JPS63137624A - Connected water supply and discharge pot - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application This invention relates to a flowerpot for cultivating plants.

(B) Conventional technology Traditionally, water was supplied to pots for plant cultivation individually by sprinkling, etc., and excess water passed through a screen and flowed out through drainage holes. .

(c) Problems to be Solved by the Invention Watering by sprinkling or the like is harmful to growth immediately after germination or during the flowering period, and a great deal of effort is required to water each individual flowerpot. In addition, excess water flows out through each drainage hole, resulting in loss of liquid fertilizer, etc., and drainage measures may be required for environmental management reasons. This invention is intended to solve these problems.

2) Measures to solve the problem: Provide a water supply hole 1 and a drainage hole 2 at the bottom of flower pot A, and connect them with the water supply hole 5 of flower pot B, which is located at the same altitude or below the altitude, by means of a vibro. . Inside the flower pot, a perforated pipe 4 connects a water supply hole 1 and a drainage hole 2. Similarly, the flower pots are successively connected with one system of pipes.

Further, an air intake hole 8 is provided between the water supply hole 1 and the drain hole 2 and the screen 6. A water supply hole 1 and a water supply tank C are connected with a pipe, and a flow rate adjusting pulp 7 is installed in the middle of the pipe.

(e) Operation From the water supply tank C, the flow rate of the water liquid is adjusted by the pargua, flows into the water supply hole 1, passes through the hole of the perforated pipe 4, and is supplied to the flowerpot A. When the elevation of the water liquid rises to the position of the drainage hole 2, the water liquid flows out from the drainage hole 2 and flows into the water supply hole 5 of the flower pot B through the vibro. Similarly, water is sequentially supplied and drained to a plurality of flowerpots connected by pipes. The water solution that has been supplied to the elevation of the drainage hole 2 of the flower pot A is supplied to the plant root hairs from the part of the screen B that is in contact with the water solution due to the capillary action of the soil. Further, since air is naturally supplied to the gap between the screen 6 and the water surface through the intake holes 8, there is no fear of rooting.

(F) Effects of the Invention Since water supply and drainage to a plurality of flower pots are performed continuously through a single system of pipes, it is possible to save labor in supplying water to the flower pots. or,
Since the water is supplied directly from the root hairs, there is no loss of water or growth problems due to watering, etc. Since wastewater is concentrated in one place, wastewater treatment is easy.

(g) Example: Since water is continuously supplied to flower pots on the eaves and balconies of houses through the water tank, there is no chance of plants dying due to lack of water.

In addition, by using it in agricultural greenhouses, etc., it is useful for rationalizing agricultural production.

[Brief explanation of the drawing]

FIG. 1 is a sectional view of the connected water supply and drainage flower pot according to the present invention.
FIG. 2 shows a plan view.

Claims (1)

[Claims] A water supply hole, a drainage hole, and an intake hole are provided at the bottom of the flowerpot, and the water supply holes and drainage holes of the plurality of flowerpots are connected with a pipe, so that water supply and drainage of the plurality of flowerpots can be continuously performed. flower pot