JP5020150B2 - Greening temporary enclosure device and planting member usable for it - Google Patents

Description

  The present invention relates to a greening temporary enclosure device and a planting member that can be used therefor, and more particularly, a greening temporary enclosure device suitable for greening a temporary wall surrounding a construction site such as a building or civil engineering, and a planting that can be used therefor It relates to members.

  Conventionally, various greening temporary enclosure apparatuses for attaching to a wall surface are provided.

  For example, a greening substrate on which a culture medium container is integrally attached, a pair of rods fixed to each of one side end surface and the other side end surface of the greening substrate so as to extend vertically, and an end thereof The wall greening consists of a rod-shaped support bracket that is supported by the wall surface of the building and a vine planting plant that spreads and settles over the entire surface of the greening board. There is an apparatus in which a body is attached to a window of a building so as to be openable and closable in a horizontal direction so that incident light can be adjusted (see, for example, Patent Document 1).

  Further, an upper guide rail installed on the wall surface of the building and movable in the lateral direction, and a locking tool movable in the lateral direction guided by the upper guide rail. A lower guide rail installed on the wall surface facing the upper guide rail, a container for accommodating a plant that is guided by the lower guide rail and moves in the lateral direction, and a vertical member that connects the container and the locking tool There is also a wall surface greening structure consisting of (see, for example, Patent Document 2).

  Further, in the ALC panel (lightweight cellular concrete panel cured with high temperature and high pressure steam), an anchor for attaching the greening panel is embedded integrally with the reinforcing bar of the panel, and the greening panel is attached to the anchor via a spacing member. There is also provided an attachment (see, for example, Patent Document 3).

  In addition, a water retaining mat with a large water retention capacity is fixed to the surface of the building wall with anchor bolts, and a green substrate made of porous concrete is planted on the surface of the water retaining mat, and the four corners of the wire mesh covering the surface of the green substrate. Attach the greening board by fixing it to the wall with anchor bolts and pressing it against the water retention mat, and extend the irrigation pipe along the upper edge of the water retention mat to supply water to the greening board through the water retention mat There is also provided one that is configured to do so (see, for example, Patent Document 4).

  And using the box-shaped main body consisting of the front and rear, left and right side walls and the rear wall, the cultivated soil for planting is accommodated by a breathable layer that is arranged in parallel to the rear wall at a predetermined distance from the rear wall. A closed space is defined on the rear wall side, and a plurality of through holes for insertion of plants are formed on the layered body, and at least one water passage through hole is formed on each of the upper and lower side walls. There is also provided a device in which a fixture is attached to the wall surface, and the water passage holes are made to coincide with each other as a unit (see Patent Document 5).

However, all of these are intended for permanent or long-term installation in buildings, etc., and require construction work on buildings, which takes time, and greening at sites such as construction and civil engineering. Not suitable for temporary enclosures.
JP 2004-092157 A JP-A-2005-261208 JP 2006-112129 A JP 2002-000077 A JP 2001-320973 A

  In view of the current situation as described above, the present invention provides a fresh feeling to the passerby by greening the temporary enclosure wall surface, and can be used for construction work, civil engineering work, etc. that can be performed easily and in a short time. An object of the present invention is to provide a greening temporary enclosure device that is suitable as a temporary wall surface that surrounds the plant and a planting member that can be used therefor.

  The configuration of the greening temporary enclosure device of the present invention made for the purpose of solving the above-mentioned problem is that the opening of the wall surface member for temporary enclosure in which at least one opening is formed is made of a non-woven fabric having water retention and conforms to the opening. The tray-like or bag-like plant support formed in the shape is accommodated with a net-like aggregate and culture soil, and at least the leaves of the plant are taken out from one side of the support and the roots A planting material is formed by exposing a planting member formed so as to be entangled with aggregate to the front side of a wall surface member for temporary enclosure from the opening portion and exposing the plant side to the wall surface member for temporary housing. It is formed in the wall surface member for temporary enclosures equipped with this, and the temporary wall surface for sites is formed using this wall surface member for temporary enclosures.

  According to the present invention, in the configuration described above, the planting member is disposed on the back surface of the opening portion of the temporary enclosure wall member, even if the planting member is pressed and supported on the temporary enclosure wall member by a pressing plate disposed on the back surface. A shallow box body having a larger shape than the part, having a water passage hole on the upper and lower walls of the box body and carried on a support box of a planting member having a hole for tying a planting member on the bottom wall. It can be configured.

  Moreover, in the said structure, it is desirable to pipe the water discharge pipe which supplies water to a planted material, positioning it in the upper part of a support box, and making it support to the wall surface member for temporary enclosures.

  Furthermore, the water discharge pipe is provided with a water discharge hole at a position corresponding to the number of installation locations of the planting member provided with a plant to be supplied with water, and the diameter of the water discharge hole is adjusted according to the number of installations, It is desirable that each plant is supplied with water almost uniformly by controlling the water supply time for the amount of water required for each plant.

  In the present invention, the back surface of the wall surface material for temporary enclosure is provided with a support for supporting the cross wall material, which is fixed to the back surface of each wall surface member for temporary enclosure, and connected to each other by a joint. It is made up of a columnar support member that erects a wall surface member for temporary enclosure joined to a material.

Moreover, the planting member used in the present invention is preferably a tray-like or bag-like plant support made of a non-woven fabric with water retention, and a net-like aggregate and culture soil over substantially the entire surface of the support. Are accommodated alternately, causing at least the leaves of the plant to emerge from one side of the support and entangle the roots to the aggregate.

  In the above configuration, the plant support is formed in a bag shape, and the joining portion is positioned on the side edge of the bag body.

  The greening temporary enclosure device of the present invention is a tray-like or bag-like planting formed in a shape conforming to the opening with a water-holding nonwoven fabric at the opening of the wall surface member for temporary enclosure in which at least one opening is formed. A planting member formed so that a net-like aggregate and culture soil are accommodated on substantially the entire surface of the object support, and at least leaves of the planted matter are taken out from one surface of the support and the root is entangled with the aggregate. Then, by exposing the plant leaf side to the front side of the temporary enclosure wall member from the opening and carrying it on the temporary enclosure wall member, it is formed on the temporary enclosure wall member comprising the plant, The temporary enclosure wall is formed using temporary enclosure wall members, so that the wall of the temporary enclosure wall can be greened to give a fresh feeling to the passerby, and installation can be done easily and in a short time. Can be used as a temporary green enclosure for building construction, civil engineering, etc. It is preferred.

The planting member used in the present invention is preferably a tray-like or bag-like plant support made of a non-woven fabric with water retention, and a net-like aggregate and culture soil over almost the entire surface of the support are preferably alternated. Since the at least one leaf of the planted plant is taken out from one side of the support and the root is entangled with the aggregate and extended into the culture soil, the wall member for temporary enclosure having at least one opening formed therein. A wall surface member for greening temporary enclosure can be obtained by exposing the leaf side of the planted plant to the front side of the wall member for temporary enclosure from the opening and carrying it on the wall member.

  Furthermore, the planting member is configured as a single planting unit with planted material, soil, etc., and it can be planted from the back side by an opening formed on the wall surface, so that the wall surface can be greened, so a temporary enclosure with a specific configuration Not only the wall surface member for use but also the wall surface member for temporary enclosure having various configurations can be mounted if provided with an opening. Therefore, as an application example, the planting unit can be mounted using the inner wall and / or outer wall of the house, or both wall surfaces, and used for wall greening inside and outside the house. At this time, if the plant support is formed in a bag shape, the soil is sealed by the bag body, so it does not leak to the outside and coupled with the unitization, installation work is also easy Can be done.

  Embodiments of the greening temporary enclosure device of the present invention will be described below with reference to the accompanying drawings. In the attached drawings, FIG. 1 is a perspective view showing an example of the embodiment of the greening temporary enclosure of the present invention, FIG. 2 is a rear view of the greening temporary enclosure shown in FIG. 1, and FIG. 3 is taken along the line 3-3 in FIG. 4 is an exploded perspective view of a main part of the greening temporary enclosure device according to the present invention viewed from the direction of the arrow 4 in FIG. 3, and FIG. 5 is a cross-sectional view showing another embodiment of the greening temporary enclosure device of the present invention. FIG. 6 is a cross-sectional view showing another embodiment of the greening temporary enclosure of the present invention shown in FIG. 5, and FIG. 7 is an exploded perspective view of the main part of the greening temporary enclosure of the present invention related to FIGS.

  FIG. 1 shows a first example of a greening temporary enclosure device according to the present invention. This greening temporary enclosure device surrounds a construction site, for example, during construction work or civil engineering work, and prevents accidents other than those concerned. , Temporary enclosure wall members 10a, 10b, 10c and a support 20.

  Of temporary wall surface members 10a, 10b, and 10c, temporary wall surface members 10c located on both sides are formed by processing a metal plate or the like to form one side wall and upper and lower walls. The temporary enclosure wall members 10a and 10c are formed by forming only upper and lower walls. These temporary enclosure wall members 10a, 10b, and 10c are arranged in contact with each other as shown in FIG. 4 to form one temporary enclosure wall. In FIG. 2, nine wall surfaces 10a, 10b, and 10c for temporary enclosure are shown, but in actuality, they are composed of more than that. The support 20 is formed by assembling a steel pipe and fixing the shape with a binding tool such as a rope. As shown in FIG. 1 and FIG. 2, three cross members 21 made of steel pipes and a triangular support member 22 It is made up of.

  The temporary enclosure wall member 10a is provided on the front plate 11 with two large-sized openings 12 connected vertically. The temporary enclosure wall member 10b has one square opening 13 formed in the front plate 11 thereof. And the wall surface member 10c for temporary enclosure is a flat thing which does not have an opening part in the front plate 11. FIG. Planting members 30 and 40 having different sizes are arranged on the wall surface member 10 a for temporary enclosure having the opening 12 and the wall surface member 10 b for temporary enclosure having the opening 13. Note that the size of the openings 12 and 13 and the number and position of the openings are arbitrary in terms of design, and are not limited to the illustrated example.

  The planting member 30 includes a plant support 31. As shown in FIG. 3 as an example, the plant support 31 is formed of a bag having a square cushion-like form. The bag body of FIG. 3 is formed by folding a non-woven sheet with water retention into two and joining three open side edges. Two layers of aggregate 32 are accommodated inside the bag body with a distance from each other and the front and back surfaces of the bag body. The aggregate 32 is for entanglement of the shape of the support 30 and the root of the plant 34, and is formed of a net-like material such as a net of synthetic resin or a wire-like sponge. The soil 33 is filled between the aggregate 32 and the aggregate 32, and between the aggregate 32 and the bag body. The soil 33 is made of humus, for example. The plant 34 is a flower, a small tree, and the like. The stem is penetrated through a small hole or notch in the front wall of the bag body, and the root is entangled with the aggregate 32 to be planted in the culture medium 33. The other planting member 40 shown in FIGS. 1 and 2 is also configured in the same manner as the planting member 30 except that the size and shape are different.

  These planting members 30 and 40 are rear surfaces of temporary enclosure wall members 10b and 10c by a pressing plate member 50 and a bolt 60 having a substantially L-shaped cross section or a substantially U-shaped cross section (hereinafter simply referred to as “L shape”). Mounted on the side. As shown in FIGS. 1, 2, and 4, the planting member 30 passes the leaves of the planted product 34 through the opening 12 of the temporary enclosure wall member 10a and faces the outer surface of the temporary enclosure wall member 10a. These are disposed on the back side of the temporary enclosure wall member 10a.

  Positioning is performed by holding the planting member 30 on the back surface of the wall surface member 10a for temporary enclosure by a pressing plate member 50 having an L-shaped cross section. That is, the planting member 30 positions the planted product 34 at the opening 12 of the temporary enclosure wall surface member 10a, and the back surface of the temporary enclosure wall member 10a by the plate-like pressing plate member 50 disposed on the rear surface thereof. Carried to the side. Here, the holding plate member 50 is fixed to the temporary enclosure wall surface member 10a by passing the bolt 60 through the holding plate member 50 and the planting member 30 and screwing into the seat 14 provided on the back surface of the wall surface member 10a. ing.

  With the above configuration, the planting member 30 is prevented from moving in the front-rear direction by the presser plate member 50, and the vertical movement is stopped by the bolt 60 and the presser plate member 50, and the planting member 30 itself is not easily deformed. Therefore, it can be reliably fixed to the wall surface member 10a for temporary enclosure. The small-sized planting member 40 is similarly attached to the temporary enclosure wall member 10b by the pressing plate member 50 and the bolt 60. In order to support the plant support 31 on the presser plate member 50, a plurality of hook projections (not shown) having a hook shape or hook shape are provided on the entire front surface of the plate member 50. You may support in the aspect which hooks and hooks the back surface of the said support body 31 made from a nonwoven fabric on protrusion.

  The greening temporary enclosure device according to the present invention includes temporary enclosure wall members 10a, 10b, and 10c so as to surround, for example, a construction work or civil engineering work, and the cross-through members 21 are connected to each other by a joint 23 to be used for temporary enclosures. The wall surface members 10a, 10b, and 10c are configured as a series of temporary enclosure wall surfaces, a support member 22 is disposed on the back surface of the temporary enclosure wall surface members 10a, 10b, and 10c, and a binding tool such as a rope is connected to the connected through member 21. The wall surfaces 10a, 10b, 10c for temporary enclosure are installed upright.

  After the wall member is erected, water supply facilities are constructed for the planting members 30 and 40. As shown in FIG. 2, the water supply facility construction is performed by fixing the water discharge main pipe 80 to the back surface of the wall surfaces 10 a, 10 b, 10 c for temporary enclosure, and from the water discharge main pipe 80 toward the planting members 30, 40. This is done by extending the water discharge pipes 81 and 82. An end of the drain main pipe 80 (not shown) is connected to a water supply source such as a water pipe.

  After this wall surface unit is installed as described above, the water constituting the plant support 31 of the planting member 30 from the water discharge pipes 81 and 82 by passing water through the water discharge main pipe 80. Since the water is discharged into the body, soaked into the bag body, and the soil 33 is moistened, the planted product 34 can be grown. At the same time, water from the main discharge pipe 80 is also supplied from the water discharge pipe 83 to the plant 44 of the planting member 40 in the same manner.

  When the temporary enclosure wall configured as described above is installed, the temporary enclosure wall surface members 10a, 10b, and 10c are covered with the plants 34 and 44 grown, and the actual plant from the monotonous landscape with only the panel material. The scenery is surrounded by greenery and gives peace of mind to passersby. In addition, since the line | wire which joins the bag body of the planting support bodies 31 and 41 is not located in the front-and-back surface of a bag body, it cannot be seen from the exterior and it may look good. Since each planted material 34, 44 of each planting member 30, 40 extends and expands inside the cultivation soil 33 in a state where their roots are entangled with the aggregates 32, 42, the planting member 30 , 40 can be maintained in a vertical shape, and a sufficient shape can be maintained. The water retention is maintained by the non-woven bag constituting the plant support 31, 31 and the soil 33, 43 does not flow out. And each planting member 30 and 40 is firmly fixed to the wall surface members 10a and 10b for temporary enclosure by the L-shaped cross-section pressing plate member 50 and the bolt 60.

  The water supply to the plants 34 and 44 can be achieved by making the diameter of the nozzle holes of the water discharge pipes 81 and 82 minute, so that only the water supply time is controlled, and the water supply operation can be performed very easily. That is, conventionally, it is difficult to control the amount of water supplied to the planting member, and it is necessary to increase or decrease the number of nozzle holes and change the diameter according to the distance from the planting member to the water supply source, which is a rather complicated operation. Yes. However, in the greening temporary enclosure device of the present invention, the size of the nozzle holes of the water discharge pipes 81 and 82 is set to a fine diameter, and the number is changed for each planting member 30 and 40, so that the amount of water supply can be achieved only by the water supply time. It is decided. Although depending on the number of the water discharge pipes 81 and 82, for example, when the diameter of the water discharge main pipe 80 and the water discharge pipes 81 and 82 is 0.5 inches, the diameter of the nozzle holes of the water discharge pipes 81 and 82 is set to 0.1 mm. By changing the number of nozzle holes according to the planting members 30 and 40, the amount of water supply can be determined only by the water supply time.

  In an example of the embodiment of the greening temporary enclosure device of the present invention described above, the planting members 30 and 40 are carried on the temporary enclosure wall surface members 10a, 10b, and 10c by the pressing plate member 50. 30 and 40 may be supported on a shallow box-like support box. Hereinafter, this embodiment will be described with reference to FIGS.

  As shown in FIG. 7, the temporary enclosure wall member 110a has a rectangular front plate 111, similar to the temporary enclosure wall member 10a described above. It is a form formed in a shallow box shape with both side walls. Other wall surfaces for temporary enclosure are formed in the same manner. These are arranged in contact with the side walls to form a series of temporary enclosure walls, and are self-supported by the support 20 as in the previous embodiment.

  The support box 150 has a shallow square box shape, and the front opening is formed larger than the opening 112 in the temporary enclosure wall surface member 110a. The upper wall 150a is provided with a water passage hole 150b, the lower wall is provided with a drain hole (not shown), and the back wall 150c is provided with a coupling hole 150d for the planting member 130.

  Further, the back wall 150c of the support box 150 is fixed with an arm member 150f having an inverted L-shaped cross section, with both ends projecting from the side wall 150e. Engagement holes 150g each having a large-diameter portion and a small-diameter portion are provided in the protruding portion of each arm member 150f. The support box 150 is engaged with the neck of the engagement pin 150h by its own weight by fitting the large diameter portion of the engagement hole 150g into the head of the engagement pin 150h planted on the back surface of the temporary enclosure wall member 110a. The hole is fitted into the small diameter portion of the hole 150g, the front edge is positioned around the opening 112, and is fixed to the temporary enclosure wall member 110a.

  The planting member 130 includes a plant support 131. As shown in FIG. 5, the plant support 131 has a square cushion-like form, is formed by folding a water-retaining nonwoven sheet into two, and joining three open side edges. Consists of the body. The aggregate 132 is accommodated in the inside of this bag body with the soil 133 which consists of humus. The aggregate 132 is made of a net-like material such as a net of synthetic resin or a wire-like sponge. Plants 134 such as flowers, small trees, etc. are developed in the soil 133 while penetrating the small holes or notches in the front wall of the bag body (support 131) and entwining the roots with the aggregate 132. Implanted to stretch.

  In the planting member 130, the aggregate 132 is coupled to the support box 150. That is, for example, the tying tool 135 made of a string is passed through the aggregate 132 and the linking hole 150d provided in the back wall 150c of the support box 150, and the both ends are bound, so that the planting member 130 is supported by the support box 150. Is done. The tying tool 135 is not limited to a string, and may be a dedicated metal fitting.

  The support box 150 is of a size corresponding to the opening 112 of the temporary enclosure wall member 110 a, leaves the plant 134 from the opening 112, and surrounds the plant support 131 around the opening 112. Is attached to the wall surface member 110a for temporary enclosure by the engagement hole 150g and the engagement pin 150h. When mounted, the wall surface member 110a for temporary enclosure is covered with the planted matter 134 and becomes a landscape surrounded by green as in the above-described embodiment, and can give peace of mind to passersby. Since the plant 134 of the planting member 130 develops and expands in the cultivating soil 132 while the roots are entangled with the aggregate 132, a sufficient shape can be maintained even if the planting member 130 is arranged vertically. .

  As in the above-described embodiment, the water supply is fixed to the back surface of the temporary enclosure wall members 110a, 110b, and the like, and the water flow holes 150b of the planting member 130 are connected to a water supply source such as a water pipe. This is done by extending the water discharge pipe from the main water discharge pipe. When water is supplied to the main pipe of the drainage pipe, the water from the main pipe of the drainage pipe is transferred to the bag body constituting the plant support 131, from the bag body to the plant 134, and to the support box 150. Water is supplied through a water passage hole 150b in the upper wall 150a, and excess water is drained to the outside through a drain hole in the lower wall. In this case as well, by reducing the diameter of the nozzle hole of each water discharge pipe, it is only necessary to control the water supply time, and the water supply operation can be performed easily.

  FIG. 6 shows another configuration example of the planting member. In this embodiment as well, the planting member is carried on the support box 150, but the configuration of the planting member is different from the previous example, and will be described below.

  That is, the plant support 231 of the planting member 230 in FIG. 6 is made of a tray-like non-woven fabric having an open front surface, and is formed in such a manner that the open front side is closed with the aggregate 232. It is arranged so as to be laid on the entire inner wall. As in the above example, the aggregate 232 is made of a net-like material such as a synthetic resin net-like material or a wire-like sponge. Similarly to the embodiment shown in FIG. It is attached to the support box 150 using the linking hole 150d in the back wall 150c of 150. The planted material 234 in this case is preferably a plant with thick roots and strong. While roots of the plant are entangled with the aggregate 232, the roots are planted so as to expand and extend in the culture soil 233.

  As in the embodiment described with reference to FIG. 5, the support box 150 exposes the leaves of the plant 234 from the opening 112 to the temporary wall surface member 110a, for example, and temporarily sets the engagement hole 150g. By fitting into the engagement pin 150h on the back surface of the wall surface member 110a for enclosure, it is fixed to the wall surface member 110a for temporary enclosure.

  When the box 150 supporting the planting member 230 is installed on the wall surface member, the temporary wall surface members 110a, 110b, etc. are covered with the planted material 234, resulting in a landscape surrounded by green from a monotonous landscape with only the plate material. Can give peace of mind to passersby. Since the plant 234 of the planting member 230 expands and expands in the cultivation soil 233 while the roots are entangled with the aggregate 232, a sufficient shape can be maintained even if the planting member 230 is arranged vertically.

  Water is supplied to the planted material 234 of the planting member 230 from the water discharge pipe through the water flow hole 150b of the support box 150 by passing water through the water discharge pipe main, and the surplus water is in the lower wall of the support box 150. Water is drained from the drainage hole, and the amount of water supply can be controlled only by determining the water supply time, as in other embodiments.

  In the embodiment described above, a rectangular opening and a square opening are provided in the wall surface member for temporary enclosure, but depending on the style, it can be an opening of various other shapes, Various arrangements are possible. For example, the opening may be a round shape, a triangular shape, a rhombus shape, or the like, or a round shape and a rectangular shape may be combined.

  And, in the embodiment, the water supply pipe line composed of the main water pipe and the water discharge pipe is composed of one thing, but with the length of each wall surface member for temporary enclosure, and connected with a pipe joint, You may make it assemble a device even if there is no drain pipe construction.

The perspective view which shows one Embodiment of the greening temporary enclosure apparatus of this invention. The rear view of the greening temporary enclosure apparatus shown in FIG. The expanded sectional view which follows the 3-3 line of FIG. The disassembled perspective view of the principal part of this invention green temporary enclosure device seen from the direction of the arrow 4 of FIG. These are sectional drawings which show other embodiment of the greening temporary enclosure apparatus of this invention. Sectional drawing which shows other embodiment of the greening temporary enclosure apparatus of this invention of FIG. The disassembled perspective view of the principal part of the greening temporary enclosure apparatus of this invention related to FIG. 5 and FIG.

Explanation of symbols

10a, 10b, 10c Temporary wall surface member 11 Front plate 12, 13 Opening 14 Seat 20 Support 21 Transverse member 22 Support member 23 Joint 30, 40 Planting member 31 Plant support 31, 42 Aggregate 33 Culture soil 34, 44 Planted object 50 Holding member 110a, 110b Wall surface member 111 for temporary enclosure Front plate 112 Opening part 130 Planted member 131 Planted object support body 132 Aggregate 134 Planted object 150 Support box 150b Water flow hole 150d Engagement Hole 150f L-shaped cross-section member 150g engagement hole 150h engagement pin 230 planting member 231 planted support 232 aggregate 234 planted

Claims (6)

  On the substantially entire surface of the tray-like or bag-like plant support formed in a shape conforming to the opening with a non-woven fabric having water retention, in the opening of the wall surface member for temporary enclosure in which at least one opening is formed. A planting member that contains the reticulated aggregate and the soil, and that causes at least leaves of the planted product to come out from one side of the support and has roots entangled with the aggregate, A wall surface for temporary enclosure formed with a planted object is formed by exposing the leaf side to the front side of the wall surface member for temporary enclosure from the opening and supporting the wall surface member for temporary enclosure. The green temporary enclosure apparatus characterized by forming a temporary enclosure wall for sites using a member.   The greening temporary enclosure apparatus of Claim 1 with which the planting member was made to carry on the wall surface member for temporary enclosures by the pressing board member arrange | positioned in the back surface.   The planting member is a shallow bottom box having a shape larger than the opening to be arranged on the back surface of the opening in the wall surface member for temporary enclosure, and has a water passage hole on the upper and lower walls of the box and is provided on the bottom wall. The greening temporary enclosure apparatus of Claim 1 carried on the support box of the planting member provided with the hole for engagement of the said planting member.   The greening temporary enclosure apparatus of any one of the Claims 1-3 which piped the water discharge pipe which supplies water to a planted material at the upper part of a support box, and was supported by the wall surface member for temporary enclosures.   The piped drainage pipe is provided with a water discharge hole at a position corresponding to the number of installation places of planting members provided with plants to be supplied with water, and the diameter of the water discharge hole is adjusted according to the number of installations, The greening temporary enclosure apparatus of Claim 4 which was made to supply each planted water substantially equally by controlling the water supply amount which each plant needs, and water supply time.   The back surface of the wall material for temporary enclosure is provided with a support for supporting the wall, and the support is fixed to the back surface of each wall surface member for temporary enclosure and connected to each other by a joint and joined to the horizontal material. The greening temporary enclosure apparatus in any one of Claims 1-5 which consists of a column-shaped support member which stands up the wall surface member for temporary enclosures.

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