JP5103588B2 - Greening shelf forming body and greening shelf - Google Patents

Description

  The present invention relates to a greening shelf forming body such as a retaining wall, a wall surface, and a basket and a greening shelf.

The conventional greening shelf is made of a mesh material, and the front surface is an inclined form that forms a vegetation base storage portion having an inverted upper surface and side surface shape, and a lower portion of the front surface. There is known a greening shelf having a form in which a shelf forming body for greening composed of a back surface to which a slab is fixed is arranged on a concrete slope in a staircase shape. (For example, Patent Document 1)
In addition, a multi-stage shelf insertion part consisting of diagonal recesses to insert the shelf diagonally from the front of the support column to the rear is provided, and multiple shelf plates are provided on multiple columns arranged at intervals. A greening shelf is known in which the upper part of the shelf is a full opening. (For example, Patent Document 2)

Japanese Patent Laid-Open No. 10-306446 (FIG. 10) JP 2009-254347 A

nothing special

The techniques of Patent Documents 1 and 2 described above are forms in which the upper part of the vegetation base is exposed because the upper part is in the form of an entire opening, and therefore, the vegetation base is blown off by a strong wind such as a typhoon. Immediately after sowing the seeds, the seeds were scattered by a strong wind, and when heavy rain fell, the seeds and the buds just after they came out washed away under running water.
For this reason, it has the fault that the landscape and aesthetics which were imaged even if it became a growing plant state cannot be obtained, such as the growth area of a plant becoming sparse.
In addition, in the case of greening shelves on the side walls of the road (including house and building fences), even if a car collides, the vegetation base is scattered and the traffic restriction is prolonged for a long time. Had the disadvantage of digging up and spreading the vegetation base.
In addition, in places where there are flow velocities such as river revetments, waterways, sabo dams, and where there are driftwood and driftstones, seeds will be washed away, and the shelf itself will be damaged. It was.
Further, since the plant grows only on the upper opening of each shelf board (vegetation base storage part) protruding forward, the front part of each shelf board remains a plate surface on which no plants grow. For this reason, it is difficult to make a greening that covers the greening shelf all over the landscape, and the front part of each shelf board forms a part of the landscape of the greening shelf, thereby reducing the greening area I had it.
Moreover, since the technique of patent document 2 presupposes using the support | pillar of the fixed front and rear thickness in which the shelf insertion part was formed, there exists a limit in increasing the quantity of a vegetation base, Therefore, a irrigation apparatus Is a permanent condition or a regular watering condition.
In addition, when replacing the vegetation base with a new one, there is a disadvantage that the grown plant must be taken out together with the vegetation base and discarded or replanted.

An object of the present invention is to provide a greening shelf forming body and a greening shelf in which a vegetation base is not scattered even in the event of strong winds or automobile collisions.
In addition, in the green shelf with uneven multi-stage form with the vegetation base storage part protruding forward, the plant grows at least on the top and front of each green shelf, and the entire green shelf is greened in the landscape It aims at providing the shelf formation body for greening and the greening shelf which can implement a landscape and can increase a greening area by it.
It is another object of the present invention to provide a greening shelf forming body and a greening shelf that can change the vegetation base while leaving the grown plants.

In order to achieve the above object, the present invention is configured as follows.
<Invention of Claim 1>
A number of notches are formed on a steel plate by a large number of holes formed between a plurality of incised, expanded, or stretched steel plates, or a jaw-shaped wall formed by extruding a large number of notched portions provided on a steel plate. An expanded metal mesh formed in a mesh steel plate by a large number of holes formed between inclined walls, an upper plate surface made of the expanded metal mesh forming the upper surface, and this upper plate surface form a vegetation base. A lower plate surface made of the expanded metal mesh extending rearward from the front side of the upper plate surface, and formed behind the upper plate surface and the lower plate surface so as to form a vegetation base storage portion to be stored. A shelf forming body for greening, comprising a rear opening which is an opening of the vegetation base storage part.
“The lower plate surface extending backward from the front side of the upper plate surface” is a form of a lower plate surface extending directly from the upper plate surface, from the upper plate surface via the front plate surface Any form of a lower plate surface indirectly extending from the upper plate surface is included in the technical scope.
<Invention of Claim 2>
2. The shelf forming body for greening according to claim 1, wherein a front plate surface formed of an expanded metal mesh is provided between the front side of the upper plate surface and the front side of the lower plate surface.
<Invention of Claim 3>
A first fixed part surface that is a part fixed to the column and the wall surface from the rear end of the upper plate surface is raised, and a second fixed part that is a part to which the column and the wall surface are fixed from the rear end of the lower plate surface The shelf forming body for greening according to any one of claims 1 and 2, wherein the surface is lowered.
<Invention of Claim 4>
The vegetation base storage part is formed with a plurality of shelves, and the formation of the plurality of shelves is formed by bending a single expanded metal mesh. It is a shelf forming body.
<Invention of Claim 5>
The shelf forming body for greening according to any one of claims 1 to 4, wherein a vegetation sheet containing seeds is pasted on an inner surface of an expanded metal mesh that forms a vegetation base storage unit.
<Invention of Claim 6>
The vegetation base forming part according to any one of claims 1 to 5, wherein a vegetation base made of a urethane foam material having water retention and breathability is stored in the vegetation base storage part. .
<Invention of Claim 7>
A greening shelf comprising a plurality of support posts and the greening shelf forming body described in any one of claims 1 to 5 attached in a form of forming a greening shelf on the support posts. .

The present invention has the following effects.
<Effect of the Invention of Claim 1>
A number of notches are formed on a steel plate by a large number of holes formed between a plurality of incised, expanded, or stretched steel plates, or a jaw-shaped wall formed by extruding a large number of notched portions provided on a steel plate. An expanded metal mesh formed on a mesh steel plate by a large number of holes formed between inclined walls,
An upper plate surface made of the expanded metal mesh forming the upper surface;
A lower plate surface made of the expanded metal mesh extending rearward from the front side of the upper plate surface, so as to form a vegetation substrate storage portion that stores the vegetation substrate with the upper plate surface;
Since it is a shelf forming body for greening, comprising a rear opening that is an opening of the vegetation base storage part formed behind the upper plate surface and the lower plate surface, as described below There is an effect.
That is,
(1) Mount a greening shelf forming body protruding in a convex form forward on a shelf forming base such as a support column, retaining wall, wall, etc. to form a green shelf, or form a green shelf A greening shelf forming body is attached in a manner to form a single shelf or a plurality of shelves, and a greening shelf is formed. In the vegetation base storage part, local soil, urethane foam with water retention and air permeability, crushed bark pieces and The vegetation base such as soil mixed vegetation material is stored and seeds are sown on the front side of the vegetation base, but both the vegetation base and seeds are located in a strong expanded metal mesh made of steel plate, so the upper part The surface, lower surface, and front surface are surrounded by expanded metal mesh, and the back surface (rear) is expanded metal mesh or closed. That is, since the convex vegetation base and the seeds that protrude forward are completely closed, the vegetation base and seeds are not scattered even if there is a strong wind such as a typhoon. .
(2) According to the above (1), even if there is heavy rain, most of the seeds will not run away, and will grow and grow without an expanded metal mesh, realizing a greening shelf that grows with the scenery and aesthetics of the growing plant. There is an effect.
Also, because it grows from seeds in the greening shelf forming body, it becomes a state where the roots are stretched around in the mesh inner layer, so that even if it is used in places where driftwood or drift stone hits due to the flow velocity of river revetments, waterways, sabo dams, etc. It has the effect of enabling planting by installing it in such a place where there is no loss of plants and base materials.
(3) In many cases, even against the impact of a car crash, the tough expanded metal mesh made of steel plate is only crushed or partially broken, so that the vegetation base inside is scattered. A small amount is sufficient, and even if a vehicle accident occurs, the vegetation base material does not scatter, so the traffic can be restricted in a short time.
In addition, even if a car collides, it exhibits an extremely good buffering function, so that it can be expected to reduce damage caused by a traffic accident.
In addition, the vegetation base having a thick silencing characteristic has the effect of reducing the silencing noise of automobiles.
In addition, there is an effect that passersby cannot dig up the vegetation base by mischief.
Therefore, it is suitable for forming a greening shelf on the side wall of an automobile road including a highway.
(4) Since the front plate surface, the front plate surface, and the lower plate surface of the protruding green shelf forming body are all formed by an expanded metal mesh that is a mesh-like steel plate, plants are formed from a large number of holes. Grows and extends to the outside, and at least the upper plate surface and the front plate surface of the greening shelf forming body are greened. As a result, a landscape in which the entire greening shelf is greened can be realized, and the greening area can be increased thereby.
Depending on the plant, the lower plate can also be greened.
It is best to select a plant with a low plant height (mainly ground cover plants) that is suitable for the growth of the plant from the mesh netting. There is no need to work, and the effective period of water retention can be prolonged by selecting plants with low plant height (mainly ground cover plants).
(5) Generally, since the greening shelf forming body is attached to the front surface of the column by bolts or welding, a form not limited to the use of a column having a special specification is realized, and the front and rear width of the column Has the effect that can be freely selected. This makes it possible to increase the amount of vegetation base to be stored by increasing the width of the vegetation base to increase the water retention capacity, so that it is not necessary to install a irrigation device permanently or regularly. This makes it possible to realize a greening shelf in which greening is maintained.
(6) By using a non-adhesive or weak vegetation base, the vegetation base can be taken out, for example, by opening a lower opening provided in advance, and the plant growing through the mesh is expanded. Since it is held on the expanded metal mesh by the metal mesh, it is possible to introduce a new mixed vegetation base and grow an existing plant on the new vegetation base.
In addition, even if the vegetation base has a strong adhesion, if it is water-disintegrating, the plant growing through the mesh of the vegetation base is washed away by running water, and the expanded metal mesh is used to expand the vegetation base. It is in a state where it is held on a metal mesh, and there is an effect that a new mixed vegetation base can be introduced and existing plants can be grown on the new vegetation base.
(7) Partially withered parts can be easily repaired by pulling out the vegetation base of the expanded metal mesh hole with a stick and pushing the seed vegetation base into the hole. There is an effect that can be done.
<Effects of Invention of Claim 2>
The green shelf forming body according to claim 1, wherein a front plate surface formed of an expanded metal mesh is provided between the front side of the upper plate surface and the front side of the lower plate surface. Even if it is a structure, there exists an effect similar to the invention of Claim 1.
<Effect of the Invention of Claim 3>
The first fixed part surface, which is the part fixed to the column and wall (building wall, retaining wall, etc.) is raised from the rear end of the upper plate surface, and the column and wall are fixed from the rear end of the lower plate surface. The shelf-forming body for greening according to any one of claims 1 and 2, characterized in that the second fixed part surface to be a part to be formed is lowered. In addition to the same effects as the invention described in any one of the items, the following effects can be obtained.
That is,
By the flange effect of the first fixed part surface and the second fixed part surface, the strength of the greening shelf forming body is increased, and the attachment of the greening shelf forming body to the support and the wall surface is facilitated and rigid. Play.
<Advantageous Effects of Invention>
The vegetation base storage part is formed with a plurality of shelves, and the formation of the plurality of shelves is formed by bending a single expanded metal mesh. Since it is a shelf formation body, it has the same effects as the invention described in any one of claims 1 to 3 and the following effects.
That is,
Since the plurality of shelves are formed by bending one expanded metal mesh, the strength is strong and the cost can be reduced.
<Effect of the Invention of Claim 5>
Since it is the shelf formation body for greening of any one of Claims 1-4 by which the vegetation sheet containing a seed is stuck on the inner surface of the expanded metal mesh which forms a vegetation base storage part, In addition to the same effects as the invention described in any one of claims 1 to 4, the following effects can be obtained.
In other words, the seeded vegetation sheet is affixed to the inner surface of the expanded metal mesh that forms the vegetation base storage part. Can be more firmly stopped, and the amount of seeds can be minimized, so that it is possible to realize a landscape in which the plants are grown evenly with the minimum number of seeds, and to realize greening with excellent aesthetics.
In addition, by growing the plant from the seeds in the vegetation sheet, it becomes a state where the roots are stretched around in the mesh inner layer. It can be installed in such a place where there is no runaway, and the effect of greening is achieved.
<Advantageous Effects of Invention>
The vegetation base forming part according to any one of claims 1 to 5, wherein a vegetation base made of a urethane foam material having water retention and breathability is stored in the vegetation base storage part. Therefore, the same effects as those of the invention described in any one of claims 1 to 5 can be achieved and the following effects can be achieved.
That is,
Since the vegetation base made of a urethane foam material, which is a lightweight member, is housed, there is an effect that the installation work is easy and the work can be done in a short time.
<Effect of the Invention of Claim 7>
A greening shelf comprising a plurality of support posts and the greening shelf forming body described in any one of claims 1 to 5 attached in a form of forming a greening shelf on the support posts. Therefore, there exists an effect similar to the invention of any one of Claims 1-5.

The assembly perspective view of the greening shelf of Example 1 of this invention. The left view of the greening shelf of Example 1 of this invention, a front view, and a bottom view. The left view of the shelf formation for greening of Example 1 of the present invention, and a middle part omission front view. The reference front view and reference AA cut | disconnected end elevation of the expanded metal mesh M of Example 1 of this invention. The fragmentary sectional view which shows the state which the plant of Example 1 of this invention grew. Sectional drawing of the state which accommodated the vegetation base of Example 1 of this invention. Sectional drawing of the state which accommodated the vegetation base of Example 1 of this invention. Sectional drawing of the state which accommodated the other vegetation base of Example 1 of this invention. The left view, the top view, the front view, and the rear view of the shelf formation body for greening of Example 1 of this invention. The left view of the greening shelf of Example 2 of this invention, a front view, and a bottom view. The side view which shows the variation of the greening shelf of Example 2 of this invention. The side view which shows the other variation of the greening shelf of Example 2 of this invention. The reference partial perspective view of the state which formed the intermediate | middle partial omission front view of the greening shelf formation body of Example 2 of this invention, the intermediate | middle partial saving rear view, the intermediate | middle partial saving bottom view, the left view, and the greening shelf. The reference partial perspective view of the state which formed the intermediate | middle partial saving front view, intermediate | middle partial saving rear view, intermediate | middle partial saving bottom view, left side view, and the greening shelf of the shelf formation body of Example 3 of this invention. The top view, front view, back view, and left view of the shelf forming body for greening of Example 4 of this invention. The perspective view of the support | pillar with a closing plate and the fixing belt with a protrusion of Example 5 of this invention. The perspective view of the fixing belt with a blocking plate of Example 6 of this invention. The perspective view of the support | pillar with a closing plate and the fixing belt with a protrusion of Example 7 of this invention. The side view which shows the other form of the shelf formation for greening of Example 8 of this invention. The side view which shows the other form of the shelf formation for greening of Example 9 of this invention. The left view, the right view, the front view, the top view, the bottom view, and the rear view of the shelf forming body for greening of Example 1 of the other invention. The side view and front view of the greening shelf of Example 1 of other invention. The planting state figure of the plant of the greening shelf of Example 1 of other invention. The inner side view of the support | pillar of Example 1 of other invention, the top view of a greening shelf, and a bottom view. The assembly side view and front view of the greening shelf of Example 2 of other invention. The left view, the right view, the front view, the top view, the bottom view, and the rear view of the shelf forming body for greening of Example 3 of the other invention. The side view and front view of the greening shelf of Example 3 of other invention. The planting state figure of the greening shelf of Example 4 of other invention. BRIEF DESCRIPTION OF THE DRAWINGS Reference front end view, reference left side end view, reference right side end view, reference plane end view, and reference bottom end view of an expanded metal mesh M of Example 1 of the present invention. The front view of the shelf formation for greening of Example 10 of this invention. The side surface which abbreviate | omitted the fixing belt of the shelf formation body for greening of Example 10 of this invention. The perspective view which abbreviate | omitted the support | pillar of the shelf formation body for greening of Example 10 of this invention, a fixing belt, and a support | pillar.

  Embodiments that are the best mode for carrying out the present invention will be described below. However, the present invention is not intended to be limited to these examples. Further, in the description of the embodiments to be described later, the same reference numerals are given to the same components of the above-described embodiments, and the overlapping description is omitted.

In the embodiment of the present invention shown in FIG. 1 to FIG. 9 and FIG. 29, reference numeral 1 denotes a greening shelf forming body, and this greening shelf forming body 1 has the following configuration.
It is formed in a mesh steel plate by a large number of holes 3 formed in a steel plate or in the shape of a turtle shell or the like formed between a plurality of incised, expanded, or stretched steel plates, or between the inclined hole forming walls 2. It is formed in a mesh steel plate by a jaw-shaped (including inclined wall) hole-forming wall 2 formed by extruding a large number of cut portions and a large number of holes 3 formed between the inclined hole-forming walls 2. The expanded metal mesh M and the greening shelf forming body 1 are formed by bending one piece of the expanded metal mesh M (hereinafter also referred to as “mesh M”).
That is,
A fixed part surface 7a, which is a vertical surface having a bolt through hole 6 fixed by a bolt 5 to a column 4a, 4b, 4c (or a wall in which an anchor is embedded), is folded forward from the fixed part surface 7a. An upper plate surface 8a extending forward with a downward inclination, a front plate surface 9a vertically bent downward from the upper plate surface 8a and extending downward, and folded backward from the front plate surface 9a and inclined downward. A vegetation base storage portion 11a for storing a vegetation base formed by a lower plate surface 10a, an upper plate surface 8a, a front plate surface 9a, and a lower plate surface 10a extending rearward, an upper plate surface 8a and a lower plate surface 10a A shelf 13a composed of a rear opening 12a which is an opening of the vegetation base storage part 11a formed behind
A fixed portion surface 7b having a bolt through hole 6 which is a vertical surface folded downward from the lower plate surface 10a; an upper plate surface 8b which is folded forward from the fixed portion surface 7b and extends forward with a downward slope; A front plate surface 9b that is vertically bent downward from the upper plate surface 8b and extends downward, a lower plate surface 10b that is folded rearward from the front plate surface 9b and extends rearward with a downward inclination, and an upper plate surface A vegetation base storage portion 11b for storing a vegetation base formed by 8b, the front plate surface 9b and the lower plate surface 10b, and a vegetation base storage portion 11b formed behind the upper plate surface 8b and the lower plate surface 10b. A shelf 13b comprising a rear opening 12b which is an opening;
A fixed portion surface 7c having a bolt through hole 6 which is a vertical surface vertically folded downward from the lower plate surface 10b; an upper plate surface 8c which is folded forward from the fixed portion surface 7c and extends forward with a downward slope; A front plate surface 9c that is vertically bent downward from the upper plate surface 8c and extends downward, a lower plate surface 10c that is folded rearward from the front plate surface 9c and extends rearward with a downward inclination, and an upper plate surface A vegetation base storage portion 11c for storing a vegetation base formed by the front plate surface 9c and the lower plate surface 10c, and a vegetation base storage portion 11c formed behind the upper plate surface 8c and the lower plate surface 10c. A shelf 13c comprising a rear opening 12c which is an opening;
A fixed portion surface 7d having a bolt through hole 6 which is a vertical surface folded vertically downward from the lower plate surface 10c; an upper plate surface 8d which is folded forward from the fixed portion surface 7d and extends forward with a downward slope; A front plate surface 9d that is vertically folded downward from the upper plate surface 8d and extends downward, a lower plate surface 10d that is folded rearward from the front plate surface 9d and extends rearward with a downward slope, and this lower plate A fixed part surface 7e having a bolt through hole 6 which is a vertical surface vertically folded downward from the surface 10d, and a vegetation base formed by an upper plate surface 8d, a front plate surface 9d and a lower plate surface 10d are accommodated. It consists of a vegetation base storage part 11d and a shelf 13d comprising a rear opening 12d that is an opening of the vegetation base storage part 11d formed behind the upper plate surface 8d and the lower plate surface 10d.

  The side shape of the shelf formed by the upper plate surface, the front plate surface, and the lower plate surface is a horizontally oriented trapezoid. By adopting such a laterally trapezoidal shape, the vegetation base material thrown in through the upper opening of the greening shelf can be distributed evenly to every corner of the vegetation base storage part, and a strong form can be realized.

In the front plate surfaces 9 a, 9 b, 9 c, 9 d, the hole forming wall 2 has its lower part positioned rearward and lower and the upper part positioned forward and upper, and the hole 3 has its opening above the hole forming wall 2. Each of the holes 3 and the hole-forming wall 2 form small vegetation pots or holes in which the plants grow upward from the holes 3 to the outside of the mesh M, and the upper plate surfaces 8a, 8b, 8c, In 8d, the hole forming wall 2 is configured such that the lower part is positioned forward and lower and the upper part is positioned rearward and the hole 3 is positioned rearward of the opening of the hole forming wall 2. It is the form which formed the hole which grows upwards outside.
The fixing portion surfaces 7a, 7b, 7c, and 7d are provided with screw through holes 25 that overlap the screw holes 14 of the columns 4a, 4b, and 4c.

It is also possible to set the inclination angle of the upper plate surface to approximately 45 degrees (with the inclination angle of 45 degrees) so that the hole-forming wall 2 is tilted forward from the vertical position. In this case, the lower plate surface is preferably substantially horizontal, which increases the area of the upper plate surface and the front plate surface on which plants grow, that is, the greening area.
The upper plate surface may be substantially horizontal.

A strut having a screw hole 14 (a nut weld may be used instead of a screw hole, or a nut may be tightened as a screw-through hole instead of a screw hole) that is provided upright or fixed to a wall surface at a predetermined interval. 4a, 4b, 4c, the shelf forming body 1 for greening is fixed by fixing belts 15a, 15b, 15c and bolts 5 formed in the surface shape of the shelf forming body 1 for greening, and the upper part of the columns 4a, 4b, 4c The green covering shelf 16 is formed by providing an upper covering member 24 that is fixedly placed on the top.
A pipe 22 for supplying water is provided in the upper covering material 24.
Fixing Belts Screw holes 23 that overlap the screw holes 14 are provided in the recessed portions of the fixing belts 15a, 15b, and 15c.
The greening shelf forming body 1 can be provided continuously upward or horizontally, and in the case of horizontal connection, the threading holes 23 overlap each other as shown in FIG. This is done by forming the overlapping portion 25. Although not shown, in the case of the upper continuous arrangement, the lowermost fixing part surface 7e of the upper greening shelf forming body 1 is overlapped with the uppermost fixing part surface 7a of the lowering greening shelf forming body 1. And fixed with bolts.

  There is also a form in which the greening shelf is formed by attaching the greening shelf forming body 1 between the support columns so as to form a single shelf or a plurality of shelf. Such a form is suitable mainly as a planter or a bag.

  As shown in FIG. 6, a vegetation sheet 17 containing seeds and fertilizer (a form in which seeds are sandwiched between vegetation sheets) is attached to the entire inner surface of the greening shelf forming body 1, and the vegetation base storage units 11 a to 11 d A foamed vegetation base 18 made of a synthetic resin having water absorption, water retention and breathability (a foamed vegetation base made of urethane is preferable) is provided in a form to be filled up by filling or lump fitting. The back wall is a concrete wall 25 such as a road side wall or a structure wall.

Moreover, as shown in FIG. 7, a vegetation sheet 17 containing seeds and fertilizer (a form in which seeds are sandwiched between vegetation sheets) is pasted on the entire inner surface of the greening shelf forming body 1, and vegetation base storage units 11a to 11d. Is packed with local soil vegetation base 20 consisting of local soil.
A foamed vegetation base 18 made of a synthetic resin having water absorption, water retention and breathability (a foamed vegetation base made of urethane is preferable) is provided in a form to be filled up by filling or lump fitting.
The back plate 19 may be in a form without a gap fixed directly to the back of the greening shelf forming body 1 without a gap.
A back plate 19 made of an expanded metal mesh M is disposed on the back with a gap between the fixed portion surfaces 7a, 7b, 7c, and 7d.

Moreover, as shown in FIG. 8, the mixed vegetation base 21 formed by mixing crushed bark, soil, and fertilizer is stuffed at the site or stuffed in advance. The vegetation sheet 17 is provided in the range of the upper plate surface and the front plate surface, and further, the vegetation sheet 17 is provided on the inner surface of the back plate 19, and the plant grows outward from the back plate 19 and the back side is also greened. To be. The front is also the back (rear) to realize green cocoons.
It is recommended to use a mixed vegetation base that uses recycled materials such as pruning and thinning materials for roadside trees as a water-holding material, and a base material for growth that consists mainly of natural soil.
It is preferable in terms of work efficiency that such a mixed vegetation base is carried out by a dedicated filling bark blower.

Further, a paste-like vegetation member (binder) mixed with seeds may be provided by being applied in advance to the inner surface of the mesh M by brushing, roller coating, spray coating, or the like, or may be applied on site. The pasty vegetation member is preferably biodegradable.
It is also possible to mix seeds with the vegetation base itself.
Alternatively, seeds may be seeded in the holes 3 by spraying seeds toward the upper plate surface and the front plate surface after the on-site greening shelf is formed. In this case, it is preferable to apply a biodegradable binder from the front after seed sowing so that the seeds are not scattered by a strong wind.
In addition, after the on-site greening shelf is formed, a thin adhesive biodegradable binder is applied to the upper and front plate surfaces, and then seeds are sprayed to attach the seeds to the adhesive binder to prevent wind and rain. It is also possible not to scatter.

Further, when the mixed vegetation base is exchanged by using a non-adhesive or weak mixed vegetation base, the greening shelf-forming body 1 is removed from the support column 4. Plants that have passed through (hole 3) and have grown with roots inside and stems and leaves outside are retained on the mesh M by the mesh M. The old mixed vegetation base is removed, the planted shelf forming body 1 with a plant is attached to the support, and a new mixed vegetation base is introduced to allow existing plants to grow on the new vegetation base.
In addition, even if the vegetation base has a strong adhesion, if it is water-disintegrating, the plant growing through the mesh of the vegetation base is washed away by running water, and the expanded metal mesh is used to expand the vegetation base. It can be maintained on a metal messi, and a new mixed vegetation base can be introduced to allow existing plants to grow on the new vegetation base.
Partially withered parts can be easily repaired by pulling out the vegetation base of the expanded metal mesh hole with a thin bar and pushing the seed vegetation base into the hole. .
A perennial plant that grows from a mesh mesh and is suitable for use as a ground cover (a short plant that spreads over the ground) that absorbs less water from a low-vegetation vegetation base. In such a use, it is not necessary to prun the plant, and by selecting perennial evergreen plants such as daikandra, tefbrea, white clover etc. with low plant height In addition, the effective period of water retention can be extended.
In addition, common plants such as Japanese apricot, sedum, moss and the like are also good.

The expanded metal mesh M uses a galvanized steel sheet with a thickness of 1.2 mm, the inclination angle of the inclined hole forming wall 2 (jaw portion) forming the opening of the hole is about 45 degrees, and the horizontal pitch of the holes Is 15 mm or 35 mm (preferably 15 mm to 40 mm), depending on the contents of the vegetation base to be stored or the plant to be vegetated.
Expanded metal mesh M is currently the cheapest and weather-resistant galvanized steel sheet that is good in terms of cost, but is not limited to galvanized steel sheets, and other steel sheets that do not require plating such as stainless steel Can be used, and since it is a steel plate, it is recycled as 100% iron scrap when discarded.

The main difference from the first embodiment in the second embodiment of the present invention shown in FIGS. 10 to 13 is that the front and rear length of the shelf is about twice as long as the greening shelf forming body 1 of the first embodiment, and The greening shelf forming body 30 having one shelf is formed.
Specifically, the shelf forming body 30 for greening is a fixed part surface 31 which is a vertical surface having bolt through holes 6 fixed to the support columns 4 by bolts 5, and is inclined forwardly from the fixed part surface 31. An upper plate surface 32 extending forward, a front plate surface 33 vertically bent downward from the upper plate surface 32 and extending downward, and folded rearward from the front plate surface 33 and tilted downward and rearward The lower plate surface 34 is extended, and the fixed portion surface 35 is bent vertically downward from the lower plate surface 34 and extends downward.
A greening shelf 36 is formed by attaching the greening shelf forming body 30 to the plurality of columns 4 so as to form a shelf with bolts 5. In FIG. 10, a four-tier shelf is formed by four greening shelf forming bodies 30, but any number of shelves are possible.
The side shape formed by the upper plate surface 32, the front plate surface 33, and the lower plate surface 34 is a laterally trapezoid. By adopting such a horizontal trapezoid, a strong form is realized.

In FIG. 11, the pillar 4 has a large number of screw holes 14 (which may be screw-through holes and stoppers).
Is provided. Specifically, the attachment in the state where the edges of the fixed part surface 31 and the fixed part surface 35 are brought together (FIG. 11A), the support column in the state where the fixed part surface 31 and the fixed part surface 35 are overlapped. FIG. 11B shows a configuration in which the mounting position is the upper position (FIG. 11B), and the mounting position is the lower position of the column in a state where the fixing portion surface 31 and the fixing portion surface 35 are overlapped (FIG. 11C). .
In particular, as shown in FIGS. 11 (b) and 11 (c), the fixing and fixing in the state where the fixing part surface 31 and the fixing part surface 35 are overlapped are performed on the fixing part surface 31 and the fixing part surface 35. It becomes a double structure, and while realizing a form strong against a load from above, it is possible to improve the rigidity as a whole.

FIG. 12 shows a form in which a plate 39 made of mesh M is provided between the greening shelf forming body 30 that forms the shelf stage of the greening shelf on the support column 4 and the greening shelf forming body 30.
The plate 39 is fixed by the bolt 5 in a form of being overlapped with the fixing part surface 31 and the fixing part surface 35.
The greening shelf forming body 30 is formed in such a manner that the greening shelf forming body 30 is slightly larger than the plate 39 by a fixing belt 40 having a threading hole 41 having a width equal to or narrower than that of the support column 4. The surface 31, the plate 39 and the fixing part surface 35 are overlapped and fixed by the bolt 5.
The plate 39 is not limited to the mesh M. For example, there are various types such as an advertising plate and a light emitting plate provided with a light emitter such as an LED. Moreover, the width is also various.
In the case of a mixed vegetation base having no adhesion or weakness, by removing the bottom plate 39, the vegetation base can be taken out from the opened bottom opening. At the same time, since the plant that has passed through the mesh (hole 3) and the roots are brought inward and the stems and leaves are brought out and is grown is held on the mesh M by the mesh M, a new mixed vegetation base is introduced into the existing plant. Can be grown on a new vegetation base.
The plate 39 surface, which is a vertical surface, can also be a greening surface on which plants grow.

In the third embodiment of the present invention shown in FIG. 14, the main difference from the first embodiment is that the shelf forming body 44 for greening which is one shelf in a form in which the shelves 13 a, 13 b, 13 c and 13 d are individually separated. It is in the point formed.
The fixed belt 15 is the same as the fixed belt 15a.
The usage pattern is the same as in the second embodiment.

The main difference between the fourth embodiment of the present invention shown in FIG. 15 and the second embodiment is that a single expanded metal mesh M is bent from the shelves 47a, 47b, 47c, 47d having the same form as the shelf forming body 30 for greening. Thus, the green shelf forming body 48 is formed.
The usage pattern is the same as in the first embodiment.

In the fifth embodiment of the present invention shown in FIG. 16, the main difference from the first embodiment is that the block is formed by a single plate that blocks the side opening of the greening shelf forming body 1 on the side of the support column 4 on the outside. This is in the point that the supporting plate-equipped column 51 having a plurality of plate portions 50 (four in this embodiment) is formed.
Further, the fixing belt 53 with protrusions is formed by appropriately providing the protrusions 52 that prevent the closing plate 50 from warping to the outside by engaging the outer surface of the closing plate 50 with the side portions of the fixing belt 15. .
In the actual installation, the supporting columns with the closing plate are required on the left and right of the greening shelf, and therefore, the supporting columns with the closing plate 51 are required to be symmetrical.
The closing plate portion 50 may be a separate plate.

In the sixth embodiment of the present invention shown in FIG. 17, the main difference from the first embodiment is that a fixing with a closing plate provided with a closing plate 50 for closing the side opening of the shelf forming body 1 for greening is provided on the side of the fixing belt 15. The belt 55 is formed.
In an actual installation, the support columns with the closing plates are required on the left and right sides of the greening shelf, and therefore, the ones symmetrical to the fixing belt 55 with the closing plates are required.

In the seventh embodiment of the present invention shown in FIG. 18, the main difference from the first embodiment is that an expanded metal mesh M single plate that closes the side opening of the greening shelf forming body 1 on the side of the support column 4 that is outside. The support plate-attached support column 58 provided with a plurality of (four in the present embodiment) cover plate portions 57 formed in the above is formed.
Further, the outer surface of the closing plate 58 is engaged with the side of the fixing belt 60 having the same form as the fixing belt 15 formed of the expanded metal mesh M, and the protrusion prevents the closing plate 58 from warping outward. A fixing belt 59 with protrusions, which is provided with 52 as appropriate, is formed.
In the actual installation, the support columns with the closing plates are required on the left and right sides of the greening shelf, and therefore, the support columns with the closing plates 58 are required to be symmetrical.
The closing plate portion 57 may be a separate plate.
The hole forming wall 2 on the front surface corresponding to the front plate surfaces 9a, 9b, 9c, 9d of the fixed belt surface 60 is the same as the direction of the hole forming wall 2 on the front plate surfaces 9a, 9b, 9c, 9d. It has become. Further, the closing plate 58 is also directed to the same hole forming wall 2.
Plants in which the seeds in the greening shelf forming body 1 have germinated and grown from the holes 3 on the surface of the fixing belt 60 are sprouting out and greened.
Further, by sticking a vegetation sheet on the inner surface of the closing plate 58, the plant grows outside and is greened from the hole 3 of the closing plate 58.

In the eighth embodiment of the present invention shown in FIG. 19, the main difference from the first embodiment is that a greening shelf forming body 1 is provided on the front side of the support column 4 on the road side, and on the back side of the support column 4 on the site side. The greening shelf 62 formed by providing four greening shelf forming bodies 44 is formed.
When removing the vegetation base, it is possible to remove one or two greening shelf forming bodies 44 on the site side, so that it is possible not to obstruct traffic of pedestrians and cars and to proceed with the replacement work safely. it can.
The head of the support column 4 is covered with a green M-shaped upper covering member 63 formed of an expanded metal mesh M and fixed together with the greening shelf forming body by the uppermost bolt 5. A pipe 22 for spraying water is provided.

In the ninth embodiment of the present invention shown in FIG. 20, the main differences from the first embodiment are other forms of the greening shelf forming body, that is, the greening shelf forming body 66, the greening shelf forming body 67, and the greening shelf forming body. A shelf forming body 68 is shown.
(1) The greening shelf forming body 66 is formed of a four-stage shelf 70 which is formed by an expanded metal mesh M so as to protrude in a semicircular arc shape, and the upper portion of the shelf 70 forms an upper plate surface 71 and the front portion thereof A front plate surface 72 is formed, and a lower portion forms a lower plate surface 73.
Plants mainly grow on the upper plate surface 71 and the front plate surface 72.
(2) The greening shelf forming body 67 is formed of a four-stage shelf 75 which is formed by an expanded metal mesh M so as to protrude in the form of an inverted right triangle. The side rear inclined surface forms a front plate surface 77.
Plants mainly grow on the upper plate surface 71 and the front plate surface 72.
(3) The greening shelf forming body 68 is formed by forming a shelf 79 that does not have the front plate surface of the four steps formed by protruding metal mesh M in a right triangle shape (may be one step at a time), The shelf 79 has an inclined plate portion formed with an upper plate surface 80 (which can also be regarded as a substantially “front plate surface”), and the lower portion of the upper plate surface 80 is bent horizontally (backward) (angled). A lower plate surface 81 that is a horizontal surface (may be an inclined surface) for forming a vegetation base storage portion (in the first embodiment, the vegetation base storage portion 11a is applicable) is formed away from the support column 4; It has become.
Since the upper plate surface 80 forms a wide front mesh wall that is inclined forward and downward from the upper end to the lower end, it is structured so that it moves away from the column as it goes down and approaches the column as it goes up. It is realized that the vegetation soil (such as local soil) that has been thrown in is piled up in contact with the inner surface of the upper plate surface 80, so that no vegetation soil enters the upper plate surface 80 or a small space is sufficient. The vegetation soil is stuffed in such a way that weakly pressed parts do not occur.
Since the opening of the hole 3 of the expanded metal mesh M on the upper plate surface 80 part is directed upward, the plant grows on the upper plate surface 80 having a large occupation area, and the front surface of the greening shelf can be uniformly greened in a wide range. .
The inclination of the upper plate surface 80 is preferably about 45 to 80 degrees, and more preferably about 60 to 75 degrees.
The upper plate surface 80 (which can also be regarded as a substantially “front plate surface”) is the upper plate surface because it is located at the upper part when viewed from the lower plate surface 81.

30, 31, and 32, the difference between the tenth embodiment of the present invention and the first embodiment is that the form of the shelf is different, the inclination angle of the upper plate surface is 65 degrees to 75 degrees (approximately 70 degrees in the figure). The upper plate surface 135 is a lower plate surface 136 formed by bending the lower portion of the upper plate surface 135 to the back (backward) at a substantially right angle and having an inclination angle of about 20 degrees, and the upper side of the upper plate surface 135 is the inner side. An upper plate upper bent portion 137 that forms a space where vegetation soil enters inside the upper bent portion is formed, and a shelf 138 is formed as a shelf 138 that does not have two front plate surfaces with a single expanded metal mesh M. The formation body 139 is formed.
Since the upper plate surface 135 forms a wide front mesh wall that slopes downward from the upper end to the lower end, it is structured so that it goes away from the support as it goes down and approaches the support as it goes up. The input vegetation soil (local soil, etc.) is piled up while abutting on the inner surface of the upper plate surface 135, so that the vegetation soil does not enter above the upper plate surface 135 and no soil enters. This is a vegetation soil stuffing state that does not occur or needs only a small space and does not generate weakly pressed parts.
Since the opening of the hole 3 of the expanded metal mesh M on the upper plate surface 135 portion is directed upward, the plant grows on the upper plate surface 135 having a large occupation area, and the front surface of the greening shelf can be uniformly greened over a wide range. .
The inclination of the upper plate surface 135 is preferably about 45 to 135 degrees, and more preferably about 60 to 75 degrees.
The upper plate surface 135 (which can also be regarded as a substantially “front plate surface”) is located at the upper part when viewed from the lower plate surface 81, and thus is the upper plate surface.
A vegetation mat 40 is provided on the inner wall surface of the shelf 138, and plant seeds are charged inside or outside the vegetation mat 40. The vegetation mat 40 alone is a nutrient source for plants, has water retention, and is corrosion resistant. Specifically, natural fibers made from the fruits of Takagi “Kapok” distributed in the tropical region of Asia are preferably kapok fiber bags, hemp bags or bags made of synthetic resin bags in a patchwork shape. The main purpose is to maintain water retention.
If the slope is 5 minutes or more, the soil cannot be filled, so make a mesh bag inside the mesh with hemp bags, fill the soil with seeds, place the soil bags, and cover the shelf 138. And

≪Appendix≫
<Other inventions>
<Other Invention Names> Greening Shelf Forming Body and Greening Shelf <Technical Field>
<0001>
Other invention relates to a shelf forming body for greening such as a retaining wall, a wall surface, and a basket and a greening shelf.
<Background technology>
<0002>
Multi-stage shelf insertion parts consisting of diagonal dents to insert the shelf diagonally from the front of the column to the rear, and shelf plates (shelves for greening) on multiple columns arranged at intervals There are known greening shelves in which the upper part of each shelf is a full-surface opening. (For example, Patent Document 1)
<Prior art documents>
<Patent Literature>
<0003>
<Patent Document 1> JP-A-2009-254347 <Non-Patent Document>
<0004>
<Non-patent Document 1> None <Outline of Other Inventions>
<Problems to be solved by other inventions>
<0005>
In the technique of Patent Document 1 described above, the front plate surface of the shelf board is simply a plate in the greening of the greening shelf, and thus the front surface cannot be greened. Therefore, the greening area is reduced. Most of the front face was exposed, or it was visible from between the plants.
<0006>
Another object of the present invention is to provide a greening shelf forming body and a greening shelf that can increase the greening area in view of the drawbacks of the prior art as described above.
<Effects of other inventions>
<0007>
Other inventions have the following effects.
<Effect of claim 1 of other invention>
A number of notches are formed on a steel plate by a large number of holes formed between a plurality of incised, expanded, or stretched steel plates, or a jaw-shaped wall formed by extruding a large number of notched portions provided on a steel plate. An expanded metal mesh formed on a mesh steel plate by a large number of holes formed between inclined walls,
A front plate surface in a raised form made of the expanded metal mesh that forms the front surface, a lower plate surface that extends rearward from the lower portion of the front plate surface to form a lower surface, and stands from the lower plate surface It consists of the rear plate surface of the lowered form,
In the front plate surface, the opening of the hole is oriented to be positioned on the hole forming wall protruding forward of the front plate surface. The following effects are achieved.
That is,
(1) A plurality of green shelves are formed and used between the columns.
By arranging the seeds inside the front plate surface, it is possible to grow the plant outside from the hole (mesh) of the expanded metal mesh, and to green the front plate surface. In addition, greening is performed on the front plate surface, and the greening area can be increased accordingly.
Moreover, there is an effect of realizing a landscape in which most of the front plate surface cannot be seen in view of the landscape, which is a green surface.
(2) By using a non-adhesive or weak vegetation base, the vegetation base can be taken out, for example, by opening a lower opening provided in advance, and the plant growing through the mesh is an expanded Since it is held on the expanded metal mesh by the metal mesh, it is possible to introduce a new mixed vegetation base and grow an existing plant on the new vegetation base.
In addition, even if the vegetation base has a strong adhesion, if it is water-disintegrating, the plant growing through the mesh of the vegetation base is washed away by running water, and the expanded metal mesh is used to expand the vegetation base. It is in a state where it is held on a metal mesh, and there is an effect that a new mixed vegetation base can be introduced and existing plants can be grown on the new vegetation base.
A perennial plant that grows from a mesh mesh and is suitable for use as a ground cover (a short plant that spreads over the ground) that absorbs less water from a low-vegetation vegetation base. In such a use, it is not necessary to prun the plant, and by selecting perennial evergreen plants such as daikandra, tefbrea, white clover etc. with low plant height In addition, the effective period of water retention can be extended.
In addition, common plants such as Japanese apricot, sedum, moss and the like are also good.
(3) Partially withered parts can be easily repaired by pulling out the vegetation base of the expanded metal mesh hole with a stick and pushing the seed vegetation base with seeds into the hole. There is an effect that can be done.
<Advantageous Effects of Other Inventions>
A greening shelf comprising a pair of support posts and the shelf forming body for greening described in claim 1 attached in a form of forming a greening shelf between the support posts. The same effects as the other inventions according to item 1 are obtained.
<Other embodiments for carrying out the invention>
<0008>
Embodiments that are the best modes for carrying out the invention (hereinafter referred to as “embodiments of other inventions”) will be described below. However, the present invention is not intended to limit other inventions to these examples. Further, in the description of the embodiments to be described later, the same reference numerals are given to the same components of the above-described embodiments, and the overlapping description is omitted.
<Example 1>
<0009>
In Example 1 of the other invention shown in FIGS. 4, 21 to 24, and 29, 100 is a greening shelf forming body, and the greening shelf forming body 100 has the following configuration.
It is formed in a mesh steel plate by a large number of holes 3 formed in a steel plate or in the shape of a turtle shell or the like formed between a plurality of incised, expanded, or stretched steel plates, or between the inclined hole forming walls 2. An expanded metal mesh M formed on a mesh steel plate by a large number of holes 3 formed by a hole forming wall 2 which is an inclined wall (including a jaw wall) formed by extruding a large number of cut portions provided, and a shelf for greening is formed The body 100 is formed by bending one piece of the expanded metal mesh M (hereinafter also referred to as “mesh M”), and the front portion of the expanded metal mesh M that forms the front surface is vertically raised. A plate surface 101 and a lower plate surface 1 that extends in a diagonally descending manner (inclination angle of about 45 degrees) from the lower portion of the front plate surface 101 to form a lower surface. 2, it becomes from the rear plate surface 103 of the down form falling from the lower plate surface 102 vertically,
In the front plate surface 101, the opening of the hole 3 is oriented to be positioned on the hole forming wall 2 protruding forward of the front plate surface 101.
<0010>
In the front plate surface 101, the hole forming wall 2 has a lower portion positioned rearward and lower and an upper portion positioned forward and upper, and the hole 3 has an opening positioned above the hole forming wall 2, The hole 3 and the hole forming wall 2 form a small opening in which a small vegetation pot or plant grows upward from the hole 3 to the outside of the mesh M.
A vegetation sheet having seeds (not shown) is affixed to the inner surface of the front plate surface 101. When water is applied, it germinates and grows out from the hole 3 (mesh), and the inner vegetation base has a root. The area of greening has been increased in a form that does not blow away even in strong winds.
<0011>
The support column 98 for forming the greening shelf 97 by the greening shelf forming body 100 has a cylindrical shape standing upright, and the cylindrical support column main body 99 has a side portion of the greening shelf forming body 100 on its inner wall surface. Are formed in five stages, and a rear panel insertion hole 106 into which a rear panel 105 (here, expanded metal mesh M) is inserted is provided behind the shelf formation body insertion hole 104. A bottom panel insertion hole 108 is formed to communicate with a lower portion of the rear panel insertion hole 106 and into which a front horizontally extending bottom panel 107 is inserted. A threading hole 110 for passing a threaded rod 109 penetrating horizontally through the wall surface is formed, and a fall prevention member 111 is provided at the bottom of the column main body 99.
Struts 98 and 98 are opposed to each other, five greening shelf forming bodies 100 are inserted into the five shelf forming body insertion holes 104 and 104 one by one, and the rear panel 105 is inserted into the rear panel insertion holes 106 and 106, The bottom panel 107 is inserted into the bottom panel insertion holes 108, 108, and in this state, the screw rod 109 is inserted into the screw through holes 110, 110 and the tightening columns 98, 98 are connected with the nut 112, and the columns 98, 98, 5 are connected. The greening shelf forming body 100, the back panel 105, and the bottom panel 107 are integrated to form a greening shelf 97.
A safety cover 113 is placed on the upper edge of the front plate surface 101.
The bottom panel insertion hole 108 is twice as wide as the bottom panel 107 and can be removed from the bottom panel insertion hole 108 by tilting the bottom panel 107 forward and backward. Instead of the bottom panel insertion hole, a projecting portion on which a side edge of the bottom panel 107 projecting inward is placed.
After the greening shelf 97 is formed, the vegetation base 18 is introduced from the uppermost opening.
<0012>
When the mixed vegetation base is exchanged by using a non-adhesive or weak mixed vegetation base, the bottom panel 107 is removed and the vegetation base is pulled out from the bottom side, but it passes through the mesh (hole 3). The plant on the front plate surface 101 grown with the roots on the inside and the stems and leaves on the outside is held on the mesh M by the mesh M. The old mixed vegetation base can be removed, the bottom panel 107 can be closed, the new mixed vegetation base can be inserted, and the plant grown on the front plate surface 101 can be maintained and grown with the new vegetation base. .
In addition, even if the vegetation base has a strong adhesion, if it is water-disintegrating, the plant growing through the mesh of the vegetation base is removed by the expanded metal mesh M. It can be made to be held on the expanded metal mesh M, and can be grown on a new vegetation base by introducing a new mixed vegetation base.
Partially withered parts can be easily repaired by pulling out the vegetation base of the expanded metal messi M hole with a stick and pushing the seed vegetation base into the hole. it can.
A perennial plant that grows from a mesh mesh and is suitable for use as a ground cover (a short plant that spreads over the ground) that absorbs less water from a low-vegetation vegetation base. In such a use, it is not necessary to prun the plant, and by selecting perennial evergreen plants such as daikandra, tefbrea, white clover etc. with low plant height In addition, the effective period of water retention can be extended.
In addition, common plants such as Japanese apricot, sedum, moss and the like are also good.
<Example 2>
<0013>
In the second embodiment of the invention shown in FIG. 25, the main difference from the tenth embodiment is that the column is a column 118 as a column main body 117 having an inclination of 63 degrees, and a pair of columns 118 and five greening columns. The green shelf 119 is formed by the shelf forming body 100.
<Example 3>
<0014>
26 and FIG. 27, the third embodiment of the invention shown in FIGS. 26 and 27 is mainly different from the above-described embodiment 10 in that the lower plate surface of the shelf forming body for greening is inclined at an inclination angle of about 50 degrees and the longitudinal width is increased. 125 is a shelf forming body 120 for greening, a column is a column-shaped column main body 121, and a column is formed by forming a four-stage shelf-forming body insertion hole 123 into which the tree-forming shelf forming body 120 is inserted. The greening shelf 124 is formed by a pair of support columns 122 and four greening shelf forming bodies 120.
The vertical spacing between the greening shelf forming bodies 120 is widened.
<Example 4>
<0015>
In the fourth embodiment of the present invention shown in FIG. 28, the main difference from the tenth embodiment is that the greening shelf forming body is a front plate surface 130 whose front plate surface has a vertical width of 7 cm to 10 cm, and a lower plate. The green plate shelf forming body 133 is formed as a lower plate surface 131 having a surface with an inclination angle of about 35 degrees and a rear plate surface with a rear plate surface having a vertical width of 7 cm to 10 cm.
The vegetation area of the front plate surface 130 is widened.

  The present invention is used in industries that manufacture and install wall surface greening, greening shelves, planters, and the like.

M: Expanded metal mesh,
1: Greening shelf forming body,
2: hole forming wall,
3: hole,
4, 4a, 4b, 4c: support,
5: Bolt,
6: Bolt through hole,
7a, 7b, 7c, 7d: fixing part surface,
8a, 8b, 8c, 8d: upper plate surface,
9a, 9b, 9c, 9d: front plate surface,
10a, 10b, 10c, 10d: lower plate surface,
11a, 11b, 11c, 11d: Vegetation base storage part,
12a, 12b, 12c, 12d: rear opening,
13a, 13b, 13c, 13d: shelf
14: Screw hole,
15, 15a, 15b, 15c: fixed belt,
16: Greening shelf
17: Vegetation sheet,
18: Foam vegetation base,
19: back plate,
20: Local soil vegetation base,
21: Mixed vegetation base,
22: Pipe,
23: Screw through hole,
24: Upper covering material,
25: Concrete wall,
30: shelf formation for greening,
31: Fixed site surface,
32: Upper plate surface,
33: Front plate surface,
34: Lower plate surface,
35: Fixed part surface,
36: Greening shelf
39: Plate,
40: fixed belt,
41: Screw hole,
44: shelf formation for greening,
47a, 47b, 47c, 47d: shelves,
48: shelf forming body for greening,
50: Blocking plate,
51: A column with a closing plate,
52: protrusion,
53: fixing belt with protrusion,
55: fixing belt 55 with closing plate,
57: Blocking plate part,
58: A strut with a closing plate,
59: fixing belt with protrusions,
60: fixed belt,
62: Greening shelf
63: Upper cover member,
66: A green shelf forming body,
67: Greening shelf forming body,
68: Greening shelf forming body,
70: shelf
71: Upper plate surface,
72: Front plate surface,
73: Lower plate surface,
75: shelf
76: Upper plate surface,
77: Front plate surface,
79: shelf,
80: upper plate surface,
81: lower plate surface,
97: Greening shelf,
98: support,
99: The prop body,
100: Greening shelf forming body,
101: Front plate surface,
102: Lower plate surface,
103: rear plate surface,
104: shelf forming body insertion hole,
105: rear panel,
106: Rear panel insertion hole,
107: bottom panel,
108: Bottom panel insertion hole,
109: Screw rod,
110: Screw hole,
111: a fall prevention member,
112: nut,
113: Safety cover,
117: The prop body,
118: support,
119: Greening shelf
120: A green shelf forming body,
121: The prop body,
122: prop
123: shelf forming body insertion hole,
124: Greening shelf
125: Lower plate surface,
130: Front plate surface,
131: Lower plate surface,
132: rear plate surface,
133: Greening shelf forming body,
135:
136:
137:
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Claims (7)

A number of notches are formed on a steel plate by a large number of holes formed between a plurality of incised, expanded, or stretched steel plates, or a jaw-shaped wall formed by extruding a large number of notched portions provided on a steel plate. An expanded metal mesh formed on a mesh steel plate by a large number of holes formed between inclined walls,
An upper plate surface made of the expanded metal mesh forming the upper surface;
A lower plate surface made of the expanded metal mesh extending rearward from the front side of the upper plate surface, so as to form a vegetation substrate storage portion that stores the vegetation substrate with the upper plate surface;
A shelf forming body for greening, comprising a rear opening which is an opening of the vegetation base storage part formed behind the upper plate surface and the lower plate surface.   The shelf forming body for greening according to claim 1, wherein a front plate surface formed of an expanded metal mesh is provided between the front side of the upper plate surface and the front side of the lower plate surface.   A first fixed part surface that is a part fixed to the column and the wall surface from the rear end of the upper plate surface is raised, and a second fixed part that is a part to which the column and the wall surface are fixed from the rear end of the lower plate surface The shelf forming body for greening according to any one of claims 1 and 2, wherein the surface is lowered.   The vegetation base storage part is formed with a plurality of shelves, and the formation of the plurality of shelves is formed by bending a single expanded metal mesh. Shelf formation body.   The green shelf forming body according to any one of claims 1 to 4, wherein a seed-containing vegetation sheet is affixed to an inner surface of an expanded metal mesh that forms a vegetation base storage unit.   6. The shelf forming body for greening according to any one of claims 1 to 5, wherein a vegetation base made of urethane foam material having water retention and breathability is stored in the vegetation base storage part. A greening shelf comprising a plurality of support posts and the greening shelf forming body described in any one of claims 1 to 5 attached in a form of forming a greening shelf on the support posts.

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