KR100673967B1 - Multi machine for cultivating sprouts - Google Patents

Abstract

Provided is an apparatus for cultivating a various kinds of sprouts such as bean sprouts, green bean sprouts, mung beans sprouts, etc. by the natural falling of water. The apparatus comprises a cultivation drawer(20) which has a plurality of micro-holes at the bottom; a warm water tank(30) which is provided with a heater and a water-in pump; a falling water line(52) which supplies the warm water pumped through the pump to the cultivation drawer via a pipe line(51); a branching pipe(91) which branches the pipe line(51) and the falling water line; a spray line(92) which is connected with the branching pipe and has a nozzle(92a) for spraying warm water to the cultivation drawer; and a falling water control valve(93) and a spray control valve(94) which controls the falling water line and the spray line.

Description

MULTI MACHINE FOR CULTIVATING SPROUTS}

1 and 2 are front views including a partial cross-sectional view showing a multi-sprout grower in a drawing taken from the documents that are the basis of the priority claim of the prior application.

Figure 3 is a side view including a partial cross-sectional view showing a multi-sprout cultivator in a drawing taken from the documents that are the basis of the claims of prior applications.

Figure 4 is a perspective view showing a multi-sprout grower according to the prior application.

Figure 5 is a perspective view showing a drawer applied to a multi-sprout grower according to the conventional application.

Figure 6 is a structure of the vertical piping line and horizontal piping line mainly applied to the multi-plant shooter according to the conventional application.

Figure 7 is an enlarged view showing a state in which the distribution plate applied to the multi-sprout grower according to the prior application.

Figure 8a is a perspective view showing a pipe line and a spray line applied to the multi-sprout planter according to the present invention.

Figure 8b is a perspective view represented by a solid line, such as a pipe line and spray line applied to the multi-sprout grower according to the present invention.

9 is a plan view showing a pipe line, a spray line, an inner wall and an outer wall and the like applied to a multi-sprout planter according to the present invention.

Figure 10 is an exploded perspective view showing a drawer and replantation applied to the multi-sprout planter according to the present invention.

       Explanation of symbols on the main parts of the drawings

10 frame 20 planting drawer

21: fine hole 22: the locking jaw

23: redistribution 23a: seed hole

30: hot water tank 31: heater

32: submersible pump 33: charcoal

34: Elvan 40: Controller

51: vertical pipe line, pipe line

52: horizontal piping line, downfall line

60: distribution plate 61: micropores

62: clip 70: drain plate

71: drain hole 81: inlet pipe

82: water pipe 83: buoyancy ball

84 valve 85 filter member

91: branch pipe 92: spray line

92a: Nozzle 93: Dripping control valve

94: spray control valve 95: inner wall

96: outer wall 96a: insulation

97: oxygen generator 98: lamp

98a: switch

100: Bean Sprouts Grower, Multi Sprout Grower

H: artificial turf

The present invention relates to a multi-sprout cultivator, more specifically, a sprout that can be cultivated as a spray of water, such as peanut or Chinese cabbage lettuce wheat barley, along with a sprout that can be grown only by a natural drop of water droplets, such as bean sprouts sprouts or mung bean sprouts. It is about a multi-sprout planter that can be grown in a complex.

Recently, in order to solve the phenomenon that the diet is contaminated with various pollutions or pesticides, there are an increasing number of homes and businesses that directly grow sprouts such as sprouts and vegetables.

As a part of this, the applicant has filed a patent for the bean sprout cultivator (filed on December 18, 2002, registered on June 20, 2005, and patent 497941).

1 and 2 are front views including a partial cross-sectional view showing the bean sprouts grower 100 taken from the documents that are the basis for claiming priority of the prior application (Patent No. 497941), wherein the hot water tank 30 is the back of the frame 10. It is located in the front, but it is partially cross-sectioned from the front and only seems to be located at the bottom and is actually installed on the back of the frame 10. FIG. 3 is a drawing taken from the documents that are the basis of the priority claim of the prior application. An unexplained symbol H indicates an artificial turf, including a partial cross-section showing (100).

4 is a perspective view showing the bean sprouts grower 100 according to the prior application, Figure 5 is a perspective view showing the cultivation drawer 20 applied to the bean sprouts grower 100 according to the prior application.

The bean sprouts grower 100 according to the prior application is to optimally match the growing environment of the bean sprouts by sufficiently utilizing the temperature of the hot water container 30 as shown in FIGS. 1 to 4. 10) It is based on the cultivation drawer 20 detachably received in the space between, the cultivation drawer 20 is a micro-holes 21 are drilled in the bottom surface as shown in FIG. It is supposed to drop.

In addition, the prior application has a heater 31 and the submersible pump 32 has a hot water tank 30 in contact with up to the bottom half of the back of the frame 10 to be upright.

At this time, the hot water tank 30 is defined as up to the lower half of the rear surface of the frame 10, but may be installed on the side of the frame 10 as necessary and is not particularly limited in terms of height, which is the Since it means actively utilizing the temperature can be understood as a structure that can compensate for the temperature difference caused by the movement path of the hot water provided from the hot water tank 30 rather than the concept of the position and height of the hot water tank 30.

Since the conventional bean sprouts grower 100 is installed separately from the hot water container 30 or at the bottom of the bean sprouts grower 100, the warm temperature provided from the hot water container 30 is not uniformly supplied to the entire bean sprouts grower 100. It is difficult to cultivate soybean sprouts by the temperature difference between the cultivation drawer 20 which welcomes the warm water and the cultivation drawer 20 which meets the last.

Substantially, the temperature for cultivating bean sprouts is preferably 15 to 20 ° C. in summer and 20 to 25 ° C. in winter.

By the way, even if the temperature of the hot water tank 30 is set to the ideal temperature for the summer or winter, such an ideal temperature can only be enjoyed only in the first growing drawer 20 and gradually in the next growing drawer 20 The temperature is eventually dropped in the last cultivation drawer (20) is bound to lead to a much lower temperature than the optimum temperature of the bean sprouts, because of this, the growth drawer 20 receiving late hot water has a disadvantage that the development of bean sprouts is greatly reduced.

Therefore, the conventional application is a cultivation drawer from the hot water tank 30 to the lower half of the frame 10 which welcomes the hot water relatively late so as to provide a uniform temperature environment to each of the cultivation drawers 20 stacked and stacked in a plurality of layers ( 20) is designed to provide the temperature of the hot water tank 30 directly or indirectly.

That is, the cultivation drawer 20 up to the middle portion of the frame 10 directly contacting the hot water tank 30 has a temperature from the hot water tank 30 even though the temperature of the hot water drops slightly while passing through the cultivation drawer 20 of the upper side. By being able to directly or indirectly affected, the temperature difference with respect to hot water falling from the upper side to the lower side of the frame 10 is easily compensated, so that bean sprouts can be grown uniformly as a whole.

In addition, since the hot water tank 30 is not installed at the lower end of the frame 10, it is possible to install a drain plate 70 having a drainage hole 71 at the bottom of the frame 10 so as to discharge hot water in one direction. This can further enhance the convenience of use.

FIG. 6 is a structural view of a vertical piping line 51 and a horizontal piping line 52 applied to the bean sprouts grower 100 according to the conventional application.

Bean sprouts cultivator 100 according to the prior application has a controller 40 for controlling the heater 31 and the submersible pump 32, the vertical pipe line 51 to the hot water pumped through the submersible pump (32) It includes a horizontal pipe line 52 for providing to the redraw drawers 20 located at the top of the frame 10 via.

The controller 40 controls the heater 31 and the submersible pump 32 to control the proper operation of the heater 31 by measuring the temperature inside the hot water tank 30 and operates the submersible pump 32 through a timer. By adjusting the constant to be able to provide the optimum temperature and the optimum flow rate to the drawer 20, can be operated manually as needed.

In addition, the hot water tank 30 may include a charcoal 33 having a deodorizing and sterilizing action, and may include a far-infrared radiating ganban stone 34 to improve the growth and development of bean sprouts.

7 is an enlarged view showing a state in which the distribution plate 60 applied to the bean sprouts grower 100 according to the conventional application is separated.

According to the conventional application, the cultivation drawers 20 divided in layers are distributed on the top of the frame 10 because the hot water is distributed in a principle of dropping, ie, dropping the warm water downward through the micro-holes 21. In order to provide hot water in the same principle as shown in FIG. 7, a clip 62 having a distribution plate 60 having fine pores 61 dropping while distributing hot water widely is directly clipped to the horizontal piping line 52. It is possible to assemble the distribution plate 60 can be combined with other fastening means other than the clip 62, it is possible to combine the hot water.

In addition, the hot water tank 30 according to the conventional application is connected to the water pipe 82 through the inlet pipe 81, the water level of the hot water tank 30 through the valve 84 that is opened and closed by the buoyancy ball (83). Taking the structure to be adjusted, it is preferable that the filter member 85 is coupled to the end of the inlet pipe (81).

Since the water flowing through the water pipe 82 and the inflow pipe 81 is adjusted according to the opening and closing operation of the valve 84 depending on the buoyancy ball 83, the hot water tank 30 can always maintain a constant water level, By allowing the water flowing along the water pipe 82 to be filtered again by the filter member 85, for example, activated carbon or a filter nonwoven fabric, the water can be freely used regardless of groundwater or tap water.

By the way, the bean sprouts grower 100 according to the conventional application as described above has been made in a design for cultivating only bean sprouts has a disadvantage that can not be grown such as a soft sprout such as lettuce or cabbage wheat barley or peanut.

Accordingly, the present invention has been made in order to solve the above problems, the purpose is that such as bean sprouts bean sprouts or mung bean sprouts, such as peanuts or wheat barley cabbage lettuce together with sprouts that do not hinder the growth at all, even with natural drops of water droplets The present invention provides a multi-sprout grower that can be grown in combination up to a soft sprout that can be grown by spraying water.

An object of the present invention is to provide a uniform temperature and cultivation environment throughout the cultivation drawer in which a layer layer is detachably assembled in a space between a plurality of cucumbers and heat partitioned frames, and at the same time, multi-sprouts can optimize growth conditions of the shoots. In providing a planter.

It is an object of the present invention to sprinkle sprouts or soybean sprouts or mung bean sprouts on the bottom of the cultivation drawer to naturally grow the sprouts, and at the same time protruding the jaw on the inner periphery of the position spaced apart from the bottom of the cultivation drawer It is to provide a multi-sprout cultivator capable of cultivating the sprout in a state injured in the air while placing the seed in the seed hole of the cultivation plate to further include a cultivation plate that hangs over the jaw.

The present invention for achieving the above object,

A hot water container, which is removably stored in a space between a plurality of cucumbers and a heat partitioned frame, has a cultivation drawer having fine holes at a bottom thereof, a heater and an underwater pump controlled by a controller, and is erected on the rear of the frame; In the multi-sprout planter including a downfall line for supplying hot water pumped through the water pump to the cultivation drawer located on the top of the frame via a pipe line,

Branch pipes for branching the piping line and the falling line,

It is characterized in that the technical configuration consisting of a spray line having a nozzle for communicating with the branch pipe at the same time and disposed on the cultivation drawer, respectively, for spraying hot water.

Hereinafter, a preferred embodiment of a multi-sprout cultivator according to the present invention will be described with reference to the drawings, and for the configuration overlapping with the conventional application in the drawings will be replaced with the same reference numerals and the same description will be omitted.

Multi-sprout cultivator 100 according to the present invention is a sprout that does not have any obstacle to its growth even with a natural drop of water droplets, such as bean sprouts bean sprouts or mung bean sprouts in a soft sprout that can be grown as a spray of water, such as peanut or wheat barley cabbage lettuce It is designed to be mixed cultivation.

8A is a perspective view illustrating a pipe line 51 and a spray line 92 applied to the multi-plant shooter 100 according to the present invention, and FIG. 8B is a pipe line applied to the multi-plant shooter 100 according to the present invention. 51) and a spray line 92 and the like are perspective views represented by solid lines.

The multi-sprout grower 100 according to the present invention is detachably housed in the space between the frame 10 divided into a plurality of cucumbers and rows as shown in FIGS. 8A and 8B and has micropores 21 at the bottom thereof. Hot water tank 30, which is equipped with a cultivation drawer 20, the heater 31 and the submersible pump 32 under the control of the controller 40, and is upright on the back of the frame 10, and the submersible pump 32 Consists of a downfall line 52 for supplying hot water pumped through the pipe line 51 to the cultivation drawer 20 located on the top of the frame 10 via the piping line (51).

At this time, the plumbing line 51 and the downfall line 52 branch to the branch pipe 91 and communicate with the branch pipe 91 and at the same time disposed in the cultivation drawer 20, respectively, the nozzle 92a for spraying hot water. And a spray line 92, which is configured to be controlled by the drop control valve 93 and the spray control valve 94, respectively.

Branching from the pipe line 51 to the downpour line 52 and the spray line 92, respectively controlled as the downfall control valve 93 and the spray control valve 94, so that only natural drops of water droplets, such as bean sprouts host sprouts or mung bean sprouts In addition to being able to grow sufficiently, active cultivation can be realized up to soft shoots that can be cultivated by spraying with water such as peanut or wheat barley cabbage lettuce.

9 is a plan view showing a pipe line 51, a spray line 92, an inner wall 95, an outer wall 96, etc. applied to the multi-sprout grower 100 according to the present invention.

The piping line 51 is turned up from the submersible pump 32 while being turned in a zigzag direction as if it is wrapped around the cultivation drawer 20 as shown in FIGS. 8A and 8B, and the inner wall (as shown in FIG. 9). 95) and piping line 51 in the space between the outer wall 96 to minimize the temperature difference of the drawer 20, and further includes a heat insulating material (96a) on the outer wall 96 of the temperature loss Try to minimize it.

That is, sprouts growing in the cultivation drawer 20 detachably housed in the space between the frame 10 partitioned with a plurality of cucumbers and rows can maintain their growth state as they are grown under the same temperature conditions as possible. In the present invention, to include the heat insulating material (96a) in the outer wall 96 to provide an optimized growth conditions (thermal efficiency) and at the same time to provide a uniform temperature conditions, the pipe line ( 51 is to be lifted from the submersible pump 32 while turning in a zigzag direction.

On the other hand, the multi-sprout grower 100 according to the present invention further includes an oxygen generator 97 in the hot water tank 30 so as to contribute to the growth of the sprout and at the same time provide abundant nutrients.

10 is an exploded perspective view showing the cultivation drawer 20 and the cultivation plate 23 applied to the multi-sprout cultivator 100 according to the present invention.

The multi-sprout grower 100 according to the present invention may cultivate sprouts naturally by spraying bean sprouts or host sprouts or mung bean sprouts on the bottom of the cultivation drawer 20, as shown in FIG. 10. Protruding the locking jaw 22 on the inner periphery of the position spaced from the bottom and at the same time including a seed plate (23a) further comprises a redistribution plate (23) over the locking jaw 22 of the redistribution plate 23 It may be possible to cultivate the sprout in a state in which it is placed in the air while planting seeds in the seed hole 23a. At this time, the redistribution plate 23 shall include a structure designed by cloth or net.

When cultivating sprouts while placing seeds in the seed holes 23a of the redistribution plate 23, the cleaning (separation and washing of the redistribution plate 23) after the completion of growth can be made easier, and particularly peanuts. Growing sprouts like this can be even more beneficial.

In addition, the multi-sprout planter 100 according to the present invention may be disposed in the cultivation drawer 20, respectively, the lamps 98 controlled by the switch 98a.

Sprouts such as bean sprouts, mung bean sprouts, or mung bean sprouts, when given light, make the sprouts green and difficult to eat, but sprouts, such as peanuts and wheat barley cabbage lettuce, require light for photosynthesis and thus provide selective light. In the present invention, the switch 98a is to present a controlled lamp 98.

As described above, the multi-sprout grower 100 according to the present invention is grown as a spray of water, such as peanuts or wheat barley cabbage lettuce, with sprouts that do not have any obstacle to its growth even with natural drops of water droplets, such as bean sprouts, bean sprouts, or mung bean sprouts. There is an excellent effect that can be grown in combination up to the fragile sprouts as much as possible.

That is, branched from the piping line 51 to the downfall line 52 and the spray line 92, so that it can be controlled as the downfall control valve 93 and the spray control valve 94, such as bean sprouts host sprouts or mung bean sprouts Not only can a natural drop of water droplets grow enough, but also has an excellent effect of realizing active cultivation up to soft shoots that can be cultivated by spraying water, such as peanut or wheat barley cabbage lettuce.

In addition, while lifting the piping line 51 in the zigzag direction as if to wrap around the cultivation drawer 20, while raising from the submersible pump 32 and at the same time between the inner wall 95 and the outer wall 96 (including the insulating material (96a)) By arranging the pipe line 51 in the space is useful to overcome the temperature difference of the cultivation drawer 20.

In addition, the multi-sprout grower 100 according to the present invention has an advantage that the oxygen generator 97 is further included in the hot water tank 30 to help the growth of the sprout and provide nutrients of fresh oxygen.

In addition, the multi-sprout grower 100 according to the present invention may be naturally grown by spraying bean sprouts, host sprouts or mung bean sprouts on the bottom of the cultivation drawer 20, the inside of the position spaced apart from the bottom of the cultivation drawer 20 At the periphery, the projection jaw 22 is protruded, and at the same time, the seed holes 23a are further provided, and further includes a redistribution plate 23 covering the locking jaw 22 to seed the seed hole 23a of the redistribution plate 23. It is useful to cultivate while floating in the air while planting.

In addition, when cultivating while placing the seeds in the seed hole (23a) of the cultivation plate 23, there is an advantage that can be easier to clean after the growth is completed, in particular cultivation of sprouts, such as peanut is more advantageous can do.

On the other hand, the multi-sprout grower 100 according to the present invention is useful to enable the growth of sprouts such as peanuts or wheat barley cabbage lettuce by placing the lamps 98 controlled by the switch 98a in the cultivation drawer 20, respectively. There is this.

As can be seen from the above object, composition and effect of the present invention, the multi-sprout cultivator according to the present invention is cultivated in the form of sprouts such as bean sprouts, bean sprouts, mung bean sprouts, sprouts such as peanut wheat barley cabbage lettuce, etc. as a natural drop or spray of water. It is the core technology that can be done, and other changeable configurations are electric heaters in addition to the pipe line which is raised from the submersible pump as it is turned in a zigzag direction such as surrounding the cultivation drawer in consideration of thermal efficiency. It can be understood that the number of cases (such as directly installed), in the present invention includes all of the number of possible changes, and the interpretation of the claims are also to be equivalent.

Claims (7)

The retractable drawer 20 which is detachably stored in the space between the frames 10 divided into a plurality of oh and rows and has micro holes 21 on the bottom thereof, the heater 31 and the water which are controlled by the controller 40. The hot water tank 30, which is built up with the pump 32 and is upright on the rear surface of the frame 10, and the hot water pumped through the submersible pump 32 via the piping line 51 of the frame 10 In the multi-sprout grower 100 including a downfall line 52 for supplying the cultivation drawer 20 located on the top side, Branch pipe 91 for branching the piping line 51 and the downfall line 52, A spray line 92 in communication with the branch pipe 91 and at the same time disposed on the drawer 20 and having a nozzle 92a for spraying hot water; Multi-sprout cultivator (100), characterized in that comprises a downfall control valve (93) and a spray control valve (94) for controlling the downfall line (52) and the spray line (92), respectively. The method of claim 1, The pipe line 51 is multi-sprout planter 100, characterized in that ascending from the submersible pump 32 while being turned in a zigzag direction as if wrapped around the cultivation drawer (20). The method of claim 2, The pipe line 51 is multi-plant shooter 100, characterized in that disposed in the space between the inner wall (95) and the outer wall (96). The method of claim 3, wherein The outer wall 96 is a multi-sprout planter, characterized in that it comprises a heat insulating material (96a). The method of claim 1, The hot water tank 30 is a multi-sprout grower 100, characterized in that further comprises an oxygen generator (97). The method according to any one of claims 1 to 5, The drawer 20 includes a locking jaw 22 on the inner circumference of the position spaced apart from the bottom, Multi-sprout growers (100), characterized in that it further comprises a seed plate (23a) having a redistribution plate (23) over the engaging jaw (22). The method according to any one of claims 1 to 5, Multi-sprout planters (100), characterized in that each of the lamps (98) controlled switch (98) on the redraw drawer (20).

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