KR101930424B1 - Device for sprout cultivation using the nature mineral - Google Patents

Abstract

The present invention relates to a device for cultivating sprouts using germanium-containing minerals, which can supply water without harming the growing sprouts. The device comprises: a body formed in the shape of a vessel and having an empty space therein; a water reservoir installed inside the body and storing water to be supplied to sprouts; a cultivation chamber detachably installed on top of the water reservoir to contain seeds or sprouts to be cultivated; a pump installed at one internal side of the body to pump water inside the water reservoir; a lid hinge-coupled to one side of an upper end of the body to be rotatably opened/closed; a spray nozzle installed on the lid to spray water pumped by the pump onto the sprouts; a hose passing through an empty space in the rear of the body and connected between the pump and the spray nozzle; and a control panel controlling an operation of the pump.

Description

 [0001] The present invention relates to a device for sprout cultivation using natural minerals,

The present invention relates to a bud regenerator, and more particularly, to a bud regenerator using natural minerals capable of supplying water without interfering with buds.

The sprout vegetable is a non-pollutant food that grows well without chemical fertilizer due to its short cultivation period. It germinates seeds and cultivates it. It reduces cholesterol when ingested, cleanses the blood and prevents aging of the body. Not only is it richer, but its nutrients, such as vitamins and minerals, are much higher than full grown vegetables.

These sprout vegetables have various kinds such as bean sprouts, sprout herbs, silkworm, buckwheat, broccoli, and red cabbage.

Accordingly, various techniques for directly growing buds in the home have been developed, for example, Patent Documents 1 to 4.

Patent Document 1 discloses a nutrient solution tank for storing a nutritive solution for cultivation; A cultivation plate on which a predetermined number of planting through holes are formed and which is mounted on the upper surface of the nutrient solution vessel; A port formed in the lower portion and penetrated through the through-hole, the lower portion being submerged in the nutrient solution of the nutrient solution bottle; A medium inserted into the port to absorb the nutrient solution in the chemical solution tank and support the plant to be planted; A groove corresponding to at least one of the through holes is formed in the inner bottom so that the seeds do not flow down, and a water outlet is formed at a portion corresponding to at least one of the through holes, The bottom has a low water outlet area and a high peripheral area, and the groove is formed as a spiral from one side of the periphery to a water outlet; Is a household multifunctional plant grower for vegetable growing and sprout cultivation including a cultivation plate cover covering a bud growth plate,

In Patent Document 2, a box-shaped casing having an upper portion opened and having an inner space portion, a partition wall dividing an inner space portion of the casing into a water storage portion and a bud growth portion and having a through portion at an upper portion thereof, A bottom plate for forming a bottom of the bottom of the bottom plate and storing the water in the bottom of the bottom plate, the water being stored in the top of the bottom of the bottom plate, A rotating fan provided in the casing for moving the atomized water to the bud growing unit; a cover unit for opening and closing the internal space unit provided on the casing; and a plurality of rotors provided on the lower surface side of the cover unit, Wherein the plurality of blades are spaced apart from each other, and the left or right direction And the atomized water is uniformly diffused to the entire area of the bud growing section. The spout growing section facing the partition wall has a jet port formed therein. The rotating fan is located at the jetting port. The atomized water is rotated A sprout grower that flows into the bud regrowth portion through the penetration portion by the operation of the fan and is diffused into the entire region of the bud regrowth portion by the blade and is ejected out of the casing through the spout port,

Patent Literature 3 discloses a lid having upper and lower openings and a handle formed on an upper surface thereof. The lid is seated on the upper part. A step is formed in the middle part and a lower part of the lid. And a heater for maintaining the water at a predetermined temperature and a heater for maintaining the water at a predetermined temperature and a heater for maintaining the water at a predetermined temperature is provided in the upper part of the lower part of the rearing part, A water storage portion provided inside the temperature sensor; an operation portion provided in the lower portion of the water storage portion and provided inside the temperature setting device for controlling the heater and the temperature sensor; A water supply unit for circulating water in the water storage unit and spraying the water in the water storage unit on the upper side of the water storage unit under the control of the timer setting unit provided on the front surface of the operation unit, And an air discharging means provided on one side of the water supply means for absorbing the air inside the rearing portion under control of the timer setting device and discharging the air to the outside of the operating portion,

Patent Document 4 discloses a seed storage device comprising: a plurality of seed housings in which seeds are cultured; A module housing in which the seed housing is detachably coupled; A cooling unit for cooling the culture liquid; A culture solution housing including a module housing housed in a detachably laminated manner, the culture solution housing including a water storage space in which the culture solution is received, an installation space in which the cooling unit is provided, and a partition wall in which the cooling unit is coupled while partitioning the water storage space and the installation space; A circulation pump provided in the water storage space to pump the culture liquid; And a water supply vane that is rotatably coupled to a water supply pipe and a water supply pipe coupled to the circulation pump through the module housing so as to move the culture liquid pumped by the circulation pump to the upper side of the seed housing and supply the culture solution to the seed housing, A water supply header portion rotatably coupled to the water supply pipe; A plurality of water supply wing portions branched from the water supply header portion and a rotary jetting portion provided on one side of the water supply wing portion for discharging the culture liquid accommodated in the water supply wing portion and the cooling unit is disposed in the installation space, Wherein the noiseless condensing unit is provided in a refrigerant tank main body and a refrigerant tank main body in which a refrigerant heat dissipating space in which refrigerant is stored is formed and the condensation accelerating accelerating the condensation of the refrigerant circulated in the refrigerant tank main body Unit, and the condensation promoting unit is a sprout cultivation apparatus including at least one vent pipe passing through the refrigerant tank main body so that the refrigerant is contacted.

A variety of bud reappliers have been developed in this way. They have a jet nozzle for adhering to buds growing water or nutrient solution. The jet nozzles are fixed to the bottom cage at the bottom, There is a problem that buds are pressed against the spray nozzles to prevent buds from growing.

Korean Patent No. 10-1362925 Korean Patent No. 10-1649870 Korean Patent No. 10-1512032 Korean Patent No. 10-1855671

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made in order to solve the problems of the prior art as described above, and it is an object of the present invention to provide a sprout cultivator using natural minerals capable of supplying water without interfering with sprouts.

It is another object of the present invention to provide a sprout cultivator using natural minerals, which is provided at the upper part of the water-supplying spray nozzle so as to prevent sprouting of sprouts and to facilitate opening and closing of sprouts by hinging the sprouts.

According to an aspect of the present invention, there is provided a sprout cultivator using natural minerals, the sprout cultivator comprising: a body having a hollow shape and having a hollow space formed therein; A reservoir installed in the main body and storing water to be supplied to the bud; A cultivator detachably installed at the upper part of the low water column and storing seeds or buds to be cultivated therein; A pump installed in one side of the main body to pump the water in the reservoir; A lid hinged to one side of the upper end of the main body and pivotally opened and closed; A spray nozzle installed on the lid and spraying the water pumped by the pump to the top of the bud; A hose connected to the space between the pump and the spray nozzle through an empty space at the rear of the main body; And a control panel for controlling the driving of the pump.

And the low-water tub is desorbed in the low-water tub containing space so as to be slidable along the low-water tub guide on the inner wall of the main body.

The pump connection pipe is detachably attached to the connection hole formed in the pump at the rear end of the reservoir.

The control panel may include a temperature and humidity sensor to sense the temperature and humidity inside the re-dispenser and to control the temperature and the humidity according to the set temperature.

A heater may further be installed around the space in which the cultivator is installed in the main body.

Also, it is preferable that the water stored in the low-water cistern is germanium-containing water composed of 1 to 50 g of natural mineral or germanium-containing mineral powder based on 1000 ml of water.

The sprout cultivator using natural minerals according to the present invention has an effect that the sprout, which is formed by installing the spraying nozzle on the lid, does not catch on the spraying nozzle, so that the sprout can grow sufficiently.

Further, according to the present invention, the lid provided with the spray nozzle can be hinged to one side of the rear side of the main body so as to be turned and closed, thereby facilitating opening and closing of the lid.

1 is a cross-sectional view of an example of a bud regenerator using natural minerals according to the present invention
FIG. 2 is a cross-sectional view of a bud regenerator with a lid closed using natural minerals according to the present invention
FIG. 3 is a perspective view of an example of a sprout cultivator using natural minerals according to the present invention
4 is a bottom view of a sprout cultivator using natural minerals according to another embodiment of the present invention.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail. It is to be understood, however, that the invention is not to be limited to the specific embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

Like reference numerals are used for like elements in describing each drawing. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention enables water to be supplied in a state in which the sprouts are not disturbed.

A sprout cultivator using natural minerals according to the present invention comprises a main body 10 having a hollow shape and having a hollow space formed therein; A water storage tank 20 installed inside the main body and storing water to be supplied to buds; A cultivator (30) detachably installed on the lower cowl and storing seeds or buds to be cultivated therein; A pump (40) installed at one side of the main body to pump the water in the reservoir; A lid 50 hinged to one side of the upper end of the main body and pivotally opened and closed; A spray nozzle 60 installed on the lid and spraying the water pumped by the pump to the upper portion of the bud; A hose (70) connected to the space between the pump and the spray nozzle through an empty space behind the main body; And a control panel 80 for controlling the driving of the pump.

As shown in FIGS. 1 to 3, the main body 10 is formed in a cylindrical shape having an empty space therein. The main body 10 is provided with a plurality of supporting jaws and guides, And a space is formed in the rear of the cultivating chamber 30 or the reservoir 20 so that the hose 70 to which the water moves can be installed.

Of course, the lid 50 is hinged to the rear end of the upper part so that the lid can be opened and closed up and down around the hinge axis.

Further, a handle 51 is formed on one side of the lid to facilitate opening and closing of the lid, and a plurality of air holes 52 are formed to allow air to flow sufficiently into the interior.

The above-described reservoir 20 is installed below the main body 10.

The reservoir 20 can be fixed to the inside of the main body by storing pure water or nutrient solution. However, it is preferable that the reservoir 20 is detachably installed because it is not easy to clean the reservoir when it is fixed. The lower watercount guide 10g is horizontally formed therein and the lower watercup can be separated from the main body by moving the bottom of the watercup in the forward and backward directions while being aligned with the lower watercount guide.

1 and 2, a pump for pumping low-water water and a structure for connecting the low-pouring water can be more easily formed by detachably installing the low- A connection hole 40h is formed and a pump connection pipe 20c is formed so as to protrude at a position aligned with the connection hole 40h on one side of the low water cistern.

Of course, the connection holes 40h are provided with packings so that when the pump connecting pipe 20c is fitted, it is sealed to prevent leakage.

A hose 70 is connected to the outlet of the pump 40. The hose 70 extends to the lid through a space formed in the rear of the main body as shown in FIGS. 1 and 2, And the spray nozzle 60 installed on the lid is connected to the outside of the inside thereof.

By installing the spray nozzle 60 on the lid in this way, the structure inside the cultivation can be simplified.

In other words, since the spray nozzle connected to the lower reservoir in the lower part has to be exposed to the upper part of the cultivation through the cultivation, the structure is complicated due to the fact that it is cultivated and other devices are installed, and the height of the spray nozzle is low The present invention has the disadvantage that the sprout is pressed by the spray nozzle or the spray nozzle fails to operate by the sprout. However, the present invention is characterized in that the spray nozzle is installed on the lid so that the spray nozzle obstructs the growth of the sprout, .

The injection nozzle 40 may be a sprinkler that allows water to be sprayed while rotating the nozzle when water is supplied to one of the commonly used ones.

The control panel 80 is a means for controlling the driving of the pump. The user can arbitrarily input and control the operation time and interval of the pump. Preferably, the control panel 80 controls the humidity and the temperature according to the growth environment of the bud. .
Accordingly, the control panel 80 is provided with temperature and humidity sensors 80t and 80p to detect the temperature and humidity inside the re-dispenser and to control the temperature and humidity according to the set temperature and humidity.
Of course, when the temperature sensed by the temperature sensor 80t is too low, a heater 90 (not shown) is installed around the space where the cultivating chamber 30 is installed in the main body and on the bottom surface of the low- Respectively.

Of course, a part of the control panel 80 is provided with a display window 81 capable of displaying temperature and humidity. When the temperature or humidity is inappropriate, a buzzer or an alarm indicator 82 or the like .

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The sprout cultivator according to the present invention can supply natural minerals or germanium-containing minerals. Water stored in the above-mentioned water cistern uses water containing germanium composed of 1 to 50 g of natural mineral or germanium-containing mineral powder based on 1000 ml of water do.

In addition, a plurality of water holes 30h are formed in the bottom of the cultivating chamber 30 so that the water supplied to the upper spray nozzles is discharged to the lower cistern, It is desirable to divide into sections and allow different plants to grow in each zone.

Also, the cultivating chamber (30) is made of one container. A plurality of trays may be provided separately on the upper part so that different kinds of plants may be grown on each trays.

10: Housing
10w: Low water storage space 10d:
10g: low water canal guide
20: That canister
20c: Pump connection pipe 20h: Handle
30: Cultivated 30h: Drinking water
31:
40: pump
40h: connection hole
50: Lid
51: handle 52: vent hole
60: injection nozzle
70: Hose
80: Control panel
90: Heater

Claims (6)

A body 10 having a hollow shape and an empty space formed therein;
A water storage tank 20 installed inside the main body and storing water to be supplied to buds;
A cultivator (30) detachably installed on the lower cowl and storing seeds or buds to be cultivated therein;
A pump (40) installed at one side of the main body to pump the water in the reservoir;
A lid 50 hinged to one side of the upper end of the main body and pivotally opened and closed;
A spray nozzle 60 installed on the lid and spraying the water pumped by the pump to the upper portion of the bud;
A hose (70) connected to the space between the pump and the spray nozzle through an empty space behind the main body; And
And a control panel (80) for controlling the driving of the pump,
The reservoir 20 is detachably attached to the reservoir accommodating space 10w so as to be slidable along the reservoir guide 10g on the inner wall of the reservoir,
A pump connection pipe 20c is detachably attached to a connection hole formed in the pump at the rear end of the reservoir 20 so that the pump connection pipe is detachably attached to the connection hole of the pump,
The control panel 80 includes temperature and humidity sensors 80t and 80p to detect the temperature and humidity inside the reappler and to control the temperature and humidity according to the temperature and humidity set for the grown shoot.
A part of the control panel is provided with a display window 81 capable of displaying temperature and humidity. In case of inappropriate temperature or humidity, a buzzer or an alarm indicator 82 is installed on one side,
Wherein a heater (90) is further installed at a periphery of a space in which the cultivator is installed in the main body and at a bottom surface of the low water cistern. delete delete delete delete The method according to claim 1,
Wherein the water stored in the low-water cistern is germanium-containing water comprising 1 to 50 g of natural mineral or germanium-containing mineral powder based on 1000 ml of water.

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