KR200461259Y1 - A bud cultivating machine for a drawer - Google Patents

Abstract

The present invention relates to a drawer sprout planter, and more specifically, the front of the case is divided into multiple stages formed in the storage compartment of each floor, drainage storage tank, gyyeongbae reservoir, water distribution tank, sprout cultivation tank, water tank The user can easily withdraw in the storage state in the storage form is characterized in that it is possible to grow and eat various kinds of sprouts at the same time.

Sprout planters, sprouts, submersible pumps, vacuum, water pressure

Description

A bud cultivating machine for a drawer}

The present invention relates to a drawer sprout planter, and more specifically, the front of the case is divided into multiple stages formed in the storage compartment of each floor, drainage storage tank, gyyeongbae reservoir, water distribution tank, sprout cultivation tank, water tank The present invention relates to a drawer-type sprout grower which is accommodated in a drawer shape and grows and eats various kinds of sprouts at the same time.

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 sowing seeds in the state in which the planting plate is installed in the sprout cultivation container and install a lid or a bucket on it to feed water periodically to germinate the seeds to grow the sprout.

Conventional sprout grower is open to the top, the sprout cultivation barrel configured to be filled with water, the seeding seeding planting, and the lid to cover the planting structure is simple and inexpensive structure in the general home Although widely used, only one kind of vegetable seed can be sown, and various kinds of vegetables cannot be grown.

Of course, in order to plant and grow various kinds of seeds can be planted with a plurality of sprout growers can be sown different kinds of seeds, in this case there is a troublesome and difficult management.

In addition, in some cases, the sprout grower is provided with a step to enable stacking in multiple stages, and the water is supplied from the main body stacked on the upper side in a state where the main body is spaced apart at a predetermined height by accommodating the cultivation plate in the main body in which the drainage structure is formed at the bottom. Water is supplied sequentially to the main body located on the lower side, so that various kinds of sprouts can be grown, and the water supply necessary for germination and growth of seeds is convenient, but since the main body of the sprout grower is stacked in multiple stages, germination and growth In order to harvest the necessary vegetables among the grown vegetables, there is a hassle and inconvenience of lifting up the stacked casings one by one and then stacking them again.

In addition, the conventional sprout growing machine supplies too much water or too often in the process of periodically supplying water, so mold accumulated in the root of the plant by water accumulated in the sprout growing container causes various pollution. There is a problem that occurs.

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

As a means for solving the above problems, the present invention does not stack the main body of the sprout cultivator in multiple stages as in the prior art, and forms a storage compartment in which a case is divided into respective layers, and a drainage storage tank and a gyyeongbae reservoir. Provides a drawer sprout grower with which water dispensers, sprouts canisters and drawers can be pulled out and inserted.

In addition, the present invention has a structure that can adjust the quantity and number of times the water is periodically provided by installing the water supply lever on the upper surface of the case and the water control lever and Gyeyoungbae reservoir.

As described above, the present invention can be grown by eating a variety of sprouts such as radish, perilla, seedlings, fenugreek, Chinese cabbage, herbs, broccoli sprouts, alfalfa, clover sprouts, buttercups, leeks, and peanuts simultaneously through a single sprout grower. It has an effect.

In addition, the present invention has the effect of providing the convenience of the storage to the user because the sprout cultivation container is drawn out by the drawer in the sprout grower.

In addition, the quantity and number of water periodically supplied by the water level control lever installed in the water tank can be adjusted, and when the height of the water supplied by the Gyeyoungbae installed in the Gyeyeongbae reservoir is above a certain level, the sprouts can be cultivated by water pressure and vacuum pressure. Water is drained to beginners can easily grow buds.

In addition, the present invention has the effect of preventing the roots of germinated sprouts from rotting by excessively accumulated water by controlling the amount and number of times of water to be periodically supplied.

In order to achieve the above object and effect, the present invention is characterized in that the drawer draws out the drainage storage tank and the plurality of sprout cultivation tank, water distribution tank and gyyeongbae reservoir tank to the front of the case divided into multiple stages in a square shape. do.

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

1 is an exploded perspective view showing a drawer-type sprout planter of the present invention, Figure 2 is a perspective view showing a drawer-type sprout planter of the present invention, Figure 3 is a cross-sectional view showing a drawer-type sprout planter of the present invention. .

The drawer-type sprout grower 1 of the present invention divides the inside of the case 2 having a rectangular shape in a transparent material into each layer and draws a drainage storage tank 3 and a plurality of sprout growing tanks 16 and a water distribution tank 4 in a drawer type. It is to be able to withdraw the Gyeyeongbae reservoir (5).

Therefore, each layer formed in the case 2 is sequentially drained storage tank storage chamber 11, sprout cultivation container storage chamber 12, water distribution tank storage chamber 13, Gyeyoung boat storage tank storage chamber 14, It is divided into a water tank chamber 15.

In addition, the sprout cultivation container storage chamber 12, the water distribution tank storage chamber 13, the gyyeong reservoir reservoir chamber 14 forms a plurality of independent storage spaces each by the diaphragm (17).

In addition, the drainage storage tank storage chamber 11, the sprout cultivation container storage chamber 12, the water distribution tank storage chamber 13, Gyeyoung boat storage tank storage chamber 14, the water tank chamber 6 is not sealed to each other In particular, the drainage tank storage chamber 11, the sprout cultivation tank storage chamber 12, the water distribution tank storage chamber 13, and the gyyoung reservoir storage chamber 14 correspond to the lower sides of both sides. The rails 18 are attached to each other so that the drainage storage tank 3, the sprout cultivation barrel 16, the water distribution tank 4, and the gyration reservoir reservoir 5 can be easily withdrawn from the front of the case 2.

In addition, the drainage storage tank 3 accommodated in the drainage storage tank accommodating chamber 11 has a function of collecting and draining the water drained from the plurality of sprout growing barrels 16 into one body.

In addition, the sprout cultivation barrel 16, which is inserted into the sprout cultivation container storage chamber 12, which is divided into a plurality and forms an independent storage space, respectively, is formed with a plurality of water holes 20 at regular intervals on the bottom surface thereof, and through-holes thereon. The seedlings are germinated by seeding the seedlings with the seeding plate 21 in a state in which the seeding plate 21 having the 22 formed thereon is seated.

In addition, the water distribution tank 4 accommodated in the water distribution tank storage chamber 13 is divided into a plurality of partitions to form an independent storage space, the upper portion is opened, the bottom surface has a structure formed with a plurality of distribution holes (23) The water drained from the gyyeongbae reservoir (5) is drained to the sprout cultivation (16).

In addition, the gyebaebae reservoir (5) is divided into a plurality of gyebaebae reservoir storage chamber 14 is formed in the independent storage space is stored in the water distribution tank (5) located at the bottom of the water draining water (6) Drain to 4).

The metered boat reservoir 5 is installed in the center of the bottom of the metered belly 24, the metered belly 24 is fitted to protrude to the bottom surface of the metered boat reservoir 5, the metered belly 24 is A space maintaining protrusion 27 is formed in a vertical direction at a predetermined interval on the periphery of the bottom of the gyebaebae reservoir (5), the discharge pipe 28 is fitted with the silicon tube 26 is inserted at the upper end.

In addition, a cover 25 having a lower opening is covered to seal the upper portion of the discharge pipe 28.

Then, when the water supplied from the water tank 6 rises by the water pressure and the vacuum pressure between the gap holding protrusions 27 protruding around the discharge pipe 28, the silicon tube 26 is rolled into the discharge pipe 28. It is possible to drain a large amount of water, and after draining, the silicon tube 26 is returned to its original position by elastic force.

In addition, one water tank 6 is inserted into the water tank chamber 15 so as to be disposed in each of the basin vessel reservoirs 5 so as to be distributed to a plurality of vessel vessels 5 located below. 9) are installed respectively.

The water level control lever 9 is fastened to the upper portion of the control shaft 29 in the water tank 6 through the water tank chamber 15 and the upper plate lower portion of the water tank 6 as shown in FIG. The control shaft 29 is inserted into the discharge hole 30 formed in the bottom surface of the water tank 6 is tightened and coupled to the ball valve 19 is formed to open and close the discharge hole 30 while rotating. .

Therefore, the plurality of water control levers 9 can be differently drained water quantity and the number of times to be periodically supplied by varying the opening and closing operation for each of the basin boat (5).

On the other hand, the upper surface of the case (2) is attached to the scale adjusting unit (7) to visually grasp the operating state of the water quantity control lever (9) to display the amount of water,

In addition, the present invention has an underwater motor 32 in one lower portion of the case (2) to circulate the water drained back to the water tank (6) drained to the drain storage tank (3) located in the lower portion of the water tank (6) In the attached state, the submersible motor 32 is circulated in the state connected with the hose 33 to the drain storage tank 3 and the water tank 6, respectively.

5 is a cross-sectional view showing the gyebaebae reservoir in the drawer-type sprout grower of the present invention, Figure 6 is a cross-sectional view showing the operating state of the gyebaebae in the drawer-type sprout grower of the present invention.

The present invention is provided with a metering distribution 24 installed on the bottom of the basin of the reservoir tank 5 to supply the water supplied by the operation of the water level control lever 9 installed in the water tank (6) , Gyeyoungbae 24 drains the water to the sprout growing barrel 16 by the principle of Gyeyeongbae.

The gyebaebae 24 is formed in the bottom of the gyebaebae reservoir (5) discharge pipe 28 in the vertically fitted state, the interval maintaining projections 27 are formed at a predetermined interval on the circumference, the soft silicon tube 26 at the upper end The cover 25 is put in the state which inserted.

At this time, the cover 25 is in close contact with the inner circumferential surface and the space maintaining projection 27 in a state where a gap is formed so as not to be in close contact with the end of the silicon tube (26).

Then, a space is formed between the inner circumferential surface of the cover 25 and the gap maintaining protrusion 27 to allow water to flow in and rise.

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

Therefore, when water is supplied to the inside of the gyebaebae reservoir 5 above a certain height, the water is drained to the discharge pipe 28 while rising between the inner circumferential surface of the cover 25 and the gap holding projection 27 by water pressure and vacuum pressure, and then The soft silicone tube 26 may drain a large amount of water while being rolled into the discharge tube 28, and the silicone tube 26 is returned when the level of the basin vessel reservoir 5 is lowered.

In addition, the silicon tube 26 may be cut and used at regular intervals in the vertical direction so that the silicon tube 26 may be easily rolled into the discharge pipe 28.

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

Figure 2 is a perspective view showing a drawer-type sprout grower of the present invention.

Figure 3 is a combined cross-sectional view showing the present invention drawer sprout planter.

Figure 4 is a cross-sectional view showing a water tank in the present drawer-type sprout grower.

Figure 5 is a cross-sectional view showing the gyeyeongbae reservoir in the drawer-type sprout grower of the present invention.

Figure 6 is a cross-sectional view showing the operating state of the relay in the drawer-type sprout grower of the present invention.

Explanation of symbols on the main parts of the drawings

1: drawer sprout planter 2: case

3: drainage storage tank 4: water distribution tank

5: Gyeyeongbae Reservoir 6: Water Tank Room

7: calibration section 8: door

9: quantity control lever 10: hinge

11: drain storage tank storage room 12: sprout growing container room

13: Water distribution tank storage room 14: Gyeyoungbae storage tank storage room

15: water tank room 16: sprout growing container

17: plate 18: rail

19: ball valve 20; Water hole

21: Redistribution 22: Through Hole

23: Distribution hole 24: Gyeyoung distribution

25: cover 26: silicone tube

27: gap maintaining projection 28: discharge pipe

29: adjustment shaft 30: discharge hole

32: submersible motor 33: hose

Claims (7)

A case (2) provided with a door (8) attached by a hinge (10) so as to divide the respective floors into multiple stages in a quadrangular shape and open and close the water tank chamber (15) on the upper surface; A water tank 6 formed at each floor of the divided case 2 and having a drainage storage tank accommodating chamber 11 formed therefrom and received at the front surface thereof; A plurality of independent storage spaces are formed in the upper portion of the drainage storage tank accommodating chamber 11 by the diaphragm 17, and the plurality of sprout growing barrel accommodating chambers 12 to drain the water to the drainage storage tank 3 located at the lower portion thereof. A plurality of sprout cultivation barrel (16) accommodated in; The plurality of water distribution tanks respectively accommodated in the water distribution tank storage chamber 13 to drain the water to the sprout culture barrel 16 is formed in the upper portion, the same as the sprout culture barrel storage chamber 12 (4); In the same manner as the water distribution tank accommodating chamber 13, each of the gyebae boat storage tanks respectively stored in a plurality of gyebaebae reservoir tank 14 to drain the water to the water distribution tank (4) to drain the water ( 5) and; A water tank 6 accommodated in the water tank chamber 15 to drain the water to the gyebae reservoir 5; The upper portion of the water tank (6) is characterized in that the water level control lever (9) is installed in the same amount as the amount of water in the water tank (6) to control the amount of water drained from the water tank (6) Drawer sprout planter. The method of claim 1, wherein the sprout cultivation barrel 16 is characterized in that a plurality of water holes 20 are formed at a predetermined interval on the bottom surface, the cultivation plate 21 formed with a through-hole 22 thereon is seated Drawer sprout planter. The method of claim 1, The metered boat reservoir (5) is installed in the center of the bottom of the metered belly 24, the metered belly 24 is fitted to protrude to the bottom of the bottom of the metered boat reservoir 5, the metered belly 24 A space maintaining protrusion 27 is formed in a vertical direction at a predetermined interval on the periphery of the bottom surface of the basin vessel 5, and a discharge tube 28 fitted with a silicon tube 26 at an upper end thereof; Drawer type sprout grower, characterized in that the cover is covered with a lower opening 25 to close the upper portion of the discharge pipe (28). The water level control lever (9) is fastened to the upper portion of the water tank chamber (15) and the upper plate of the water tank (6) to the upper part of the control shaft (29) inside the water tank (6). And, the control shaft 29 is characterized in that the ball valve 19 is formed so as to tighten and coupled to the discharge hole 30 formed in the bottom surface of the water tank (6) to open and close the discharge hole (30) while rotating Drawer sprout planter. The method of claim 3, wherein The silicone tube 26 is dried inside the discharge tube 28 by the water pressure and the vacuum pressure of the water supplied between the cover 25 and the discharge tube 28 to drain the water into the sprout cultivation barrel 16, and then the silicone tube 26 Drawer sprout grower, characterized in that is restored again by the elastic force. The water pump 32 is installed in the lower part of the side of the case 2, and the water of the drain storage tank 3 is connected to the hose 33 by the water tank 6 located above the case 2. Drawer-type sprout planter, characterized in that the circulation by connecting. delete

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