JP3140268U - Water retention type eco-planter unit - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a water retention type eco-planter unit which is composed of a bottomed container, bamboo charcoal, an intermediate plate, and soil for plant cultivation and facilitates plant cultivation even in a place having no land such as an apartment.
SOLUTION: A bottomed container, bamboo charcoal put in a bottom part, and soil for plant cultivation are configured through a net-like intermediate plate, and excess water is discharged by providing a drain hole on a side surface of the container. Water retention type eco-planter unit.
[Selection] Figure 1

Description

  The present invention relates to a water retention type eco-planter unit that facilitates plant cultivation in an apartment that does not have land.

As a conventional technique, a soil storage space for plant cultivation is formed, and the bottom surface is configured by a porous surface so that moisture can be taken into the soil storage space from below, and this porous surface portion is supported. A first container in which a rod-like body is provided on the lower surface side of the porous surface-shaped portion, and a second container for water storage that is open on the upper surface and is disposed under the first container. And a granular body filled in the second container, and the rod-shaped body of the first container is supported on the side wall of the second container, whereby the side wall of the first container and the second container There is a planter unit characterized in that a gap is formed between the upper surface and the upper surface of the second container is located below the porous surface portion via the gap. (See Patent Document 1)
Japanese Patent No. 3442762

  The above prior art is an upper and lower two-stage unit, which is high in cost and takes time and effort such as replanting.

  The present invention is intended to solve the problems of such a conventional configuration, and is composed of a bottomed container, bamboo charcoal, an intermediate plate, and soil for plant cultivation, and has land such as an apartment. The purpose is to provide a water-retaining eco-planter unit that facilitates plant cultivation even in places that are not.

In order to achieve the above object, the present invention comprises a bottomed container, bamboo charcoal to be placed in the bottom, and soil for plant cultivation through a net-shaped intermediate plate, and by providing a drain hole on the side of the container, excess moisture Is discharged.
Moreover, the drainage hole was provided in the bamboo charcoal upper surface or side surface position of a bottomed container.
Furthermore, bamboo charcoal is put into the soil for plant cultivation.

1) The present invention is composed of a bottomed container, bamboo charcoal, an intermediate plate, and soil for plant cultivation, and the bamboo charcoal and the soil for plant cultivation are partitioned through the intermediate plate. As a result, the soil for plant cultivation can be replaced without mixing into bamboo charcoal.
2) By holding water in the bamboo charcoal placed at the bottom, the watering frequency was reduced, and the soil was kept at a suitable humidity, thereby facilitating plant cultivation.
3) Insufficient water in condominiums that do not have land will cause the plants to die.
4) By providing a discharge hole on the upper surface of the bamboo charcoal, excess water is discharged and rooting is prevented.
5) The water retained in the bamboo charcoal at the bottom is released by drying the soil surface, reducing the frequency of daily watering and facilitating plant cultivation even in places that do not have land such as apartments.
6) Promote plant growth with water and liquid fertilizer held in bamboo charcoal in the bottom.
7) Soil moisture content becomes high by putting bamboo charcoal in the soil for plant cultivation.

Best mode for carrying out the invention

1 is a water retention type eco-planter unit.
Reference numeral 2 denotes a bottomed container that opens upward.
3 is bamboo charcoal that is spread on the bottom of the bottomed container 2.
Reference numeral 4 denotes a net-like intermediate plate provided on the upper surface of the bamboo charcoal 3.
5 is a soil for plant cultivation (bamboo charcoal may be added) provided above the intermediate plate 4.
6 is a drainage hole provided at the side surface position of the upper surface (side surface) of the bamboo charcoal 3 in the bottomed container 2 and may be provided at two or more locations as necessary.

An example of use of the water retention type eco-planter unit 1 will be described.
For example, the water retention type eco-planter unit 1 is placed on a veranda (not shown), and a required plant S is planted in the plant cultivation soil 5.
Thereafter, water M is fed from above to grow the plant S.
In addition, when the quantity of the water M1 in the bamboo charcoal 3 increases, it drains out from the drain hole 6 to prevent rooting.

  BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a longitudinal front view showing an embodiment of a water retention type eco planter unit of the present invention.   The use condition figure which shows one Example of the water retention type eco-planter unit of this invention.

Explanation of symbols

1 --- Water-retaining eco-planter unit 2-Bottomed container 3-Bamboo charcoal 4-Middle plate 5--Plant cultivation soil 6-Drainage hole S-Plant M- water

Claims (3)

  Water retention, characterized in that a bottomed container, bamboo charcoal placed in the bottom, and soil for plant cultivation are configured via a net-shaped intermediate plate, and drainage holes are provided on the side of the bottomed container to discharge excess water. Type eco-planter unit.   The water retention type eco-planter unit according to claim 1, wherein drainage holes are provided on the upper surface or the side surface of the bamboo charcoal of the bottomed container. The water retention type eco-planter unit according to claim 1 or 2, wherein bamboo charcoal is placed in the soil for plant cultivation.

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