KR20080001458U - Water culture pot - Google Patents

Abstract

The food produced in the place where Shintobul was born and raised is good for health, but it is not easy to find good food produced in our land.

The more difficult thing is that the pests are so severe that there are too many vegetables that are over-dispersed with pesticides, and no pesticide or organic cultivation quality certification vegetables are too expensive and the quality is difficult to believe. There is a need for a way of self-sufficiency through hydroponics.

This necessity led to the design of multi-layered hydroponic chicks that self-produce clean vegetables, add value as a high-end decoration reminiscent of Korean celadon jars, and get air purification, anion and oxygen production.

Clay Pot, Hydroponic Cultivation, Vegetables, Goryeo Celadon

Description

Multilayered Hydroponics for Vegetables {water culture pot}

1 is a perspective view of the invention multi-layer hydroponic cultivation (多層 水耕 栽培) jar.

FIG. 2 is a view illustrating a portion of the FIG. 1 incorporating five layers and cutting a portion of the support rotating frame 21.

3 is a plan view of the subject innovation jar

4 is a plan view of the present invention jar upside down

Figure 5 is a figure cultivated layered vegetables and strawberries in hydroponic culture in the jar of the invention

Figure 6 is a perspective view of a second embodiment of vegetable multi-layer hydroponic cultivation of the present invention

FIG. 7 is a diagram illustrating a shape in which the rhombus block 40 of the second embodiment of the present invention is removed. FIG.

8 is a shape of the port integral rhombus lid which drills the hole 16 in the rhombus block 40 removed in FIG.

9 is a plan view of FIG. 7 (second embodiment);

Explanation of symbols on the main parts of the drawings

11,11 ': Torso (curve) 12,12': Lower torso (straight)

13,13 ', 13' ': insertion wheel 13a, 13a', 13a '': locking jaw

14a, 14a ', 14a' ': Spout 14b, 14b', 14b '', 14 '' ': Agar gear

15,15 ', 15' ', 15' '': Shoulder 16,16 ', 16' ', 16' '': Trap port hole

17, 17 ': Pot 18, 18': Partition 19: Port integral diamond cap

20,20 ': Partition wall 21, 21': Support rotary frame 22: Submersible pump 23, 23 ': Air suction rod

24, 24 ': Submersible pump electrical code 25: Reducer

26: reducer gear 27,27 ': reducer electrical code 28: roller

31: Water supply hose Hose 32: Discharge position adjustment hose

33: nutrient solution height adjustment hose 35: nutrient solution 36: medium (fill light, etc.)

37,37 ', 37' ': Water supply hose joint 38,38', 38 '': Adjustable hose joint

39: bottom 40: diamond block

41: vegetables (Chinese) 42: vegetables (parsley) 43: vegetables (bellflower) 44: strawberry

The present invention is to make a hole for the barrel port (17) by drilling holes 16 on all sides or all four sides on the shoulder (15) of the large and wide shoulder jar, and two holes in the bottom of the jar to make a joint (37) is formed upward to connect the water supply hose (31) for pumping the nutrient solution (35) to the top jar, and the other one hole also formed the adjustment hose joint (38) upwards to form a gaeg hose into the joint. Tightly connected up and down, the upstream hose was used as the nutrient solution height adjustment hose 33 and the down hose was to be used as the water supply position adjustment valley hose (32).

Conventional pots can cultivate plants as much as one plant pot, but the multi-layered hydroponic cultivated plants of the present invention can grow hydroponically in areas of 5 to 10 times, and are not visible from the outside by embedding an underwater pump 22 in a jar. The rollers 28 are radially installed on the pedestal and the rotating frame 21, and the jars are rotated very slowly by inserting the gearbox 13 and the reducer gear 26 of the jars placed on the rollers to engage the reducers. It is able to receive sunlight evenly regardless of shade and shade.

The present invention is designed to apply the most common reason that plants, such as trees and flower vegetables, should be kept at a moderate distance from each other in order to grow healthy, and the floor area can be utilized twice as wide as 2nd floor and 10 times as 10th floor. As a two-layer, three-layer jar of the present invention … .. 2 times, 3 times stacked in 8 layers… .8 plants and vegetation can be planted twice, and hydroponic and soil cultivation can be selectively selected according to the characteristics of the plant, and it can be stored inside without exposing the facilities to automatically supply and circulate nutrient solution; It is a technical task of the present invention to have a structure that automatically rotates the vegetables planted in the east, west, north and south of the jar so that sunlight can be evenly distributed.

The present invention is a two-layered, three-layered jar (Fig. 1) containing the trapping ports 17 in the shoulder 15 in all directions. It is designed to be able to selectively hydroponic cultivation and soil cultivation while coalescing into six layers and performing automatic water supply and rotation. The composition method and function are as follows.

)의 주둥이(14a) 외곽 어깨(15)위에 구멍 (16)을 사방,팔방에 뚫어서 통발포트(17)가 들어갈 공간을 조성하였다.1.cross-shaped jar (

Hole 16 on the outer shoulder 15 of the spout (14a) of the 4) in all four directions, to create a space for the trap port (17).

형으로 축소하여 항아리 아가리에 삽입될 삽입부를 구성하면서 항아리들의 회전을 위해 삽입부둘레에 톱니바퀴(13)를 형성하고 이와 맞물리도록 아가리에도 아가리톱니바퀴 (14b)를 형성하여 여러층의 항아리들이 회전하는데 필요한 동력전달과 상하층이 일체로 회전할수 있게 구성하였다.2. The bottom of the jar (Fig. 1)

To reduce the shape to form the insertion portion to be inserted into the jar agar, while forming the cog wheels (13) in the circumference of the insert for rotation of the jars to form a cog wheel (14b) in the gills to engage with it to rotate the jars of multiple layers Power transmission and upper and lower layers needed to rotate is configured to be integrated.

3. Drill two holes in the bottom surface 39 of the jar, and one hole forms a water supply hose joint 37 to feed the nutrient solution 35 pumped from the pump 22 to the top. (31) tightly inserted and connected up or up and down, and another hole to form a control hose joint (38) to put the artificial hose into the joint tightly and the upward hose, that is, the nutrient solution height adjustment hose 33 is nutrient solution Bend down at the height you want to supply to bind each other, and the horseshoe is cut at the height at which you want to store the nutrient solution at all times, and when the supplied nutrient solution rises and reaches the bent height, it is discharged downward by water pressure. Since it stops at the height of the horseshoe, the medium is not hygroscopic and the medium 36 such as pearlite is supplied to the plant as needed, while the medium has good hygroscopicity and breathability. A sufficient amount was supplied to the root and the down hose, that is, the discharge position adjusting hose 32, was to discharge the nutrient solution 35 at a desired position of the lower layer by adjusting the height of the mouth.

4. The first floor jar on the supporting rotary frame closes the two pipe joint holes and installs an underwater pump 22 inside the lower body 12 so that the nutrient solution 35 can be automatically supplied, supplemented, and circulated. It was.

5. Place the jar on the rotary frame (21) to rotate and place the roller 28 radially and install the reducer so that the first-floor jar inserting gear (13) and the reducer gear (26) engage thereon. So that it can rotate very slowly without friction.

6. The second embodiment of the present invention jar divides the shoulder 15 outside the spout 14a into 4-8 zones and divides it into a rhombic block of upper and lower light beams, with a partition 18 between the blocks. Leave the rhombus blocks 40 of the upper and lower light to create a rhombus pierced through.

자형으로 좌우에 一자 조각들이 돌출하고 돌출부가 칸막이와 일체로 상체의 곡선부가 끝나는 지점까지 수직으로 연결되어 무거운 중량을 받힐 수 있는 칸막이벽(20)으로 기둥을 구성하였다.7 Cut the rhombus block 40 so that the partition 18 left between the rhombus space and the space of 6 above

I-shaped pieces protrude from the left and right, and the protrusions are vertically connected up to the point where the curved portion of the upper body is integrally formed with a partition wall 20 that can receive a heavy weight.

8 When the injection mold is manufactured by constructing a port-integrated rhombus lid (FIG. 8) in which a knurling port hole 16 is drilled in the rhombus block 40 cut out in the second embodiment of the above 6, and a kneading port (pot) 17 is joined. Since the process can be reduced and the space is wide, the embodiment was carried out to facilitate the management of the inside of the jar.

Conventional flower pots are lined up one by one or hanging on a tree branch to grow plants, so in a small house it is not possible to grow a lot of flowers or vegetables, and hydroponic cultivation is limited to professional farming companies or public facilities for research purposes. The general public has heard only in words, but the multi-layered hydroponic cultivated plants of this invention made it possible to grow hydroponic plants and plants in the house very simply with a large area of more than five times the size of a small area. If the nutrient solution is supplied only to the seam height so that the hose is not connected, it can be grown together in one hydroponic cultivation group (Fig. 5).

If you pile up six jars of this invention (Fig. 1) in an area enough for a child to sit, you can cultivate as much as one plane regardless of any vegetables or plants. It can be a good natural learning for children, and get planted medicinal and herb plants such as goji berry, which has the effect and benefit of one stone five trillion.

During the day, when the electric cord 27 of the reducer 25 is inserted and the jars are rotated so that the sun is spread evenly, the plants can grow evenly, and the water pump 22 is operated only once every 5 days to the upper jar. Transferring the nutrient solution is so easy as it continues to the first floor that the nutrient solution soaks the medium 36 and is discharged to the lower layer.

When farmers cultivate raspberries, etc. with this product in a plastic house, they can farm over 100 pyeong to 500 pyeong, and do not pull weeds, and do not need to install a pump in each herd (Fig. 5) when installing large units. In this way, the nutrient solution can be supplied, and even if the reducer 25 is not installed for each group, each group can be connected with a chain so that the sun can be evenly distributed with the central control system.

Claims (6)

In the construction of a large cross-shaped jar with a layered coalescing and hydroponic cultivation while automatically supplying and rotating the nutrient solution, the hole 16 is drilled on the shoulder 15 on the shoulder 15 outside the spout 14a. 17) multi-layered hydroponic cultivation pot, characterized in that the place to enter According to claim 1, two holes are drilled in the bottom surface 39 of the jar, and an adjustment hose joint 38 is formed upward in one hole thereof. The height adjustment song hose 33 is bent downward from the desired height of the nutrient solution to bind to each other, fixing the mouth (말 口) at the height to store the nutrient solution at all times, and downwardly discharge position adjustment song hose (32) ) Is a multi-layer hydroponic cultivation pot, characterized in that the nutrient solution 35 can be discharged from the hose end fixed to the desired position of the lower pot The remaining one hole constitutes the water supply hose hose joint 37, and the first floor jar on the supporting rotary frame 21 closes two joint holes and is mounted in the body 12 of the body. Vegetable multi-layer hydroponic cultivation, characterized in that the nutrient solution 35 can be transferred to the top jar by connecting the water supply hose 31 to the top jar through the pump 22 to the top jar jar According to claim 1, wherein the jars on the support frame (21) are formed by engaging the gear (26) of the reducer (25) mounted on the support frame (21) by forming the gear (13) at the insertion part of the jar. Vegetable multi-layer hydroponic cultivation jar, characterized in that it allows to rotate slowly According to claim 1, the outer periphery of the spout is divided into four or more rhombic blocks of upper and lower beams (block), while the partition 18 between the block and the block of residual blocks (40) cut off the remaining partition ( 18) In the

A rhombic block (40) cut out while carrying a heavy weight by constituting a partition wall column vertically connected in a shape in which one-piece stone pieces are ejected from the left and right in a shape in which the stone pieces and the partitions 18 are integrated. Vegetable multi-layer hydroponic cultivation pot, characterized in that the reconfigured pot-integrated rhombus lid 19 can be safely seated in place The vegetable multi-layer hydroponic cultivation jar according to claim 5, wherein the trapping pot hole (16) is drilled into the cut rhombus block (40), and the trapping pot (17) is bonded to the pot integral rhombus lid (19).

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