side net 22 of the L-shaped net 21 are formed by bending one of the vertical and horizontal wires into a concave and convex shape, and forming a wire arranged in a direction intersecting the bent wire by a linear wire to form a multi-plane greening. The side surface of the body container 20 is formed so as to have irregularities. In this example, the case where the divided bottom portion 21b of the L-shaped net 21 is formed in a planar shape is shown, but it may be formed in an uneven shape like the side surface.

  The lower portion of the vertical line of the side net 22 is bent inward to form a hook portion 22a, and the hook portion 22a can be hooked and connected between the pair of divided bottom portions 21b, 21b.

In addition, as a material of the container 20 for a multi-planed green body, a welding wire mesh having no unevenness, a general wire mesh, an expanded metal, a perforated plate, or the like can be used.

(3) Assembly A pair of L-shaped nets 21 and 21 are opposed to each other in a U-shape, and the open portions thereof are closed by a pair of side nets 22 and 22. The hook 21a at the lower part of the side net 22 is hooked on the pair of divided bottoms 21b, 21b.
The L-shaped net 21 is formed in a rectangular parallelepiped by winding and connecting the connecting means 23 composed of a connecting coil at four locations where the side surface 21a of the L-shaped net 21 and the side edges of the side net 22 are joined.
As shown in FIG. 4, when connecting the side portion 21a and the side net 22 of the butted L-shaped net 21, the inner diameter of the connecting means 23 is set in advance in accordance with the amount of unevenness of the vertical line. The concavo-convex portion is inscribed in the coil-shaped concavo-convex connecting means 23 and connected without rattling.

As shown in FIG. 2, the vegetation block mat 5 is housed in the container 20 for multi-sided greening body assembled in this way, and is arranged on the side surface of the container 20 for multi-sided greening body. The vegetation block mat 5 is a mat-like material in which plants are vegetated on a thin base mat, and is cultivated in a place where a growth environment is prepared in advance in a form close to nature.
When the entire surface of the side surface 21 is surrounded by the vegetation block mat 5, a large amount of the inorganic vegetation base 30 is put inside the vegetation block mat 5, and a multi-plane green plant obtained by growing plants three-dimensionally on a plurality of surfaces of the multi-plane green plant container 20 is obtained. .
As the inorganic vegetation base, for example, a commercially available 100% inorganic Aquasoil (manufactured by Ikegami Corporation) is suitable.
The combination of the plurality of vegetation block mats 5 installed on each side surface 21 of the container 20 for polyhedral revegetation may be either a combination of the same kind of plants or a combination of the different kinds of plants.
The upper surface of the container for multi-faceted greenery 20 may be provided with the vegetation block mat 5 horizontally, or may be vegetated directly on the inorganic vegetation base 30 separately from the vegetation block mat 5 or may not have any vegetation.

  Since the vegetation block mat 5 has been replaced with the mineral vegetation base 30, the root system of the plant gradually enters the vegetation base 30, and the plant grows slowly and soundly based on the mineral vegetation base 30. I do.

Since the side surface of the container 20 for multi-faceted greenery is formed by giving a thickness to a welding wire mesh having an uneven shape, as shown in an enlarged view in FIG. 5, from the surface of the vegetation block mat 5 to the convex portion of the welding wire mesh. A space is formed, and plants such as ivy are easily entangled with the vertical and horizontal wires separated from the surface of the vegetation block mat 5 using this space, and a favorable environment for growing the plants is provided. It becomes.

(4) Other modes 1
FIG. 6 shows another container 20 for polyhedral greening. In this example, a pair of U-shaped nets 24 having a U-shape as shown in FIG. 7A and a pair of side nets 22 made of a welded metal net as shown in FIG. The L-shaped nets 21 and 21 of the above-described embodiment shown in FIG. 3 are integrally formed.
The U-shaped net 24 has a pair of opposed side nets 24a, 24a and one bottom 24b.
Forming the container 20 for a multi-faced green body with a welding wire mesh and forming at least a portion corresponding to the side surface into an uneven shape are the same as the above-described embodiments.

(5) Other modes 2
Further, as shown in FIG. 7, a running wheel 25 such as a caster may be provided on the bottom of the container 20 for polyhedral greening, so that the container 20 for polyhedral greening may be configured to be movable.
By imparting the traveling function to the container 20 for multi-faced green body, the transportability of the multi-faceted green body is improved.

(6) Other forms 3
FIG. 8 shows another embodiment in which the container 20 for polyhedral revegetation is vegetated without using the vegetation block mat 5.
In this example, the sheet-like material 6 such as a palm mat or a water-impervious sheet is arranged inside the side surface of the container 20 for multi-faced greenery described above, and then the entire area inside the sheet-like material 6 is filled with the inorganic vegetation base 30. Plants are vegetated on the vegetation base 30 exposed on the upper surface of the container 20 for polyhedral greening, and the plant is planted with a hole of a necessary size in the sheet-like material 6 so that the planting is multifaceted. It is also possible to vegetate on a plurality of sides of the body container 20.

In addition, the planar shape of the container 20 for polyhedral greens is not limited to a square, but includes a polygon other than the square, a circle, an ellipse, and the like.

Perspective view of multi-sided greenery Longitudinal cross section of multi-sided greenery Assembly drawing of the container for multifaceted greenery of the present invention Sectional view of the connection part of the container for multi-faced greenery Partial enlarged view between the side of the container for multi-sided greenery and the vegetation block mat It is explanatory drawing of another multisided greenery container, (a) is a side view of a square net, (b) is a side view of a side net. Explanatory drawing of another container for polyhedral greens, and a partially enlarged view of the lower part of the container provided with running wheels. Sectional view of multi-sided greenery for explaining vegetation form without using vegetation block mat

Explanation of reference numerals

5 Vegetation block mat 20 Container for polyhedral greenery 21 L-shaped net 21a Side 21b Split bottom 22 Side 22a Hook 23 Connection means (connection coil)
24: U-shaped net 25: running wheel 30: inorganic vegetation base

Claims (5)

A container for a vegetation block mat in which plants are vegetated on a thin base mat, and a multi-perforated multi-sided greenery container filled with a vegetation base and vegetated on a plurality of surfaces,
A pair of L-shaped nets,
A pair of side nets closing sides of the pair of L-shaped nets,
A connecting means for connecting the abutting portion of the L-shaped net and the side net,
Characterized in that at least side portions of the L-shaped net and side nets are formed of a net having an uneven shape,
Container for multifaceted greenery. A container for a vegetation block mat in which plants are vegetated on a thin base mat, and a multi-perforated multi-sided greenery container filled with a vegetation base and vegetated on a plurality of surfaces,
A U-shaped net formed integrally with a pair of side nets and one bottom,
A pair of side nets closing sides of the pair of L-shaped nets,
It comprises connecting means for connecting the abutting portions of the U-shaped net and the side net,
Characterized in that at least side portions of the L-shaped net and side nets are formed of a net having an uneven shape,
Container for multifaceted greenery.   3. The multi-plane greening according to claim 1, wherein the L-shaped net and the side net are made of a welded wire net formed by intersecting a plurality of bent wires having irregularities and a plurality of linear wires. Body container.   The connecting means according to any one of claims 1 to 3, wherein the connecting means is a connecting coil, and the inner diameter of the connecting coil is formed to a size capable of being inscribed in the unevenness of the vertical wire material constituting the L-shaped net and the side net, respectively. A container for polyhedral greening, characterized in that: The container according to any one of claims 1 to 4, wherein a running wheel is provided on a lower surface of a bottom portion.

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