KR20100098492A - Container unit for greening and greening technique using the container unit - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a container unit for greening, such as a wall surface, and a greening method using the container unit. The present invention is simple and easy to handle, and the construction of greening, such as a wall, can be performed very easily and in a short time. An object of the present invention is to provide a container unit for greening, which is also inexpensive, and a manufacturing cost, and a greening method. On one side of the container unit body capable of accommodating plant cultivation base member such as soil and the pot seedling plant, an opening for exposing the plant part of the pot seedling plant accommodated in the container unit body to the outside is formed. A container unit for greening is provided.

Description

Container unit for greening and greening method using the container unit {CONTAINER UNIT FOR GREENING AND GREENING TECHNIQUE USING THE CONTAINER UNIT}

The present invention provides a container unit for greening, and a greening method using the container unit, and more specifically, a front unit side such as a wall surface by providing the container unit on a front surface side such as a wall surface of a building or a structure. A container unit for greening, and a greening method for installing the container unit to record a wall or the like.

In recent years, requests for urban greening have increased, and accordingly, greening has been performed by artificially planting trees at various places in urban areas, for example, parks, sidewalks, and the like.

In particular, since there are few natural trees in places where buildings, structures, etc. are standing side by side, it is actively attempted to green the walls of such buildings, structures, and the like. .

As such a wall recording technique, as an approximation to the present invention, for example, patent applications such as the following Patent Document 1, Patent Document 2, and Patent Document 3 are disclosed. Invention according to Patent Literature 1 is a fence having piled up soil bags along a green screen of a building by means of heat and means, and having a front surface of the soil bag having a gap having a desired shape on the entire surface. ), The soil floor is constructed between the side of the building and the fence, the roots of the plants are sandwiched between the soil bags, and the roots are attached to each other.

However, in the method disclosed in Patent Document 1, the root portion of the plant is directly sandwiched between the soil bags, so that the pinching of the root portion of the plant directly between the soil bags is performed by the weight of the soil bag. Since the roots may be squeezed, they are not necessarily desirable for the growth of plants.

On the other hand, the invention which concerns on patent document 2 is a panel frame which formed the work opening which can be planted at least a pot seedling at least in front, and is arrange | positioned just inside this panel frame, and is supported, A bag type mat material having a water absorption and resilience, and a vegetation base material which is filled inside the bag type mat material to grow vegetation plants, or The greening panel comprised by the three-dimensional mesh mat which filled this is disclosed.

However, according to the invention of Patent Document 2, as described above, a cut-out portion such as cut-in (cut line) is formed on the bag-shaped mat member by cutting operation from the outside of the work opening in the field or the like, and the cut-off portion is opened. Since the work of storing the pot seedlings and the like is carried out while the work of storing the pot seedlings and the like while forming such a cut-out portion and opening the cut-out part becomes complicated, the workability of the construction was never good. .

Originally, the invention of Patent Document 2 is intended to be used in a decoration such as a wall hanging itself, and also intended to be decorative, so that workability of construction required for wall greening is very much considered. It is not going.

Patent Document 3 further provides a press cover having an open window divided by a press sash bar, and a support receiving an open side of the press cover and receiving clay filled in the press cover. It relates to a multi-purpose plant cultivation base member having a dish and having a plant cultivation port tray provided with a plant cultivation port exposed to the open window side while being accommodated in the pressurized cover.

Although the multipurpose plant cultivation base member of the said patent document 3 can also be used for wall greening, as described also in FIGS. 10 and 11 of the said patent document 3, it can also be used together with a grass sheet, As a result, the overall structure is complicated, and the number of parts is also increased, such as requiring a press cover, a support plate, a plant cultivation pot tray, and other structural members.

Therefore, since the structure is complicated and the number of parts is large, the manufacturing cost is also increased.

[Patent Document 1] Japanese Unexamined Patent Publication No. 199-227843

[Patent Document 2] Japanese Unexamined Patent Publication No. 2004-254559

[Patent Document 3] Japanese Patent No. 3838321

This invention is made | formed in order to solve such a problem, and there exists no possibility of crimping and crimping the root part of a plant like the technique disclosed in the said patent document 1, and a plant can be preferably grown even after installation. In addition, as in the technique disclosed in Patent Literature 2, complicated work such as cutting work by cutting-in formation of a white body at the site for accommodating seedling ports, or inserting seedling ports by expanding the cut-in. In addition, the structure is not complicated, the number of parts does not increase, the handling is simple and easy, and the construction of greening such as a wall surface is very easy and can be performed in a short time as in Patent Document 3, and also the manufacturing cost It is a subject to provide a container unit for greening, which is inexpensive, and a greening method.

The present invention, in order to solve such a problem, the container unit main body (1) on one side of the container unit main body 1 that can accommodate a plant cultivation base member such as soil 30 and the pot seedling plant 31. It is to provide a container unit for greening, characterized in that an opening 6 for exposing the plant 32 part of the pot seedling plant 31 accommodated in 1) to the outside is formed.

Apart from the opening 6 capable of exposing the plant 32 part of the pot seedling plant 31 to the outside, an opening 2 for accommodating the plant cultivation base member and the pot seedling plant 31 is provided with a container unit body ( It is preferable to form in 1). In this case, Preferably, the cover body 3 which opens and closes the opening part 2 of the container unit main body 1 for accommodating the plant cultivation base member and the pot seedling plant 31 is further provided. The container unit main body 1 can further be provided with a hanging portion for hooking the holder 34 supporting the container unit main body 1. The said hanging part is formed in the recessed shape in the bottom face side of the container unit main body 1, for example.

Moreover, the hood member for reducing the wind pressure with respect to the plant 32 part of the pot seedling plant 31 accommodated in the container unit main body 1 is outside the part of the plant 32. It is also possible to form around the opening 6 which can be exposed. Moreover, when several container units are arrange | positioned up and down, the water supply hole 12, 13 is provided in the bottom face part 1e and the upper surface part so that water may be drawn in from the upper container unit to the lower container unit. You can also snowfall. It is preferable that the water hole 13 formed in the upper surface part is formed in the recessed part 11 formed in the said upper surface part.

Moreover, it is also possible to form the groove part 21 which inserts a watering pipe for watering. It is preferable that this groove part 21 will be in communication with the recessed part 11 and the press hole 13 of the cover body 3. The whole of the container unit main body 1 or the whole of the container unit main body 1 and the cover body 3 is comprised from synthetic resin, for example.

The present invention further includes a container unit main body 1, which can accommodate a plant cultivation base member such as soil 30 and a pot seedling plant 31, and has an opening 2 formed on its upper surface, and the container unit main body 1 A cover seedling 3 configured to open and close the upper surface opening 2 of the upper surface opening 2, and in the state in which the upper surface opening 2 is closed by the cover body 3, a port seedling accommodated in the container unit main body 1. The opening part 6 which enables the part of the plant 32 of the plant 31 to be exposed to the outside is formed in the side part of the said container unit main body 1, and the several container unit with the cover body 3 closed. Is stacked vertically, the container unit main body (1) of the container unit main body 1 of the upper container unit adjacent to each other up and down and the cover body 3 of the lower container unit are brought into surface contact. The bottom part 1e and the cover body 3 of 1) are formed, respectively. To provide a group unit.

Moreover, this invention is a port accommodated in the said container unit main body 1 in the one surface side of the container unit main body 1 which can accommodate the plant cultivation base member, such as the soil 30, and the pot seedling plant 31. FIG. A plurality of container units having an opening 6 formed therein for exposing the plant 32 portion of the seedling plant 31 to the outside are prepared, and the soil 30 in the container unit body 1 of the plurality of container units is prepared. It accommodates a plant cultivation base member and a pot seedling plant 31, etc., and the plant 32 part of the said pot seedling plant 31 is external from the opening part 6 of one side of the said container unit main body 1. It is to provide a greening method characterized in that a plurality of container units that are exposed to the plant cultivation base member and the pot seedling plants 31 are installed at least up and down.

The plurality of container units can be installed not only on the top and bottom but also on the left and right. Furthermore, the hanging part of the container unit main body 1 of the several container unit 20 which accommodated the plant cultivation base member and the pot seedling plant 31 is hanged on the holding body 34, and the container is hold | maintained at the said holding body 34 It is possible to hold the unit. As the holder 34, for example, a substantially lattice-shaped one in which a frame is provided on the upper, lower, left, and right sides is used.

Moreover, this invention can accommodate the plant cultivation base member, such as the soil 30, and the pot seedling plant 31, The container unit main body 1 in which the opening part 2 was formed in the upper surface, and the said container unit main body 1 And a port housed in the container unit body 1 in a state in which the upper surface opening 2 is closed by the cover body 3. The opening part 6 which exposed the plant 32 part of the seedling plant 31 to the outside is provided in the side part part of the said container unit main body 1, and prepares the several container unit comprised, and the said several container A container cultivation base member such as soil 30 and a pot seedling plant 31 are accommodated in the container unit body 1 of the unit, and the plant 32 portion of the pot seedling plant 31 is placed in the container unit main body 1. Exposed to the outside from the opening 6 of the side portion of the The bottom part 1e of the container unit main body 1 of the upper container unit which adjoined each other up and down, and the cover body 3 of the lower container unit face the several container unit which accommodated the ash and the pot seedling plant 31 together. It is to provide a greening method characterized by laminating up and down at the same time so as to be in a contact state, and installing and constructing from side to side.

As described above, the present invention exposes, to the outside, a plant portion of a pot seedling plant accommodated in the container unit main body to one side of a container unit main body capable of accommodating a plant cultivation base member such as soil and a port seedling plant. Since the opening part which can be made is formed, it accommodates plant cultivation base members, such as soil, in a container unit main body of such a container unit, and accommodates a pot seedling plant, and the plant part of the said pot seedling plant is one surface of a container unit main body. The container unit is exposed to the outside from the opening on the side, and the container unit in which the plant cultivation base member and the pot seedling plant are accommodated and the plant part is exposed to the outside is installed on the front side such as a plurality of walls. There is an effect that recording can be performed.

As a result, the construction period can be shortened, and the manufacturing cost of the tool for construction can be made low, and the cost compared with the conventional type of so-called early wall recording, which can be wall-recorded simply and easily, can be reduced. The effect can be greatly reduced.

Moreover, since the plant part of a pot seedling plant can be exposed to the outside from the opening part of one side of a container unit main body, the plant which a root extends can be provided by making the opening part of one side of a side to some extent. This has the effect of suppressing the outflow of plant cultivation base members such as soil.

In addition, since the container unit has the simple configuration as described above, the container main body can be made compact, so that not only the construction but also the removal can be easily performed. Moreover, since normal pot plants can be planted as it is, there is an effect that a special curing is unnecessary. In addition, there is an effect that the operation such as partially changing the container unit in which the pot plant is in poor growth condition can be easily performed.

In addition, by installing a plurality of container units on the top, bottom, left, and right sides, there is an effect that the design of wall greening can be improved by changing the color and shape of the plant.

For example, like the technique disclosed in Patent Document 2, there is no need to perform a cut operation from the outside of the work opening such as forming a cut in on the bag-shaped mat member in the field, and also a cut portion such as cut in. Since complicated work is unnecessary to accommodate pot seedlings and the like while opening the opening, there is an effect that the workability is remarkably good as compared with the conventional wall recording method.

In addition, since it is not a method of directly pinching the roots of the plants between the soil bags as in the wall greening technique of the patent document 1, there is no fear that the roots of the plants are compressed by the weight of the soil bags, and the growth of the plants is prevented. There is no worry about inhibiting the effect. In addition, as in Patent Document 3, there is an effect that the structure is complicated, the number of parts does not increase, and the production cost does not increase.

In addition, apart from the opening which can expose the plant part of the pot seedling plant to the outside, when the plant body has an opening for accommodating the plant cultivation base member and the port seedling plant, the plant cultivation base member and the pot seedling plant Workability for accommodating this becomes more favorable.

Moreover, when the cover body which opens and closes the opening part of a container main body for accommodating a plant cultivation base member and a pot seedling plant is opened, the cover body causes the plant cultivation base member and a pot seedling plant to be inadvertently removed from a container main body. Ejection is preferably prevented.

Moreover, when the hood part for reducing the wind pressure with respect to the plant part of the pot seedling plant accommodated in a container unit main body is formed around the opening part which can expose a part of a plant outside, the port accommodated in a container unit main body There is an effect that can reduce the wind pressure on the plant part of the seedling plants.

In addition, when a plurality of container units are arranged up and down, when a water hole is formed in the bottom face and the upper face so that water is drawn from the upper container unit to the lower container unit, The water introduced into the upper container unit is also introduced into the lower container unit through the ditches of the bottom of the upper container unit and the ditches of the lower container unit upper surface. This has the effect of becoming very good.

In particular, when recesses are formed in the bottom and upper surface portions of the container unit, and the above-mentioned water holes are formed in these recesses, water introduced into the upper container unit by watering or the like is used as the upper container unit. Passed through the plant cultivation base member, etc. inside, is preferably collected in the recess of the bottom of the upper container unit, discharged downward from the water hole in the recess, and is preferably collected in the recess of the upper container unit of the lower container unit, Water is preferably drawn into the vessel unit below from the water hole in the recess. In this way, recesses are formed in the bottom and upper surface portions of the container unit, and the water holes are formed in these recesses, so that the water collection can be easily carried out.

In addition, in the case where the groove portion for inserting the watering pipe for watering is formed, the greening is provided in the case where the planting base member and the pot seedling plant are accommodated in the greening unit as described above and installed on the front side such as a plurality of walls. There is an effect that the watering of the plant cultivation base member and the pot seedling plant in the unit can be carried out preferably and easily. In addition, when the groove part into which the above watering pipe is inserted is made into the state which communicated with the recessed part of a cover body, and a water hole, as mentioned above, the water introduced into the upper container unit is in the communication state. It is possible to reliably obtain the effect that the flow of water between the plurality of container units provided up and down and introduced into the lower container unit through the ball becomes good.

In addition, when the whole container unit main body or the whole container unit main body and the cover body are comprised from synthetic resin, the whole container unit becomes light weight, and the handling and workability of a container unit, and also the workability of greening construction are more favorable. Become. And since the whole becomes light in this way, if the container unit is made compact in size, even if a plant and a plant cultivation base member are planted, it can be handled with one hand, and as a result, installation work can be performed very easily. .

In addition, when the hanging part of the container unit main body of the several container unit which accommodated a plant cultivation base member and a pot seedling plant is hold | maintained by the holding body and hold | maintains a container unit to the holding body, the holding part of a container unit main body is hold | maintained. By hanging on a sieve, the work of installing a plurality of container units on the top, bottom, left and right side can be performed more easily and quickly by using such a holding body, and further, the workability of greening construction is further improved. .

In particular, in the case of using a substantially lattice type in which a frame is provided on the top, bottom, left, and right sides as a holder, the arrangement of the plurality of container units on the top, bottom, left, and right sides can be performed more regularly and accurately. Moreover, since the hanging part of the container unit main body is hold | maintained by the holding body, safe and simple construction can be implement | achieved. In addition, when the rubbing portion is formed concave on the bottom face side of the container unit body, the operation for hanging the rubbing portion to the holding body can be performed more simply and easily with a simple configuration.

1 is a schematic plan view showing an opening state of a container unit for greening according to an embodiment.
FIG. 2 is a cross-sectional view taken along the line AA of FIG. 1, that is, a half cut state. FIG.
3 is a cross-sectional view taken along the line BB of FIG. 1.
4 is a cross-sectional view taken along the line CC of FIG. 1.
5 is a cross-sectional view showing a state in which soil is stored up to a predetermined height in the space portion of the container unit body.
It is sectional drawing of the state which accommodated the pot seedling plant in the space part of a container unit main body.
7 is a sectional view of a state in which soil is again accommodated in the space portion of the container unit body after accommodating the pot seedling plant.
It is sectional drawing of the state which closed the cover body.
It is a half section sectional drawing of the state which closed the cover body.
10 is a schematic front view of a holder for holding a plurality of container units.
11 is a schematic side view of the holder.
It is an enlarged perspective view of the principal part of the said holding body.
It is a schematic front view of the state which hold | maintained many container units in the holder.
It is a schematic side view of the state which hold | maintained many container units in the holding body.
It is a schematic sectional drawing of the state which laminated | stacked the container unit.
16 is a schematic cross-sectional view showing an arrangement state of the container unit of another embodiment.
17 is a schematic front view showing an arrangement of the holder of another embodiment.
18 is a schematic front view showing an arrangement of the holder of another embodiment.
19 is a schematic plan view showing an arrangement of the holder of another embodiment.

EMBODIMENT OF THE INVENTION Hereinafter, the Example of this invention is described. As described above, the container unit for greening of the present invention has a pot seedling plant that is housed in the container unit body on one side of the container unit body capable of accommodating a plant cultivation base member such as soil and a pot seedling plant. Openings are formed to expose the plant part to the outside.

Apart from the opening which can expose the plant part of the pot seedling plant to the outside, it is also possible to form a plant cultivation base member and an opening for accommodating the pot seedling plant in the container body. The opening for accommodating the plant cultivation base member and the pot seedling plant is formed on the surface of the container unit body different from one surface on which the opening for exposing a part of the plant to the outside is formed, but particularly on the upper surface of the container unit body. It is preferably formed. This is because an opening for accommodating the plant cultivation base member and the pot seedling plant is formed in the container unit main body, so that the plant cultivation base member and the port seedling plant can easily enter and exit the container unit main body.

In this case, Preferably, the cover body which further opens and closes the opening part of the container unit main body for accommodating a plant cultivation base member and a pot seedling plant is further provided. The said cover body is extended and installed in a container main body through a hinge part, for example. Opening and closing workability of a cover body becomes favorable because a cover body is extended to a container main body through a hinge part. Moreover, by attaching a cover body to a container main body so that opening and closing is possible through a hinge part, the container in which the cover body container main body was integrated can be provided. The container unit main body is further provided with a hanging portion for hanging on the holder holding the container unit main body. This hanging part is formed in concave shape, for example in the bottom face side of a container unit main body.

Moreover, it is also possible to form the hood part for reducing the wind pressure with respect to the plant part of the pot seedling plant accommodated in a container unit main body around the opening part which can expose a part of a plant to the outside. Such a hood portion may be formed only in the container unit body, but when the cover body is provided, the hood portion is provided on both the container unit body and the cover body in order to reduce the wind pressure on the part of the plant exposed from the opening. It is preferable.

Moreover, when arrange | positioning a some container unit up and down, a water hole can also be installed in a bottom part and an upper surface part so that water may be drawn in from an upper container unit to a lower container unit. It is preferable to form a recessed part in a bottom face part and an upper surface part, and to form the above-mentioned water hole in the recessed part. For example, when the cover body is formed in the upper part of the container unit main body, the said water hole and the recessed part are formed in the cover body.

Moreover, it is also possible to form the groove part which inserts a watering pipe for watering. It is preferable that this groove part will be in communication with the water hole and recessed part formed in the upper surface side. Therefore, when the cover body is formed in the upper part of the container unit main body, the said groove part will also be formed in a cover body with a water hole and a recessed part.

The whole of a container unit main body or the whole of a container unit main body and a cover body is comprised from synthetic resin, for example. Although the kind of synthetic resin is not specifically limited, General purpose synthetic resins, such as polyethylene, a polypropylene, polystyrene, and polyester, can be used preferably. In particular, it is preferable to use weather resistant polypropylene.

Moreover, according to the greening method of this invention, the plant part of the pot seedling plant accommodated in the said container unit main body is exposed to the outside on the one side of the container unit main body which can accommodate a plant cultivation base member, such as soil, and a pot seedling plant. A plurality of container units are formed which have openings formed therein, and the plant cultivation base member such as soil and the pot seedling plants are accommodated in the container unit body of the plurality of container units, and the plant portion of the pot seedling plants is It exposes to the exterior from the opening part of one side of a container unit main body, and installs the some container unit which accommodated the said plant cultivation base member and a pot seedling plant at least up and down.

The plurality of container units can be installed not only on the top and bottom but also on the left and right. Moreover, it is possible to hold the container part of the container unit main body of the several container unit which accommodated a plant cultivation base member and a pot seedling plant on a holder, and hold a container unit in the said holder. As the retainer, for example, a substantially lattice type in which a frame is provided on the top, bottom, left and right sides is used.

As said holding body, what consists of steel materials is used, for example, It can also be comprised by synthetic resin, a wood, etc.

As the plant cultivation base member, for example, soil is used, and as the soil, any of artificial soil and natural soil can be used. In addition, the raw material of a plant cultivation base member is not limited to soil as long as a plant can grow a plant, For example, a synthetic resin foam, a fiber material, a mat material, etc. can also be used.

EMBODIMENT OF THE INVENTION Hereinafter, the specific Example of this invention is described with reference to drawings.

(Example 1)

The container unit for greening of this embodiment is a cover which enables opening and closing of the container unit main body 1 of an upper surface opening type | mold, and the upper surface opening part 2 of the said container unit main body 1 as shown in FIGS. It consists of the sieve 3. The container unit main body 1 and the cover body 3 extend through the hinge part 4. And this container unit main body 1, the cover body 3, and the hinge part 4 are comprised by the synthetic resin integrally by the whole. Although the kind of synthetic resin which comprises the container unit main body 1, the cover body 3, and the hinge part 4 is not specifically limited, General purpose synthetic resins, such as polyethylene, a polypropylene, a polystyrene, polyester, are preferable. Can be used. In particular, it is preferable to use polypropylene with good weather resistance.

As above-mentioned, the container unit main body 1 is of an upper surface opening type, Comprising: It is comprised from the four sides side parts 1a, 1b, 1c, 1d, and the bottom face part 1e as shown in FIGS. have. And the four side parts 1a, 1b, 1c, and 1d are formed so as to become a taper shape toward a slightly inclined inner side from the upper side to the lower side.

Inside the container unit main body 1, the space part 5 in which plant cultivation base members, such as soil, and a pot seedling plant are accommodated is formed. As the plant cultivation base member, for example, the soil 30 to be described later is used, and any of artificial soil and natural soil can be used as the soil 30. The pot seedling plant 31 is a part of the root support 33 in which the root of the plant is embedded, and a part of the plant 32 which is installed from the root support 33 as described later. In the container unit main body 1, the pot seedling plant 31 is stored sideways.

And the opening part 6 which exposes the plant 32 part of the pot seedling plant 31 stored sideways to the outer side of the container unit main body 1 is formed in the side surface of the said container unit main body 1. . The opening part 6 of this side surface is cut out so that it may become substantially U shape curved from the upper part of the side part 1a of the said container unit main body 1, and is formed. Thus, the peripheral edge part of the opening part 6 which cut out the side part 1a of the container unit main body 1 in substantially U shape, and is formed, as shown in FIG. 2, shoulders 6b and 6b of both upper parts. ), Side edge portion 6a, and bottom edge portion 6c. And the side surface of the container unit main body 1 is cut out and formed in this way, and it is in communication with the said upper surface opening part 2. Thus, since the opening part 6 of the side surface is formed by cutting out the side surface of the container unit main body 1, it is a cutting part rather than an opening part in the state which opened the cover body 3 like FIG. In the state which closed the cover body 3, as shown in FIG. 8 and FIG. 9, since the cover body 3 abuts on the upper surface of the side surface of the container unit main body 1, it becomes a form of an opening part.

The back side of the bottom edge part 6c of the peripheral edge part of the opening part 6 is formed in concave shape, as shown in FIG. 3, and is formed as the hanging part 28 hanging on the holding body 34 as mentioned later. . Although the said locking part 28 was formed in the side surface part 1a side which has the opening part 6, but also in the side surface part 1c side which faces the said side surface part 1a, as shown in FIG. The hanging part 29 is formed.

And on the side of the container unit main body 1 in which the opening part 6 of the said side was formed, the hood part 7 for reducing wind pressure with respect to the plant 32 part of the said pot seedling plant 31 is an outward direction. It protrudes and is formed. As shown in FIG. 1, the hood portion 7 is formed so as to surround three surfaces of both side portions 7a and 7b and the bottom surface portion 7c. Moreover, the hood part 8 also protrudes and is formed also in the cover body 3 in the same direction as the hood part 7 of this container unit main body 1. And in the state which closed the cover body 3, as shown in FIG. 9, the both side parts 7a and 7b of the hood part 7 of the container unit main body 1, the bottom face part 7c, and the cover body ( All sides are surrounded by the hood part 8 of 3). In addition, a large number of substantially rectangular holes 9 are formed in the hoods 7 and 8 of the container unit main body 1 and the cover body 3. As shown in Fig. 1, the holes 9 are arranged in two rows at equal intervals.

Moreover, the recessed part 10 is formed in the substantially center of the bottom face part 1e of the container unit main body 1. As shown in FIG. As shown in FIG. 3, this recessed part 10 is formed so that an upper surface side may become slightly concave, Therefore, the lower surface side is formed so that it may become slightly projected as shown in FIG. Moreover, the recessed part 11 which can insert the recessed part 10 of this container unit main body 1 is formed in the substantially center of the cover body 3 like FIG.

The recessed part 11 of the said cover body 3 is formed with the diameter larger than the recessed part 10 of the container unit main body 1. Thus, when the recessed part 11 of the cover body 3 is larger in diameter than the recessed part 10 of the container unit main body 1, when several container unit was laminated | stacked like FIG. 15 mentioned later, The recessed part 10 of the bottom of the container unit main body 1 in the upper container unit is inserted in the recessed part 11 of the cover body 3 of the lower container unit among the two container units adjacent to each other up and down. It is put in the state.

In addition, in the concave portion 10 of the container unit body 1 and the concave portion 11 of the cover body 3, as shown in FIG. Each is snowed. As shown in FIG. 15, the hydraulic hole 12 in the recessed part 10 of the said container unit main body 1, and the hydraulic hole 13 in the recessed part 11 of the cover body 3 are shown. When the plurality of container units are stacked, the water hole 12 of the recessed portion 10 of the container unit body 1 in the upper container unit adjacent up and down and the cover body in the lower container unit ( 3) The raceway 13 of the recessed part 11 is formed in the predetermined position of each recessed part 10 and 11 so that it may be in a state of being substantially in communication with each other slightly.

Moreover, the protrusion part 14 is formed in the predetermined position on the back side of the cover body 3, as shown to FIG. 2 and FIG. This protrusion part 14 is the same as FIG. 8 and 9 mentioned later among the peripheral edge parts 6a which form the side opening part 6 of the container unit main body 1 when the cover body 3 is closed, It is formed so as to contact the relatively upper peripheral edge portion 6b. As shown in FIG. 4, the hole 23 for drainage is laid in the bottom part of the protrusion part 14.

In addition, as shown in FIG. 1, the flange 15 protrudes slightly outward in the edge portion around the upper end of the container unit main body 1. The flange 15 is provided with a plurality of holes 16 at substantially equal intervals, and projections 17 that can be inserted into the holes 16 are formed at substantially equal intervals on the back side of the cover body 3. It is.

Moreover, as shown in FIG. 2, several long hole 18 is laid in the side part 1c which faces the side part 1a of the container unit main body 1 in which the side opening part 6 was formed. The elongate holes 18 are arranged in two rows, vertically and vertically, as shown in FIG.

Moreover, as shown in FIG. 2, outside the side part 1a in which the opening part 6 of the said side surface was formed, and the side part 1b, 1d of the longitudinal direction adjacent to the side part 1c in which the long hole 18 was formed, respectively, as shown in FIG. Ribs 19 are formed in the longitudinal direction.

Moreover, as shown in FIG. 4, the cover part 3 is provided with the groove part 21 for inserting a watering pipe. As shown in FIG. 1 and FIG. 4, the groove portion 21 is formed to be in communication with the concave portion 11 of the cover body, and furthermore, to be in communication with the water hole 13 as well.

Moreover, as shown in FIG. 3, the protrusion 27 is formed in the lower front edge of the hood part 7 of the container unit main body 1 in the downward direction. On the other hand, the recessed part 22 is formed in the comparative side part of the cover body 3, as shown in FIG. 1 and FIG. 4, and when several container unit is laminated up and down, as shown in FIG. The projection 27 and the recessed part 22 are formed so that the protrusion 27 of the container unit main body 1 may be inserted in the recessed part 22 of the cover body 3 of the lower container unit. In the bottom of the recess 22, a hole 24 for drainage is laid. Moreover, the falling piece 25 protrudes downward about the four sides of the cover body 3.

Next, a method of wall recording, which is an embodiment of the greening method of the present invention, using the container unit for greening having the above configuration, will be described. First, as shown in FIG. 1 and FIG. 2, in the state which opened the upper surface opening part 2 by opening the cover body 3, as shown in FIG. 5, the soil 30 as a plant cultivation base member is a container unit main body. It accommodates in the space part 5 of (1). As the soil 30, any of artificial soil and natural soil may be used as described above. In this case, the soil 30 is accommodated to the position of the lower edge portion 6c in the peripheral edge portion 6a of the container unit main body 1 side opening 6. This needs to expose the plant 32 part of the pot seedling plant 31 from the side opening 6, so that the position of the plant 32 coincides with the position of the opening 6 on the side, It is for adjusting the height which installs the pot seedling plant 31 in the container unit main body 1. As shown in FIG.

Next, the pot seedling plant 31 is accommodated in the space 5 of the container unit main body 1 and mounted on the soil 30 as shown in FIG. 6. At this time, the plant 32 part of the pot seedling plant 31 is exposed from the side opening 6 as shown in FIG. Therefore, what is mounted on the soil 30 is the root support 33 part of the pot seedling plant 31.

Next, as shown in FIG. 7, the soil seedling plant 31 is further accommodated in the space 5 of the container unit body 1 and mounted on the soil 30 that is already accommodated. The part of the root support 33 of the () is buried.

Then, as shown in FIG. 8 and FIG. 9, the cover body 3 is closed. In this case, the cover body 3 is rotated through the hinge portion 4, and the projection 17 of the cover body 3 is inserted into the hole 16 of the flange 15 of the container unit body 1. The state in which the cover body 3 is closed is reliably maintained.

In this way, the container unit 20 in which the soil 30 and the pot seedling plant 31 were accommodated in the container unit main body 1 is prepared, and it arrange | positions longitudinally and horizontally in the front side of the wall surface already installed. In this case, a lattice holder 34 as shown in Figs. 10 and 11 is prepared, and the container unit 20 is vertically and horizontally arranged on the front side of the wall using the holder 34. As shown in Figs. 10 and 11, the holder 34 can itself be used for climbing of vines, that is, chronic plants 35, as shown in Figs. Likewise, the front part 38 and the rear part 39 formed by crossing the vertical frame 36 and the horizontal frame 37 are formed. In the front part 38 and the back part 39, the temporary frame 40 is provided at predetermined intervals. Although the vertical frame 36, the horizontal frame 37, and the temporary frame 40 are comprised with steel materials in a present Example, it can also be comprised with synthetic resin, a wood, etc.

13 and 14, a plurality of container units 20 are arranged for each square formed between the vertical frame 36 and the horizontal frame 37 of the holder 34. As shown in FIG. The container unit 20 is installed in the holder 34. In this case, as shown in FIG. 15, by hanging the recessed part 28 and 29 of the container unit main body 1 in the horizontal frame 37 part of the front part 38 and the back part 39. FIG. The container unit 20 can be installed in the holder 34.

In this manner, the holding portions 28 and 29 of the plurality of container units 20 are fastened to the horizontal frame 37 of the holding body 34 as shown in FIG. 15, and the holding bodies as shown in FIGS. 13 and 14. Corresponding to each square of 34, one is disposed slightly below the square, and the container units 20 adjacent to each other in the vertical direction are stacked in the vertical direction. Thus, in the state which laminated | stacked the several container unit up and down, the bottom face part 1e of the upper container unit 20 adjacent to each other up and down, and the cover body 3 of the lower container unit 20 are shown in FIG. As shown in the drawing, the container is in a surface contact state, and the container units 20 are stacked up and down in a stable state.

Moreover, in this case, the recessed part 10 is formed in the substantially center of the bottom part 1e of the container unit main body 1, and the recessed part which the protrusion part facing down of the said recessed part 10 is fitted. Since the recessed part 11 which has a mold part in the upper surface is formed in the substantially center of the cover body 3, the bottom face part 1e of the upper container unit 20 and the lower container unit 20 as mentioned above. When the cover body 3 is brought into a surface contact state, as shown in FIG. 15, the recessed portion 10 of the bottom face portion 1e is fitted into the recessed portion 11 of the cover body 3. As a result, the stacked state of the container units 20 stacked up and down is further stabilized, and rattling and the like are also prevented.

In addition, in the recessed part 10 of the bottom face part 1e of the container unit main body 1, and the recessed part 11 of the cover body 3, several thin-shaped rectangular-shaped water holes 12 and 13, respectively, are provided. When the plurality of container units 20 are stacked, the water holes 12 in the recesses 10 of the container unit main body 1 and the recesses 11 of the cover body 3 are laid. Since the water supply hole 13 in the state is in a state of being substantially in communication while being slightly spaced apart, when water is introduced and water is introduced into the container unit body 1 of the upper container unit 20, the water is It penetrates into the soil 30 contained in the container unit main body 1 or the part of the root support 33 of the pot seedling plant 31, and at the same time, the recess of the bottom part 1e of the upper container unit 20. It is preferably collected in the portion 10, discharged downward from the water hole 12 in the recess 10, and in the recess 11 of the cover body 3 of the lower container unit 20. It is to be recommended to the collecting. The water collected in the recess 11 of the cover body 3 preferably draws water into the container unit 20 below from the water hole 13 in the recess 11.

In this way, the water introduced into the upper container unit 20 is sequentially introduced into the lower container unit 20 through the portions of the above-mentioned ditches 12 and 13, and the water to be watered is up and down It spreads evenly without leaving the soil 30 etc. accommodated in the several container unit 20 arrange | positioned by the stack, and the water permeability in the whole of the several container unit 20 arrange | positioned at the front side of a wall surface Will be maintained.

Moreover, since the groove part 21 which inserts the watering pipe for watering is formed in the cover body 3, watering to a plant cultivation base member and a pot seedling plant can be performed preferably and easily, and a groove part Since 21 is in communication with the concave portion 11 and the ditches 13 of the cover body 3, as described above, the water is introduced into the upper vessel unit is in communication with each other ( It is possible to reliably obtain the effect that the circulation of water between a plurality of stacked container units introduced and stacked in the lower container units through 12, 13 becomes good.

Moreover, since the long hole 18 is laid in the rear side part 1c of the container unit main body 1, not only water permeability but also the breathability in the container unit main body 1 are maintained.

Moreover, on the side surface of the container unit main body 1 in which the opening part 6 was formed, the hood part 7 formed so that the three surfaces of the both side parts 7a and 7b and the bottom face part 7c may be protruded outwards, Moreover, since the hood part 8 also protrudes in the cover body 3 in the same direction as the hood part 7 of the said container unit main body 1, in the state which closed the cover body 3, FIG. 8 and FIG. As shown in FIG. 9, the four sides are surrounded by both side portions 7a and 7b and the bottom portion 7c of the hood portion 7 of the container unit body 1 and the hood portion 8 of the cover 3. Since it is in the state, the opening part 6 of the side of the pot seedling plant 31 accommodated in the space part 5 of the container unit main body 1 by the hood parts 7 and 8 which were surrounded in all directions in this way. The wind pressure on the part of the plant 32 which protrudes from the front side to the front side is preferably reduced.

Moreover, since many substantially rectangular holes 9 are laid in the hood parts 7 and 8 of the container unit main body 1 and the cover body 3, as mentioned above, in the hood parts 7 and 8, As a result, the wind pressure on the part of the plant 32 is reduced, while the water permeability is not deteriorated.

As described above, in the present embodiment, the plurality of container units 20 are placed on the holding body 34 while in the surface contact state between the bottom face 1e of the container unit main body 1 and the cover body 3. By laminating | stacking up and down, it can install easily and it becomes possible to perform wall greening using the pot seedling plant 31 by a simple construction method.

In addition, the storage operation | work of the pot seedling plant 31 with respect to each container unit main body 1 is also the space part of the container unit main body 1 first before the soil 30 from the upper surface opening part 2 as mentioned above. 5) It accommodates to the height of a predetermined position in the inside, Next, the pot seedling plant 31 is mounted on the soil 30, and the plant 32 of the said pot seedling plant 31 is opened from the opening part 6 of a side surface. By exposing the part to the outside and then receiving the soil 30 again so as to cover the part of the root support 33 of the pot seedling plant 31, the space 5 is approximately filled, thereby making the soil ( 30) and the receiving operation itself of the pot seedling plant 31 can also be performed simply and easily. Therefore, workability also improves by that much.

In this way, on the front side of the wall surface on which the plurality of container units 20 are installed, wall greening is performed by the pot seedling plants 31 housed in the container unit 20. On the other hand, the number of the container units 20 The holding body 34 which hangs) is comprised by crossing and arrange | positioning the vertical frame 36 and the horizontal frame 37 which consist of steel vertically and horizontally as mentioned above, and the chronic plant 35 Since it can also be used for climbing, by climbing the chronic plant 35 along the front part 38 of the retainer 34, both the pot seedling plant 31 and the chronic plant 35 Wall recording can also be performed.

Thus, when the greening using the chronic plant 35 is used together with the greening by the above-mentioned pot seedling plant 31, the chronic plant 35 climbs the holding body 34 as mentioned above. In addition to the construction, the construction can also be carried out from the upper side of the holding body 34.

(Example 2)

In the present Example 2, although the container unit 20 of the structure similar to the said Example 1 is used, the container unit adjacent to each other up and down mutually in the state which attached the many container unit 20 to the holding body 34 is mentioned. As shown in FIG. 16, the cover 20 of the bottom face 1e of the upper container unit 20 adjacent to each other up and down and the lower container unit 20 are not laminated | stacked like Example 1 mentioned above. As shown in FIG. 16, the sieve 3 is spaced apart from each other with a slight gap. In this regard, the bottom surface portion 1e of the upper container unit 20 adjacent to each other up and down and the cover 3 of the lower container unit 20 are in surface contact with the case of the first embodiment. Differ

Thus, even if the bottom part 1e of the upper container unit 20 and the cover body 3 of the lower container unit 20 are spaced apart by the slight clearance gap of each container unit 20, As shown in FIG. 16, the hanging parts 28 and 29 are caught by the horizontal frame 37 of the holding body 34, and are reliably held by the holding body 34, so that each container unit 20 is held. There is no deviation from the sieve 34.

Therefore, also in this Embodiment 2, each container unit 20 is arrange | positioned one by one corresponding to each square of the holding body 34. As shown in FIG. In other words, when the hanging portions 28 and 29 of the container unit 20 are hooked to the horizontal frame 37 of the holder 34 by setting the dimensions of the square of the holder 34, the second embodiment As shown in the first embodiment, if the bottom portion 1e of the upper container unit 20 and the cover body 3 of the lower container unit 20 are separated from each other, the upper container unit ( The bottom face part 1e of 20 and the cover body 3 of the lower container unit 20 may be in surface contact, and the upper and lower container units 20 may be laminated | stacked.

In any case, the hanging portions 28 and 29 of the respective container units 20 are caught in the horizontal frame 37 of the holder 34 so as to be securely held by the holder 34. Whether the bottom face part 1e of the container unit 20 and the cover body 3 of the lower container unit 20 are in a surface contact state, and whether the upper and lower container units 20 are in a stacked state is It is not directly related to the container unit 20 being arranged in a number of longitudinally and horizontally in a stable state.

In addition, in the second embodiment, as described above, the bottom face portion 1e of the upper container unit 20 and the cover body 3 of the lower container unit 20 do not come into surface contact, thus providing a slight gap. Since it is spaced apart from the said Embodiment 1, compared with Example 1, the bottom part 1e of the container unit main body 1, and the water flow holes 12 and 13 formed in the cover body 3 become spaced apart.

However, also in the present Example 2, the hydraulic hole 12 of the bottom face part 1e of the container unit main body 1, and the hydraulic hole 13 of the cover body 3 are each in the recessed part 10, 11, respectively. Since it is formed, even if the bottom part 1e of the upper container unit 20 and the cover body 3 of the lower container unit 20 were spaced apart by the slight gap, the bottom surface of the upper container unit 20 Water discharged from the water hole 12 formed in the portion 1e is easily collected by the recess 11 formed in the cover 3 of the lower container unit 20.

Therefore, the water collected in the recess 11 is easily introduced into the container unit main body 1 of the container unit 20 below from the water supply hole 13 formed in the recess 11. As a result, also in the second embodiment, when water is introduced into the container unit main body 1 in the same way as in the first embodiment, water is contained in the soil 30 contained in the container unit main body 1. ) And water introduced into the upper container unit 20 while penetrating the portion of the root support 33 of the pot seedling plant 31 are sequentially lowered through the portions of the ditches 12 and 13. The water to be introduced into the unit 20 is evenly distributed to the soil 30 and the like accommodated in the plurality of container units 20 arranged up and down.

Moreover, also in the present Example 2, since the groove part 21 which inserts the watering pipe for watering is formed in the cover body 3, watering to a plant cultivation base member and a pot seedling plant is preferable and easy. In addition, since the groove portion 21 is in a state of communicating with the recess 11 and the water hole 13 of the cover body 3, as described above, the water introduced into the upper container unit The effect that water can be reliably distributed between the plurality of container units disposed up and down by being introduced into the lower container unit through the water holes 12 and 13 can be reliably obtained.

As mentioned above, the structure itself of the container unit 20 of this Embodiment 2 is the same as that of Embodiment 1, and since the other operation is common with the said Embodiment 1, the detailed description is abbreviate | omitted.

(Example 3)

This third embodiment is another embodiment of the arrangement of the container units 20. In the third embodiment, the container unit 20 is not disposed in all of the squares formed between the vertical frame 36 and the horizontal frame 37 of the holder 34 shown in FIGS. 12 to 14, As shown in FIG. 17, the container unit 20 is not arrange | positioned in some square and it is in the state which hold | maintained the space part 41 of a square.

In the third embodiment, in the entirety of the holder 34 having a plurality of squares vertically and horizontally, as shown in Fig. 17, the space portions 41 are formed in squares of two left and right columns, and the space portions 41 are It is comprised so that it may be inclined from the upper left to the lower right in the front view of the holding body 34. As shown in FIG. And the container unit 20 is arrange | positioned in each square part other than the space part 41 arrange | positioned obliquely in this way. This differs from the case of the first embodiment in which the container unit 20 is disposed in all square portions.

In Example 3, since the space part 41 is formed in some squares, without having arrange | positioned the container unit 20 in every square part, in the square part where the container unit 20 was arrange | positioned, The plant grows with time, and the front side of the holding body 34 is decorated by the grown plant, but in the square in which the space portion 41 is formed, the grown plant appears on the front side. Since the space portion is arranged at a predetermined position on the front face side of the holding body 34 in this manner, an original decorative property can be obtained as a whole.

In the third embodiment, as described above, the space portions 41 are formed in the squares of the left and right two rows, and the space portions 41 are in the upper left corner when viewed from the front of the holder 34. Although it was comprised so that it may be inclined from the right lower side from the inside, the position in which the space part 41 is formed is not limited to this Embodiment 3, It can change arbitrarily. By arbitrarily changing the position of the space portion 41 in this way, it is possible to realize wall recording with high design freedom.

Since the structure etc. of the container unit 20 are the same as that of the said Example 1, the description is abbreviate | omitted.

(Example 4)

This fourth embodiment is another embodiment of the arrangement of the container units 20. Also in this Embodiment 4, the container unit 20 is not arrange | positioned in all the squares, The square which provided the container unit 20, and the square which is not provided are alternately arrange | positioned. And as shown in FIG. 18, the panel 42 is fitted in the square in which the container unit 20 is not provided.

Since this panel 42 is fitted, it differs from Example 3 which was only the space part 41, and also differs from Example 1 in which the container unit 20 is arrange | positioned in all the squares. Do.

In Example 4, since the square which installed the container unit 20 and the square which inserted the panel 42 were alternately arrange | positioned, in the part of the square in which the container unit 20 was installed, a plant with time progresses. Although the front side of the holding body 34 is decorated by this growing and growing plant, in the part which the panel 42 was inserted, the decorative property by the panel 42 appears, and the plant body By the panel 42, original decorativeness can be exhibited.

Since the structure etc. of the container unit 20 are the same as that of the said Example 1, the description is abbreviate | omitted.

(Example 5)

The fifth embodiment is another embodiment of the structure of the holder 34, and FIG. 19 is a plan view showing the holder 34 of the fifth embodiment. In the fifth embodiment, a lattice-shaped frame having a square composed of the front part 38 and the rear part 39 by crossing the vertical frame 36 and the horizontal frame 37 as shown in Fig. 12 is shown in Fig. 19. As shown, the holding body 34 is comprised not only in the front 43 side but also in the both side 44, 44 side, and the back 45 side, and can appreciate the plant in the container unit 20 from all directions. .

Thus, since the frame | skeleton-shaped frame which has a square is provided in all directions, and the holding body 34 is comprised so that the plant in the container unit 20 can be seen from all directions, the container unit 20 is only from one direction. It differs from the case of the said Example 1-Example 4 in which the holding body 34 is comprised so that the plant in there may be enjoyed.

Since the holder 34 of the first to fourth embodiments is used for wall recording, the holder 34 is provided on the front surface side of the wall, and is provided in a square of the holder 34. It is enough that the plants in the unit 20 can appreciate only from the front side. As for the holding body 34 of the fifth embodiment, the openings 3 exposing the plant parts have an outer side in each frame. Since the container unit 20 is provided in each frame so as to face, it can be used for indoor side greening.

Since the structure etc. of the container unit 20 are the same as that of the said Example 1, the description is abbreviate | omitted.

(Other Examples)

And in the said Example, although the container unit main body 1 was formed in the bottomed square cylinder shape which has side parts 1a, 1b, 1c, 1d in all directions, the shape of the container unit main body 1 is the said implementation. It is not limited to the example, For example, it may be formed in the bottomed cylindrical shape, and may be another form. The point is that the plant 32 part of the pot seedling plant 31 is located on one side of the container unit main body 1 that can accommodate the plant cultivation base member such as the soil 30 and the pot seedling plant 31. What is necessary is just the form in which the opening part 6 to expose is formed. However, from the viewpoint of ease of formation of the side opening 6, workability in the case of vertically and horizontally arranged, and the like, it is preferable to be formed in a bottomed rectangular cylinder like the above embodiment.

Moreover, in the said Example, although the side part parts 1a, 1b, 1c, 1d of four sides were formed so that it might become a taper type toward a slightly inclined inner side from the upper side to a downward side, in this way, the tapered type which inclined the side surface parts of all four sides inclined inside It is not an essential condition for this invention to form so that it may become.

Moreover, in the said embodiment, while the hood part 7 protrudes outward at the side surface of the container unit main body 1 in which the opening part 6 of the side was formed, the hood part 7 of the said container unit main body 1 was carried out. Since the hood part 8 was also protruded also to the cover body 3 in the same direction as (), the hood parts 7 and 8 surrounded by four sides were used to cover the plant 32 part of the pot seedling plant 31. Although the preferable effect which can reduce a wind pressure was acquired, forming such hood parts 7 and 8 is also not an essential condition for this invention.

In addition, in the said Example, when the several container unit was laminated | stacked in the state which closed the upper surface opening part 2 with the cover body 3, of the container unit main body 1 in the upper container unit adjacent to each other up and down, Since the recessed parts 10 and 11 were formed in the cover body 3 of the bottom face part 1e and the lower container unit, respectively, the recessed part 10 of the bottom face part 1e is the recessed part of the cover body 3 ( 11) A preferable effect of being embedded in the container unit and having no rattling in the container units stacked up and down was obtained, but forming such recesses 10 and 11 is not an essential condition for the present invention.

In addition, in the said Example, when a some container unit is arrange | positioned up and down, the bottom face part of the container unit main body 1 and the cover body 3 of the lower container unit in the upper container unit adjacent to each other up and down mutually Since the water holes 12 and 13 are laid, the water introduced into the upper container unit by watering or the like is also introduced into the lower container unit through the water hole, so that the flow of water of the entire plurality of the container units arranged up and down is prevented. Although the favorable effect which becomes very favorable was acquired, it is not an essential condition for this invention to install such a waterworks 12 and 13, too.

In addition, the material of the container unit main body 1 is not limited to general-purpose synthetic resins, such as polypropylene, polyethylene, and polystyrene of the said Example, It is also possible to use the thing of materials other than synthetic resin.

In addition, in the said Example 1, although the container unit 20 was provided in every square of the holder 34 formed in the grid | lattice form, it is not necessary to necessarily install the container unit 20 in every square of the holder 34. As in the third embodiment, it is possible to form the space portion 41 without providing the container unit 20, and the panel 42 can also be fitted as in the fourth embodiment.

In the above embodiment, the plurality of container units 20 are arranged horizontally and horizontally using the holding body 34 formed in such a lattice shape, but the use of such holding body 34 is also an essential condition for the present invention. Is not.

As described above, the container unit for greening of the present invention mainly uses a plurality of vertical and horizontal installations on the front side of the wall to be used for wall greening, but its use is not limited to wall greening. Instead, the present invention can be used for other recording purposes, such as for indoor recording as in the fifth embodiment.

1: container unit body
2: opening
3: cover body
5: space part
6: opening
7: hood
8: hood
12: Monk
13: Monk
20: container unit
21: home
28: hanging branch
29: hanging branch
31: pot seedlings plants
32: plant

Claims (20)

The pot seedling plants accommodated in the container unit main body 1 on one side of the container unit main body 1 that can accommodate the plant cultivation base member such as the soil 30 and the pot seedling plant 31. The opening part 6 which can expose the plant 32 part of (31) to the outside is formed,
Container unit for greening. The method of claim 1,
The opening 2 for accommodating the plant cultivation base member and the pot seedling plant 31 is separate from the opening 6 capable of exposing the plant 32 portion of the pot seedling plant 31 to the outside. The container unit for greening provided in the container unit main body (1). The method of claim 2,
The container unit for greening which further includes opening and closing the opening (2) of the said container unit main body (1) for accommodating the said plant cultivation base member and the said pot seedling plant (31). 4. The method according to any one of claims 1 to 3,
A container unit for greening, wherein a hanging portion for hanging on a holding body (34) holding the container unit body (1) is formed in the container unit body (1). The method of claim 4, wherein
The container unit for greening, wherein the hanging portion is formed in a concave shape on the bottom surface side of the container unit body (1). The method according to any one of claims 1 to 5,
The hood member for reducing the wind pressure with respect to the said plant 32 part part of the said pot seedling plant 31 accommodated in the said container unit main body 1 is a part of the said plant 32 The container unit for greening provided in the circumference | surroundings of the opening part 6 which can expose the outside to the outside. The method according to any one of claims 1 to 6,
When a plurality of container units are arranged up and down, waterworks 12, 13 are installed in the bottom face 1e and the upper face so that water can be drawn from the upper container unit to the lower container unit. (Iv) A container unit for greening. The method of claim 7, wherein
The container unit for greening is formed in the recessed part (11) formed in the said upper surface part. The method according to any one of claims 1 to 8,
The container unit for greening which is further provided with the groove part 21 which inserts the watering pipe for watering. 10. The method of claim 9,
The groove part (21) into which the said water pipe is inserted is in communication with the recessed part (11) and the water hole (13) of an upper surface part, The container unit for greening. The method according to any one of claims 1 to 10,
The container unit for greening of the said container unit main body (1) is comprised from the synthetic resin. The method according to any one of claims 3 to 10,
The container unit for greening of the said container unit main body (1) and the said cover body (3) is comprised from synthetic resin. The container unit main body 1 which can accommodate the plant cultivation base member, such as the soil 30, and the pot seedling plant 31, and the opening part 2 was formed in the upper surface, and the upper surface opening part 2 of the said container unit main body 1 The pot seedling plant 31 accommodated in the container unit main body 1 in the state which closed the upper surface opening part 2 with the cover body 3, and is comprised by the cover body 3 which enables opening / closing). An opening 6 is formed in the side surface of the container unit main body 1 so that the plant 32 part of the plant 32 can be exposed to the outside, and the plurality of container units are stacked up and down while the cover body 3 is closed. When the bottom surface 1e of the container unit body 1 of the upper container unit adjacent to each other up and down and the cover body 3 of the lower container unit are brought into surface contact, the bottom surface of the container unit main body 1 The part 1e and the cover body 3 are provided, respectively.
Container unit for greening. The pot seedling plant 31 accommodated in the container unit main body 1 on one side of the container unit main body 1 that can accommodate the plant cultivation base member such as the soil 30 and the pot seedling plant 31. Prepare a plurality of container units formed by the opening 6 is formed to expose a portion of the plant 32 to the outside,
A plant cultivation base member such as soil 30 and a pot seedling plant 31 are accommodated in the container unit body 1 of the plurality of container units, and the plant 32 portion of the pot seedling plant 31 is held in the container unit body 1. Exposed to the outside from the opening part 6 on one side of the container unit body 1,
Installing and installing at least a plurality of container units accommodating the plant cultivation base member and the pot seedling plant 31,
Greening technique. The method of claim 14,
The opening 2 for accommodating the plant cultivation base member and the pot seedling plant 31 is a container separate from the opening 6 capable of exposing the plant 32 portion of the pot seedling plant 31 to the outside. The greening method formed in the main body (1). 16. The method of claim 15,
And a cover (3) for opening and closing the opening (2) of the container body (1) for accommodating the plant cultivation base member and the pot seedling plant (31). The method according to any one of claims 14 to 16,
A greening method, wherein the plurality of container units are installed vertically and horizontally. 18. The method according to any one of claims 14 to 17,
The hanging part of the container unit main body 1 of the several container unit 20 which accommodated the said plant cultivation base member and the said pot seedling plant 31 hangs on the holding body 34, and a container is hold | maintained at the said holding body 34 Greening technique to keep unit. The method of claim 18,
The said holding body (34) is a substantially grid-like method which provided the frame in the up, down, left, right. The container unit main body 1 which can accommodate the plant cultivation base member, such as the soil 30, and the pot seedling plant 31, and the opening part 2 was formed in the upper surface, and the upper surface opening part 2 of the said container unit main body 1 ) Of the pot seedling plant 31 accommodated in the container unit body 1 in a state where the upper surface opening 2 is closed by the cover body 3. The opening part 6 in which the part of the plant 32 was exposed to the outside prepares the some container unit comprised in the side part of the said container unit main body 1, and was comprised,
A plant cultivation base member such as soil 30 and a pot seedling plant 31 are accommodated in the container unit body 1 of the plurality of container units, and the plant 32 portion of the pot seedling plant 31 is stored in the container unit body 1. Exposed to the outside from the opening part 6 of the side part of the container unit main body 1,
A plurality of container units accommodating the plant cultivation base member and the pot seedling plant 31 are provided with the bottom face portion 1e of the container unit body 1 of the upper container unit adjacent to each other up and down and the cover body of the lower container unit ( 3) is laminated up and down, and is installed on the left and right sides so as to be in a surface contact state,
Greening technique.

Images