JP4701317B1 - Rocky planting tools - Google Patents

Abstract

An object of the present invention is to provide a rock-like planting tool that can reduce the labor of an operator at the time of planting a plant and can appropriately prevent the culture soil accommodated therein from flowing out even in an inclined part or a vertical part.
A rock-like planting tool 1 has a visible surface 1d imitating the shape and appearance of a natural rock, and a planting hole for planting is formed around a main planting hole 1a and surroundings thereof. It consists of a plurality of sub-planting holes 1c, and a main passage hole 1a and a communication passage 1b communicating with the plurality of sub-planting holes 1c. By using this rock-like planting tool 1, it is possible to reduce the labor of the operator at the time of planting the plant, and appropriately prevent the culture soil contained therein from flowing out even in the inclined part and the vertical part.
[Selection] Figure 1

Description

  The present invention relates to a rock-like planting tool having a natural rock shape and appearance on a visible surface.

  Conventionally, in Western gardening and gardening, plants such as flowers are cultivated using pots and planters. Many of the pots and planters used at this time are unavoidably given to those who see an artificial impression. Therefore, there are horticultural methods using natural stones to improve the landscape and methods using rocky planting tools. In this case, it looks as if vegetation grows from the rock, and the decorative effect is increased.

  And the rock-like planting tool which can arrange | position a flower and a tree to a garden stone easily by forming the planting part of the several plant for planting in the planting tool main body which opened | released the back at least (for example, is disclosed) , See Patent Document 1).

  In addition, a rock-like planting tool that enables planting with a small amount of culture soil by forming a culture soil container in the internal space and has excellent ease of replanting and relocation is disclosed (for example, patents) Reference 2). Furthermore, a rock landscape body that is familiar with natural scenery, is inexpensive and excellent in strength, and a tree planting method using the rock landscape body are also disclosed (for example, see Patent Document 3).

Japanese Patent No. 3538079 JP 2006-158315 A Japanese Patent No. 2572198

  However, in the rock-like planting tool shown in the above-mentioned patent document, a large number (for example, dozens) of planted parts for planting are formed on the visible surface, so that each planted part has potted stone, non-woven fabric, soil, In addition, there is a problem that it is necessary to plant a desired plant, and it takes time and effort to plant the plant.

  Moreover, in the rock-like planting tool shown in the above-mentioned Patent Document 1, since a planting hole portion having a size equivalent to a root pot of a plant is provided at a position located in an inclined part or a vertical part of the rock-like planting tool, There is also a problem in that it is difficult to form an implantation hole in the inclined part or the vertical part as a result of the irrigation after the implantation is completed and the culture soil inside flows out.

  The present invention has been made in view of the above problems, reduces the labor of the operator at the time of planting the plant, and appropriately flows out the culture soil accommodated in the inclined portion and the vertical portion. The object is to provide a rocky planting tool that can be prevented.

The present invention for achieving the above object, the visible surface is formed in rock shape, the rock-like planting栽具for implantation of a plant provided with the air-dong portion on its inner side, the implantation hole for implanting a plant, the main an implantable hole, and a plurality of sub-implantation hole formed therearound, and contacts through road communicating said main implantation hole and a plurality of sub-implantation hole formed Ri from the diameter of the main implant hole, the sub implantable hole The soil is accommodated in the hollow portion, and the main implantation hole, the communication passage, and the sub implantation hole are disposed at positions that can be seen in plan view. .

  Further, in this rock-like planting tool, the rock-like planting tool can be divided into an upper part and a lower part, and the main implantation hole, the sub-planting hole and the communication passage are formed in the lower part. It is preferable.

  Moreover, in this rock-like planting tool, it is preferable that the diameter of the said main implantation hole is 15 cm or more, and the diameter of the said sub implantation hole and the width | variety of the said communication path are the ranges of 3-10 cm.

According to the rock-like planting tool of the present invention, the visible surface is shaped to resemble the shape and appearance of natural stone, and the main planting hole for planting the plant and the plurality of sub-planting holes communicate with each other through the communication path. It is formed as follows . The diameter of the main implantation hole is larger than the diameter of the sub implantation hole and the width of the communication passage, soil is accommodated in the cavity, and the main implantation hole, the communication passage, and the sub implantation hole are arranged in a position that can be seen in plan view. Is done. For this reason , the labor of the operator at the time of planting can be reduced, and the culture soil accommodated therein can be appropriately prevented from flowing out even in the inclined part and the vertical part.

It is a perspective view of the rock-like planting tool which concerns on Embodiment 1 of this invention. It is a side view of a rocky planting tool same as the above. It is a top view of a rock-like planting tool same as the above. (A)-(e) It is a figure for demonstrating the mode at the time of the operation | work using the same rock-like planting tool. (A)-(c) It is sectional drawing for demonstrating the mode at the time of the operation | work using the same rock-like planting tool. (A) It is sectional drawing which shows the use condition of the same rock-like planting tool, (b) It is sectional drawing which shows the other use condition of the same rock-like planting tool. It is sectional drawing of the rock-shaped planting tool which concerns on Embodiment 2 of this invention. (A) It is a top view of the same rock formation planter, (b) It is sectional drawing which shows the use condition of the above rock formation planter.

A rock-like planting tool according to an embodiment of the present invention will be described with reference to the drawings.
(Embodiment 1)
1 to 6 show a rock-like planting tool 1 (hereinafter referred to as a planting tool) according to the first embodiment, which is molded using FRP (Fiber Reinforced Plastics) resin as a raw material. is there. This planting tool 1 has a visible surface imitating the shape and appearance of natural rock, and a cavity for accommodating soil is provided inside thereof.

  The planting tool 1 is formed with a planting hole including a main planting hole 1a, a communication passage 1b, and a sub-planting hole 1c. The main planting hole 1a is provided in order to put the root pot of the plant to be planted inside the main body of the planting tool 1, and the planting tool 1 can be easily used without removing the soil of the root pot part of the plant to be used. It has a size that can be implanted in The size of the main planting hole 1a varies depending on the size of the planting tool 1 or the size of the flower stock to be planted, but it is preferably at least 15 cm in diameter. In addition, when the planting tool 1 is a large-sized thing using a tree etc., the diameter of the main planting port 1a may be 30-50 cm.

  The communication passage 1b is a passage between the main implantation hole 1a and the sub implantation hole 1c, and the main implantation hole 1a so that the flower planted in the main implantation hole 1a can move to the desired sub implantation hole 1c. And the sub implantation hole 1c are connected. The width of the communication path 1b needs to be small so as not to impair the texture of the rock-like visible surface 1d of the planting tool 1, and is preferably about 3 to 5 cm, for example. By setting it as this width | variety, it can prevent appropriately the culture | cultivation soil accommodated in the inside in the inclination part and vertical part of the planting tool 1 flowing out.

  The sub-planting hole 1c is formed at a plurality of locations for planting root pots of plants to be planted, and is connected to the main planting hole 1a through the communication passage 1b. It is appropriate that the diameter of the sub implantation hole 1c is as large as or slightly larger than the width of the communication passage 1b. In particular, the sub-planting hole 1c and the communication passage 1b arranged on the inclined surface or the vertical surface of the planting tool 1 have as little width and diameter as possible to prevent the culture soil accommodated therein from flowing out during irrigation. There is a need to. In order to prevent the culture soil from flowing out, in the case of an inclined surface (including an overhang) or a vertical surface, a mat-like or plate-like member is attached to the inner portion of the communication passage 1b to increase the outflow prevention effect. Can do.

  The shape of the implantation hole itself is not limited to the shape shown in FIG. 3, so that the texture of the surface is not impaired by the shape of the planting tool 1, the irregular shape of the visible surface 1 d, or the planting of the plant The overall position and size are determined while taking into account the overall design of the subsequent planting tool 1.

  The size of the planting tool 1 is various, and when planting a general flower, for example, the diameter is about 50 to 100 cm in plan view, and the width of the communication passage 1b in this case is in the range of about 3 to 5 cm. . When the plant to be planted in the planting tool 1 is assumed to be a tree or the like, the planting tool 1 has a large diameter exceeding 1 m, and the diameter of the main planting hole 1a is 30 to 50 cm, the communication path 1b, and the auxiliary channel. The width and diameter of the implantation hole 1c are about 10 cm.

  Next, a method for molding the planting tool 1 will be described. The planting tool 1 is formed by laying a glass fiber aggregate on an inner mold such as a silicon resin, and using a brush to multiplex and laminate FRP resins made of unsaturated polyester. And after shape | molding the outer shell of the planting tool 1, the shape used as the implantation hole is cut out. By using this FRP resin, the planting tool 1 is stronger than a metal material, can be reduced in weight, and a huge molded product can be manufactured. In addition, the pigment according to rock colors, such as gray, grayish yellow, and yellowish green, is kneaded into FRP resin, and the surface color of the planting tool 1 is made rock color.

  Next, the operation | work at the time of planting of the plant using the planting tool 1 is demonstrated. As illustrated in FIG. 4A, the root pot portion of the plant 6 is placed in the main planting hole 1a. The main planting hole 1a differs depending on the plant 6 to be used, but generally has a diameter of 15 cm or more. Therefore, the root pot portion of a normal flower can be accommodated without being broken. This state is shown in a sectional view in FIG.

  Next, as shown in FIG. 4B, the plant 6 is moved to the desired sub-planting hole 1c through the communication passage 1b and planted. Then, the operator puts the culture soil into the sub-planting hole 1c from the main planting hole 1a having a large opening, and carefully packs it around the root pot of the plant 6. Then, as shown in FIGS. 4C to 4E, these operations are repeated. A cross-sectional view at that time is shown in FIG. Then, after planting plants 6 in all desired sub-planting holes 1c, finally, an appropriate number of plants 6 are planted in the main opening holes 1a that are largely open, and the culture soil is replenished to complete the planting operation.

  In addition, if planted plant 1 is planted with a completed plant with a large flower stock, the flower passage is covered with communication passage 1b, and the cut opening of communication passage 1b is not seen at all. It is possible to provide the planting tool 1 as a flower decoration with a very high degree of completeness by a simple operation.

  Moreover, in order to plant a lot of flower stocks in the planting tool 1 to make a luxurious finish, the connecting passage 1b is branched and the number of sub-planting holes 1c at the tip thereof is increased, and the connecting passage 1b Planting along the way. By this, the planting tool 1 becomes a very gorgeous result in which a large number of plants are planted.

  Next, the detail of the use condition of the planting tool 1 is demonstrated. As shown in FIG. 6, in the hollow portion inside the planting tool 1, pot bottom stones 2 are spread on the bottom surface, and a nonwoven fabric 3 is laid on the bottom of the pot bottom stones 2, and culture soil or the like is placed thereon. Soil 4 is included.

  The pot bottom stone 2 uses, for example, large pumice stones and plays a role of water storage. The nonwoven fabric 3 sucks up water accumulated at the bottom of the main body of the planting tool 1 and also serves as a boundary where the soil 4 does not mix with the pot bottom stone 2. The drainage hole 5 is a hole formed at the height of the nonwoven fabric 3 of the planting tool 1 and serves as an overflow of the stored water.

  Moreover, as shown in FIG.6 (b), when the size of the planting tool 1 is large, since the planting tool 1 itself will become very heavy when the soil 4 is stored in the hollow part inside the planting tool 1, A partition plate 7 is provided in the cavity. And by storing the pot bottom stone 2, the nonwoven fabric 3, and the soil 4 on the partition plate 7, the weight reduction of the planting tool 1 can be achieved. The partition plate 7 is formed of the same FRP resin as the planting tool 1.

  As mentioned above, in the planting tool 1 which concerns on this Embodiment 1, the main implantation hole formed in the visible surface 1d imitating the shape and external appearance of a natural stone, and was formed in one place for planting a plant 1a and sub implantation holes 1c formed at a plurality of locations are connected via a communication passage 1b. By using this planting tool 1, it is possible to reduce the labor of the operator when planting the plant, and by setting the diameter of the sub-planting hole 1c and the width of the communication passage 1b to about 3 to 10 cm, the inclined portion and the vertical Even in the section, it is possible to appropriately prevent the culture soil accommodated therein from flowing out.

  Moreover, by using the planting tool 1, it can be installed in various places such as a veranda, a garden, and a rooftop without impairing the natural scenery. Furthermore, when it is not necessary to use the planting tool 1, if the planting hole is on the bottom side, the appearance of a natural stone is obtained and the aesthetics of the garden are not deteriorated.

(Embodiment 2)
The planting tool 1 which concerns on Embodiment 2 of this invention is demonstrated. As shown in FIG. 7, the planting tool 1 according to Embodiment 2 can be divided into an upper portion 11 that does not have a planting hole and a lower portion 12 that has a planting hole.

  In the planting tool 1, after the pot bottom stone 2, the nonwoven fabric 3, and the soil 4 are stored in the lower part 12 and the plant 6 is planted, the removed upper part 11 is placed. In this case, the joint part of the upper part 11 and the lower part 12 to be divided is divided at the boundary of the uneven part of the rock, and the joint part is made inconspicuous by planting the plant 6 near the joint part. Is given.

  Thus, in the planting tool 1 according to the second embodiment, in addition to the effects of the first embodiment described above, as shown in FIG. By dividing into the side part 12, the main planting port 1a of the lower member 12 can be opened extremely large, so that the stuffing of the culture soil and the planting work of the plant become extremely easy and workability can be improved.

  The upper portion 11 is not necessarily joined to the lower portion 12. The upper portion 11 is placed so as to cover a part of the main implantation hole 1 a having a large opening, and a rock-like visible portion is placed. Can increase aesthetics. In this case, the upper part 11 is a rock having the same appearance as the lower part 12, and after the upper part 11 is placed in all or part of the main implantation hole 1a having a large opening, the upper part 11 and the lower part 11 It is designed to be a rocky landscape with the part 12 integrated.

  In addition, this invention is not restricted to the structure of the said embodiment, A various deformation | transformation is possible in the range which does not change the meaning of invention. For example, the raw material of the planting tool 1 can be used other than the FRP resin, and the division of the planting tool 1 is not limited to the upper and lower parts, but is divided into three or more to facilitate carrying. May be.

DESCRIPTION OF SYMBOLS 1 Rock-like planting tool 1a Main planting hole 1b Connection way 1c Sub planting hole 1d Visible surface 2 Pot bottom stone 3 Nonwoven fabric 4 Soil 5 Drainage hole 6 Plant 7 Partition board 8 Joining member 9 Fixing rod 11 Upper part 12 Lower part

Claims (3)

The visible surface is formed in rock shape, the rock-like planting栽具for implantation of a plant provided with the air-dong portion on its inner side,
The implantation hole for implanting a plant, a main implant hole, and a plurality of sub-implantation hole formed therearound, and contacts through road communicating said main implantation hole and a plurality of sub-implantation hole formed Ri from
The diameter of the main implantation hole is larger than the diameter of the sub implantation hole and the width of the communication passage,
The cavity contains soil,
The rock-like planting tool , wherein the main planting hole, the communication passage, and the sub -planting hole are arranged at positions that can be seen in a plan view . The rocky planting tool can be divided into an upper part and a lower part,
The rock-like planting tool according to claim 1, wherein the main planting hole, the sub-planting hole, and the communication passage are formed in the lower portion.   The rock-like planting according to claim 1 or 2, wherein the diameter of the main implantation hole is 15 cm or more, and the diameter of the auxiliary implantation hole and the width of the communication passage are in the range of 3 to 10 cm. Planting tools.

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