JP2012177279A - Greening handrail unit and building greening method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a greening handrail unit capable of integrally executing both an installation of a handrail to a building under construction and greening of the handrail.SOLUTION: A greening handrail unit 11 to integrally execute both an installation of a handrail to a building under construction and greening of the handrail is constructed by integrating: a planter 12; a planter storage section 13 having a storage opening 15 to store the planter 12 therethrough and a frame body 16 which is connected to the storage opening 15 and surrounds the planter storage section 13 to support the planter 12; and a handrail section 14 which is positioned above the planter storage section 13 and connected thereto. The handrail section 14 has: an outer frame section 19 with at least a pair of vertical columns 17 and a horizontal frame 18 connected to upper edges of the vertical columns 17; and a wire mesh section 20 arranged inside the outer frame section 19 to allow a plant to clamber.

Description

  The present invention relates to a greening handrail unit for integrally performing construction of a handrail of a building under construction and greening of the handrail, and a method of greening a building.

  2. Description of the Related Art Conventionally, there has been known a wall greening unit for a building in which a planter used for plant cultivation and a lattice-like mesh portion for climbing vines and the like planted on the planter are integrally formed.

  This building wall greening unit uses a steel base material, support hardware, etc. on the wall of the building to create a separate frame for fitting, and this wall is fitted with the wall greening unit to the wall of the building. It is attached. Alternatively, a separate greening unit is attached to the balcony handrail.

  JP-A-2004-159582 discloses a greening structure for buildings and a planting plant base (see Patent Document 1), and JP-A-2002-97653 discloses a unit panel for wall greening. (See Patent Document 2), JP 2002-77 A discloses a wall greening panel (see Patent Document 3).

JP 2004-159582 A JP 2002-97653 A JP 2002-77 A

  In this conventional example of the wall greening unit of the building, since steel base materials and supporting hardware are used, the cost is increased, and it takes time to construct a separate frame for fitting. have.

  In addition, when planting places where handrails such as outer corridors, outer staircases, and balconies are necessary, planters must be installed on the outside of the handrails for safety measures to prevent getting over. is there. In this case, with the conventional wall greening unit, in addition to the above-mentioned high costs and construction problems, the construction of the frame body on the outside of the handrail is poor in workability and safety, and the maintainability after installation is also low. It has the problem of being bad.

  Therefore, in the wall surface greening unit in the conventional example, to solve the above-mentioned high cost and problems of construction work, to improve the workability to the outside of the handrail, to improve the maintainability after installation. Has problems that must be solved.

  The gist of the present invention for solving the problems of the conventional example is a greening handrail unit for integrally performing construction of a handrail of a building under construction and greening of the handrail, and the greening handrail unit is a planter. A planter storage section provided with a storage opening that is open to store the planter, connected to the storage opening and surrounded by a frame to hold the planter, and a handrail connected above the planter storage section And the handrail portion is disposed inside the outer frame portion and an outer frame portion including at least a pair of vertical columns and a horizontal frame connected to the upper ends of the vertical columns. It consists of a wire mesh part for plant climbing.

The planter storage section includes a drawer mechanism for pulling out the stored planter;
The pull-out mechanism is provided on a pair of vertical struts and slidably engages the edge of the planter, and is provided on both lower ends of the planter and rolls on a floor surface below the planter. A caster or a cart on which the planter is placed;
The drawer mechanism includes a pair of angle members provided on the frame body, a planter receiving plate spanning the upper portion of the angle member, a pair of jacks provided on the frame body to push up the planter receiving plate, and the planter Comprising a cart disposed on the bottom of the backing plate and on which the planter backing plate is placed;
The planter storage is equipped with an irrigation tube for automatic irrigation of the stored planter;
Is included.

  Moreover, the gist of the present invention is that an attachment portion for attaching the greening handrail unit according to claim 1 is provided on the outside of a construction framework scaffold provided along a building under construction, and the attachment portion of the greening handrail unit is provided on the attachment portion. A vertical support is attached, the greening handrail unit is temporarily installed, the planter plant stored in the planter storage part is cultivated in advance, the plant is climbed on the wire mesh part, and the greening handrail unit in which the plant is cultivated in advance In the construction of the handrail of the building under construction, it is to be moved to a predetermined installation position.

According to the greening handrail unit according to the present invention, the construction of the handrail and the greening of the handrail are simultaneously performed. Therefore, the work process is reduced, the workability is good, and the construction period can be shortened.
Moreover, since the work is performed on the ground, safety during construction can be secured.
And since the frame for fitting like a prior art example is not manufactured, construction work is not required and it can reduce a structural member. Therefore, the weight can be reduced and the cost can be reduced.
In addition, when the construction is completed, the greening is completed, and various excellent effects such as good growth conditions are exhibited.

  The planter storage unit has a pull-out mechanism for pulling out the stored planter, so that the planter can be pulled out from the storage port, and plant replanting and soil management can be performed inside the handrail, so maintenance is good There is an excellent effect.

  Since the planter storage part is equipped with an irrigation tube for performing automatic irrigation on the stored planter, the planter storage unit can automatically water the plants, and thus has an excellent effect of good maintainability.

  According to the greening method of a building according to the present invention, it is possible to advertise and promote environmental technology and high environmental awareness at a construction site. In addition, the planter plant is cultivated in advance, and after the plant is climbed on the wire mesh portion, various excellent effects can be obtained that can be transferred to the building under construction.

It is a perspective view which shows the state which installs the greening handrail unit 11 which concerns on this invention in an installation position. It is a perspective view of the principal part explaining the drawer mechanism of 1st Example. (A) It is a perspective view of the planter 12. FIG. (B) It is a perspective view of the principal part which shows the other Example of the planter 12. FIG. (C) It is a perspective view of the principal part of the cart 28. It is a perspective view of the planter storage part 13 explaining the drawer mechanism of 2nd Example. It is a front view of the planter storage part 13 explaining the drawer mechanism of 2nd Example. It is sectional drawing explaining the jack. It is a front view of the principal part explaining the angle material 39 and the planter receiving plate. It is a perspective view of the principal part explaining the angle member 39. FIG. It is a side view of the planter storage part 13 explaining the state which pulls out the planter. It is the perspective view which separated and showed the planter 12, the planter receiving plate 40, and the trolley | bogie 35. FIG. It is a front view of the planter storage part 13 explaining the jack 41 of another Example. It is a front view of the construction framework scaffold 51 which temporarily installed the greening handrail unit 11. FIG. It is a side view of the construction framework scaffold 51 which temporarily installed the greening handrail unit 11. FIG.

  Next, embodiments of the present invention will be described with reference to the drawings. First, in FIG. 1, reference numeral 11 denotes a greening handrail unit. The greening handrail unit 11 includes a planter 12, a planter storage portion 13 for storing the planter 12, and a handrail portion provided continuously above the planter storage portion 13. 14 is integrally formed.

  The planter storage unit 13 includes a storage port 15 that opens to the inside, and the outside of the storage port 15 is surrounded by a frame body 16. The planter storage unit 13 includes a drawer mechanism for easily pulling out the stored planter 12. Details of the drawing mechanism will be described later.

  The handrail portion 14 includes an outer frame portion 19 including at least a pair of vertical struts 17 and a horizontal frame 18 connected to the upper ends of the vertical struts 17, and plant climbing disposed inside the outer frame portion 19. Wire mesh part 20. The outer frame portion 19 and the wire mesh portion 20 are connected by a connecting portion 21.

  The outer frame portion 19 is formed of a steel or aluminum round pipe, a square pipe, or a flat bar, and the outer peripheral surface of the steel is hot dip galvanized.

  In the wire mesh portion 20, a wire mesh 20b is arranged in a lattice shape on a rectangular inner frame portion 20a. Such a wire mesh part 20 is a part which climbs the vine plant 33 etc. which the planter 12 vegetated.

  A pipe receiver 22 is provided below the vertical column 17. The pipe receiver 22 is a part that supports the irrigation tube 23. Therefore, since the planter storage part 13 is equipped with the irrigation tube 23 for performing automatic irrigation on the planter 12, the plant 33 can be automatically watered.

  Next, the above-described drawing mechanism will be described. The pull-out mechanism is provided to pull out the planter 12 from the storage port 15 and easily perform maintenance such as replanting the plant 33 and managing soil.

  As shown in FIG. 2, the drawing mechanism of the first embodiment is composed of a pair of rail members 24 provided on a pair of vertical columns 17.

  The rail member 24 is formed of, for example, a channel material, and slidably engages the edge 12a of the planter 12. The planter 12 can be pulled out from the storage port 15 by placing a finger on the pulling portion 32 and pulling it forward. The rail member 24 is provided with a fixing screw 29 for fixing the planter 12.

  A level adjuster 25 is provided at the lower part 12 b of the planter 12. The level adjuster 25 is protruded to maintain the planter 12 in a fixed state. When pulling out the planter 12, the level adjuster 25 is retracted to release the fixed state.

  Casters 26 may be provided at both ends of the lower portion 12b of the planter 12, as shown in FIG. The caster 26 rolls on the floor below the planter 12.

  Further, instead of the caster 26, as shown in FIG. 3C, a cart 28 with a caster 27 may be provided separately. The cart 28 is disposed and placed on the bottom 12b of the planter 12. Pull out the planter 12.

  A reference numeral 30 in FIG. 2 indicates a decorative lid that closes the tip of the rail member 24, and a reference numeral 31 indicates a horizontal connecting material that is bridged between the pair of vertical columns 17. Reference numeral 29 a in FIG. 3A denotes a fixing screw hole into which the fixing screw 29 is screwed.

  Next, the drawing mechanism of the second embodiment is shown in FIGS. The drawer mechanism includes a pair of angle members 39 attached to the frame body 16, a planter receiving plate 40 spanning the upper portion of the angle member 39, and a pair of jacks 34 attached to the frame body 16 to push up the planter receiving plate 40. And a cart 35 with casters 35a disposed under the planter receiving plate 40.

  As shown in FIG. 6, the jack 34 is configured such that when the lever 36 is pushed down, a rod 38 into which the gear 37 is screwed protrudes upward.

  As shown in FIGS. 7 and 8, a planter receiving plate 40 is bridged over the angle member 39 provided inside the frame body 16, and the planter 12 is placed above the planter receiving plate 40. Is placed.

  A method for pulling out the planter 12 during maintenance will be described. First, the lever 36 is operated so that the rod 38 of the jack 34 protrudes, and the planter 12 is pushed up together with the planter receiving plate 40. In this state, the carriage 35 is inserted into the lower portion of the planter 12 (see FIG. 5). Next, the rod 38 is lowered, and the planter 12 is placed on the carriage 35 together with the planter receiving plate 40 and pulled out from the storage port 15 (see FIG. 9).

  FIG. 10 is a perspective view showing the planter 12, the planter receiving plate 40, and the carriage 35 separately. A long hole 42 is formed on the surface of the planter receiving plate 40, and a rib 45 is formed on the back surface to give rigidity. Further, a reinforcing round bar 43 is provided on the surface of the carriage 35.

  FIG. 11 is a front view of the planter storage portion 13 for explaining a jack 41 according to another embodiment. The jack 41 is pneumatic and is disposed on an upper portion of a carriage 46 with casters 46a. When the jack 41 is bulged with a pump (not shown), the planter 12 is pushed up together with the planter receiving plate 40 and is separated from the angle member 39, so that the planter 12 is pulled out from the storage port 15 together with the carriage 46.

  Such a greening handrail unit 11 is used when greening a place where a handrail is required such as an outer corridor, an outer staircase, a balcony, etc., and with respect to the sheath pipe 44 provided in advance in the slab concrete 58 at the construction position, The lower end portion of the vertical column 17 is fixed with a bolt. Furthermore, after fixing the edge part of adjacent greening handrail units 11, the irrigation tube 23 is arrange | positioned to the pipe receiver 22, and the watering pump and watering timer which are not shown in figure are set.

  In the greening handrail unit 11 configured as described above, the planter 12, the planter storage unit 13, and the handrail unit 14 are integrally configured. Therefore, the construction of the handrail of the building under construction and the greening of the handrail are performed. Can be done simultaneously. In other words, by moving the greening handrail unit 11 cultivated in advance of the plant 33 to a predetermined construction position when constructing the handrail of the building under construction, the work process is reduced, the workability is good, and the construction period can be shortened. There is an advantage.

  Next, a method for greening a building using the greening handrail unit 11 will be described with reference to FIGS.

  An attachment portion 53 for attaching the greening handrail unit 11 is provided outside the construction framework scaffold 51 provided along the building 55 under construction, and the lower end portion of the vertical support column 17 is fixed to the attachment portion 53 with a bolt. A handrail unit 11 is temporarily installed. In this way, a plurality of attachment portions 53 are connected to the outside of the construction framework scaffold 51, and a plurality of greening handrail units 11 are temporarily installed over a plurality of floors. In addition, the code | symbol 56 in FIG.12 and FIG.13 shows a scaffold board, and the code | symbol 57 shows a drooping plant.

  The greening handrail unit 11 temporarily installed on the outside of the construction framework scaffold 51 cultivates the plant 33 of the planter 12 in advance, and causes the wire mesh unit 20 to climb the plant 33. Thereafter, the greening handrail unit 11 is moved to a predetermined installation position at the time of construction of the handrail of the building 55 under construction.

  According to such a greening method for buildings, there is an advantage that environmental technology and high environmental awareness can be advertised and promoted at the construction site.

DESCRIPTION OF SYMBOLS 11 Greening handrail unit 12 Planter 12a Edge 12b Lower part 13 Planter storage part 14 Handrail part 15 Storage port 16 Frame body 17 Vertical support | pillar 18 Horizontal frame 19 Outer frame part 20 Wire mesh part 20a Inner frame part 20b Wire mesh 21 Connection part 22 Pipe Receiver 23 Irrigation tube 24 Rail member 25 Level adjuster 26, 27 Caster 28 Bogie 29 Fixing screw 29a Fixing screw hole 30 Cosmetic lid 31 Horizontal connecting material 32 Handle part 33 Plant 34 Jack 35 Cart 35a Caster 36 Lever 37 Gear 37 Rod 39 Angle material 40 Planter support plate 41 Jack 42 Long hole 43 Round steel 44 Sheath tube 45 Rib 46 Dolly 46a Castor 51 Construction framework scaffolding 53 Mounting part 55 Building under construction 56 Scaffolding plate 57 Drooping plant 58 Love concrete 59 drainage ditch

Claims (6)

A greening handrail unit for integrally performing construction of a handrail of a building under construction and greening of the handrail,
The greening handrail unit includes a planter, a storage opening that is open to store the planter, a planter storage unit that is connected to the storage port and is surrounded by a frame to hold the planter, and a planter storage unit. The handrail part continuously provided above is configured integrally.
The handrail part includes an outer frame part including at least a pair of vertical struts and a horizontal frame connected to an upper end of the vertical struts, and a wire mesh part for plant climbing disposed inside the outer frame part. A greening handrail unit characterized by comprising The greening handrail unit according to claim 1, wherein the planter storage unit includes a drawing mechanism for pulling out the stored planter. The pull-out mechanism is provided on a pair of vertical struts and slidably engages the edge of the planter, and is provided on both lower ends of the planter and rolls on a floor surface below the planter. The greening handrail unit according to claim 2, comprising a caster or a carriage on which the planter is placed. The drawing mechanism includes a pair of angle members provided on the frame body, a planter receiving plate spanning the upper portion of the angle member, a pair of jacks provided on the frame body to push up the planter receiving plate, and the planter receiving member. The greening handrail unit according to claim 2, further comprising: a carriage disposed at a lower portion of the plate and on which the planter receiving plate is placed. The greening handrail unit according to claim 1, wherein the planter storage unit is equipped with an irrigation tube for performing automatic irrigation on the stored planter. An attachment part for attaching the greening handrail unit according to claim 1 is provided on the outside of the construction framework scaffolding provided along the building under construction,
Attaching the vertical handrail unit of the greening handrail unit to the mounting portion, temporarily installing the greening handrail unit,
The planter plant stored in the planter storage section is cultivated in advance, and the plant is climbed on the wire mesh section,
A greening method for a building characterized in that a greening handrail unit cultivated in advance of the plant is moved to a predetermined installation position during construction of the handrail of the building under construction.

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