KR101857213B1 - Apparatus and method for cultivating soybean sprout using oriental medicine material - Google Patents

Abstract

The present invention relates to a device and a method for cultivating bean sprouts by using oriental medicine ingredients. According to the present invention, the device includes: an oriental medicine treatment container storing bean seeds; an oriental medicine extract supply unit including an oriental medicine extract storage tank storing an oriental medicine extract containing oriental medicine components, and an oriental medicine extract supply valve regulating the supply of the oriental medicine extract; a diluted solution stirrer installed in the oriental medicine treatment container; an oriental medicine component concentration sensor outputting a detection signal for operating the oriental medicine extract supply valve by detecting the concentration of the oriental medicine components from the container; a bean sprout cultivation container storing the bean seeds treated through the oriental medicine treatment container; a growth water storage tank storing growth water to be sprinkled to the bean sprout cultivation container; a growth water supply pipe connected to the growth water storage tank; a growth water supply pump connected to the growth water supply pipe; and a sprinkling unit sprinkling the growth water, which flows through the growth water supply pipe, to the bean sprout cultivation container. As such, the present invention is capable of efficiently cultivating high-quality bean sprouts containing oriental medicine ingredients.

Description

TECHNICAL FIELD [0001] The present invention relates to a method and apparatus for cultivating soybean sprouts using a herbal material,

The present invention relates to an apparatus and method for cultivating soybean sprouts, and more particularly, to an apparatus and method for cultivating soybean sprouts using a herbal material capable of culturing bean sprouts containing herbal ingredients beneficial to the human body using herbal materials.

Bean sprouts are germinated and grown in a state where the beans are not irradiated with light, and they are foods with fresh taste and relatively hard and chewy chewiness.

Bean sprouts are cultivated for a short period of time and contain large amounts of proteins, lipids, carbohydrates and minerals. As the bean sprouts grow, metabolism in the body causes the fat content of soybeans to decrease significantly. On the other hand, it increases the vitamin content, especially nutritional value as a source of nutrients that is insufficient due to the synthesis of vitamin C great. In addition, bean sprouts are not only cheaper but also cultivated throughout the year.

Bean sprouts are usually harvested when growing soybeans at a temperature of 5 to 7 cm by immersing the soybeans at room temperature for 4 to 6 hours to fully absorb the water, then putting them in a dark box or shiru and sprinkling them for a period of 7 to 10 days.

The immersion process is a process of promoting germination by infiltrating moisture inside the beans. It takes 5 ~ 6 hours in summer, 12 hours in spring and autumn, and 34 hours in winter, soaking boiled soybeans. Generally, when the temperature is high, the growth of the root is rapid but the decay is severe. If the moisture is insufficient during cultivation, the bacterial growth is vigorous, but the root development is poor and the food value is decreased. The reason for sprinkling water is not only supplying moisture to bean sprouts but also cooling the heat generated by respiration. If the frequency and amount of sprinkling is insufficient, the temperature of the sprouts in the germination rises and the microorganisms deteriorate due to microorganisms or the germination state, resulting in a lot of fine roots. The number of watering sprays is usually about 4 ~ 5 times a day.

Recently, as the popularity of well-being foods has increased, various researches and developments have been made to provide bean sprouts of different quality.

Published Patent Publication No. 2000-0000077 (Jan. 15, 2000)

Disclosure of the Invention The present invention has been conceived in view of the points described above, and it is an object of the present invention to provide a bean sprout cultivation apparatus and method using an oriental herb material capable of efficiently cultivating bean sprouts containing herbal ingredients, And to provide the above objects.

In order to solve the above-mentioned problems, an apparatus for growing bean sprouts using a one-component material according to the present invention comprises: a one-processing vessel containing seed beans; 1. A herbal material extracting apparatus comprising a herbal material extracting liquid storage tank for storing a herbal material extracting liquid containing a herbal ingredient and a herbal material extracting liquid supply valve connected to the herbal extract liquid reservoir for controlling the supply of the herbal extract liquid to the herbal treatment container A supply unit; A one-way material diluent stirrer installed in the one-way treatment vessel for stirring the one-way dilution liquid diluted with water in the one-way treatment vessel; A one-component concentration sensor for detecting a one-component concentration of the one-way diluent in the one-way treatment container and outputting a detection signal for activating the one-way material extraction solution supply valve; A bean sprouts cultivation vessel in which the herbicide-treated seed beans are received in the herbal treatment vessel; A growth water storage tank for storing growth water to be sprinkled in the bean sprouts growing vessel; A growth water supply pipe connected to the growth water storage tank for discharging the growth water from the growth water storage tank; A growth water supply pump connected to the growth water supply pipe for forcibly discharging the growth water stored in the growth water storage tank through the growth water supply pipe; And a sprinkling unit connected to the growth water supply pipe to sprinkle the growth water flowing through the growth water supply pipe to the bean sprouts cultivation vessel and installed above the bean sprouts cultivation vessel.

The bean sprouts cultivation apparatus using the one-sided material according to the present invention may further include a one-component diluent collecting tank for recovering the one-component diluent discharged from the one- A diluent feed pipe connected to the one-component diluent collecting tank for discharging the diluted one-component diluent from the diluent collecting tank; A diluent feed pump connected to the one-way diluent feed pipe for forcibly discharging the diluted one-component diluent from the one-way diluent feeder; And a spray nozzle connected to the one-way diluent supply pipe for spraying the diluted one-component diluent flowing through the one-way diluent supply pipe to the bean sprouts harvesting vessel and installed above the bean sprouts harvesting vessel.

The bean sprouts cultivation apparatus using the one-sided material according to the present invention comprises a mineral reservoir for storing a mineral agent, a mineral reservoir installed in the mineral reservoir for controlling the supply of the mineral agent from the mineral reservoir to the growth water reservoir, A mineral agent supply unit having a supply valve; And a mineral concentration sensor for detecting a concentration of the mineral agent in the growth water storage tank and outputting a detection signal for operating the mineral agent supply valve.

The spraying unit is provided with a jetting mechanism having a plurality of jetting ports for jetting the growth water into the bean sprouts harvesting container and a jetting device for jetting the flow of the growing water from the growth water feeding pipe to the jetting device, It is possible to provide a valve mechanism that interrupts.

The bean sprouts cultivation apparatus using the one-sided material according to the present invention comprises: a sprinkling unit guide rail installed above the bean sprout cultivation vessel; A water spraying unit movement guide movably installed on the spraying unit guide rails for moving the spraying unit along the spraying unit guide rails; And a spraying unit transfer unit for transferring the spraying unit along the spraying unit guide rails, wherein a plurality of bean sprouts growing containers are arranged on the lower side of the spraying unit guide rails in a conveying direction of the spraying unit Wherein the water sprinkling unit is capable of blocking the flow of the growth water when the valve mechanism is located above the space between the plurality of bean sprouts growing vessels, have.

Wherein the valve mechanism of the spraying unit includes a body provided with a flow path for connecting the growth water supply pipe and the spraying mechanism, an opening and closing member movably installed inside the body so as to open and close the flow path of the body, And a spring provided on the body to apply an elastic force to the opening and closing member in the opening direction, and a spring provided on the body for moving the opening and closing member in the opening direction, The bean sprouts growing apparatus using the one-piece material according to the present invention further comprises a pressing member provided so as to be able to press the operating protrusion in contact with the operating protrusion at a position corresponding to the space between the plurality of bean sprouts growing containers on the spraying unit guide rail .

Wherein the valve mechanism of the spraying unit includes a body provided with a flow path for connecting the growth water supply pipe and the spraying mechanism, an opening and closing member movably installed inside the body so as to open and close the flow path of the body, The bean sprouts cultivation apparatus using the one-piece material according to the present invention may further comprise: a position detector for detecting the position of the spraying unit; And a controller for controlling the actuator of the valve mechanism using the detection signal of the position detector.

The apparatus for growing bean sprouts using a one-component material according to the present invention comprises: a feed pipe guide rail installed parallel to the sprinkling unit guide rails; And a guide pipe movement guide coupled to the guide pipe so as to support the guide pipe while moving along the guide pipe guide rail and movably installed on the guide pipe guide rail.

Wherein the bean sprouts cultivation vessels are arranged so that a plurality of bean sprouts cultivating vessels are mutually spaced apart from each other in a direction perpendicular to the transporting direction of the spraying units and the spraying mechanism of the spraying units is provided with a plurality Of the bean sprouts can be arranged in the group of the jetting openings spaced apart at intervals corresponding to the arrangement intervals of the plurality of bean sprouts cultivation vessels.

An apparatus for growing bean sprouts using a one-component material according to the present invention includes an immersion tank having an immersion chamber inside the bean sprouts culture vessel and capable of receiving a needle index for calling seed beans and seed beans to be accommodated in the bean sprouts growing vessel; A pedestal which is vertically installed on the inner side of the immersion tank so as to support the seed beans; And a spring installed inside the immersion tank to exert an elastic force in a direction of elevating the immersion tank with respect to the pedestal.

An apparatus for growing bean sprouts using a one-component material according to the present invention comprises a needle index storage tank for storing a needle index; A sucking index supply pipe connecting the immersion tank and the sucking-and-storing tank so that the sucking index stored in the sucking-and-storing tank can be supplied to the immersing tank; A needle index supply valve for interrupting the flow of the needle index through the needle index supply tube; A height detector for detecting a height of the pedestal; And a controller for controlling the needle index supply valve according to a detection signal of the height detector.

The bean sprouts cultivation apparatus using the one-sided material according to the present invention comprises: a collection chamber for sprinkling the growth water passing through the bean sprouts cultivation vessel sprinkled from the sprinkling unit; A recovery pipe connecting the growth water storage tank and the collection chamber to supply the growth water collected in the collection chamber to the growth water storage tank; A filter connected to the recovery tube for filtering growth water flowing along the recovery tube; And a sterilizer installed to be connected to the return pipe for sterilizing the growth water flowing into the growth water storage tank through the return pipe.

The herbal material extract liquid supplied by the herbal material extracting liquid supply unit can be extracted from goatsuka, hinoki, and goji mulberry.

Meanwhile, the method for culturing bean sprouts using the herbal material according to the present invention comprises the steps of: (a) preparing an oriental herb material extract from which a herbal material including a scallop, a hornbreech and a mulberry is extracted; (b) pre-treating the seed beans by immersing the herbal material extract in a diluted herbal solution diluted in water for 3 to 4 hours to pre-treat the seed beans; And (c) growing bean sprouts while growing the seedling beans pretreated with herbarium.

Wherein the step (b) comprises: a first treatment step of treating the seed beans by adjusting the herbal component concentration of the herbal diluent to a predetermined low concentration; and a second treatment step of adding the herbal material extract solution to the herbal diluent A second treatment step of treating the seed beans by adjusting the concentration of the herbal material to a higher intermediate concentration than that in the first treatment step; and a second treatment step of adding the herbal material extraction liquid to the diluted herbal material, And a third treatment step of treating the seed beans at a higher concentration than in the treatment step. Preferably, the treatment time of each step is increased from the first treatment step to the third treatment step.

In the step (b), the diluted liquid herbicide and the seed bean may be periodically stirred.

The method for growing bean sprouts using a one-component material according to the present invention comprises the steps of: (d) recovering the diluted solution of the herbal material used in the step (b) after the step (b); And (e) spraying the bean sprouts with the diluted solution of the herbal material recovered in step (d) after the last water spraying in step (c), and then treating the bean sprouts one after another.

The step (a) comprises the steps of: adding 400 to 500 g of garlic, 400 to 500 g of hinoki, and 400 to 500 g of guinea mulberry to 10 l of water, and allowing the herbal material extract to melt for 3 to 4 hours; And a step of refrigerating the extracted herbal material liquid cooled at a normal temperature.

In the step (a), the herbal ingredient used in the production of the herbal material extract may further include dried blueberries and dried aronia.

Wherein the growth water containing one or more minerals of Si, Ca, Mg, K, Fe, Mn, Ti, Na, P, Zn, S, Cu, I, V, It is preferable to be able to live on soybeans.

The apparatus and method for cultivating bean sprouts using a one-component material according to the present invention are characterized in that a long-term freshness is maintained and a decay rate is reduced and a high-quality bean sprout containing a herbal ingredient beneficial to the human body is efficiently grown can do.

Also, the bean sprouts cultivation apparatus using the herbal material according to the present invention can efficiently cultivate and manage the bean sprouts while minimizing the worker's work such as periodical sprinkling work.

1 is a schematic view showing a bean sprout cultivation apparatus using a one-component material according to an embodiment of the present invention.
2 is a block diagram showing a part of a bean sprout cultivation apparatus using a one-component material according to an embodiment of the present invention.
3 is a cross-sectional view of an immersion tank of a bean sprouts growing apparatus using a one-component material according to an embodiment of the present invention.
4 is a plan view showing a part of a bean sprout cultivation apparatus using a one-component material according to an embodiment of the present invention.
5 is a side view showing a part of a bean sprout cultivation apparatus using a one-component material according to an embodiment of the present invention.
6 is a cross-sectional view of a sterilizer of a bean sprout cultivation apparatus using a one-component material according to an embodiment of the present invention.
FIGS. 7 and 8 are views for explaining the operation of the spraying unit of the bean sprouts cultivation apparatus using the one-component material according to the embodiment of the present invention.
FIG. 9 is a diagram illustrating a method of growing bean sprouts using a one-component material according to an embodiment of the present invention.
10 shows a modified example of a sprinkling unit of a bean sprout cultivation apparatus using a one-sided material according to the present invention.

Hereinafter, an apparatus and method for growing bean sprouts using a one-component material according to the present invention will be described in detail with reference to the drawings.

FIG. 1 is a schematic view showing a bean sprouts cultivation apparatus using a one-component material according to an embodiment of the present invention. FIG. 2 is a block diagram showing a part of a bean sprout cultivation apparatus using a one- .

1 and 2, an apparatus 100 for cultivating bean sprouts using a one-component material according to an embodiment of the present invention includes a plurality of bean sprouts cultivation vessels 105, seeds 105 to be accommodated in bean sprouts cultivation vessels 105, A support frame 130 for supporting a plurality of bean sprouts cultivation vessels 105, a growth water storage tank 135 for storing growth waters, an immersion tank 110 for immersing beans B (see Fig. 4) A growth water recovery tank 158 for recovering the growth water discharged from the bean sprouts cultivation vessel 105 and a water spraying water supply unit 158 for receiving the growth water from the growth water storage tank 135 and sprinkling water on the plurality of bean sprouts cultivation vessels 105. [ A control unit 225 for controlling the overall operation of the bean sprouts cultivation apparatus 100 using a one-component material, an operation unit 227 for operation of the operator, and a display 229 for information display . The bean sprouts cultivation apparatus 100 using the herbal material can efficiently cultivate and manage bean sprouts while minimizing the work of the workers.

The bean sprouts growing container 105 has a space for accommodating bean seed beans B therein. The bean sprouts cultivation vessel 105 is constructed so that water can be drained to discharge the growth water to be supplied into the bean sprouts cultivation vessel 105. The bean sprouts growing containers 105 are arranged so that a plurality of sprouts growing containers 105 are spaced apart from each other at regular intervals below the sprinkling unit 165 so that the sprinkling water can be supplied from the sprinkling unit 165.

As shown in Figs. 1 and 3, the immersion tank 110 is provided to immerse the seed beans B in the sucking index and is disposed outside the spraying work area of the spraying unit 165. [ An immersion chamber (111) capable of receiving seed beans (B) and a sucking index is provided inside the immersion tank (110). On the upper side of the immersion tank 110, an entrance 112 for entering and leaving the seed beans B is provided. The immersion tank 110 is provided at one side of the top of the immersion tank 110 with a submergence index supply port 113 for supplying a submersion index to the immersion chamber 111. At a lower side of the immersion tank 110, A needle index outlet 114 for discharging the needle index is provided. The needle index feed port 113 is connected to a needle index feed pipe 115 for feeding the needle index, and the needle index outlet pipe 116 is connected to the needle index outlet 114. The needle index supply tube 115 is provided with a needle index supply valve 117. The needle index supply valve 117 is controlled by the control unit 225 to intermittently supply the needle index to the immersion tank 110 through the needle index supply tube 115. The needle index expelling tube (116) is connected to a needle index expelling valve (118) for interrupting the needle index expulsion from the immersion tank (110). The needle index discharge valve 118 is controlled by the control unit 225.

The immersion tank 110 is supplied with the needle index from the needle index storage tank 120 through the needle index supply tube 115. Although not shown in the drawing, a pump for forcibly delivering the needle index from the needle index storage tank 120 to the immersion tank 110 may be provided so as to be connected to the needle index supply tube 115.

As shown in FIG. 3, a pedestal 123 for supporting seed beans B is provided inside the immersion tank 110. The pedestal 123 can be moved up and down in the immersion chamber 111 while being elastically supported by the plurality of springs 124. The plurality of springs 124 are elastically biased in such a direction that one end of each of the springs 124 is coupled to the immersion tank 110 and the other end of each of the springs 124 is coupled to the pedestal 123 and is raised with respect to the pedestal 123. The pedestal 123 descends while elastically deforming the plurality of springs 124 by the load of the seed beans B when the seed beans B are placed. The height of the pedestal 123 in the immersion chamber 111 becomes inversely proportional to the load of the seed beans B placed thereon. That is, the greater the amount of seed beans B placed on the pedestal 123, the more the pedestal 123 descends toward the bottom surface of the immersion tank 110.

When the pedestal 123 is elastically supported by the spring 124 on the inner side of the immersion tank 110 as described above, the seed beans B are placed inside the immersion tank 110 and the immersion tank 110 is immersed There are various advantages in the operation of extracting the seed beans B from the immersion tank 110. That is, seed beans B can be placed on the pedestal 123 which is raised close to the entrance 112 when the seed beans B are placed inside the immersion tank 110, so that the fall height of the seed beans B , Thereby reducing the impact on the seed beans (B). And the problem of damaging the seed beans (B) due to drop impact can be reduced. When the worker pulls the seed beans B from the immersion tank 110, the operator moves the seedling beans B from the pedestal 123, so that the pedestal 123 rises near the entrance 112. As a result, The seed beans B can be easily poured near the seedling beans 112.

The control unit 225 can automatically supply the needle index from the needle index storage tank 120 to the immersion tank 110 by controlling the needle index supply valve 117 using the height change of the pedestal 123. [ That is, when the pedestal 123 is lowered to a predetermined height, the control unit 225 determines that the seed beans B are placed on the pedestal 123 and opens the needle index supply valve 117. The control unit 225 controls the immersion tank 110 so that the seed beans B can be locked by opening and closing the immersion index supply valve 117 for a certain period of time when the seed beans B are placed on the pedestal 123 .

To this end, the bean sprouts cultivation apparatus 100 using the one-piece material according to the present embodiment includes a height detector 125 for detecting the height of the pedestal 123 and transmitting the detection signal to the control unit 225. The height detector 125 includes a magnet 126 coupled to the pedestal 123 and a magnetic field detection unit 127 coupled to the immersion tank 110 to sense the magnetic field of the magnet 126. The magnetic field detection unit 127 can detect the height of the pedestal 123 by detecting the magnetic field of the magnet 126 according to the height of the pedestal 123. [

In the present invention, the height detector 125 may be modified into various other structures other than those using the magnetic field of the magnet 126 as shown.

1, 4 and 5, the support frame 130 is fixed to the lower side of the spraying unit 165 so as to support a plurality of bean sprouts cultivation vessels 105. A plurality of stoppers 131 protrude from the upper surface of the support frame 130 supporting the plurality of bean sprouts cultivation containers 105. The plurality of stoppers 131 serve to fix each of the plurality of bean sprouts cultivating containers 105 in a fixed position in contact with the outer surfaces of the plurality of bean sprouts growing containers 105. The operator can accurately position a plurality of bean sprouts cultivation vessels 105 containing seed beans B at predetermined positions by using a plurality of stoppers 131. [ 4, by using a plurality of stoppers 131, a plurality of bean sprouts cultivating containers 105 can be accurately arranged in the feeding direction of the spraying unit 165 and at regular intervals in the direction perpendicular to the feeding direction .

The upper surface of the support frame 130 is provided with a plurality of through holes 132 through which the growth water passing through the plurality of bean sprouts cultivation vessels 105 is sprinkled from the sprinkling unit 165. A recovery chamber 133 for recovering the growth water passing through the plurality of through holes 132 is provided on the inner side of the support frame 130. The growth water recovered in the recovery chamber 133 is supplied again to the growth water storage tank 135 after the reprocessing.

1, the growth water storage tank 135 stores the growth water to be sprinkled in the bean sprouts cultivation vessel 105. As shown in FIG. The growth water may be stored in the growth water storage tank 135 so that the mineral water supplied from the mineral water supply unit 145 contains the mineral agent and maintains a predetermined amount of mineral concentration. The growth water storage tank 135 receives the growth water from the outside through the water supply pipe 136 connected thereto. A water supply valve 137 is connected to the water supply pipe 136 and the control unit 225 controls the water supply valve 137 to maintain the water level of the growth water stored in the growth water storage tank 135 constant. A water level sensor 138 for sensing the level of the growth water and transmitting the detection signal to the control unit 225 is installed inside the growth water storage tank 135.

The growth water storage tank 135 is provided with a growth water water agitator 139. The growth water stirrer 139 stirs the growth water stored in the growth water storage tank 135 so that the growth water maintains a uniform overall mineral concentration. The operation of the growth water stirrer 139 is controlled by the control unit 225.

In addition, a plurality of mineral concentration sensors 140, 141, and 142 are vertically spaced apart from each other in the growth water storage tank 135. The plurality of mineral concentration sensors 140, 141, 142 detect the mineral concentration of the growing water at each height and transmit the respective detection signals to the control unit 225. The control unit 225 receives the detection signals from the plurality of mineral concentration sensors 140, 141, and 142, and activates the growth water stirrer 139 when the concentration of minerals in the growth water is large according to the height, Maintain a uniform mineral concentration. Of course, the timing of operation of the growth water stirrer 139 may be determined by various other factors.

The growth water storage tank 135 receives the mineral agent from the mineral agent supply unit 145. The mineral agent supply unit 145 includes a mineral agent reservoir 146 that stores the mineral agent and a mineral agent supply valve 147 that is installed in the mineral agent reservoir 146 to control the supply of the mineral agent. The mineral agent storage tank 146 is installed above the growth water storage tank 135. The mineral agent supply valve 147 opens and closes an outlet (not shown) of the mineral agent storage tank 146 that discharges the mineral agent to the growth water storage tank 135 in the mineral agent storage tank 146, To control the supply of minerals. The operation of the mineral agent supply valve 147 is controlled by the control unit 225. [ The mineral agent supply valve 147 receives the detection signal from the concentration sensors 140, 141 and 142 and opens the mineral agent supply valve 147 when the mineral concentration of the growth water falls below a predetermined level, And the mineral agent is supplied from the storage tank 146 to the inside of the growth water storage tank 135. The mineral water supply unit 145 can maintain the mineral water at a suitable level suitable for bean sprouts cultivation in the growth water storage tank 135.

Minerals supplied by the mineral agent supply unit 145 are required to be used for growing soybean sprouts such as Si, Ca, Mg, K, Fe, Mn, Ti, Na, P, Zn, S, Cu, I, V, A variety of minerals may be used.

A growth water supply pipe 150 is connected to the growth water storage tank 135 to discharge the growth water from the growth water storage tank 135 to the spray water unit 165. A growth water supply pump 152 is connected to the growth water supply pipe 150 to forcefully discharge the growth water stored in the growth water storage tank 135 through the growth water supply pipe 150.

The growth water recovered in the recovery chamber 133 of the support frame 130 is supplied to the growth water storage tank 135 again. For this, the recovery chamber 133 and the growth water storage tank 135 are connected to the recovery pipe 155. The growth water recovery tank 159 and the sterilizer 160 are installed in the growth water flow path between the recovery chamber 133 and the growth water storage tank 135. The filters 156 and 157 and the growth water recovery tank 158, Is installed. The filter 156 installed upstream of the growth water recovery tank 158 has a degree of filtration that filters relatively large foreign substances in the growth water and the filter 157 installed downstream of the sterilizer 160 has a finer An excellent filtration degree can be used so that foreign matter can be filtered out. The growth water discharged from the recovery chamber 133 is temporarily stored in the growth water collection tank 158 through the filter 156 and then supplied to the growth water storage tank 135 by the growth water collection pump 159 have.

As shown in FIGS. 1 and 6, the sterilizer 160 sterilizes the growth water passing through the recovery pipe 155 and supplies the sterilized water to the growth water storage tank 135 and the growth water storage tank 135, And is installed between the recovery tank 158. The sterilizer 160 includes a light-permeable sterilizing tube 161 through which light can pass, a housing 162, and a plurality of ultraviolet lamps 163. The light-permeable sterilizing tube 161 is connected to the recovery tube 155 in a spirally twisted configuration. The housing 162 surrounds and protects the light-transmitting sterilizing tube 161 and supports a plurality of ultraviolet lamps 163. A plurality of ultraviolet lamps (163) are disposed along the circumference of the light-transmitting sterilizing tube (161). The plurality of ultraviolet lamps 163 emit ultraviolet rays to the light-permeable sterilizing tube 161 so that the growth water passing through the light-permeable sterilizing tube 161 can be ultraviolet sterilized. Further, the light-permeable sterilization pipe 161 can increase the flow path of the growth water and increase the time for the growth water to be irradiated with ultraviolet rays, thereby further enhancing the ultraviolet sterilization efficiency of the growth water.

In the present invention, the sterilizer 160 is not limited to the illustrated structure. In other words, although the sterilizer 160 is shown as an ultraviolet sterilizer using the ultraviolet lamp 163, the sterilizer may have a different structure for sterilizing the growth water to be supplied to the growth water storage tank 135 in various ways can be changed.

As described above, the bean sprouts cultivation apparatus 100 using the oriental material according to the present embodiment can recover the abandoned cultivated water after being sprinkled in the bean sprouts cultivation vessel 105, filtering and sterilizing it for reuse, As a result, the cost of growing bean sprouts can be reduced.

1, 4, 5, and 7, a water spraying unit 165 is connected to the growth water supply pipe 150 so as to spray growth water into a plurality of bean sprouts cultivation containers 105, As shown in Fig. The water spraying unit 165 has a jetting mechanism 166 for spraying growth water and a valve mechanism 167 for interrupting the flow of the growth water to the jetting mechanism 166 from the growth water supply pipe 150. The injection mechanism 166 and the valve mechanism 167 are connected to allow flow of growth water through the passage 168.

The injection mechanism 166 includes a body 169 coupled to the valve mechanism 167, a plurality of injection ports 170 formed on the lower surface of the body 169, a distribution channel 171 provided inside the body 169 ). The distribution channel 171 receives the growth water from the valve mechanism 167 through the passage 168 between the injection mechanism 166 and the valve mechanism 167 and supplies it to the plurality of injection ports 170. The body 169 is fixed on the support frame 130 and is connected to a water spraying unit 165 so that the bean sprouts cultivation vessel 105, which is disposed in a direction perpendicular to the conveying direction of the spraying unit 165, In the vertical direction. The plurality of jetting ports 170 are gathered by a predetermined number to form a plurality of jetting port groups 172 on the bottom surface of the body 169. The jetting port groups 172 are disposed at a certain distance from the lower surface of the jetting mechanism 166. The spacing of the jetting port groups 172 is the same as the spacing of the bean sprouts growing vessels 105 arranged in a direction perpendicular to the conveying direction of the spraying unit 165. Therefore, the plurality of jetting port groups 172 can sprinkle the growth water in each of a plurality of bean sprouts growing containers 105 arranged in a direction perpendicular to the transport direction of the spraying unit 165 on the lower side thereof.

The valve mechanism 167 is disposed between the growth water supply pipe 150 and the injection mechanism 166 and interrupts the flow of the growth water from the growth water supply pipe 150 to the injection mechanism 166. The valve mechanism 167 of the spraying unit 165 includes a body 173 coupled with the body 169 of the injection mechanism 166, an opening / closing member 177 movably installed inside the body 173, A plurality of springs 178 for resiliently supporting the opening and closing member 177 and an operating projection 179 engaged with the opening and closing member 177 so as to move the opening and closing member 177.

 Inside the body 173, a flow channel 174 is provided for connecting the growth water supply pipe 150 and the jetting mechanism 166 so that fluid can flow. The flow passage 174 is connected to the distribution channel 171 of the injection mechanism 166 through a passage 168 between the injection mechanism 166 and the valve mechanism 167. A supply port 175 is connected to one side of the body 173 to connect the growth water supply pipe 150.

The opening and closing member 177 opens and closes the flow path 174 while moving upward and downward from the inside of the body 173. That is, the opening / closing member 177 is lifted as shown in Fig. 7 to open the flow path 174, and closes the flow path 174 by descending as shown in Fig. The spring 178 is provided on the inside of the body 173 to apply an elastic force to the opening / closing member 177 in the opening direction. Therefore, when no external force is applied to the opening and closing member 177, the opening and closing member 177 is raised by the elastic force of the spring 178 to maintain the state in which the oil passage 174 is opened. The operation protrusion 179 is engaged with the opening and closing member 177 at one end so as to move the opening and closing member 177 in the closing direction. The other end of the operation protrusion 179 passes through the through hole 176 provided on the upper side of the body 173 and protrudes outward of the body 173. The operation protrusion 179 can be pressed by a pressing member 195 to be described later to move the opening and closing member 177 in the closing direction. The other end of the operating projection 179, which is in contact with the pressing member 195, has a round shape for smooth contact with the pressing member 195. A sealing member may be provided between the inner surface of the body 173 and the outer surface of the opening and closing member 177 in order to prevent the water for growth of the channel 174 from leaking into the through hole 176 have.

The spraying unit 165 moves along the spraying unit guide rails 180 horizontally provided on the upper side of the receiving frame 130 to sprinkle the growing water in a plurality of bean sprouts growing containers 105 placed on the receiving frame 130 . The water spraying unit 165 is coupled to the spraying unit moving guide 182 movably installed on the spraying unit guide rail 180 and is reciprocally transported along the spraying unit guide rail 180 by the spraying unit moving guide 182 . The water spraying unit moving guide 182 is provided with a plurality of wheels 183 so as to smoothly move along the spraying unit guide rails 180.

The water spraying unit (165) is moved by the spraying unit transfer unit (185). The spraying unit transfer unit 185 includes a conveyance belt 186 that is installed so as to be capable of endlessly orbiting the spraying unit guide rail 180 and a motor 187 that moves the conveyance belt 186. The motor 187 is fixed to one side of the water spray unit guide rail 180. The conveyance belt 186 is connected to the spraying unit 165 so that the spraying unit 165 moves along the spraying unit guide rail 180 when the motor 187 moves the conveyance belt 186. The operation of this spraying unit transfer unit 185 is controlled by the control unit 225. [

A plurality of limit sensors 188 are provided in the water spray unit guide rails 180 to limit the distance traveled by the water spray units 165. The limit sensor 188 transmits a detection signal to the control unit 225 when the water spraying unit 165 is out of the spraying area where a plurality of bean sprouts containers 105 are disposed, so that the control unit 225 controls the water spraying unit transfer unit 185, .

The growth water supply pipe 150 is installed so as to move along the spraying unit 165 so that the spraying unit 165 can smoothly move without being disturbed by the growth water supply pipe 150 connected thereto. To this end, the growth water supply pipe 150 is supported by a plurality of supply pipe movement guides 192 movably coupled to the supply pipe guide rails 190 provided in parallel with the water spray unit guide rails 180. Each of the plurality of the supply pipe moving guides 192 is provided with a wheel 193 and can smoothly move along the supply pipe guide rails 190. A plurality of feed pipe moving guides 192 move along the feed pipe guide rails 190 when the water spraying unit 165 moves along the spraying unit guide rail 180 so that the growing water supply pipe 150 follows the spraying unit 165 .

In the present invention, the structure for reciprocatingly transporting the spraying unit 165 on the spraying area where a plurality of bean sprouts containers 105 are disposed includes a spraying unit guide rail 180 as shown and a spraying unit moving guide 182 And a sprinkling unit transfer unit 185. The sprinkler unit transfer unit 185 may be any of a variety of other structures. The structure for transporting the growth water supply pipe 150 may be changed to various other structures other than the structure including the supply pipe guide rail 190 and the plurality of pipe guide movement guides 192 as shown in FIG.

5, 7, and 8, a plurality of pressing members 195 for operating the valve mechanism 167 of the spraying unit 165 are provided on the spraying unit guide rail 180. The plurality of pressing members protrude downward at a position corresponding to a space between a plurality of bean sprouts harvesting containers (105) arranged in the feeding direction of the spraying unit (165). The pressing member 195 presses and actuates the operating projection 179 of the spraying unit 165 as the spraying unit 165 passes the pressing member 195. [ At both ends of the pressing member 195 in the feeding direction of the spraying unit 165, an inclined surface 196 is provided. The operating projection 179 of the spraying unit 165 can stably come into close contact with the pressing member 195 by moving in contact with the inclined surface 196 of the pressing member 195.

When the sprinkling unit 165 is positioned above the space between the plurality of bean sprouts growing containers 105 by the action of the pressing member 195, the sprinkling unit 165 does not sprinkle water, do.

7, when the sprinkler unit 165 is positioned directly above the bean sprouts harvesting container 105 of the spraying unit 165, the opening and closing member 177 is moved by the spring 178 to the flow path 174, The bean sprouts cultivation vessel 105 can sprinkle the growing water.

8, the operating projection 179 of the spraying unit 165 is brought into contact with the pressing member 195 when the spraying unit 165 is positioned above the space between the bean sprouts harvesting containers 105. On the other hand, At this time, the operation protrusion 179 is pressed by the pressing member 195 to press the opening / closing member 177, and the opening / closing member 177 blocks the flow path 174 to block the flow of the growth water. Therefore, the sprinkling unit 165 does not sprinkle the growing water in the space between the bean sprouts growing containers 105.

As described above, the bean sprouts cultivation apparatus 100 using the one-component material according to the present embodiment allows the bean sprouts cultivation vessel (or the bean sprouts cultivation apparatus) to be cultivated without sprinkling the growing water when the sprinkling unit 165 is located above the space between the plurality of bean- 105), it is possible to reduce the waste of the growth water by allowing the growth water to be sprinkled with the bean sprouts growing vessel 105.

Referring again to FIG. 1, the one-processing vessel 200 is used for pre-treating seed beans B using a one-sided material, and can store a seed bean (B) and a herbal diluent. The herbal diluent is a herbal ingredient extract containing herbal ingredients diluted in water. The herbal material extract is extracted from herbal medicine materials. As the oriental herb materials used for manufacturing the herbal material extract, it is possible to use a gooseberry, a hinoki tree, a goose mulberry, a dried blueberry, and a dried astringent.

It does not only poison chemicals, lower cholesterol in the blood, lower blood sugar levels, treat neurological disorders, increase endurance and concentration, relieve brain fatigue, brighten eyes and ears, And it has the effect of helping to prevent all kinds of diseases. Hovenia trees are effective in detoxification, liver protection, and muscle relaxation, and goji mulberry has the effect of strengthening liver and kidney function, anti-cancer and anti-bacterial effect. Blueberries reduce eye fatigue, help improve vision, and have excellent antioxidant properties to prevent aging. It is also good for skin beauty because it contains various vitamins and minerals. Aronia also has excellent antioxidant efficacy, blood circulation improvement and vascular strengthening, diabetes prevention, vision protection and antibacterial effect. These herbal ingredients can be dredged to make a herbal ingredient extract.

The herbal treatment vessel 200 can receive water through the water supply pipe 202. A water supply valve 203 is connected to the water supply pipe 202 and the control unit 225 can supply water to the orienting treatment vessel 200 by controlling the water supply valve 203.

A one-component diluent stirrer 205 is installed in the one-processing container 200. The one-component diluent stirrer 205 stirs the one-component diluent stored in the one-treatment container 200. The operation of the one-shot diluent stirrer 205 is controlled by the controller 225. By the action of the one-component diluent stirrer 205, the seed bean B stored in the herbal treatment vessel 200 and the dilution solution of the herbal material are uniformly mixed to increase the one-component absorption rate of the seed bean B.

In addition, a one-component concentration sensor 207 is provided inside the one-processing container 200. The one-component concentration sensor 207 detects the one-component concentration of the one-way diluent liquid and transmits a detection signal to the control unit 225.

The one-time processing container 200 receives the one-component material extraction liquid from the one-way material extraction liquid supply unit 210. The herbal material extract liquid supply unit 210 includes a herbal material extract liquid reservoir 211 for storing a herbal material extract liquid, a herbal material extract liquid supply valve 212 installed in the herbal material extract liquid reservoir 211 for interrupting the supply of the herbal extract liquid, . The one-component material extracting liquid reservoir 211 is installed above the one-processing container 200. The herbal material extracting liquid supply valve 212 opens and closes the discharge port (not shown) of the herbal material extracting liquid reservoir 211 for discharging the herbal material extract liquid from the herbal extract liquid reservoir 211 to the herbal treatment container 200, (200).

The operation of the one-component-material-extracting-liquid supply valve 212 is controlled by the control unit 225. The control unit 225 receives a detection signal from the one-component concentration sensor 207 and can open and close the one-way material extraction liquid supply valve 212 to supply an appropriate amount of the one-way material extraction liquid into the one- By the action of the one-component concentration sensor 207 and the control unit 225, the herbal component concentration of the diluted herbal preparation mixed with the water and the herbal material extract solution in the herbal treatment container 200 can be controlled.

The seed beans B that have been called from the immersion tank 110 are transferred to the one-processing vessel 200 and the water and the herbal material extract liquid are supplied to the one-processing vessel 200. By cultivating the soybean seed beans (B) pretreated with the herbicide into the bean sprouts growing container 105, the taste is more complicated than that of the bean sprouts cultivated by the conventional method, Bean sprouts can be cultivated to maintain freshness for a long time compared to bean sprouts. In addition, it is possible to produce bean sprouts of high quality having a weak effect of herbal materials beneficial to the human body.

The diluted solution of herbal materials used for the herbal preparation of seed beans (B) is not discarded but recycled to the herbal diluent collection tank 214 for recycling. The one-component diluent collecting tank 214 is connected to the one-processing container 200 through the one-way diluent collecting pipe 215. The one-way diluent supply pipe 215 is provided with a filter 216 for filtering out foreign substances from the one-way diluent, and a one-way diluent supply pump 219 for pumping the diluted one-way diluent into the one- do.

The diluted solution of herbal materials recovered in the herbal material extract liquid reservoir 211 may be injected into bean sprouts grown in the bean sprouts cultivation vessel 105. To this end, the herbal material diluent collecting pipe 215 is connected to the herbal material extracting liquid reservoir 211. The one-component diluent supply pipe 215 is provided with a one-component diluent supply pump 219 for pumping the one-component diluent stored in the one-component material extract liquid reservoir 211, a spray nozzle 220 disposed above the bean sprouts cultivation vessel 105, Lt; / RTI > The diluted solution of the herbal material pumped in the herbal material extracting liquid reservoir 211 may be sprayed onto the bean sprouts cultivation vessel 105 through the spray nozzle 220 by the action of the herbal material diluent feeding pump 219. [

After the bean sprouts are grown in the bean sprouts cultivation vessel 105, the bean sprouts can be processed after the bean sprouts are sprayed by spraying the diluted herbal solution recovered to the herb material extract storage tank 211 immediately before the bean sprouts are harvested. The bean sprouts can be shipped with the herbal ingredient applied through such treatment after the bean sprouts. In this case, the bean sprouts can impart a unique flavor to the herbal medicine, and the bean sprouts absorb the herbal ingredients during transportation or storage, thereby increasing the content of the herbal ingredients in the bean sprouts. Therefore, it can attract consumers' interest and bean sprouts can be kept fresh for long time during distribution.

The control unit 225 controls the overall operation of the bean sprouts cultivation apparatus 100 using a one-component material such as a periodical sprinkling operation. The operator can adjust the operation of the bean sprouts cultivation apparatus 100 using the one-way material in accordance with the situation through the operation unit 227. [ Various information such as the operation status of the bean sprouts cultivation apparatus 100 using the herbal material and the occurrence of the trouble are displayed on the display 229 so that the operator can quickly check the overall state of the bean sprouts cultivation apparatus 100 using the herbal material .

Hereinafter, a method for culturing bean sprouts using a herbal material according to a temporal example of the present invention will be described.

The bean sprouts cultivation method of the present invention can be carried out through the bean sprouts cultivation apparatus 100 described above. As shown in FIG. 9, the seed bean step S10, the seed bean pre-treatment step S20, (S30), and a bean sprout after-treatment (S40).

First, seed seeding step S10 may be performed using the immersion tank 110 described above.

Next, in the seed soybean curd preprocessing step S20, the above-described one-processing vessel 200 can be used. This step includes preparing a herbal material extract from which the herbal material is extracted, and transferring the seed bean (B) to the herbal treatment container (200) and immersing the herbal material extract in a diluted herbal preparation diluted with water.

The herbal extracts can be obtained by adding 400 ~ 500g of Ganoderma lucidum, 400 ~ 500g of Ganoderma lucidum, 400 ~ 500g of Ganoderma lucidum, 400 ~ 500g of dried blueberry and 400 ~ 500g of Malinaronia to 10ℓ of water for 3 ~ 4 hours. The herbal extracts thus obtained can be used after cooling at room temperature and then refrigerated for about one day. The stabilized herbal extracts with various herbal ingredients can be obtained by refrigerated storage.

The herbal material extract solution thus prepared is supplied to the oriental treatment vessel 200 together with water to dilute the oriental herbal extract solution and the seed beans B are immersed in the oriental herbal dilution solution in the herbal treatment vessel 200 for 3 to 4 hours . At this time, the one-component dilution liquid and the seed bean (B) are periodically stirred with the one-way diluent stirrer (205) to increase the one-component absorption rate of the seed bean (B). Seed beans (B) can germinate in a dilution of herbal materials.

This one-shot preprocessing process can be divided into a first treatment step, a second treatment step and a third treatment step according to the concentration of the herbal ingredient in the diluted solution of the herbal material. In the first treatment step, the seed bean (B) is treated by adjusting the herbal component concentration of the herbal diluent to a predetermined low concentration. In the second treatment step, the seed beans (B) are treated by adjusting the concentration of the herbal diluent to a medium concentration higher than that of the first treatment step. At this time, the herbal material diluent can be adjusted to the intermediate concentration by further adding the herbal material extract liquid to the herbal treatment container 200 by using the herbal material extract liquid supply unit 210. In the third treatment step, the herbal bean (B) is treated by adding a herbal extract liquid to the herbal treatment vessel (200) to adjust the concentration of the herbal diluent to a higher concentration than that in the second treatment stage. The concentration of the herbal material diluting liquid can be adjusted by controlling the herbal material extracting liquid supply valve 212 in accordance with the detection signal of the one-component concentration sensor 207.

The water absorption rate of seed beans (B) contained in the diluted solution of herbal materials gradually increases, but the absorption rate may decrease rapidly after a certain point of time. Increasing the herbal component concentration of the herbal diluent in the stepwise manner can reduce such a problem, and it is possible to enhance the herbal preparation efficiency by keeping the herbal component absorption rate of the seed bean (B) more uniformly.

In addition, it is advantageous to improve the one-shot preprocessing efficiency by increasing the processing time of each step from the first processing step to the third processing step. That is, it is preferable to lengthen the time of the second processing step and lengthen the time of the third processing step than the first processing step.

Next, in the growing step S30, seed beans B pretreated with herbicide are transferred to the bean sprouts cultivation vessel 105 and sprinkled with water sprinkling unit 165 periodically. At this stage, the minerals supply unit 145 supplies minerals to the growing water storage tank 135 to produce mineral water, which can be sprayed to the bean sprouts cultivation vessel 105. The minerals used in mineral water production include minerals that help grow bean sprouts such as Si, Ca, Mg, K, Fe, Mn, Ti, Na, P, Zn, S, Cu, I, .

Next, in the bean sprout after bean sprout treatment step (S40), the last sprinkling is completed and the diluted herbal material is sprayed on the bean sprouts just before harvesting. The bean sprouts can be treated after the bean sprouts are sprayed on the bean sprouts cultivation vessel 105 by using the spray nozzle 220, which is the diluted liquid herbarium recovered from the herb processing vessel 200 by the herbal diluent collecting vessel 214. Bean sprouts can be shipped with high-quality bean sprouts that have been perfumed with a unique scent of oriental herb materials.

As described above, the bean sprouts cultivation apparatus 100 and method using a one-component material according to the present invention is characterized in that seed bean (B) is pre-treated with a herbal solution containing a herbal ingredient to make soybean sprouts The bean sprouts which are more sophisticated and less fragile and easily rotten in the distribution process and can maintain freshness for a significantly longer time than the conventional bean sprouts can be efficiently cultivated. In addition, bean sprouts can be produced which have a weak affinity for herbal medicine materials beneficial to the human body.

Although the preferred embodiments of the present invention have been described above, the scope of the present invention is not limited to those described and illustrated above.

For example, the structure for controlling the water spraying operation of the growth water to reduce the amount of water for growth can be changed into various other structures in addition to the direct pressure type structure using the pressure member 195 as described above.

For example, the sprinkling operation of the growth water can be controlled by an electronic control method as shown in Fig.

The spraying unit 230 shown in FIG. 10 includes a spraying mechanism 166 and a valve mechanism 231. The valve mechanism 231 includes a body 232 coupled to the injection mechanism 166, an opening and closing member 234 movably installed on the inside of the body 232, And a driving unit 235 installed inside the driving unit 234. The driver 235 is controlled by the controller 225. The control unit 225 operates the actuator 235 so that the opening and closing member 234 blocks the flow path 213 when the spraying unit 230 is positioned in the space between the bean sprouts growing containers 105 as shown in the figure. The control unit 225 operates the driver 235 so that the opening and closing member 234 opens the flow path 213 when the spraying unit 230 is being transported and positioned directly above the bean sprouts cultivation vessel 105.

The control unit 225 receives the detection signal from the position detector 240 installed on the spraying unit guide rail 180 and controls the driving unit 235. The position detector 240 is capable of sensing the sensing member 242 coupled to the spraying unit 230 and generates a sensing signal when the sensing member 242 comes into contact with the sensing member 242 and transmits the sensing signal to the control unit 225 And the control unit 225 receives the control signal from the position detector 240 to stop the water spraying unit 230 from spraying water. As the position detector 240, various position detecting sensors such as an optical sensor and a magnet sensor can be used.

In addition, it can be used to control the spraying operation of the spraying unit 230 by using a detection device of various structures capable of detecting the position of the spraying unit 230. [

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Those skilled in the art will appreciate that numerous modifications and variations can be made in the present invention without departing from the spirit and scope of the appended claims.

100 ... bean sprout cultivation device using oriental medicine
105 ... bean sprouts growing container
110 ... immersion tank 111 ... immersion chamber
115 ... Needle thread supply tube 116 ... Needle thread outlet tube
117 ... Suction index supply valve 118 ... Suction index discharge valve
120 ... Suction index storage tank 140, 141, 142 ... Mineral concentration sensor
123 ... pedestal 124, 178 ... spring
125 ... height detector 130 ... receiving frame
131 ... stopper 133 ... collection chamber
135 ... Growing water storage tank 136 ... Water supply pipe
137 ... water valve 138 ... water level sensor
139 ... Growing water agitator 145 ... Mineral agent supply unit
146 ... Mineral reservoir 147 ... Mineral reservoir supply valve
150 ... Growing water supply pipe 152 ... Growing water supply pump
155 ... collection pipe 156, 157, 216 ... filter
158 ... Growing water recovery tank 159 ... Growing water recovery pump
160 ... sterilizer 161 ... light permeable sterilizing tube
162 ... housing 163 ... ultraviolet lamp
165, 230 ... sprinkler unit 166 ... injection mechanism
167, 231 ... valve mechanism 168 ... passage
169, 173, 232 ... body 170 ... nozzle
171 ... distribution channel 172 ... nozzle group
174, 213 ... flow path 177, 214 ... opening / closing member
179 ... Operation protrusion 180 ... Sprinkler unit guide rail
182 ... watering unit movement guide 185 ... watering unit transferring unit
186 ... conveyor belt 187 ... motor
188 ... limit sensor 190 ... feed pipe guide rail
192 ... feed pipe moving guide 195 ... pressing member
200 ... Oriental treatment container 202 ... Water supply pipe
203 ... water supply valve 205 ... herbal material diluting liquid stirrer
207 ... one-component concentration sensor 210 ... one-way material extraction liquid supply unit
211 ... Oriental medicine material extract liquid reservoir 212 ... Oriental medicine material extract liquid supply valve
214 ... Oriental medicine diluent collection tank 215 ... Oriental medicine diluent collection tube
217 ... herbal material diluent recovery pump 218 ... herbal material diluting liquid supply pipe
219 ... herbal material diluting liquid supply pump 220 ... injection nozzle
225 ... control unit 227 ... control unit
229 ... display 235 ... driver
240 ... position detector 242 ... sensing member

Claims (20)

A herbal treatment container containing seed beans; 1. A herbal material extracting apparatus comprising a herbal material extracting liquid storage tank for storing a herbal material extracting liquid containing a herbal ingredient and a herbal material extracting liquid supply valve connected to the herbal extract liquid reservoir for controlling the supply of the herbal extract liquid to the herbal treatment container A supply unit; A one-way material diluent stirrer installed in the one-way treatment vessel for stirring the one-way dilution liquid diluted with water in the one-way treatment vessel; A one-component concentration sensor for detecting a one-component concentration of the one-way diluent in the one-way treatment container and outputting a detection signal for activating the one-way material extraction solution supply valve; A bean sprouts cultivation vessel in which the herbicide-treated seed beans are received in the herbal treatment vessel; A growth water storage tank for storing growth water to be sprinkled in the bean sprouts growing vessel; A growth water supply pipe connected to the growth water storage tank for discharging the growth water from the growth water storage tank; A growth water supply pump connected to the growth water supply pipe for forcibly discharging the growth water stored in the growth water storage tank through the growth water supply pipe; And a sprinkling unit connected to the growth water supply pipe to sprinkle the growth water flowing through the growth water supply pipe to the bean sprouts growing container and installed above the bean sprouts growing container,
A mineral agent supply unit installed in the mineral agent reservoir for controlling the supply of the mineral agent from the mineral reservoir to the growth water storage tank; And a mineral concentration sensor for detecting a concentration of the mineral agent in the growth water storage tank and outputting a detection signal for operating the mineral agent supply valve.
The method according to claim 1,
A diluent tank for recovering the diluted solution of the herbal material discharged from the one-way treatment vessel;
A diluent feed pipe connected to the one-component diluent collecting tank for discharging the diluted one-component diluent from the diluent collecting tank;
A diluent feed pump connected to the one-way diluent feed pipe for forcibly discharging the diluted one-component diluent from the one-way diluent feeder; And
And a spray nozzle connected to the one-way diluent supply pipe for spraying the diluted one-component diluent flowing through the one-way diluent supply pipe to the bean sprouts harvesting vessel and installed above the bean sprouts harvesting vessel. Cultivation system of bean sprouts using herbal materials.
delete The method according to claim 1,
The water spraying unit includes:
A jetting mechanism having a plurality of jetting ports for jetting the growth water into the bean sprouts cultivation vessel;
And a valve mechanism disposed between the growth water supply pipe and the injection mechanism for interrupting the flow of the growth water from the growth water supply pipe to the injector port.
5. The method of claim 4,
A sprinkling unit guide rail installed above the soybean harvesting vessel;
A water spraying unit movement guide movably installed on the spraying unit guide rails for moving the spraying unit along the spraying unit guide rails; And
And a spraying unit transferring unit for transferring the spraying unit along the spraying unit guide rails,
A plurality of bean sprouts cultivation vessels are arranged below the water spray unit guide rails so as to be spaced apart from each other in the transport direction of the spray unit,
The spraying unit is characterized in that when the valve mechanism is located above the bean sprouts growing container and the flow of the flowering water is located on the space between the plurality of bean sprouts growing containers, the valve mechanism blocks the flow of the growth water Of bean sprouts cultivation apparatus using herbal materials.
A herbal treatment container containing seed beans; 1. A herbal material extracting apparatus comprising a herbal material extracting liquid storage tank for storing a herbal material extracting liquid containing a herbal ingredient and a herbal material extracting liquid supply valve connected to the herbal extract liquid reservoir for controlling the supply of the herbal extract liquid to the herbal treatment container A supply unit; A one-way material diluent stirrer installed in the one-way treatment vessel for stirring the one-way dilution liquid diluted with water in the one-way treatment vessel; A one-component concentration sensor for detecting a one-component concentration of the one-way diluent in the one-way treatment container and outputting a detection signal for activating the one-way material extraction solution supply valve; A bean sprouts cultivation vessel in which the herbicide-treated seed beans are received in the herbal treatment vessel; A growth water storage tank for storing growth water to be sprinkled in the bean sprouts growing vessel; A growth water supply pipe connected to the growth water storage tank for discharging the growth water from the growth water storage tank; A growth water supply pump connected to the growth water supply pipe for forcibly discharging the growth water stored in the growth water storage tank through the growth water supply pipe; And a sprinkling unit connected to the growth water supply pipe to sprinkle the growth water flowing through the growth water supply pipe to the bean sprouts growing container and installed above the bean sprouts growing container,
The spraying unit is provided with a jetting mechanism having a plurality of jetting ports for jetting the growth water into the bean sprouts harvesting container and a jetting device for jetting the flow of the growing water from the growth water feeding pipe to the jetting device, And a valve mechanism which is intermittently provided,
A sprinkling unit guide rail installed above the soybean harvesting vessel; A water spraying unit movement guide movably installed on the spraying unit guide rails for moving the spraying unit along the spraying unit guide rails; And a spraying unit transfer unit for transferring the spraying unit along the spraying unit guide rails, wherein a plurality of bean sprouts growing containers are arranged on the lower side of the spraying unit guide rails in a conveying direction of the spraying unit Wherein the water sprinkling unit is disposed directly above the bean sprouts growing vessel, and when the valve mechanism flows the growth water and is located on a space between the plurality of bean sprouts growing vessels, the valve mechanism interrupts the flow of the growth water ,
Wherein the valve mechanism of the spraying unit includes a body provided with a flow path for connecting the growth water supply pipe and the spraying mechanism, an opening and closing member movably installed inside the body so as to open and close the flow path of the body, And a spring installed on the body to apply an elastic force to the opening and closing member in the opening direction, wherein the operation protrusion has one end coupled to the opening and closing member and the other end protruding to the outside of the body,
Further comprising a pressing member provided so as to be capable of pressing the operating projection in contact with the operating projection at a position corresponding to a space between the plurality of bean sprouts growing containers on the spraying unit guide rails Cultivation device.
A herbal treatment container containing seed beans; 1. A herbal material extracting apparatus comprising a herbal material extracting liquid storage tank for storing a herbal material extracting liquid containing a herbal ingredient and a herbal material extracting liquid supply valve connected to the herbal extract liquid reservoir for controlling the supply of the herbal extract liquid to the herbal treatment container A supply unit; A one-way material diluent stirrer installed in the one-way treatment vessel for stirring the one-way dilution liquid diluted with water in the one-way treatment vessel; A one-component concentration sensor for detecting a one-component concentration of the one-way diluent in the one-way treatment container and outputting a detection signal for activating the one-way material extraction solution supply valve; A bean sprouts cultivation vessel in which the herbicide-treated seed beans are received in the herbal treatment vessel; A growth water storage tank for storing growth water to be sprinkled in the bean sprouts growing vessel; A growth water supply pipe connected to the growth water storage tank for discharging the growth water from the growth water storage tank; A growth water supply pump connected to the growth water supply pipe for forcibly discharging the growth water stored in the growth water storage tank through the growth water supply pipe; And a sprinkling unit connected to the growth water supply pipe to sprinkle the growth water flowing through the growth water supply pipe to the bean sprouts growing container and installed above the bean sprouts growing container,
The spraying unit is provided with a jetting mechanism having a plurality of jetting ports for jetting the growth water into the bean sprouts harvesting container and a jetting device for jetting the flow of the growing water from the growth water feeding pipe to the jetting device, And a valve mechanism which is intermittently provided,
A sprinkling unit guide rail installed above the soybean harvesting vessel; A water spraying unit movement guide movably installed on the spraying unit guide rails for moving the spraying unit along the spraying unit guide rails; And a spraying unit transfer unit for transferring the spraying unit along the spraying unit guide rails, wherein a plurality of bean sprouts growing containers are arranged on the lower side of the spraying unit guide rails in a conveying direction of the spraying unit Wherein the water sprinkling unit is disposed directly above the bean sprouts growing vessel, and when the valve mechanism flows the growth water and is located on a space between the plurality of bean sprouts growing vessels, the valve mechanism interrupts the flow of the growth water ,
Wherein the valve mechanism of the spraying unit includes a body provided with a flow path for connecting the growth water supply pipe and the spraying mechanism, an opening and closing member movably installed inside the body so as to open and close the flow path of the body, And a driver installed on the body to move the body,
A position detector for detecting a position of the spraying unit; And
And a controller for controlling the driver of the valve mechanism using the detection signal of the position detector.
A herbal treatment container containing seed beans; 1. A herbal material extracting apparatus comprising a herbal material extracting liquid storage tank for storing a herbal material extracting liquid containing a herbal ingredient and a herbal material extracting liquid supply valve connected to the herbal extract liquid reservoir for controlling the supply of the herbal extract liquid to the herbal treatment container A supply unit; A one-way material diluent stirrer installed in the one-way treatment vessel for stirring the one-way dilution liquid diluted with water in the one-way treatment vessel; A one-component concentration sensor for detecting a one-component concentration of the one-way diluent in the one-way treatment container and outputting a detection signal for activating the one-way material extraction solution supply valve; A bean sprouts cultivation vessel in which the herbicide-treated seed beans are received in the herbal treatment vessel; A growth water storage tank for storing growth water to be sprinkled in the bean sprouts growing vessel; A growth water supply pipe connected to the growth water storage tank for discharging the growth water from the growth water storage tank; A growth water supply pump connected to the growth water supply pipe for forcibly discharging the growth water stored in the growth water storage tank through the growth water supply pipe; And a sprinkling unit connected to the growth water supply pipe to sprinkle the growth water flowing through the growth water supply pipe to the bean sprouts growing container and installed above the bean sprouts growing container,
The spraying unit is provided with a jetting mechanism having a plurality of jetting ports for jetting the growth water into the bean sprouts harvesting container and a jetting device for jetting the flow of the growing water from the growth water feeding pipe to the jetting device, And a valve mechanism which is intermittently provided,
A sprinkling unit guide rail installed above the soybean harvesting vessel; A water spraying unit movement guide movably installed on the spraying unit guide rails for moving the spraying unit along the spraying unit guide rails; And a spraying unit transfer unit for transferring the spraying unit along the spraying unit guide rails, wherein a plurality of bean sprouts growing containers are arranged on the lower side of the spraying unit guide rails in a conveying direction of the spraying unit Wherein the water sprinkling unit is disposed directly above the bean sprouts growing vessel, and when the valve mechanism flows the growth water and is located on a space between the plurality of bean sprouts growing vessels, the valve mechanism interrupts the flow of the growth water ,
A feed pipe guide rail installed parallel to the spray unit guide rail; And
And a feed pipe movement guide coupled to the feed pipe so as to be able to support the feed pipe while moving along the feed pipe guide rail and movably installed in the feed pipe guide rail.
6. The method of claim 5,
Wherein the bean sprouts cultivation vessels are arranged so that a plurality of bean sprouts cultivating vessels are mutually spaced apart in a direction perpendicular to the transport direction of the spraying unit,
The spraying mechanism of the spraying unit has a plurality of ejection openings provided therein so as to allow the bean sprouts cultivation vessel to simultaneously sprinkle the growing water, and the ejection openings of the plurality of bean sprouts cultivating units are divided into a group of ejection openings spaced at intervals corresponding to the arrangement intervals of the plurality of bean- Wherein the bean sprouts are cultivated in a temperature range of about < RTI ID = 0.0 >
A herbal treatment container containing seed beans; 1. A herbal material extracting apparatus comprising a herbal material extracting liquid storage tank for storing a herbal material extracting liquid containing a herbal ingredient and a herbal material extracting liquid supply valve connected to the herbal extract liquid reservoir for controlling the supply of the herbal extract liquid to the herbal treatment container A supply unit; A one-way material diluent stirrer installed in the one-way treatment vessel for stirring the one-way dilution liquid diluted with water in the one-way treatment vessel; A one-component concentration sensor for detecting a one-component concentration of the one-way diluent in the one-way treatment container and outputting a detection signal for activating the one-way material extraction solution supply valve; A bean sprouts cultivation vessel in which the herbicide-treated seed beans are received in the herbal treatment vessel; A growth water storage tank for storing growth water to be sprinkled in the bean sprouts growing vessel; A growth water supply pipe connected to the growth water storage tank for discharging the growth water from the growth water storage tank; A growth water supply pump connected to the growth water supply pipe for forcibly discharging the growth water stored in the growth water storage tank through the growth water supply pipe; And a sprinkling unit connected to the growth water supply pipe to sprinkle the growth water flowing through the growth water supply pipe to the bean sprouts growing container and installed above the bean sprouts growing container,
An immersion tank in which an immersion chamber capable of receiving a needle index for calling seed beans and seed beans to be accommodated in the bean sprouts growing vessel is provided inside;
A pedestal which is vertically installed on the inner side of the immersion tank so as to support the seed beans; And
And a spring installed inside the dipping tank to apply elastic force in a direction to raise the dipping tank with respect to the dipping tank.
11. The method of claim 10,
A needle index storage tank for storing needle index;
A sucking index supply pipe connecting the immersion tank and the sucking-and-storing tank so that the sucking index stored in the sucking-and-storing tank can be supplied to the immersing tank;
A needle index supply valve for interrupting the flow of the needle index through the needle index supply tube;
A height detector for detecting a height of the pedestal; And
And a controller for controlling the needle index supply valve according to a detection signal of the height detector.
The method according to claim 1,
A recovery chamber that is sprinkled from the sprinkling unit and collects the growth water passed through the bean sprouts growing container;
A recovery pipe connecting the growth water storage tank and the collection chamber to supply the growth water collected in the collection chamber to the growth water storage tank;
A filter connected to the recovery tube for filtering growth water flowing along the recovery tube; And
And a sterilizer installed to be connected to the return pipe for sterilizing the growth water flowing into the growth water storage tank through the return pipe.
The method according to claim 1,
Wherein the herbal material extract solution supplied by the herbal material extracting liquid supply unit is extracted from barnyardgrass, hinoki tree, and goji mulberry.
(a) preparing an oriental herbal material extract from which a herbal ingredient including a viscera, a hinoki tree, and a goat mulberry is extracted;
(b) pre-treating the seed beans by immersing the herbal material extract in a diluted herbal solution diluted in water for 3 to 4 hours to pre-treat the seed beans; And
(c) growing the bean sprouts while growing the seedling beans pretreated with herbarium,
The step (b)
A first treatment step of treating the seed beans by adjusting a herbal component concentration of the herbal diluent to a predetermined low concentration,
A second treatment step of treating the seed beans by further adding the herbal material extract solution to the diluted solution of the herbal material to adjust the concentration of the diluted herbal solution to a higher intermediate concentration than that of the first treatment step;
And a third treatment step of treating the seed beans by further adding the herbal material extract solution to the diluted solution of the herbal materials to adjust the concentration of the diluted solution of the herbal materials to a higher concentration than that in the second treatment step,
Wherein the treatment time of each step is increased from the first treatment step to the third treatment step.
delete 15. The method of claim 14,
Wherein the step (b) comprises periodically stirring the diluted solution of the herbal material and the seed bean.
(a) preparing an oriental herbal material extract from which a herbal ingredient including a viscera, a hinoki tree, and a goat mulberry is extracted;
(b) pre-treating the seed beans by immersing the herbal material extract in a diluted herbal solution diluted in water for 3 to 4 hours to pre-treat the seed beans; And
(c) growing the bean sprouts while growing the seedling beans pretreated with herbarium,
(d) after the step (b), recovering the diluent for the herbal material used in step (b); And
(e) spraying the bean sprouts with the diluted solution of the herbal material recovered in step (d) after the final spraying in step (c), and then treating the bean sprouts with one treatment Cultivation method of bean sprouts using oriental herb materials.
(a) preparing an oriental herbal material extract from which a herbal ingredient including a viscera, a hinoki tree, and a goat mulberry is extracted;
(b) pre-treating the seed beans by immersing the herbal material extract in a diluted herbal solution diluted in water for 3 to 4 hours to pre-treat the seed beans; And
(c) growing the bean sprouts while growing the seedling beans pretreated with herbarium,
The step (a)
Preparing a herbal material extract by adding 400 to 500 g of garlic, 400 to 500 g of hinoki tree and 400 to 500 g of goat mulberry to 10 l of water,
Cooling the extract of the herbal material at room temperature,
A method for growing bean sprouts using a herbal material, comprising the step of cooling the herbal material extract solution cooled at room temperature.
(a) preparing an oriental herbal material extract from which a herbal ingredient including a viscera, a hinoki tree, and a goat mulberry is extracted;
(b) pre-treating the seed beans by immersing the herbal material extract in a diluted herbal solution diluted in water for 3 to 4 hours to pre-treat the seed beans; And
(c) growing the bean sprouts while growing the seedling beans pretreated with herbarium,
Wherein the herbal material used in the preparation of the herbal material extract solution in step (a) further comprises dried blueberries and dried aronia.
15. The method of claim 14,
In the step (c)
Characterized in that the seed bean is sprinkled with growth water containing at least one of minerals of Si, Ca, Mg, K, Fe, Mn, Ti, Na, P, Zn, S, Cu, I, V, A method of growing bean sprouts using herbal materials.

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