KR101639626B1 - Seed germinator - Google Patents

Abstract

The present invention relates to a sprout germinating device, wherein the sprout germinating device is used for growing sprout vegetables and comprises: a cultivating drum whose inside space is partitioned into four chambers and which is made of stainless steel material and has an embossed inner surface; a separator member which is disposed inside the cultivating drum to prevent sprout seedlings growing inside the cultivating drum from getting tangled; a spray nozzle which is installed inside the cultivating drum to supply water to seeds introduced into the cultivating drum; a sterilizer lamp which is installed inside the cultivating drum to sterilize the sprout seedlings; a rotating guide member which is formed along the outer circumference of the cultivating drum to guide the rotation of the cultivating drum; a support member which is located at a lower end of the cultivating drum to provide support for the cultivating drum; a transport member which is mounted at each lower end of the support frame so that the cultivating drum can be moved; and a roller member which is mounted at an upper end of the support frame to rotate in contact with the outer surface of the rail member. According to the present invention, the sprout germinating device allows the water and temperature provided inside the cultivating drum to be controlled through a control box so that the growth of sprout vegetables growing inside the cultivating drum can be expedited.

Description

Sprout vegetable germ used to grow sprout vegetables. {Seed germinator}

The present invention relates to a sprout vegetable germination apparatus, and more particularly, to a sprout vegetation germination apparatus which comprises a spraying nozzle and a ventilation hole provided inside a drum growing apparatus for germinating and cultivating sprouting vegetables, Which can be easily cultivated at one time.

Sprout vegetables means germinating seeds and raising them between 4 and 5 days. These sprout vegetables are completely polluted vegetables that sprout from clean water and air. The nutrients needed for life support are aggregated, and when they germinate, their energy becomes sprouts.

These sprout vegetables are a typical well-being food, which is called dream vegetables, because it contains 10 to 40 times more active ingredients such as mitamines and minerals than germinated vegetables grown at germination.

In addition, the sprout vegetables are not irritating, so it is easy to ingest from children to the elderly, and the scientific evidence and rumor spread that the nutrients are abundant enough to be compared with the grown vegetables spread. The sprout vegetable market of 200 billion won There is an industry analysis that it will reach 100 billion won.

In order to mass produce these sprout vegetables, sprout vegetables have been produced using drum rotary sprout vegetable growers, but there have been no cases of research and development in Korea, and most of the machines have imitated Japanese and American products.

The drum revolving sprout vegetable grower has the advantage of preventing the decay by means of ventilation, water cooling and so on because the seed moves regularly in the drum. However, the size of the seed, the appropriate moisture amount according to the growth stage of the bud, , And in the case of items requiring coloration, it is a limiting factor in producing high quality sprouts due to insufficient amount of light transmitted in the final growth stage, difficulty in controlling light quantity and light quality, It is difficult to keep the temperature at a constant temperature.

In addition, it is necessary to develop localization of the sprout vegetable grower suitable for the body shape and logic of Korea since the conventional introduced grower is inconvenient for sowing and harvesting work and takes a lot of time and expenses for hygiene management after harvesting.

KR 10-2015-0032185 A

Disclosure of the Invention The present invention has been made to solve the above-mentioned problems, and its object is to provide an apparatus and a method for manufacturing a seed cultivating plant, in which moisture and temperature necessary for growing seed seeds are optimized, So that a large amount of sprouting vegetables grown by allowing sprouting vegetables to grow in each of the divided spaces can be easily cultivated.

In addition, a separating member and an emboss are formed in the drum grower to prevent the sprout vegetables grown in the drum grower from tangling with each other, and to prevent the sticking to the inside of the drum grower so that germination of the sprout vegetables can be made easier There is another purpose in providing the bud vegetable germination.

It is another object of the present invention to provide a sprout vegetable germination apparatus capable of facilitating germination during all seasons by providing a heat ray and disinfection lamp inside the drum grower so that the temperature inside the drum grower can be kept constant even in winter.

In order to attain the above object, the sprouting vegetable germ of the present invention is a sprout vegetable germination apparatus used for culturing sprout vegetables, wherein the inside of the germ is divided into four chambers by partition walls, made of stainless steel, A drum type washing machine, comprising: a drum reaper in which an emboss is formed, a separating member provided in the drum rederer for preventing germination of seeds grown in the drum rederer from tangling with each other, a seed disposed inside the drum rederer, A sterilizing lamp installed inside the drum grower to sterilize the sprout seed, a rotation guide formed along an outer circumference of the drum grower to guide rotation of the drum grower, A supporting portion positioned at the lower end for supporting the drum reaper; Is mounted on top of the support frame, the roller member made to be in contact with the outer side rotation of the rail member;; optionally is attached to the bottom of each movement member made such that the drum jaebaegi be moved was characterized in that comprises a.

According to the sprout vegetable germination of the present invention, the moisture and temperature supplied to the interior of the drum grower are controlled through the control box so that the growth of the sprouts grown in the drum grower can be accomplished within a short time, So that individual sowing, harvesting and cleaning work can be performed, thereby improving the quality of the sprouts vegetables.

In addition, by forming a separating member and an emboss in the drum grower, it is possible to prevent the sprout vegetables grown inside the drum grower from tangling with each other and to prevent the drum from sticking to the inner surface of the drum grower, thereby germinating the sprout vegetables more easily .

In addition, a disinfection lamp is installed inside the drum grower to disinfect the sprout vegetables and to increase the quality of the sprout vegetables and to prevent the harmful bacteria propagation and pollution by making the irradiation of the artificial light source possible, and the internal temperature of the drum- So that germination can be easily performed.

1 is a front view of a sprouting vegetable germ of the present invention.
Fig. 2 is a side view of the bud vegetable germ of the present invention. Fig.
Fig. 3 is a front view of a control box installed in the bud vegetable germ of the present invention. Fig.
Fig. 4 is a front view showing another embodiment of the sprouting vegetative germ of the present invention. Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a sprouting vegetative germination apparatus according to the present invention will be described in detail with reference to the accompanying drawings. It is to be understood that the present invention is not limited to the disclosed embodiments, but may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to inform.

Fig. 1 is a front view of the sprouting vegetative germ of the present invention, and Fig. 2 is a side view of the sprouting vegetable germ of the present invention.

1 and 2, a sprout vegetable germination apparatus 1 according to the present invention comprises a drum reaper 10 which is formed by a long cylindrical protrusion, a drum reaper 10 installed at a lower end of the drum reaper 10, A motor unit 50 for rotating the drum rewinder 10 by transmitting rotational power to the drum rewinder 10 and a control unit 50 for controlling the rotation speed and the rotation time of the motor unit 50. [ And a control box (60).

The drum grower 10 is a place where seeds of sprouts are inserted into the drum grower 10 to germinate and grow sprout seeds in the drum grower 10. The inside of the drum grower 10 has a cruciform The partition wall 20 is formed along the longitudinal direction of the drum reapplier 10 so that the inside of the drum reapplier 10 is divided into four spaces by the partition wall 20 so that the seeds are inserted into the divided spaces .

The partition wall 20 formed inside the drum grower 10 may be formed in a cross or radial shape so that the inside of the drum grower 10 may be divided into six or eight. However, in order to improve the cultivation efficiency of the sprouts, .

The inside of the drum grower 10 can be divided into four by the partition 20 so that different kinds of sprouts vegetables can be grown in the respective divided spaces and the sprouts grown in the drum grower 10 can be divided into broccoli , Turnips, red cabbage, alfalfa, barley, merry, cabbage, cabbage, fluff, and various sprouts can be grown.

The drum reaper 10 is configured such that a driving shaft formed at one side of the drum reaper 10 is rotated by the motor unit 50 so that the drum reaper 10 is rotated in accordance with the rotation of the motor, And the rotation speed and direction of the drum expander 10 are adjusted by the box 60.

Therefore, the rotational speed and direction of the drum grower 10 can be determined by inputting data values to the control box 60 according to the kind of the sprout seeds put into the drum grower 10, And growth can be achieved.

The drum grower 10 is preferably formed to have an internal capacity of 250 L, and is formed to have a diameter of 1 to 1.5 m, preferably 1.2 m, a height of 1.2 to 1.7 m, and preferably 1.5 m, But it may be formed as a dodecahedron.

The sprout vegetable seeds injected into the drum grower 10 are usually harvested at an amount of 150 to 200 kg after 4 to 5 days when the seed sprout seeds are fed in an amount of 15 to 25 kg, Some are harvested up to 5 to 10 times the amount of seed introduced.

A rotation guide part 11 is formed on the outer surface of the drum grower 10 along the outer periphery of the drum grower 10 so that the rotation guide part 11 is supported by a roller member 31 so that the rotation of the drum grower 10 is stabilized.

The inner surface of the drum grower 10 is provided with a separating member 12 and an embossing 13 for preventing the sprouts germinated in the drum grower 10 from being tangled while being rotated,

The embossing 13 is formed in a semicircular shape on the inner surface of the drum grower 10 so that the sprouts germinated in the drum grower 10 do not stick to the inner surface of the drum grower 10 It is formed so that germination and growth of sprouting vegetables can be performed more smoothly.

A separation member 12 protruding in a triangular shape is formed on the inner surface of the drum grower 10 to prevent the sprouts from tangling with each other when the drum grower 10 is rotated, So that it can be made easier.

The spray nozzles 21 for supplying moisture to the seeds are formed in the partition wall 20 of the drum grower 10 in such a manner that the spray nozzles 21 extend in the horizontal direction and the vertical direction So that water is supplied to the inside of the drum grower 10 as a whole. That is, the partition wall 20 divides the drum reapplier 10 into four spaces, and the spraying nozzle 21 is formed in one space in the vertical direction in the vertical direction so that moisture in the sprout vegetable Is easily supplied.

At this time, the amount of water supplied from the injection nozzle 21 varies depending on the kind of the seed. Such data is input to the control box 60 and an appropriate amount of moisture is supplied through the control box 60 according to the kind of the seed .

A discharge unit 15 is formed on an outer surface of the drum reaper 10 so that water supplied through the discharge nozzle 21 is discharged through the discharge unit 15 and moisture of the drum reaper 10 Supply and discharge can be performed smoothly.

A ventilation hole 14 is provided at one end of the drum reaper 10 so that ventilation and ventilation of the inside of the drum reaper can be facilitated. A door 16 is formed at the other end of the drum reaper 10, The opening and closing of the drum expander 10 is performed according to the opening of the door 16.

A movable member 40 is provided at a lower end of the support 30 supporting the drum grower 10 to move the drum reaper 10 and the support 30.

The movable member 40 is provided with a separate fixing means to release the fixing means when the supporting unit 30 moves and to lock the fixing unit when the supporting unit 30 is fixed, Is fixed to the floor surface.

Thus, the drum grower 10 can be moved using the moving member 40 so that the germ can be positioned at a proper position necessary for the supply, so that the sprouts grown through the germ can be supplied more smoothly So that the freshness of the sprouts grew higher.

The water supplied to the spray nozzle 21 is supplied by the water pump. If water supply by the water pump is not easy, the gassing device is moved to a place where water is supplied So that the water supply can be smoothly performed.

4 is a front view of the control box of the present invention.

4, the control box further includes a speed adjusting unit 64 having a screen unit 61, an operation button 62 and an input button 63, and controlling the rotating speed of the drum reaper .

The water supply amount of the spray nozzle 21 installed inside the drum grower 10 is adjusted in accordance with the kind of the seed so that germination of various kinds of sprouts vegetables can be performed more easily .

A memory chip (not shown) is provided in the control box 60 to store the amount of water sprayed according to the kind of the seed and the rotation time. The control box 60 receives the program, The drum grower 10 is operated.

Accordingly, the operator sets a program according to the type of sprouts grown in the drum grower 10 and presses a button formed on the control box 60. In response to the value of the program inputted in the drum grower 10, Germination of the sprout vegetables can be facilitated so that water supply and drying can be performed.

The control box 60 is formed with the operation button 62 for operating and stopping the drum reapplier 10 and the screen 61 for displaying the current state, (63) and the speed regulator (64) for manually regulating the rotational speed of the drum reaper (10).

The speed regulator 64 regulates the rotational speed of the drum re-mixer 10 by adjusting the ampere of electricity delivered to the drum re-mixer 10.

5 is a front view showing another embodiment of the bud vegetable germination of the present invention.

As shown in FIG. 5, a plurality of embossings 13 are formed in the drum reaper 10 at predetermined intervals along the longitudinal direction to prevent sticky sprouts from sticking to the inside of the drum reaper 10. have.

The embossing 13 is formed at a predetermined interval in the drum reaping machine 10 and the embossing 13 is formed in any one of the four spaces divided by the drum reaping machine 10, The separating member 12 and the embossing 13 are formed in accordance with the type of sprouting vegetables by using a method of not forming the embossing 13 so that various types of sprouting vegetables can be easily cultivated.

In addition, the inside of the partition wall is further provided with a heat line 19 for maintaining the temperature inside the drum re-mixer 10 at a constant temperature, so that the temperature inside the drum re-mixer 10 is maintained at a constant temperature .

The internal temperature of the drum grower 10 through the heat line 19 can be maintained at a temperature of 26 ° C which is an appropriate temperature for cultivation of fresh sour vegetables and the temperature can be controlled to 20 to 26 ° C, The temperature was adjusted according to the type of the sprouts, so that the growth of the sprouts grew more smoothly.

The heating wire 19 is installed inside the partition wall 20 so as to maintain the temperature of the inside of the drum refinisher 10 at a predetermined temperature or may be installed at the inner circumference of the drum refinisher 10, The temperature can be maintained at a constant temperature.

A light source lamp 18 and a disinfection lamp 19 are installed on the outer side of the partition wall 20 so that an appropriate amount of light necessary for disinfection and growth of sprouts grown in the drum grower 10 is supplied to the drum re- So that it can be supplied to the inside.

The disinfection lamp 17 irradiates a wavelength of the ultraviolet ray B to disinfect the excremental vegetables so as to prevent the propagation of harmful bacteria or contamination of the sprout vegetable in the sprout vegetable. So that disinfection of the sprouts vegetables can be surely performed.

Preferably, the light source lamp 18 is formed of an LED lamp, and is formed into monochromatic light having only a wavelength range necessary for photosynthesis and growth of the sprout vegetables so that the growth of sprouts vegetables can be more smoothly performed.

As described above, the sprout vegetative germination apparatus 1 according to the present invention has been described with reference to the drawings. However, the present invention is not limited to the embodiments and drawings disclosed in the present specification, It is to be understood that various modifications may be made by those skilled in the art.

1: Sprout vegetable germination 10: Drum cultivator
11: rotation guide part 12: separating member
13: Embo 14: Vents
15: discharge part 16: door
17: disinfection lamp 18: light source lamp
19: heat line 20:
21: injection nozzle 30:
31: roller member 40: moving member
50: motor section 60: control box
61: Screen 62: Action button
63: input button 64:

Claims (5)

For bud vegetable germs used to grow sprout vegetables,
Wherein the sprout vegetable germ is divided into four spaces by the partition walls and an embossing is formed on the inner surface to prevent the sprouts from sticking to the inner surface;
A separating member formed inside the drum reaper to prevent the sprouts grown inside the drum reaper from being tangled with each other;
A spray nozzle installed on the partition to supply moisture to the seed introduced into the drum grower;
A disinfecting lamp installed in a part of the drum grower and disinfecting sprout vegetables grown in the drum grower by irradiating light of ultraviolet ray B;
A heating wire installed inside the partition wall to maintain the temperature inside the drum re-heater at 20 to 26 캜;
A rotation guide formed along an outer periphery of the drum reaper to guide rotation of the drum reaper;
A support positioned at a lower end of the drum grower to support the drum grower;
A moving member mounted on a lower end of the support unit to move the gait;
A roller member mounted on an upper end of the support unit to contact the rotation guide unit to enable stable rotation of the drum reaper;
An embossment formed at a predetermined interval in the drum reaper;
A light source lamp provided outside the partition wall for supplying light necessary for growth of sprouts grown in the drum grower, the light source lamp comprising an LED lamp;
A discharge port formed on an outer surface of the drum reaper for discharging water into the drum reaper;
A ventilation hole formed inside the drum reaper for allowing ventilation and ventilation inside the drum reaper to be easily performed;
A speed regulator for regulating a rotation speed of the drum regenerator and an amount of water to be supplied to the drum regenerator depending on the type of the seed germs formed in the drum regenerator, Wherein the speed regulating device includes a control box configured to regulate a speed of the drum reaper through adjustment of an ampere to be transferred to the drum reaper;
Wherein the sprout vegetable germination is carried out in the following manner. delete delete delete delete

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