JPH0421446B2 - - Google Patents

Description

[Detailed Description of the Invention] Object of the Invention (1) Field of Industrial Application The present invention relates to a method for planting bonsai trees in groups.

(2) Conventional technology Bonsai, which artificially reproduces the natural beauty of plants in flower pots and allows people to appreciate them, is something that many people are interested in as a hobby. , real trees, miscellaneous trees, etc., are grown by adjusting the branches to suit one's taste. Traditionally, bonsai like this were made as a single tree to admire the branches, the shape and color pattern of the blooming flowers, but in recent years, it has become popular to plant bonsai seedlings in flower pots and appreciate them. For example, in the case of Satsuki, about 50 seedlings are planted in flowerpots, and visitors can admire their branches and blooming flowers. When planting bonsai trees like this Satsuki in clusters, wrap sphagnum moss around the outer surface of the core tree, which is cut from wood into a long, conical shape, and place it inside the flower pot to help prevent the core tree from falling. Have a person support the core tree, and place it on the outer circumferential surface of this core tree at a height of 1 m.
Arrange about 50 seedlings of about 30cm in size, and tie each seedling to the core tree while wrapping a string around the outer circumference of the seedlings.After that, fill the flower pot with soil and cover the roots of the core tree and seedlings with the soil. It is something that is embedded within and nurtured.

(3) Problems to be solved by the invention However, when planting bonsai trees in groups, it is necessary to have an assistant to support the core tree and seedlings in the flower pot so that they do not fall, and the worker cannot plant them alone. Because of this, bonsai trees planted in clusters tend to be expensive.

The present invention has been made in view of the above-mentioned problems of the conventional art, and its object is to fit an external paper cylinder having a large number of holes into the outer periphery of an internal conical cylinder so that the space between them can be increased.
A core tube filled with a moisture-absorbing material is formed in the core tube, and the core tube is fixed and erected in the flower pot using a drainage hole in the inner bottom of the flower pot, and a seedling division frame is detachably attached to the upper end of the core tube. Then, saplings of bonsai trees are placed on the outer circumferential surface of the core tube, and the upper ends of the saplings are supported by the sapling dividing frame to prevent the saplings from falling or twisting, and the outer periphery of the saplings is tied up and down in multiple layers with strings. This makes it possible for one worker to easily plant bonsai trees in clusters without requiring a core tube or an assistant to support the seedlings, and also allows the bonsai trees planted in clusters to be sold at a low price. The purpose is to provide a method for planting trees together.

Structure of the Invention (1) Means for Solving the Problems In order to achieve the above object, the present invention provides a vertical and elongated internal conical cylinder 1 having a bottom plate 2 fixed to the inner surface near the lower end, and An external paper cylinder 4 that is fitted onto the outer periphery of the cylinder 1 and has a truncated conical shape and has a large number of small holes 3 at approximately the same height as the internal conical cylinder 1, and this external paper cylinder 4 and the internal conical cylinder A core cylinder 6 was formed, and the core cylinder 6 was provided with a moisture-absorbing material 5 filled between the flower pot 7 and the flower pot 7. The washer 9 and the bottom plate 2 of the inner conical tube 1 are locked with a locking tool 10, and a protective ring 17 is attached to the intermediate height position of the outer paper tube 4 of the core tube 6, and a seedling dividing frame 16 is attached to the upper end. A sapling 18 of a bonsai tree is placed on the outer peripheral surface of the outer paper tube 4 of the core tube 6, and the upper end of the sapling 18 is divided by the sapling classification frame 16 to prevent the sapling 18 from twisting or falling. Cultivating soil 19 is poured into the flowerpot 7 to harden the roots of each seedling 18, and each seedling 18 is tied with a tie string 20 at vertical intervals, and then the seedling classification frame 1
It consists of a method of planting bonsai trees together by removing the 6.

(2) Effect In the method for planting bonsai trees of the present invention,
A core tube is placed at the inner bottom of the flower pot, a washer is fitted into a drainage hole of the flowerpot, and the bottom plate at the lower end of the core tube is locked with the washer using a locking tool. As a result, the core tube becomes integrally fixed to the flower pot, and there is no need for an assistant to support the core tube. Therefore, a protective ring is attached to the middle height of the core tube to prevent the seedlings from being damaged, and a seedling dividing frame is detachably attached to the upper end of the core tube, and the saplings of bonsai trees are placed around the outer periphery of the core tube. While erecting the saplings, the upper ends of the saplings are divided and received by the sapling dividing frame to prevent the erected saplings from twisting or falling. In this state, potting soil is poured into the flowerpot to harden the roots of each seedling, and each seedling is tied up and down in multiple tiers with binding strings.
By removing the sapling division frame, workers can efficiently plant saplings in clusters without the need for an assistant.

(3) Embodiments Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

FIG. 1 shows a state in which a core tube 6 is set upright in a flowerpot 7, a protective ring 17 is attached to the intermediate height position of the core tube 6, and a seedling dividing frame 16 is attached to the upper end of the concentric tube 6. A cross-sectional view is shown.

As shown in FIGS. 2 and 3, the core tube 6 is
A vertically elongated internal conical cylinder 1 made of plastic, with an enlarged lower end outer diameter and a bottom plate 2 fixed to the inner surface near the lower end, and a large number of small parts fitted onto the outer peripheral surface of the internal conical cylinder 1. A frustum-shaped external paper cylinder 4 having a hole 3 and a lower end inner diameter the same as the lower end outer diameter of the inner conical cylinder 1 and approximately the same height, and a space between the outer paper cylinder 4 and the inner conical cylinder 1 A moisture-absorbing material 5 such as sphagnum moss and a sponge is filled in the container.

The core tube 6 is placed at the center of the inner bottom of the flower pot 7, and the washer 9 is fitted into the drain hole 7 of the flower pot 7 from below, and the inner surface of the lower end of the inner conical tube 1 in the core tube 6 is The bottom plate 2 is connected to each other by a locking tool 10 such as a bolt. This locking tool 10 allows the core tube 6 to
is integrated into the flowerpot 7, and the core tube 6 can be held upright within the flowerpot 7 without the support of an assistant.

The protective ring 17 has a cushion material wrapped around its outer peripheral surface, and is inserted from the upper end of the core cylinder 6 and engaged at an intermediate height position. With this protective ring 17, the seedling 18 is held slightly floating on the core tube 6.
The seedlings 18 are arranged on the outer peripheral surface and tied with strings to prevent the seedlings 18 from being damaged.

As shown in FIGS. 4 and 5, the seedling classification frame 1
6 is made of a soft wire such as an aluminum wire with a cushion material such as styrofoam wrapped around the outer circumferential surface, and includes an outer ring 11 and an outer ring 1.
an inner ring 12a disposed inside the core tube 6 and fitted onto the upper outer circumferential surface of the outer paper tube 4 of the core tube 6; The outer ring 11 has a segmented rod 13 which is separated from the outer ring 11.
A plurality of inclined rods 1 projecting obliquely upward from the center of 1.
An upper ring 12b is fixed to the upper end of the upper ring 12b, and on the inner surface of the upper ring 12b, a pair of rings are inserted and engaged with the moisture absorbing material 5 between the upper ends of the outer paper tube 4 and the inner conical tube 1 of the core tube 6. A hook 15 is provided.

The inner ring 12a of the seedling dividing frame 16 is inserted into the upper end of the outer paper tube 4 of the core tube 6, and the hook 15 of the upper ring 12b is inserted into the moisture-absorbing material 5 in the upper end of the outer paper tube 4 to separate the core tube. Seedling division frame 16 at the top of 6
In this state, the upper end of the seedling 18 to be placed on the outer peripheral surface of the core tube 6 is attached to the dividing rod 1.
This is to prevent the seedlings 18 from twisting or falling while being evenly divided and received within the outer ring 11 divided by 3.

In the bonsai tree planting method of the present invention, for example, in the case of Satsuki seedlings, the core tube 6 has a height of 130 mm.
The core cylinder 6 is fixed to the inner bottom of the flower pot 7 with a locking tool 10, and is protected at an intermediate height position of the concentric cylinder 6. A ring 17 is fitted and a seedling dividing frame 16 is attached to the upper end.

Next, the Satsuki seedlings 18 are arranged around the outer circumference of the core tube 6, and the upper ends of the seedlings 18 are placed between each division rod 13 of the seedling division frame 16, dividing them into about 10 seedlings. to prevent it from twisting or falling over. After arranging about 50 seedlings 18 around the outer circumference of the core tube 6, double soil 19 is poured into the flower pot 7 and the roots are hardened.
Further, the seedlings 18 are tied together in a circumferential manner in multiple stages, upper and lower, using binding strings 20, and the seedling dividing frame 16 is removed.

Therefore, there is no need for an assistant to support the core tube 6, and the water sprinkled on the core tube 6 flows through the small holes 3 of the outer paper tube 4.
Root hairs that infiltrate into the moisture-absorbing material 5 and extend from the joints of each seedling 18 penetrate into the internal moisture-absorbing material 5 through the small holes 3 of the outer paper tube 4 and become intertwined with each other several years later. 18 grows into a single large Satsuki tree, and the outer paper tube 4 of the core tube 6 gradually rots, and about 10 years later, the Satsuki that has been planted in clusters is placed in the soil 19.
Pull out the plastic inner conical cylinder 1.
The tree is removed and transplanted in the correct form, and not only Satsuki but also bonsai such as cherry blossoms, plums, and zelkova can be planted together by one worker at a low cost and without any effort.

Effects of the Invention As described above, according to the method for planting bonsai trees in a group according to claim 1, an inner conical tube and a large number of small holes are inserted into the outer circumference of the inner conical tube and formed. A core tube is formed which includes an outer paper tube and a moisture absorbing material filled between the outer paper tube and the inner conical tube, and the core tube is arranged at the inner bottom of the flower pot to absorb water in the flower pot. The washer fitted into the punching hole and the bottom plate of the inner conical tube are locked with a locking tool, and a protection ring is attached to the middle height position of the outer paper tube of the core tube, and a seedling dividing frame is attached to the upper end. Then, saplings of bonsai trees are arranged on the outer peripheral surface of the outer paper tube of the core tube, the upper ends of the saplings are divided by a sapling classification frame, and cultivating soil is poured into the sapling pot to harden the roots of each sapling. At the same time, by tying each seedling with a binding string at vertical intervals and then removing the seedling division frame, it was possible to arrange the seedlings around the core tube without the need for an assistant to support the core tube. Since the upper ends of the saplings are supported by the sapling division frame, the saplings do not twist or fall, making it easy for a single worker to plant a large number of bonsai saplings together, and the bonsai trees planted in clusters can be provided at low cost. That will happen.

[Brief explanation of drawings]

Fig. 1 is a cross-sectional view showing a state in which a core tube is attached to a flower pot and a bonsai tree seedling is placed in order to carry out the method of the present invention; Fig. 2 is a front view of the core tube;
The figures are a cross-sectional view taken along the line A-A in Figure 2, Figure 4 is a front view of the sapling division frame, Figure 5 is a bottom view, and Figure 6 is a front view of bonsai tree seedlings planted in flower pots. It is a diagram. 1...Inner conical cylinder, 2...Bottom plate, 3...Small hole,
4...External paper tube, 5...Moisture absorbing material, 6...Core tube, 7
...Flower pot, 8...Drain hole, 9...Washer, 10...
...Locking tool, 16... Seedling classification frame, 17... Protection ring, 18... Seedling, 19... Cultivating soil, 20... Binding string.

Claims (1)

[Scope of Claims] 1. A vertical and elongated inner conical cylinder with a bottom plate fixed to the inner surface near the lower end, and a truncated conical cylinder that is fitted onto the outer periphery of the inner conical cylinder and has approximately the same height as the inner conical cylinder. an outer paper cylinder with a large number of small holes formed therein; and a moisture-absorbing material filled between the outer paper cylinder and the inner conical cylinder;
forming a core cylinder having the core cylinder, disposing the core cylinder at the inner bottom of the flower pot, and locking the washer and the bottom plate of the inner conical cylinder with a locking tool, which fits into the drainage hole of the flower pot; A protection ring is attached to the intermediate height position of the outer paper tube of the core tube, and a seedling division frame is attached to the upper end, and a sapling of a bonsai tree is placed on the outer peripheral surface of the outer paper tube of the core tube, and the upper end of the seedling is Prevent the seedlings from twisting or falling while separating them using seedling classification frames. Filling soil is poured into the flowerpot to harden the roots of each seedling, and each seedling is tied up with a binding string at vertical intervals. After that, A method of planting bonsai trees together by removing the seedling division frame.