KR200460987Y1 - A bud cultivating machine - Google Patents

Abstract

The present invention relates to a sprout grower using the principle of gyyeongbae, more specifically, the sprout grower is stacked in a multi-stage so that the seeds of vegetables can be grown and edible directly in the general home germination seeds on the bottom surface formed with a plurality of water holes A sprout cultivation tank on which a cultivation plate is formed at a predetermined interval so that the cultivation plate is seated; It is composed of a water tank equipped with an inlet for supplying water and a water level control lever for controlling water quantity by connecting a part of the upper surface sealed to supply water by being stacked on top of the Gyeyeongbae reservoir. It is done.

Chicken belly, sprout, timer, water pressure, vacuum

Description

A bud cultivating machine}

The present invention relates to a sprout cultivator, and in more detail, the sprout cultivator is configured to germinate and edible the seeds of vegetables directly in a general home, and is a water tank in which water tanks, gyyeongbae reservoirs, and sprout cultivation tanks are sequentially stacked. It is related to a sprout grower using the principle of gyyeong bae so that the water supplied from the gyyeong bae reservoir installed in the gyyeong bae reservoir to control the number and supply of water to be sequentially supplied to the sprout cultivation barrel.

In general, methods of growing and harvesting vegetable seeds in a general household include hydroponic cultivation of seeds in water and soil cultivation of seeds in soil.

In the case of hydroponic cultivation, the seed is added to the seed cultivation board, which is filled with nutrient-added water and placed on top of it, and in the case of soil cultivation, the seed is cultivated by sprinkling seeds in a container containing soil.

On the other hand, in order to increase the productivity of sprout vegetables there is a problem that threatens the stability of the food to put human harmful drugs such as preservatives to prevent the sprout vegetables to rot, or to promote growth in a fast time.

Therefore, in recent years, by cultivating sprouts in the home, it is possible to solve the mistrust caused by the use of pesticides and harmful substances in the sprouts, and also by cultivating the sprouts in the home, not only have the air purification function, but also the good It can also be used as a textbook.

In addition, the structure of the conventional sprout growing machine is to seed the sprouts in the state in which the cultivation plate is installed in the sprout cultivation container and to install the lid or bucket on it to supply water periodically to germinate the seeds and grow the sprouts.

However, the conventional sprout growing machine supplies too much water or too often during the periodic water supply, so mold accumulated in the root of the plant by the water accumulated in the sprout growing container causes various pollution. There is a problem.

In addition, the seeds sown in the sprout cultivation barrels are swept away by the water that is periodically supplied, so if you are a beginner, the process of growing sprouts is not easy.

Therefore, the present invention as a means for solving the problems as described above, if the gyyeongbae reservoir tank, the water tank is sequentially stacked on the sprout cultivation tank when the water supply of the water tank to the gyyeongbae reservoir by controlling the water quantity control lever, gyyeongbae reservoir tank When the water reaches a certain level, the water is supplied to Gyeyoung Bae by the water pressure and vacuum pressure, and supplied to the sprout cultivation barrel, and the water supplied to the sprout cultivation barrel provides a sprout cultivator using the principle of cultivation structure consisting of discharged through the water hole.

As described above, the present invention can adjust the quantity and number of times of water periodically supplied by the water level control lever and the timer installed in the water tank, and when the height of the water supplied by the watering system installed in the water reservoir is higher than a certain level. The water is drained to the sprout cultivation container by the water pressure and the vacuum pressure, so that even a beginner can easily grow the sprout.

In addition, the present invention has the effect of preventing the roots of germinated sprouts from being excessively decayed by controlling the amount and number of times the water is periodically supplied.

Therefore, the present invention has the effect that can be grown radish, perilla, seedlings, fenugreek, Chinese cabbage, herbs, broccoli sprouts, alpha waves, clover sprouts, buttercups, leek, peanuts.

The present invention for achieving the above object and effect is a multi-stage sprout grower, the sprout grower is placed on the bottom plate formed with a plurality of water holes in a predetermined interval so that the germination plate is seated Sprout cultivation;

Gyeyeongbae reservoir tank laminated to the top of the sprout cultivation tank for supplying the water introduced from the water tank to the sprout cultivation barrel by the gyye back installed on the bottom;

It is composed of a water tank having a water inlet and a water quantity control lever for adjusting the water supply by connecting a portion of the upper surface sealed to the top of the gyebaebae reservoir to supply water to the door and the hose opened and closed by the hinge It features.

Hereinafter, the present invention by the accompanying drawings in detail as follows.

Figure 1 is an exploded perspective view showing the present invention sprout grower, Figure 2 is a combined perspective view showing the present invention sprout grower, Figure 3 is a cross-sectional view showing the present invention sprout grower.

The present sprout growing machine (1) is a structure in which the water tank (2), Gyeyoungbae reservoir (3), sprout cultivation barrel (4) is sequentially stacked and separated and combined.

The sprout cultivation barrel (4) is a rectangular shape with an upper portion open to a transparent material in the bottom surface is formed in the concentric circle drain hole 15 to allow the water to be discharged.

In addition, the bottom plate of the sprout cultivation barrel (4) is inserted into the cultivation plate 14 is formed with a concentric hole (13) so as to sprout and germinate.

In addition, Gyebaebae reservoir (3) is stacked on top of the sprout cultivation barrel (4) to supply water according to the principle of baebaebaegi is inserted into a stepped protruding around the bottom edge of the bottom surface in the same shape as the sprout cultivation barrel (4). The paper is stacked in a structure, and the base portion 12 is installed in the center of the bottom surface.

The gyrebaebu 12 is discharge pipe 22 is inserted into the bottom of the gyyeongbae reservoir (3) is projected to the bottom of the baeyeongbae reservoir (3) to supply water to the sprout cultivation tank (4), A soft silicone tube 20 is fitted around an upper end of the discharge pipe 22 positioned at the top of the bottom surface at an interval formed at a predetermined interval in the vertical direction.

In addition, a cover 24 having a lower opening on the cylinder is covered to seal the upper portion of the discharge pipe 22.

Then, when the water supplied from the water tank 2 rises by the water pressure and the vacuum pressure between the gap holding protrusions 21 formed to protrude around the discharge pipe 22, the silicon tube 20 is rolled into the discharge pipe 22. Can drain large amounts of water.

In addition, the water tank (2) is stacked on the upper portion of the gyebae reservoir (3), the water tank (2) is a quadrangular protruding step around the bottom edge in the rectangular shape is inserted into the top of the gyebaebae reservoir (3) is stacked Structure.

In addition, the water tank 2 has a structure in which an upper surface is sealed, and a door 6 having a handle 5 formed therein to be opened and closed by a hinge 7 is attached to the upper surface of the other side of the door 6. Quantity control lever 8 and the inlet 10 is formed.

The water level control lever 8 is penetrated into the lower portion of the upper plate and tightened with the upper portion of the control tube 11 in the water tank 2, the control tube 11 is on the bottom surface of the water tank (2) A ball valve 16 is formed to be inserted into the formed discharge hole 18 so that the fastening protrusions of the fixing plate 19 can be tightened and rotated to open and close the discharge hole 18, and also the inner circumference of the discharge hole 18. The groove is formed in a portion corresponding to the ball valve 16.

Therefore, since the ball valve 16 interlocks to open and close the discharge hole 18 while rotating the water quantity control lever 8, the water quantity can be adjusted.

In addition, a well-known timer is attached to the water level control lever 8 to adjust the amount of water and the number of times of supply, and the water level display unit 9 is attached to the upper surface of the water tank 2 so that the user can check with the naked eye. This can be confirmed by the display pin 23 attached to the lever 8.

Meanwhile, the water tank 2 may store water by opening and closing the door 6 formed on the upper surface thereof, or supply water by connecting a hose to the inlet 10.

Figure 4 is an exploded perspective view showing the Gyeyeong reservoir of the present invention sprout grower. Figure 5 is a cross-sectional view showing the operating state of the gyeyoungbae in the invented sprout grower.

The present invention is installed in the water tank (2) installed in the bottom of the basin boat (3) in order to supply the water supplied by the operation of the water level control lever (8) to the sprout growing container (4) is installed , Gyeyeongbaebu 12 drains the water to the sprout growing barrel (4) by the principle of Gyeyeongbae.

In addition, although not shown in the drawings, the drainage storage tank is detachably attached to the lower part of the sprout cultivation container 4 to store water drained from the sprout cultivation container.

The metered belly portion 12 is formed in the bottom surface of the metered boat reservoir 3 in the discharge pipe 22 is vertically fitted in the circumference maintaining projection 21 is formed at a predetermined interval, the upper end of the soft silicone tube 20 ) Cover 24 is fitted.

At this time, the cover 24 is in close contact with the interval maintaining projection 21 in the inner circumferential surface in a gap formed so as not to be in close contact with the end of the silicon tube (20).

Then, a space is formed between the inner circumferential surface of the cover 24 and the gap maintaining protrusion 21 so that water flows in and rises.

On the other hand, the present invention is based on the principle of gyyeongbae (siphon principle) is that the pressure of the atmospheric pressure on the liquid side of the higher side is to use the liquid is pushed up into the tube.

Therefore, when water is supplied to the inside of the gyebaebae reservoir 3 above a certain height, the water is drained to the discharge pipe 22 while rising between the inner circumferential surface of the cover 24 and the gap holding projection 21 by the water pressure and vacuum pressure, and then The soft silicone tube 20 may drain a large amount of water while being rolled into the discharge tube 22, and the silicone tube 20 is in place when the water level of the gyebaebae reservoir 3 is lowered.

In addition, the silicon tube 20 may be used by cutting the silicon tube 20 at regular intervals in the vertical direction so that the silicon tube 20 can be easily rolled into the discharge pipe 22.

Therefore, the present invention can be used to adjust the number and number of water to be periodically supplied through the water level control lever 8 and the metering distribution (12).

Figure 1 is an exploded perspective view showing the present sprout sprout grower.

Figure 2 is a perspective view showing the present invention sprout grower shown.

Figure 3 is a cross-sectional view showing the present invention sprout grower.

Figure 4 is an exploded perspective view showing the metering reservoir of the present invention sprout grower.

Figure 5 is a cross-sectional view showing the operating state of the relay in the present invention sprout grower.

Explanation of symbols on the main parts of the drawings

1: sprout grower 2: water tank

3: Gyeyoungbae Reservoir 4: sprout growing container

5; Handle 6: Door

7: Hinge 8: Quantity control lever

9: Quantity display unit 10: Inlet

11: Controller 12: Gyeyoung

13: Through 14: Re-distribution

15: drain hole 16: ball valve

17: discharge hole 18: discharge hole

19: fixed plate 20: silicone tube

21: gap retaining projection 22: discharge pipe

23: display pin

Claims (5)

In the sprout grower stacked in multi stages, The sprout grower (1) is a sprout cultivation container (4) on which a cultivation plate (14) formed with a through hole (13) formed at a predetermined interval so as to germinate seeds on the bottom surface formed with a plurality of drain holes (15); A germinated pear reservoir (3) which is stacked on top of the sprout cultivation barrel (4) and supplies the water introduced from the water tank (2) to the sprout cultivation barrel (4) by the gyration vessel (12) installed at the bottom; A part of the upper surface sealed by the hinge 7 to be laminated to the upper part of the gyebaebae reservoir 3 to supply water, and the inlet 10 to supply water by connecting to the hose and the quantity control Sprout cultivator using the yeongyeongbae principle, characterized in that consisting of a water tank (2) installed with a lever (8). According to claim 1, wherein the water level control lever (8) is passed through the lower portion of the upper plate and tightened with the upper portion of the control tube 11 in the water tank (2), the control tube (11) is a water tank ( 2) the ball valve 16 is inserted into the discharge hole 17 formed on the bottom surface of the fixing plate to fasten and combine the fastening protrusions of the fixed plate to open and close the discharge hole 18 while rotating. Sprout planters. The method of claim 1, The water quantity control lever (8) has a timer function is added to the sprout grower using the principle of baeyoungbae, characterized in that the water quantity indicator (9) is attached to the upper surface of the water tank (2). According to claim 1, The gyebaebaebu 12 is fitted to the bottom so as to protrude to the bottom of the gyebaebae reservoir 3, Gyebaebae 12 is located around the bottom of the gyebaebae reservoir 3 A discharge pipe 22 having a gap maintaining protrusion 21 formed in a vertical direction at a predetermined interval and having a silicon tube 20 fitted at an upper end thereof; Sprout cultivator using the gyyeongbae principle, characterized in that the cover is covered with a lower open cover 24 to seal the top of the discharge pipe (22). The method of claim 4, wherein the silicone tube 20 is dried by the water pressure and vacuum pressure of the water supplied between the cover 24 and the discharge pipe 22 to the inside of the discharge pipe 22 to drain the water to the sprout cultivation container (4) After, the silicon tube 20 is sprout sprout growing using the principle of yeongyeongbae characterized in that the restoration again.

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