KR200220773Y1 - A automatic system for cultivating plant - Google Patents

Abstract

Disclosed is an automatic plant cultivation system for easy management by having an automatic valve for automatically supplying water to each pot at a predetermined time and a fertilizer feeder capable of supplying fertilizer.

The automatic plant cultivation system is a faucet supplied with water; An automatic valve coupled to the faucet and having a built-in timer to open and close the faucet every predetermined time; A main pipe coupled to the automatic valve so that water supplied from the faucet flows according to opening and closing of the automatic valve; A plurality of branch pipes coupled to the main pipe so that water flows branched from the main pipe; A plurality of pots containing soil therein; And a dropper, one end of which is coupled to correspond to an end of each branch pipe and the other end of which is inserted into the soil of the flower pot to supply water to the flower pot.

As such, since plant management is automatically performed, plant cultivation is easy.

Description

Automatic system for cultivating plant

The present invention relates to an automatic system for plant cultivation, and more specifically, an automatic valve or fertilizer feeder for automatically supplying water at an appropriate time, and a main building capable of supplying water to a plurality of pots, respectively, for easy management. It is about an automatic system for plant cultivation.

In modern times, pollution and environmental destruction due to industrial development and modernization are seriously progressing. Accordingly, the field of environmentally friendly ?? is being variously promoted. In order to solve the environmental pollution problem, not only corporate or national efforts but also domestic and individual efforts are important. In particular, the importance of eco-friendly education programs for children who will be the future leaders cannot be overemphasized.

In this sense, it is a good idea to create an environment-friendly environment in places such as homes, businesses, and schools. However, in urban areas, it is difficult to grow plants due to the narrow space and difficulty in management. In addition, even if there is a desire to raise pots and grow plants in apartments, etc., they often hesitate because they do not know how to manage them. Therefore, it is true that people living in urban areas, especially children, do not have many opportunities to encounter the natural environment in their daily lives.

Therefore, a plant cultivation system that can be easily managed even in a narrow space is required. Especially, in a city school, there is a plant cultivation system that is always observable and easy to manage while growing plants in the classroom for students' emotional or eco-conscious consciousness. Required.

The present invention was devised to solve the above problems, the automatic plant cultivation system for easy management by having an automatic valve for automatically supplying water to each pot at a predetermined time and a fertilizer feeder for supplying fertilizers. The purpose is to provide.

1 is a perspective view of an automatic plant cultivation system according to an embodiment of the present invention,

2 is a partial perspective view of an automatic plant cultivation system according to another embodiment of the present invention,

Figure 3 is a perspective view of a manned network installed in the automatic plant cultivation system according to the present invention.

<Description of Symbols for Main Parts in Drawings>

10 ... Faucet 15 ... Automatic valve

20 Main building hose 22 Hole

25 ... branch 30 ... flower pot

35 ... nipple 37 ... dropper

40.Soil 45,53 ... T-shaped coupler

47 ... Fertilizer Feeder 49,55 ... Manual Valve

50a, 50b, 50c ... main hose unit 60 ... manned network

Automatic plant cultivation system according to the present invention, the faucet supplied with water; An automatic valve coupled to the faucet and having a built-in timer to open and close the faucet every predetermined time; A main pipe coupled to the automatic valve so that water supplied from the faucet flows according to opening and closing of the automatic valve; A plurality of branch pipes coupled to the main pipe so that water flows branched from the main pipe; A plurality of pots containing soil therein; And a dropper, one end of which is coupled to correspond to an end of each branch pipe and the other end of which is inserted into the soil of the flower pot to supply water to the flower pot.

In addition, the main building is characterized in that the main pipe hose is formed integrally with a plurality of holes, the nipple is coupled to the end of the branch pipe can be supplied to the pot by coupling the nipple to the hole.

The main building may include: a plurality of main building hose units having a unit length; It is characterized in that it comprises a; T-shaped coupler coupled between the main hose unit is connected to the main hose unit.

In addition, a fertilizer feeder is further provided between the automatic valve and the main pipe.

Hereinafter, with reference to the accompanying drawings for the automatic plant cultivation system according to a preferred embodiment of the present invention will be described in detail.

1, the automatic plant cultivation system according to the present invention, the faucet 10 for supplying water; An automatic valve 15 connected to the faucet 10 and configured to automatically open and close the faucet 10 every predetermined time; A main pipe 17 coupled to the automatic valve 15; It includes; a plurality of branch pipes 22 coupled to each of the water supply from the main pipe 17 to the plurality of flower pots (30).

The automatic valve 15 has a built-in timer 13 so that the faucet 10 is opened every predetermined time so that the water supply time is controlled. The main pipe 17 is coupled by the lower diameter socket 16 to the lower end of the automatic valve 15. Here, the main tube 17 may have a structure in which a plurality of holes 22 are drilled in an integrated long soft hose 20. The ends of the soft hose 20 are blocked so that water flows through the holes 22.

The nipples 35 are coupled to the holes 22 of the soft hose 20, and the soft branch pipes 25 are coupled to the nipples 35. In this case, the soft hose 20 is made of soft plastic so that the nipple 35 can be easily coupled to the hole 22 manually. In addition, the other end of the branch pipe (25) not connected to the nipple (35) is coupled to the dropper 37 so that water is dropped in units of points.

On the other hand, the number of pots 30 to prepare the number of plants to be prepared. Then, the dropper 37 is inserted into the soil 40 accommodated in the flower pot 30 so that the water falling from the dropper 37 is absorbed into the soil 40.

Looking at the operation of the automatic plant cultivation system configured as described above are as follows. First, when the timer 13 of the automatic valve 15 is set by obtaining information on a time calculated to supply a suitable amount of water to the plant, the automatic valve 15 is opened or closed at each time interval. The water supply from the faucet 10 is automatically controlled. The water supplied in this way flows through each of the branch pipes 25 while passing through the main pipe hose 20 and passing through the holes 22. Then, when water flows through the dropper 37 while the dropper 37 is plugged into the soil 40 of the flower pot 30, the water continues to flow through the dropper 37 and the soil ( 40).

In addition, when there is a branch pipe 25a not used among the plurality of branch pipes 25 coupled to the main hose 20, as shown in FIG. 1, blocking means for blocking a passage of the branch pipe 25 a. (43) For example, it is possible to prevent the water from leaking out of the unused branch pipe 25a by using tongs. Since the branch pipe 25a is made of a soft thin hose and does not have much water supplied, the branch pipe 25a can easily block the passage of the branch pipe 25a. In this way, it is possible to select and use as many as desired from the plurality of branch pipes (25).

In addition, the fertilizer supply unit 47 that can supply a fertilizer in addition to the configuration as described above may be further provided. Coupling the T-shaped coupler (45) between the two small and small (16) and the main hose 20, and couples the fertilizer feeder 47 to the T-shaped coupler (45). When the liquid fertilizer is put into the fertilizer feeder 47 is mixed with the water supplied from the faucet 10 through the T-shaped coupler 45 flows to the pot 30 through the main hose 20. . Here, the fertilizer supply 47 and the T-shaped coupling hole 45 is provided with a valve 49 for opening and closing the fertilizer supply passage so that it can be closed when not supplying fertilizer.

As another embodiment of the automatic plant cultivation system according to the present invention, as shown in Figure 2, the main building 17, a plurality of main building hose units 50a, 50b, 50c consisting of a short unit length, these The main hose unit 50a, 50b, 50c may be composed of the T-shaped coupler 53 coupled between. Here, the T-shaped coupler 53 is inserted between the main hose hose units 53a, 53b, 53c, and the branch pipe 25 has the remaining coupler 53a of the T-shaped coupler 53. Inserted into the

As described above, if the main building is composed of main unit hose units 50a, 50b and 50c having a unit length, the main building can be assembled and used as many as the number of plants to be grown. In addition, if you want to grow more by adding plants, the main hose unit may be used in combination while still using the entire facility as it is.

In addition, by coupling the manual valve 55 between the T-shaped coupler 53 and the branch pipe 25 it is possible to control whether or not the water supply for each pot (30). That is, when the plant is dead while growing, or in the case of potted plants with too much water, it is necessary to shut off the water supply when the water supply is no longer needed or to stop the water supply temporarily. Can be prevented.

In addition, the vine plant 58 may be further provided with a attracting network 60 for attracting branches. As shown in FIG. 3, a manned network is formed by inserting a plurality of holes 63 in the longitudinal direction on the sidewall of the flower pot 30 and inserting the insertion portion 60a of the manned network 60 into the holes 63. Can set (60). Here, in addition to the manned network 60, in the case of a plant having a large height, a support stand (not shown) may be inserted into the hole 63. Since the manned network 60 or the holding stand (not shown) is easily removable, it can easily make a suitable growth environment according to the type of plant.

As described above, the automatic plant cultivation system according to the present invention is equipped with a system capable of automatically managing a plurality of pots at the same time, so that it is easy to make an environment-friendly environment, is easy to manage, and excellent in assembly. Installation is possible without any restrictions. Therefore, the living space can be used more usefully in the narrow city.

Moreover, it can be very useful as an educational facility, so it can be expected to have educational effects such as children's emotional development and environmentally friendly awareness.

Claims (7)

A faucet supplied with water; An automatic valve coupled to the faucet and having a built-in timer to open and close the faucet every predetermined time; A main pipe coupled to the automatic valve so that water supplied from the faucet flows according to opening and closing of the automatic valve; A plurality of branch pipes coupled to the main pipe so that water flows branched from the main pipe; A plurality of pots containing soil therein; And a dropper having one end coupled to the end of each branch pipe and the other end inserted into the soil of the flower pot to supply water to the flower pot. According to claim 1, wherein the main pipe is formed integrally with a plurality of holes in the main hose, the nipple is coupled to the end of the branch pipe is characterized in that the water supply to the pot by coupling the nipple to the hole. Automatic plant cultivation system. 3. The automatic plant cultivation system according to claim 2, further comprising blocking means for blocking the passage of the branch pipe so that the branch pipe of the branch pipes is not used. According to claim 1, wherein the main building, A plurality of main hose units having a unit length; Automatic system for plant cultivation comprising a; T-shaped coupler coupled between the main hose unit is connected to the main hose unit. 5. The automatic plant cultivation system according to claim 4, wherein a valve is coupled to one coupling port of the T-shaped coupling tool to control water supply. The automatic plant cultivation system according to any one of claims 1 to 5, further comprising a fertilizer feeder between the automatic valve and the main pipe. 2. The automatic plant cultivation system according to claim 1, wherein a plurality of holes are drilled in the lengthwise direction of the side wall of the flower pot, and the manned net is inserted into the holes.