KR200203164Y1 - Plants cultivating device for education - Google Patents

Abstract

The present invention relates to a plant cultivation device using a stacked cultivation container, and a plurality of rotatable plant pots rotatable in a tank of a predetermined size, forming a globule having a through-hole in the tank, water in the stacked planter It is possible to supply water continuously by supply pump and grow hydroponic plants by sub-spheres by filling the water in the tank, so it is possible to grow various plants such as land plants and hydroponic plants, even in a very small space.

Stacked pots rotated separately, respectively, relates to a plant cultivation device for learning observation that many students can observe a variety of plants at the same time.

Description

Plant cultivation device for learning observation {Plants cultivating device for education}

The present invention relates to a plant cultivation apparatus using a stacked cultivation vessel, and more particularly, a plurality of stacked cultivation vessels are placed in a separate tank and supported by a separate watering hose and a coupling pipe, and water is stored in the tank. Filling and floating floats to this hydroponic cultivation plant grows, and relates to a plant cultivation device for learning observation that the individual laminated cultivation container is rotated separately.

Ordinary learning observation cultivation container is to increase the learning effect by directly observing the growth process of the plant, such as planting and cultivating flowers or various plants in a general pot, or growing various plants in a separate garden. .

In addition, in the case of hydroponic plants to produce a separate tank to grow a variety of hydroponic plants to observe the growth process.

However, as described above, the conventional method for growing a learning plant is limited to the horizontal cultivation method as described above, and thus requires a large land. However, as the land available area is reduced in recent years, each school has even a playground compared to the facility. There is a problem that there is a lack of conditions to observe the growth process of plants which is absolutely necessary for natural learning because it is insufficient and does not provide a separate land.

In addition, even if you increase the learning effect by raising a separate garden to increase the learning effect, it is difficult to cultivate various plants that differ in its various plants or environments, so it can be acquired only through the study paper except the plants grown in each school. There is a problem that the educational effect is falling.

Accordingly, the present inventors have been devised to cultivate a variety of plants by a plurality of laminated potted plants vertically laid down with only a small area by suggesting the laminated potted plants according to Utility Model Registration No. 127267 and 136744, As the design registration No. 231872 and the utility model registration application No. 2000-3918, by providing a rotary base that allows the rotation of the laminated potted plant, the laminated potted plant can be rotated and observed, thereby improving the learning effect. Plant pot cultivator has been created.

However, the above-mentioned stacked planters are also capable of rotation of stacked ash, but the entire planter is rotated without individual rotation, so that several plants are grown at the same time in a single planter. When you want to observe, while one observes the other people do not observe the other plants, so you have to wait and wait for the sequence because the learning time is delayed. There is a problem that must be provided with a separate tank because it can not grow in a food grower.

The present invention has been devised to eliminate the problems as described above, and installed a plurality of rotatable planter rotatable in a tank of a certain size, to form a globule having a through-hole in the tank, supplying water to the laminated planter It enables continuous water supply by pump and grows hydroponic plants by sub-spheres by filling the water in the tank, so it is possible to cultivate various plants such as terrestrial plants as well as hydroponic cultivation plants with very little space.

It is the purpose of the present invention to provide a plant cultivation device for learning observation that many students can observe a variety of plants at the same time by the laminated potted plants rotated separately.

In addition, by automatically supplying water evenly by a pump and a timer for supplying water to improve the growth rate of the plant to double the learning effect is another object of the present invention.

1 is a perspective view of the present invention

Figure 2 is a water hose connection state of the present invention

3 is an enlarged view of a part of the laminated plant of the present invention

Figure 4 is a side cross-sectional view of the present invention cultivation device

Explanation of symbols on the main parts of the drawings

1: water tank 2,2 ': flower pot

3,3 ': Planter 4,4': Spacing area

5,5 ': Sprayer 6: Pipe

7: revolving stand 8: support plate

9: support plate 10: water supply pump

11,11 ': Supply hose 12,12': Through hole

13,13 ': Sphere 14: discharge pipe

15: discharge pipe 16: inlet pipe

17: hanging block 18,18 ': rotating holder

Hereinafter, embodiments of the present invention will be described by the accompanying drawings.

1 is an overall perspective view showing the plant cultivation apparatus for the present invention learning observation, Figure 2 is a connection diagram of the water supply hose of the present invention stacked planter.

A plurality of planters (3) (3 ') having a plurality of pots (2) (2') are stacked in a water tank (1) of a predetermined size, and the vertical rotation holder between each pot (2) (2 ') (18) (18 ') inserts the spacing (4) and (4') on the pipe, forms the atomizers (5) and (5 ') on the upper part of the top pot (2), and each grower (3). The tip of 3 'is connected to the pipe 6 to be fixed and supported.

At the bottom of each planter (3) (3 ') is formed a rotary support (7) and a bent support plate (8) and a support plate (9), each planter (3) (3') is formed outside the water tank (1) Water is supplied from the sprayer (5) (5 '), which is supplied through a supply hose (11) (11') connected to the water supply pump (10),

The water supply pump 10 is branched from the discharge side into a discharge pipe 14 supplied to the cultivator 3 (3 ') and a discharge pipe 15 supplied to the water tank 1, and the water in the water tank 1 It is connected to the inlet pipe 16 to circulate the inlet so that it is possible to cultivate a variety of land plants through individual growers,

It is possible to grow a variety of hydroponic plants by forming a plurality of plate-shaped substructures 13 and 13 'having a plurality of through holes 12 and 12' in the aforementioned water tank 1.

In the figure, reference numeral 17 denotes a block.

Referring to the operation of the present invention by the configuration as described above in more detail by the accompanying drawings as follows.

As shown in FIG. 1, it can be seen that a plurality of planters 3 and 3 ′ installed in the upper part of the hanging block 17 are formed at regular intervals in the tank 1 having a constant size.

The upper end of the planters 3, 3 'is connected to the pipe 6 by the usual pipe elbows to prevent shaking and flow.

In addition, at the bottom of the lower rotary support 7 of each planter 3 and 3 ', a support plate 8 having both ends bent downward and a support plate 9 supporting the planter 3 from the hanging block 17 are formed. It is.

In this state, a plurality of supply hoses 11 and 11 'branched from the water supply pump 10 to the center of each of the planters 3 and 3' are provided at the bottom of each planter 3 and 3 '. It is drawn from and connected to the atomizers 5, 5 'on the top of the planter 3, 3'.

Therefore, the water discharged from the sprayer 5, 5 'is to supply water evenly from the pot 2 at the top of the planter 3, 3' to the lower pot.

In addition, the discharge pipe of the water supply motor 10 is a supply pipe 14 for supplying water to the cultivator (3) (3 ') side and the supply pipe branched from the supply pipe 14 to supply water to the water tank ( Since it is divided into 15) to control the water pressure by the pressure distribution of the feed water supplied to the cultivator (3) (3 ').

In addition, the inlet side of the water supply hose 10 is connected to the inlet pipe 16 located on the bottom surface of the water tank (1), the water tank (1) and the water flowing down from the planter (3) (3 ') Since the water in the tank 1 is continuously circulated, the water is continuously supplied to various plants, as well as increasing the content of dissolved oxygen in the supplied water.

Further, in the water tank 1, plate-shaped substructures 13 and 13 'having a plurality of through holes 12 and 12' are formed. 13) (13 ') rises and floats at a certain height.

Therefore, when the seed of the hydroponic plant is planted by cotton ball or the like, or the hydroponic plant having a certain root is planted in the aforementioned through hole 12, 12 ', the root grows in the tank and the stem or leaf is a spherical body 13 (( 13 ') grow to the top.

By producing such a water tank (1) and the spherical bodies (13, 13 ') with a transparent material, it is possible to observe the root growth process of hydroponic plants.

In addition, each of the pots (2) (2 ') is inserted into the space between the interval holding holes (4) and (4') on the pipe space, and the upper and lower ends of the space holding holes (4) (4 ') rotary holder 18 By inserting 18 ', each pot 2, 2' is rotatably formed so that a plurality of pots 2, 2 'stacked in one planter 3, 3' are formed. By allowing each to rotate separately, several observers can observe while rotating the other pollen (2) (2 ') at the same time.

Therefore, the cultivation device of the present invention can cultivate various land plants and hydroponic plants with a relatively small area. Since the stacked flower pots are rotated separately, several people can observe each other while simultaneously rotating different flower pots.

The plant cultivation device for learning observation as described above is capable of cultivating various plants such as terrestrial plants as well as hydroponic cultivation plants with only a very small space. There is an effect that can be observed.

Claims (3)

A plurality of planters (3) (3 ') having a plurality of pots (2) (2') are stacked in a water tank (1) of a predetermined size, and the vertical rotation holder between each pot (2) (2 ') (18) (18 ') inserts the spacing (4) and (4') on the pipe, forms the atomizers (5) and (5 ') on the upper part of the top pot (2), and each grower (3). The tip of 3 'is connected to the pipe 6 to be fixed and supported. At the bottom of each planter (3) (3 ') is formed a rotary support (7) and a bent support plate (8) and a support plate (9), each planter (3) (3') is formed outside the water tank (1) Water is supplied from the sprayer (5) (5 '), which is supplied through a supply hose (11) (11') connected to the water supply pump (10), The water supply pump 10 is branched from the discharge side into a discharge pipe 14 supplied to the cultivator 3 (3 ') and a discharge pipe 15 supplied to the water tank 1, and the water in the water tank 1 Plant cultivation device for learning observation, characterized in that connected to the inlet pipe 16 to circulate the configuration. The method according to claim 1, wherein a plurality of plate-shaped spheres (13) and (13 ') having a plurality of through holes (12) and (12') are formed in the water tank (1) to grow hydroponic plants. Observation plant cultivation device. The space of each of the pots (2) and (2 ') is inserted into the spacing holder (4) (4') and the rotary holder (18) (18 ') on the pipe, each of the pots (2). (2 ') is individually rotatable plant cultivation apparatus for the observation.