KR20080073423A - External projection automatic water supply device - Google Patents

Abstract

An outwardly protruded-automatic watering device is provided to promote the growth of flowers, prevents root rot and to avoid a troublesome inconvenience such as frequent watering. An outwardly protruded-automatic watering device comprises: a water tank body(10); a water inlet part(11); a trap(13) to shut off the interior and exterior of the water container at the upper part of the water container body; an air vent(13a) inside the trap to afford a smooth water supply; a stopper(12) at the water inlet part to prevent evaporation of water and maintain air tightness inside the trap; and an outwardly projecting part(20). The outwardly projecting part contains an airflow groove(21), upper hole(22), lower hole(23) and a part for hooking felt paper cover. The water tank body is shaped like a sphere, column, ellipse, square column, cube, polygon and the like. The water tank body, trap and outwardly protruded-part are made of synthetic resin with a relatively high hardness and waterproof property.

Description

Automatic water supply {omitted}

1 is a separate perspective view of the bucket outer protrusion and the separation.

Figure 1 is a perspective view of the outer projection before coupling.

2 is a perspective view integral with the bucket outer projection.

2-1 is a cross-sectional view of the external protrusion.

3 is a cross-sectional view of the inner trap of the water tank (except the outer projection is a perspective view)

3-1 is an enlarged cross-sectional view of a bucket body threaded portion.

3-2 is a perspective view of the trap part.

4 is a cross-sectional view of the outer trap of the bucket.

5 is a perspective view of a circular bucket of external traps and external protrusions (separable and integral)

5-1 is a plan view of FIG.

6 is a perspective view of the water tank for collective management.

Figure 6-1 is a cross-sectional view illustrating the use of the group management of the external protrusion connected to the water tank.

6-2 is a partially enlarged cross-sectional view of Example 1 (except the outer projection is a perspective view).

7 is a cross-sectional view of the use example.

* Explanation of symbols for the main parts of the drawings

10: bucket body. 10a: Bucket body threaded portion. 11: injection part. 11a: Screw-joint tightening handle jaw

11b: injection part screw part. 12: Spigot. 13: trap. 13a: Air Vent. 14: water bottle entrance.

15: discharge port. 16: water gauge. 17: discharge pipe. 18: T branch pipe. 19: Branched piping.

20: external protrusion. 21: Air passage groove 22: Upper perforation. 23: lower perforation.

24: Felt paper cover hanger jaw. 25: Closure of the bucket external protrusion. 26: Unevenness.

30: felt paper cover. 31: Felt paper cover hook (hook). 32: felt paper cover groove.

40: felt paper. (Fabric)

50: External projection with air storage. 51: Air storage. 52: Piping connector part.

60: Bunto.

70: potted plant.

Figure 1. Figure 2. Figure 3.

Example 1. Example 2. Example 3.

The present invention relates to a water tank equipped with an automatic water supply device, and more particularly, to an automatic water supply device configured to store water in a bucket body and to supply the water by repeatedly adjusting the water supply stop to the soil in the flower pot through the bucket external protrusion. It is about.

In general, pollen is provided for ornamental or cultivation of plants, and the inner side of the pot is filled with soil to plant flowers or other plants. It is formed and the air is communicated with the drainage by this through.

Therefore, the water supplied to the clay in the pot is discharged to the outside instead of standing in the pot, and the conditions suitable for plant growth through the air in and out of the pot are prepared.

However, if the pollen is not supplied with water in a timely manner, the soil will dry out and the tree will die. However, if the water is continuously supplied using a device that supplies water continuously, the tree or flower will not be able to distribute air smoothly. There was a difficulty in managing the pot, such as being damaged or rotted.

In order to solve the problems described above, the present invention stores water separately in the bucket, and supplies the water by repeatedly adjusting the water supply and the stop to the clay in the pot, and continuously supplying a certain amount of water. In addition to supplying the soil in the soil, the amount of water supplied is controlled to prevent excessive water supply so that the roots of plants or trees can be damaged or rotted, and grow well. The purpose is to eliminate the inconvenience and to provide an automatic water supply device that anyone can easily manage pots.

The present invention for achieving the above object is formed between the bucket body 10 and the upper part of the trap 13 for blocking the bucket body and the outside between the injection portion 11 and the bucket body 10 for water injection When the water is injected into the trap, the air drawn in the water tank draws out an air batt 13a to smoothly inject the water, and the inlet of the trap is formed to block the inside of the water tank 10 and the outside 13 A stopper 12 is formed to prevent evaporation of water accumulated in the container, and an outer protrusion 20 is formed at the bottom of the bucket body 10, and an air passage groove 21 for air flow is formed at the outer protrusion 20. The groove 21 is formed from the upper portion to the lower portion, and the upper perforation 22 and the lower perforation 23 are formed at appropriate intervals (1 ... 2 centimeters) in the groove 21, and the perforated portion is felt ( 40) (cloth) wrapped and wrapped felt paper cover 30 on the outside It is formed by sandwiching.

When the water supply system of the above-described form of the water bottle bottom surface outward projection 20 on the surface of the clay soil 60 in the potted plant, water comes out through the lower perforation 23 perforated in the outer projection groove 21. The water is supplied to the felt paper 40 surrounding the surface of the outer protrusion 20 to increase the amount of water, and when the amount of water increases, the water is distributed to the upper perforation 22 formed along the groove 21 of the outer protrusion 20. By blocking the flow of air to make the inside of the bucket body in a vacuum state, the water supply is stopped by balancing the force of the water to come out to the lower perforation (23).

A large amount of water from the felt paper 40 is spread in the capillary phenomenon into the relatively dry soil 50, supplying moisture to the pot.

When the moisture of the felt paper 40 is moved to the capillary phenomenon into the clay 60, the felt paper 40 is dried, and the dried felt paper 40 is perforated along the grooves 21 of the outer protrusions 20. Open the flow of air flows to the water supply to the felt paper 40 to the lower perforation (23) by opening the flow of the air in the bucket body (10) to increase the amount of moisture and the moisture is increased again the outer projection 20 Blocking the air distribution groove (21) to block the flow of air to the upper perforation (22) to make the inside of the bucket body (10) again in a vacuum state to balance with the force of the water to come out of the lower perforation (23) again water supply A large amount of water in the felt paper 40 is repeatedly kept flowing into the capillary phenomenon into the relatively dry clay soil 60 while maintaining a constant amount of water in the pollen soil 60 at all times.

Where large flowerpots, gardens, flower beds, etc. are gathered, use the pipe as shown in the sectional view of Fig. 6-1. Group Management When the pipe is connected to the outside, the bucket body 10 is isolated from the outside by a trap 13 so as to be in a vacuum state. do.

The bucket body 10 in a vacuum state is supplied to the felt paper 40 to the lower perforation 23 by releasing the vacuum state with the air entering through the outer perforation part 50, the air passage groove 21, the upper perforation 22. .

Air entering through the upper perforation 22 is temporarily stayed in the upper air reservoir 51 of the outer protrusion 50 in which the air reservoir is configured.

If water is repeatedly supplied to the pot, such as water supply and stop, the amount of air entering the upper perforation 22 also increases. When the amount of air is increased and filled inside the air reservoir 51, the air enters the water tank through the discharge pipe 17 along the branched pipe 19, and the vacuum is released by the amount of air entering the inside of the water tank, respectively. Water is supplied to the pot (1.2.3 degrees), among which the most water is moved to the potted parts outside the pot 50, the water pressure weakened by the movement of air in the air reservoir (51).

With the same principle as above, the pollen that requires a lot of water and the pollen that requires a small amount of water are used as the amount of water required by each pot by using the air stored and temporarily stored in the air storage 51 and the repetition of water supply and stop. It will be able to water automatically.

If you don't supply water to the pot in a timely manner, the soil will dry out and the tree will dry out, or if you supply a large amount of water using a device that supplies water, the plants or trees will be damaged. It can solve the problems of pollen management such as rotting and dying, and also solves the trouble of pollen management.

In addition, the installation method is also simpler and more economical than the existing water supply equipment installed at the bottom of the pot by dividing the flowers by simply placing them on the top of the soil 60 (Fig. 7).

In addition, if the nutrients are properly supplied to the bucket body 10, the hassle of giving fertilizer to the pot separately can be avoided.

The principle is not only to manage individual pots, but also to manage large potted plants, gardens, flower beds, trees, etc., which are installed in indoor gardens. Because it supplies a certain amount of moisture without any symptoms, the flower grows healthy without any weakness or withering concern, and once water is supplied to the bucket, it is not necessary to replenish water for a while.

The present invention is to supply a constant amount of water at all times by repeated action of supplying and stopping water without excessive supply or lack of moisture, so that the soil of the pollen is well ventilated by proper moisture, so that there is no worry of sickness or wilting of flowers. The polluted soil, which appears in pots that are supplied with moisture by conventional automatic water supply devices, has poor air circulation due to the excess water at all times, the roots of plants are easily damaged or decayed, and the plant growth is hindered. Can solve what appears.

In addition, if the nutrients are properly supplied to the inside of the bucket 10, there is no need to add fertilizer to the pot. Since the trap 13 is formed in the bucket, it is blocked from the outside to suppress evaporation to the atmosphere and the concentration of nutrients added to the water is constant Can be maintained and the loss of nutrients added to the water can also be prevented.

In the present invention, the soil is rarely wetted with excess water, and the soil is well-ventilated, the plant roots are healthy, the absorption of nutrients beneficial for plant growth is active, and the plants can be grown more healthy, so the expertise of pollen management Anyone without it can grow freshly and beautifully without any worries about pollen or withering.

In addition, once water is supplied to the inside of the bucket 10, water does not need to be supplied for a while according to the size of the inside of the bucket 10. The automatic water supply device repeatedly supplies and stops the water to the pot 10 within the bucket. It is very convenient to manage flower pots because it saves the inconvenience and effort that has to be watered frequently.

Even if you leave the house for several days while you are out or traveling, the potted plants will not wither or die and can be kept fresh at all times.

In addition, if you plant vegetables in pots using automatic water supply at home, it is easy to manage and grows well.

In addition, the present invention can be easily managed by anyone using automatic water supply device and group management piping to indoor garden outdoor garden and flower bed as well as beautification of home or office, can solve the inconvenience of management and automatically supply water to flower pot This saves you the troublesome inconvenience and effort of frequently watering potted plants and garden beds, and saves labor costs for large flower beds and gardens with a single water supply. It also works.

Claims (3)

Fig. 1 Injection method using the inlet downwards after the water bottle inlet and the outer protrusion stopper 25 is separated and screwed up after injection 2, the upper injection method formed by screwing the stopper 12 and the injection portion 11 on the upper body and the external protrusion 20 integral type and separation screw coupling type and the upper portion FIG. 3 A trap 13 is formed into the bucket body 10 from the bucket body 10 and the external protrusion 20 integral type and the separation screw coupling type and the funnel-shaped injection part 11 and the air inside the trap 13. A vent 13a is formed, a bucket body threaded portion 10a is formed at the top of the bucket body injection part, and a threaded part 11b is formed at the outside of the top of the injection part, and the bucket body threaded part 10a and the upper outer threaded part 11b of the injection part are formed. The upper injection method is formed with a screw fastening handle jaw (11a) and a stopper (12) formed so that it can be easily combined Fig. 4 An outer trap 13 formed between the bucket body 10 and the external protrusion 20 integrally formed and separated from the screw coupling type and the bucket body inlet 14 and the funnel-shaped injection part 11 and the bucket body 10. The upper injection method in which the trap is formed inside and the air trap 13a is formed in the outer trap 13 and the inner trap and the stopper 12 is formed, respectively; Figure 5 External trap (13) between the integral body of the plurality of external protrusions 20 and the screw connection type and the bucket body inlet (14) and the funnel-shaped inlet (11) determined appropriately according to the size of the pot on the bucket body (10) ) And a trap formed inside the bucket body 10, and an upper injection method and a bucket body 10 in which an air vent 13a is formed and a stopper 12 is formed in the outer trap 13 and the inner trap, respectively. Automatic water supply device characterized in that it can be appropriately expressed aesthetically by a sphere, a cylinder, an ellipse square cylinder, a cube, a polygon, and the like. Fig. 6 The bottom body of the bottom plate, which is basically composed of the top plate and made of metal, wood, or relatively strong synthetic resin, the material and capacity of the bucket body 10 are appropriately determined according to the place where the bucket body 10 and the water gauge 16 are placed. And a trap 13 formed outside between the bucket body inlet 14 and the funnel-shaped inlet 11, and an air vent 13a is formed inside the trap 13 and a trap is formed inside the bucket body 10. And an air vent (13a) formed inside the trap and connected to one or a plurality of discharge ports (15) and a top injection method and a plurality of flower pots and a room where a stopper (12) is formed. The outdoor garden and roadside flower garden flower bed (10) and the water gauge 16, the pipe body (17) to the bucket body (10) formed with a trap 13, the pipe connection (17) to one or a plurality of connecting pipe outlet (15) and the T-shaped branch pipe ( 18) is connected to the external protrusion 50 by connecting the end of the branch pipe 19 to the end of the branch pipe 19 with a connector made of a transparent and flexible elastic material to the air storage is configured to the branch 50). Automatic water supply device, characterized in that consisting of a number of branches can be managed collectively. Article 1. According to claim 2, the bucket body (10) trap 13, the outer protrusions 20, 50 is made of a synthetic resin having a relatively high hardness and waterproof and the outer protrusions 20, 50 installed outside the bucket body (10) (Fig. 1-1) is an integral and separated coupling type with the bucket body 10 to form an air distribution groove 21 on the surface of the felt paper cover hook jaw 24 and the upper end to the lower end and the air distribution groove 21 The upper perforation 22 and the lower perforation 23 are formed in the part to complete the external protrusion (Fig. 1), and the felt paper 40 is inserted over the external protrusion 20, and the felt paper cover hanger 31 and the felt paper cover groove thereon. And the external projection 20, automatic water supply device characterized in that completed by seating on the felt paper cover hanger (24) by inserting a felt paper cover 30 consisting of (32) An external water supply unit 50 is provided with an air reservoir 51, characterized in that the air storage 51 is formed inside the upper portion of the external protrusion 20, and the pipe connecting portion 52 is formed.

Images