JPS5941961Y2 - flower pot - Google Patents

Description

[Detailed description of the invention] The present invention is a hydrophilic system in which a plurality of through holes 2 are bored in the side surface of a short tube 1 made of synthetic resin, a sponge 3 is inserted into the inside of the short tube 1, and the sponge 3 is inserted through the through holes 2. 4 are placed inside and outside of the same short tube 1 to form the same short tube 1.
is housed in a pot 5, and two thin and large synthetic resin hydrophilic systems 6, 7 hanging downward from the bottom of the pot 5 are connected to the sponge 3 in the short tube 1, The present invention relates to a flowerpot in which a water tank 8 supporting the pot 5 is disposed at the lower part, and the synthetic resin hydrophilic system 6, 7 is suspended within the water tank 8.

The pot 5 is supported by a water tank 8 by fitting, the two thin threads of synthetic resin (made of nylon) hydrophilic systems 6 and 7 are made of twisted yarn, and the hydrophilic system 4 that passes through the through hole 2 is made of nylon twisted thread. Of course, other hydrophilic synthetic resins may be used.

In the figure, 9 indicates the stopper of the aquarium 8, 10 indicates a soil support net stretched over the bottom of the pot 5, 11 indicates soil, 12 indicates plants, and 14 indicates an air hole drilled in the upper part of the side wall of the above-mentioned aquarium 8. be.

Therefore, a water tank 8 is filled with water 13, and both or one of the two thin and large hanging synthetic resin hydrophilic systems 6 and 7 is immersed in the water 13.

In this way, water 13 rises through both or one of the same systems 6 and 7 due to capillary action and is sucked into the sponge 3 in the short tube 1, and furthermore, the water 13 rises through the hydrophilic system 4 passing through the through hole 2.
It permeates into the soil 11 through water, is absorbed by the roots of the plants 12, and can supply water to the plants 12.

However, before germination in February and March, the synthetic resin hydrophilic systems 6 and 7 are taken out of the aquarium 8 and the water 13 in the aquarium 8 is not used for irrigation.

This will continue until around the beginning of July.

From July onwards, depending on the type of plants 12, the above-mentioned hydrophilic system 6.7 may be inserted into the water 13 in the aquarium B and watered with a volume of water 13. If possible, it is better for the plants to be watered every day.

For plants that enjoy fruit, continue to water them and place them in the tank after fruiting.
The water 13 inside is used as described above.

Roses and flowers that can be enjoyed in all seasons, as well as types that grow in dry areas, are best irrigated.

The water 13 in the aquarium 8 is used as described above for shrubs and plants 12 that require shade or sufficient moisture.

In autumn and winter, when plants 12 are not active, tank 8
Although the water 13 inside is used as described above, only the thin synthetic resin hydrophilic system γ is used, and the thick hydrophilic system 6 is taken out of the water tank 8 and is not used for water supply.

In this case, as described above, a plurality of through holes 2 are bored in the side surface of the short tube 1 made of synthetic resin, and a sponge 3 is inserted into the short tube 1.
The hydrophilic system 4 penetrating the above-mentioned through hole 2 is placed inside and outside of the short tube 1, and the short tube 1 is housed in the pot 5, and two slender and large strips are formed hanging downward from the bottom of the pot 5. Resin hydrophilic systems 6 and 7 are connected to the sponge 3 in the short tube 1, a water tank 8 supporting the pot 5 is arranged at the bottom of the pot 5, and the hydrophilic system 6 and 7 are made of two thin strips. 7 hanging in the same aquarium 8, the water in the aquarium 8 can be used for automatic water supply and adjustment of the flower pots depending on the 120 types of plants, and there is also the risk of the plants dying when you go out for a long time. However, if the hydrophilic systems 6 and 7 do not rot and the soil 11 is moist, there is no fear that the water 13 in the water tank 8 will be excessively supplied to the soil 11, and there is the advantage that the moisture in the soil 11 can be maintained appropriately.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing the flowerpot of the present invention, FIG. 2 is a longitudinal sectional view of the flowerpot, FIG. 3 is a side view of a short synthetic resin tube, and FIG. 4 is a longitudinal sectional view of a stopper. 1...Synthetic resin short tube, 2...Through hole,
3...Sponge, 4...Hydrophilic type, 5.
... Pot, 6,7 ... Synthetic resin hydrophilic type,
8...Aquarium.

Claims (1)

[Claims for Utility Model Registration] l) A plurality of through holes 2 are bored in the side surface of a short synthetic resin tube 1,
A sponge 3 is inserted into the inside of the short tube 1, and the hydrophilic system 4 passing through the through hole 2 is arranged inside and outside of the short tube 1, and the short tube 1 is housed in a pot 5. Two thin and large synthetic resin hydrophilic systems 6 and 7 hanging downward from the bottom of the pot are connected to the sponge 3 in the short tube 1, and a water tank 8 supporting the pot 5 is arranged at the bottom of the pot 5. The flower pot is made by suspending the hydrophilic system 6, 7 with two narrow strips into the water tank 8. 2) The flower pot according to claim 1, which is a utility model, and has a water tank 8 that fits and supports the pot 5. 3) The flower pot according to claim 1, wherein the two thin and large synthetic resin hydrophilic systems 6 and 7 are twisted threads. 4) The flower pot according to claim 1, wherein the hydrophilic system 4 passing through the hole 2 and the hydrophilic systems 6 and 7 made of synthetic resin are nylon twisted threads.