JPH07255281A - Tool for planting into flowerpot - Google Patents

Abstract

PURPOSE:To improve water-draining property, water retentivity and air permeability of culture soil to carry out prevention of root rot and active rooting and to promote favorable growth and culture in planting orchid into a flowerpot and culturing the orchid. CONSTITUTION:This planting tool is a columnar tool 1 for planting into a flowerpot, obtained by packing a solid granular material 3 consisting of foamed styrene resin particles in a bag body 2 consisting of net fabric made of a resin. The tool 1 for planting into the flowerpot is erected in the central part of the flowerpot 4 and embedded using culture soil 5 and the base end 6 of the root of orchid 7 is put on the upper end part of the tool 1 and the orchid is planted to ensure proper water-draining property, water retentivity and air permeability of culture soil 5.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention, for example, when orchids are cultivated in a flower pot, the orchid is planted in the root portion of the orchid.
The present invention relates to a flowerpot planting tool used to promote drainage / water retention and aeration in soil, as well as to prevent rooting and active rooting.

[0002]

2. Description of the Related Art When cultivating orchids in flower pots, cultivated soil is placed in the required flower pots, the root portion of the orchids is embedded in the cultivated soil, and the plants are cultivated from the top of the plant pots with abundant water supply. There is.

[0003]

According to the above-described conventional method for planting orchids in a flowerpot, the central part of the root, which is the lower position of the planted orchid, is the central part of the flowerpot, so that the drainage performance is improved. There is a problem that the ventilation is poor, rooting is caused, and poor growth due to insufficient rooting occurs, and in the case of such poor drainage, the bottom of the flowerpot will be in a humid state, so "Lottery" is often caused, causing spill damage.

Furthermore, since the roots of orchids are elongated and grow downward, they are often planted in deep-bottomed flowerpots.
When planting in this deep-bottomed type flower pot, the orchid is placed in a flower pot in which about half the soil has been put and held with one hand, and the soil is replenished and planted in that state, making the planting work difficult and troublesome. It takes.

The present invention provides a plant pot implanting tool which solves the above-mentioned problems in the case of orchid planting or plant plant other than orchid planting in a plant pot.

[0006]

According to the present invention for solving the above technical problems, "a bag made of cloth / film having soil corrosion resistance and moisture permeability is filled with water-insoluble granular solid matter. A flowerpot planting tool characterized by a structure that forms a pillar and is embedded in a potted soil cultivated soil to stand upright ".

[Flower pot implantation tool characterized by a structure in which resin wire rods are densely entangled with each other to form a porous columnar body having voids between the resin wires and embedded in a potted soil for standing upright planting]
Is a feature.

[0008] In the former case, in which the bag body is filled with the solid particles, the bag body may be selected from woven cloth, non-woven cloth, porous resin film, cloth and the like. Foamed resin granules, resin granules, timber fine granules, stone fine granules, metal granules, glass granules, cork granules, ceramic granules, etc. are selectively used as the granular solids. To be And, for example, in orchid cultivation, the above-mentioned planting tool is embedded in a lower position of the central portion of the orchid, the center of the orchid is placed on it, and then embedded in the soil.

[0009]

In the flowerpot implanting tool of the present invention having the above-described structure, both the former one made of the bag-filled granular solid matter and the latter one made of the entangled column body of the resin wire rod are in communication with each other. Since the voids are densely present, it has an appropriate water permeability, and also has an appropriate water retention property by landing on the minute voids, etc.
The water is drained down without excessive water accumulation in the pot, and an appropriate amount of water is preserved. Therefore, it has the effects of preventing rooting and providing an appropriate amount of water to the roots to actively promote rooting and promote good plant growth.

Furthermore, since the planting tool having the above structure has excellent air permeability due to the presence of the minute voids, the aeration and oxygen supplementation to the soil can be activated, and the growth of the flowerpot plant can be further improved. . And since the planting tool is erected vertically in the form of a pillar, it becomes possible to plant a plant such as an orchid on the planting tool which has been embedded by embedding the lower end portion in the soil beforehand to make it stand. Therefore, the work of planting the plant in the flowerpot becomes extremely easy, and because of the above-mentioned good drainage property, the bottom and back of the flowerpot will not be damp, and the generation of slick lots can be prevented.

[0011]

Embodiments will be described in detail below based on embodiments. First, referring to FIG. 1 showing an implanting tool of a first embodiment of the present invention, an implanting tool 1 of this embodiment is for orchid cultivation using a deep bottom type flowerpot and has minute holes. A bag body 2 made of a resin net is filled with styrene foam solid particles 3 having a diameter of about 2 and a diameter of about 30 and a height of about 120 to 150.
It is made of a porcelain column and has corrosion resistance and water permeability that does not lose its shape for a reasonable period of time even when it is put into soil.

Then, (see FIG. 1 (C)), the lower end is put on the bottom hole 10 to stand in the central portion of the flower pot 4, the lower half portion is buried in the soil 5 to be self-supporting, and the self-supporting posture is planted. Tool 1
Place the root end 6 of the root of the orchid 7 to be potted on the top of
In that state, add 5 additional soil and orchid 7 in the flowerpot 4.
And the implanting tool 1 is embedded in the center portion of the flower pot 4 for use.

The above-described planting tool 1 of the embodiment shown in FIG. 1 has a structure in which microscopic voids exist between the grains because the solid granules are made of expanded styrene resin grains, and the planting tool 1 is of the flower pot 4. Since it is embedded in the central part in a vertically long shape, the water permeability of that part is extremely good, and the moisture adhering to the spaces between the grains and the surface of the grains becomes a proper water retention, and is supplied from above the flowerpot 4 all at once. However, since excess water does not accumulate in the soil 5 or become water-deficient, rooting is prevented, and water is appropriately supplied to the roots.
Roots also enter the inside of the bag body 2 and rooting is actively promoted, and the orchid 7 can be grown and cultivated very smoothly.

And, due to the existence of the microvoids,
The air circulation and heat retention of the core of the flowerpot 4 are extremely good,
Orchid 7 grows more smoothly, and orchid 7 is placed in flowerpot 4.
When planting, the implanting tool 1 can be used as an implanting stand, so that the implanting work is extremely easy and the implanting can be easily performed in a good posture. And from the above good drainage property,
Since the bottom back of the flower pot 4 is not damp, no slugs are generated between the bottom of the plant pot on which the flower pot 4 is placed and the bottom back.

Next, another embodiment of the present invention will be described with reference to FIGS. That is, first, in FIG.
Granular solid material 3 of the same styrofoam resin particles as in Example 3
In the case of filling the bag body 2 with
The skeleton 8 made of resin-coated wire is inserted to hold and fix the expanded shape of the bag 2. Since the shape of the embodiment of FIG. 2 is stable even when the soil pressure of the soil 5 is received in the flower pot 4, the above-described action of the implanting tool 1 is more stably continued.

On the other hand, in FIG. 3, the implanting tool 1 as a whole is
A wire rod entangled porous column which has a shape of hollow cylindrical solid material by randomly and densely entangled resin wire rods with a diameter of about 1.0, and in which very small voids are present between the wire rods. I am a body 9. The implanting tool 1 of this embodiment is also used by embedding it in the flower pot 4, as in the embodiment of FIGS. The above-mentioned embodiment of FIG. 3 also has a similar function to that of the embodiment of FIGS. 1 and 2 since it is a porous column.

The plant pot implanting tool of the present invention is not limited to the above-mentioned embodiment, and the bag body 2 may be a cloth or film such as the above-mentioned non-woven fabric, or the solid granules 3 may be other than the polystyrene foam particles. The above-mentioned granular material is used as necessary. Then, the bone body 8 to be put in the bag body 2 has an arbitrary shape for holding and fixing the expanded posture of the bag body 2 as necessary. Further, this implanting tool is used for other flower pot plants such as bonsai. Also used.

[0018]

As described above, the device for planting a flower pot of the present invention ensures drainage and moderate water retention of the soil in the flower pot, and air circulation to prevent rooting of the plant in the plant. It has various effects of actively forming roots, promoting and improving smooth growth and cultivation, and improving workability of plant planting work in a flower pot.

[Brief description of drawings]

FIG. 1 shows a flowerpot implanting tool according to a first embodiment of the present invention, in which (A) is a front view thereof, (B) is a cross-sectional view thereof, and (C) is its use. Front sectional view of the state

FIG. 2 shows a flowerpot implanting device according to another embodiment of the present invention,
(A) in the figure is a front view thereof, and (B) in the figure is a perspective view of a bone body to be inserted therein.

FIG. 3 shows a flowerpot implanting device according to another embodiment of the present invention,
(A) in the figure is its front view, and (B) in the figure is its cross-sectional view.

[Explanation of symbols]

 1 Flower pot implantation tool 2 Bag 3 Solid granules 4 Flower pot 5 Soil 6 Root base 7 Orchid 8 Skeleton 9 Porous column 10 Bottom hole

Claims (3)

[Claims] 1. A structure in which a cloth / film bag having corrosion resistance and moisture permeability in the soil is provided with a column body filled with water-insoluble granular solid matter, and the column body is embedded and embedded vertically in a potted soil. A tool for planting a flowerpot. 2. The plant pot implanting tool according to claim 1, wherein the solid granular material is styrofoam resin particles. 3. A plant pot planting tool characterized in that a resin column is densely entangled to form a porous columnar body having voids between the resin lines and is embedded in a plant pot cultivating soil so as to stand upright.