KR100835370B1 - Sprouting machine thereof using music for prenatal care - Google Patents

Abstract

A brown rice germinating apparatus using prenatal care music is provided to promote the germination of brown rice and to remove the agrichemicals and harmful metals contained in brown rice. A brown rice germinating apparatus using prenatal care music comprises: a germination water tank(10) which has a panel net(13) installed at a fixed distance from a bottom space part and is formed with a receiving part(14) for laying a plurality of receiving nets(15) at one side of a body(11); a suction pump(19) which is connected to the bottom space part through a suction pipe(18) and sucks/discharges water; an air spray nozzle which is connected with an air supply part and allows oxygen to be supplied to the brown rice put on the panel net; a water spray nozzle which allows the water in the germination water tank to be sprayed on the brown rice put on the panel net through a filter(22) and a circulation pump(23); a water supply pipe(30) which allows the water in a boiler to be supplied to the germination water tank; and a plurality of drain pipes(25) which allow the germination water tank to be drained. Germinated brown rice is obtained by mixing loess, charcoal, elvan, chitosan, and green tea to water in the germination water tank, and then playing prenatal care music for the mixed water.

Description

Brown rice germination device using prenatal music

1 is a perspective view showing a brown rice germination device of the present invention.

Figure 2 is a plan view of the brown rice germination device of the present invention.

Figure 3 is a cross-sectional view of the brown rice germination device of the present invention.

4 is a cross-sectional view of a state in which moisture is removed by a suction pump after draining the germination water of the brown rice germination device of the present invention.

Figure 5 is a block diagram of a brown rice germination system of the present invention.

Figure 6 is a process chart according to the brown rice germination method of the present invention.

<Description of the symbols for the main parts of the drawings>

10: germination tank 11: body

12: Space part 13: Panel network

14: storing department 15: storing network

16: Elvan rock network 16a: Elvan rock

17: ocher ball net 17a: ocher ball

18: suction pipe 19: suction pump

20: Air supply unit 21: Air spray nozzle

22: filter 23: circulation pump

24: water injection nozzle 25: drain pipe

26: heater 27: UV lamp

28: Germination 29: Speaker

30: water supply pipe 31: water level control valve

32: auxiliary cover 33: charcoal sack

33a: charcoal 40: germinated brown rice

The present invention relates to a functional germinated brown rice to install a speaker when the brown rice germinates to promote the growth and development by listening to prenatal music so that the touch is soft and taste can be improved. In particular, by mixing the ocher, charcoal, ganban stone, chitosan solution, green tea solution with the water of the germination tank for germinating brown rice, and listening to the prenatal music and germinating brown rice, it promotes growth and development and shortens the germination period. The present invention also relates to a method for producing a germinated brown rice using germinated brown rice and a germination device for smoothing the texture of germinated brown rice, removing pesticides and heavy metals, and providing germinated brown rice having an antioxidant action and an immunoactivating effect.

Germinated brown rice refers to rice sprouted about 0.5mm to 5mm by supplying proper moisture, temperature, and oxygen to brown rice stripped rice husks.

The origin of germinated brown rice attracted attention in 1993 when the Max Planck Food Research Institute in Germany published the results of germination and germination barley. When grains such as beans, barley and brown rice germinate, they found that they contained different nutrients than seeds. In addition, sprouted brown rice contains useful ingredients for the body such as vitamins, amino acids, enzymes, and super oxide dismutase (SOD) .These nutrients enhance the body's natural healing power, prevent adult diseases, and detoxify the body's toxins. do.

In addition, the nutrients of germinated brown rice are 66% in germ (rice snow), 29% in bran, whistle layer, endothelium and 5% in embryo. Germinated brown rice has the nutrients because it has the advantage of complementing the disadvantages of brown rice and white rice. Abundant In particular, nutrients such as protein, dietary fiber, calcium, phosphorus, iron, and vitamins also contain more than brown rice.

While the germinated brown rice is rich in nutrients, there is still a problem that the texture is rough and the taste is poor, and the texture of the germinated brown rice has a low texture and germination rate and microbial propagation in the manufacturing process.

Therefore, looking at the invention that has been filed to compensate for the shortcomings of the conventional germinated brown rice, 5-10% by washing and selecting the brown rice inverted enough to not remove the rice snow of Patent No. 0277380, "Infant cultivation method of brown rice using chitosan" Brown rice is immersed in a low-concentration chitosan-containing acetic acid solution obtained by dissolving chitosan in a vinegar having an acetic acid concentration of 3-4% by weight, dried, and then dried again, and then chitosan 6-8 in a vinegar having an acetic acid concentration of 5-10%. After immersing and coating in a high concentration chitosan-containing acetic acid solution obtained by dissolving the weight%, the immersed brown rice germinated in hydroponic cultivation for 3 to 7 days, and the young cultivation method of brown rice using chitosan to grow shoots Infants, which are sprouted with brown rice grown together, have a higher content of aribinoxylic acid than conventional hydroponic infants. Although the excellent effects that can increase the yeokryeok there was not a gnarly rough and rigid aesthetics are not consumed at the same time a good absorption of nutrients away from the problem.

The present invention is to solve such a problem, by admixing ocher, charcoal, ganban stone, chitosan, green tea in the water of the germination tank for germinating brown rice and germinating brown rice while playing underwater prenatal music, to promote growth and development A method and device for producing germinated brown rice using prenatal music to shorten the germination period and to provide a germinated brown rice with a soft texture, remove pesticides and heavy metals, and provide antioxidant and immune activating effects It is intended to provide.

An embodiment of the present invention will be described in detail as follows.

Selecting the best varieties in taste and quality, sifting out double chaff, and selecting only young root grains, threshing, and then screening brown rice covered with cheongpi and preparing raw materials;

Elvan and ocher balls are washed thoroughly and put in a storage net, and charcoal is washed and prepared by dividing them into several bags, and brown rice is spread evenly over the panel net installed at the bottom of the germination tank and then filled with water to drain Washing step of washing 2 to 3 times;
Stacking the storage net containing the prepared elvan and ocher balls on one side of the germination tank and dipping brown rice into 2.5 ton water in the germination tank;

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A number of prepared charcoal sacks are fixed to the rim of the germination tank to be immersed, and 10 l of green tea solution prepared separately and 10 l of chitosan solution are added to the water to form a germinated brown rice to produce a functional germinated brown rice. Telling;

The air supply unit is installed on one side to supply oxygen from the bottom of the immersed brown rice to the top through the air spray nozzle, and the circulation pump installed on one side allows the germination to be filtered while the water is circulated through the germination tank and the filtration tank. Water filtration step;

The germination water is filtered and at the same time, the germination temperature is adjusted to 20 ℃ using a heater installed on one side of the germination tank (low temperature germination), and the germicidal water is sterilized by turning on the UV sterilization lamp installed on one side of the heater, for a total of three times. Replacing the germinated water over, immersing for 37 hours to germinate brown rice to 0.5-1 mm;

When the brown rice germinates, the system is stopped and washed two to three times by subtracting the germination water of the germination tank and then filling and draining the water again.

Driving the suction cup installed at one side of the germination tank to remove water of the germinated brown rice washed through the suction tube connected to the suction tank bottom;
Putting the germinated brown rice of the water-removed germination tank to be spread evenly in a plurality of trays and drying the water content in a dryer to about 11-13%;

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Inspection step of sensory inspection such as shape, color, texture of dried germinated brown rice;

The inspected germinated brown rice is packaged to a predetermined standard.

Referring to the manufacturing apparatus of the present invention to germinate brown rice in the above process as follows.

The panel unit 13 is installed in the floor space 12 at predetermined intervals so that the brown rice 40 can be immersed, and the storage unit 14 is stacked so that a plurality of storage nets 15 are stacked on one side of the body 11. Germination tank 10 is formed;

A suction pump 19 connected to the germination tank bottom space part 12 and the suction pipe 18 so as to absorb and discharge moisture;

An air injection nozzle 21 connected to the air supply unit 20 installed outside one side of the germination tank so as to supply oxygen to the brown rice mounted on the panel net 13;

Water installed in the bottom space so that water in the germination tank can be sprayed to the brown rice 40 mounted on the panel net 13 through the filter 22 and the circulation pump 23 installed on one side of the receiving portion 14. An injection nozzle 24;

Water supply pipe 30 installed on one side to supply the water of the boiler to the germination tank 10 and a plurality of drain pipes 25 are installed on one side to drain the water (germination water) in the germination tank 10 The germination device is constructed.

The germination tank is characterized in that the heater 26 is installed on one side to maintain the temperature of the water circulated to 20 ℃.

The germination tank is characterized in that the UV lamp 27 is installed on one side to sterilize the germination water (28).

The germination tank is characterized in that it is possible to play underwater prenatal music on the brown rice 40 installed so that one or more speakers 29 are immersed in the germination water (28).

One side of the germination tank is characterized in that the ganguerite net 16 and the ocher ball net 17 is installed so as to be submerged in the germination water.

The germination tank is characterized in that the water level control valve 31 of the buccal shape is installed on one side of the receiving portion to drain the excess water to one side to adjust the amount of germination water.

The germination tank is characterized in that the auxiliary cover 32 is installed on all sides so as to be adjacent to the upper surface of the lower panel net 13 so that the brown rice placed on the panel net is not separated to the edge.

The manufacturing method according to the germinated brown rice manufacturing apparatus of the present invention configured as described above will be described in detail for each process.

Step 1: Selecting germinated brown rice and preparing raw materials

After selecting the best rice in terms of taste and quality, double chaff is screened and only young young grains are finely selected. At this time, the rice is only polished by removing the epidermis of rice.

Select only fine brown rice that is not damaged by selecting embryos, deformed brown rice, and color-changed brown rice from polished brown rice.

Brown rice used in the present invention contains important nutrients such as vitamin B1, and brown rice can sprout. In addition, brown rice has an ingredient called arabinoxysilane, which has an excellent anti-cancer and immune function, whereas most of them have a disadvantage of being rough, tasteless, and indigestible, and thus cannot be used as stocks like white rice. have. Therefore, the present invention is to produce germinated brown rice so that you can eat brown rice gently and at the same time take the nutrients that brown rice has.

As everyone knows, germinated brown rice has useful ingredients such as dietary fiber, vitamins, amino acids, enzymes, etc. These ingredients increase the natural healing ability against diseases occurring in the body, prevent adult diseases, and detoxify the toxins in the body. It is widely known to do.

Second Process: Washing Brown Rice and Raw Materials

After screening and preparing the brown rice as described above, after preparing the ganban stone (16a), ocher ball (17a) and cleanly washed with water and put in each square storage net (15). The storage net is made of synthetic resin containing metal or ceramic which does not generate rust, and the whole body of the storage net 15 is formed of a net so that water in the germination tank can be freely moved.

The bottom or bottom and walls of the storage net 15, in which the elvan rock 16a and the ocher ball 17a are respectively formed, are formed in a net form. The germination water 28 of the germination tank 10 and the ocher ball and elvan rock This is to allow free contact.

In addition, the charcoal is prepared to be immersed in the germination can 28 by dividing the charcoal hard to break into several bags.

Ocher ball (17a) 70kg, ganban stone (16a) 100kg, charcoal (32a) 60kg well wash as described above, gangan rock is contained in ganban stone network (16), ocher ball is contained in ocher ball network (17), Charcoal (32a) is prepared by placing each in a bag (33), 500 kg brown rice is spread well on the panel net 13 installed at the bottom of the germination tank, the water is filled in the tank and drained and washed 2 to 3 times. .

Washing the brown rice in the germination tank (10) by the method of squeezing the water into the germination tank is to prevent the breakage in the process of transferring the water to the germination tank after washing the brown rice separately.

 3rd process: brown rice immersion and speaker installation

After washing the materials for germinating brown rice as described above, the storage net 15 of the storage unit in which the ganban rock (16a) and the ocher ball (17a) is built in one side of the germination tank is stacked in the germination tank. Fill 2.5 tons of water and soak with brown rice.

At this time, the water to be filled in the germination tank 10 is to mix the hot water and cold water of the boiler installed on one side so that the water temperature of the germination water is 20 ℃.

When the water is filled in the germination tank as described above, 10 liters of green tea solution and 10 l of chitosan solution are mixed in water, and the prepared charcoal bag 33 is installed on the germination tank rim so that the charcoal sacks are immersed in water.
The charcoal bag is placed in each of the five bags of 12kg to install at regular intervals on the square border of the germination tank to form a germination water.

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In the present invention, for the sake of convenience, the charcoal sacks are divided into five, but the amount of charcoal and the number of sacks can be changed as necessary.

After immersing the brown rice in the germination tank as described above, the speaker is installed on the inner wall of the upper side of the brown rice or one side of the germination tank so as to be immersed in the germination water.

The installed speaker plays prenatal music until the germination of brown rice is completed.

4th process: germination stage

After immersion to germinate brown rice in the third step, the air of the air supply unit 20 provided on one side of the germination tank is supplied to the germination tank 10.

The air supply unit 20 is composed of a compressor, a cooling cooler, a dryer, and a pressure control to dry the water contained in the air by passing the air generated in the compressor through a cooling cooler and a dryer to inject pure air into a germination tank to inject oxygen. Can supply

A space 12 is formed at the bottom of the bottom of the germination tank 10, and a pipe having an air injection nozzle 21 is installed at the space portion thereof, and is connected to the pipe by an air supply unit 20 installed at one side and a hose or a pipe. By blowing air into the brown rice laminated to the upper panel net 13, the brown rice helps to germinate and at the same time prevents the germination water from being altered.

 In addition, the lower end of the germination tank storage unit is installed so that the pipe is connected to the filter 22 so as to be connected to the inside, the filter is connected to the circulation pump 23, the circulation pump 23 is the water injection nozzle in the germination tank bottom space (24) is connected to the pipe is installed, the filtered water is sprayed from the bottom of the panel net 13 to allow the germinated brown rice to be stirred to prevent the brown rice is laminated and deteriorated, while circulating the water in the germination tank while filtration It is to be done.

In addition, a heater is installed at the bottom of the housing so that the temperature of the germinated water circulated can be maintained at 20 ° C. at all times.

The UV lamp 27 is installed at one side of the storage unit to sterilize the germinated water 28 in the germination tank 10.

At this time, by installing one or more speakers in the water in the germination tank to listen to the prenatal music to promote the germination of brown rice to produce quality quality.

In other words, it is known that when the prenatal music is heard on the plant, the growth rate of the plant is increased and the nutrient and moisture absorption rate is increased. Therefore, in the present invention, when the prenatal music is heard in the water when germinating brown rice, the vibration of the music is generated so that the germination speed of the brown rice is increased, and the immune function and the antioxidant substance are improved. That is, when the prenatal music is played by a plurality of speakers immersed in the germination water, the vibration generated from the speaker is transmitted to the brown rice through the water to stimulate the germination by stimulating the frequency and the frequency of the vibration proceeds according to the rhythm of the prenatal music. By stimulating brown rice has the effect of listening to prenatal music. It is already known that playing prenatal music on plants encourages freshness and growth.

Therefore, in this process, the germination water temperature of the germination tank is always maintained at 20 ° C. and continuously circulated to perform germination in immersed brown rice by filtration and ultraviolet sterilization.

The present invention is a low-temperature germination by maintaining the germination water temperature of the germination tank at 20 ℃, the shoots begin to germinate in brown rice after 37 hours of immersion in water. At this time, germination should be replaced about 2-3 times every 12 hours for 37 hours.

Replacing the germination water in the germination process is to breathe in the process of germination of brown rice, so that the germination water becomes turbid, so as to exchange for clean water.

The germinated brown rice is to germinate water to the outside by opening a plurality of drain pipes 25 installed on one side of the germination tank to stop all the system, stop germination and extract germinated brown rice when the germination germinates to 0.5 ~ 1㎜ .

Process 5: washing germinated brown rice

When the germination of brown rice is completed in the above process, the germinated water is completely removed through the drainage pipe 25 and then filled with clean water through the water supply pipe 30 to remove the germinated brown rice two to three times.

Germinated brown rice in the process of washing as described above to the outside by the auxiliary cover 32 installed on the wall of the germination tank so as to be in close contact with the top surface of the square frame of the panel net 13 in the state raised on the panel net 13 in the germination tank (10) It is to be kept above the panel net 13 without being separated.

6th process: removing residual moisture

After washing the germinated brown rice in the fifth process, even after removing the wash water through the drainage pipe, water remains in the germinated brown rice and the lower space, so that the suction pump 19 installed on one side is operated to the lower space 12 of the germinated water tank. Remove any residual moisture and moisture.

The suction pump 19 is connected to the germination tank bottom space 12 and the suction pipe to discharge the water and moisture to the outside.

 Process 7: germinated brown rice drying process

As described above, after the moisture of the germinated brown rice placed on the panel net of the germination tank is removed, the germinated brown rice is spread evenly in a plurality of trays and dried in a dryer with a moisture content of about 11 to 13%.

Moisture removal of germinated brown rice stored in the germination tank is to remove the moisture remaining on the outer surface of the germinated brown rice and the moisture content inside the soaked state as it is soaked in a separate tray evenly unfolded to 2cm thickness on a separate tray To dry.

At this time, germinated brown rice is dried in a dryer for 4 hours to maintain moisture content of 11-13%.

8th Process: Inspection and Packaging Process

After drying the germinated brown rice with moisture content of 11 ~ 13% and inspecting it through the sensory test such as shape, color, and texture of dried germinated brown rice, the poor quality germinated brown rice was selected and removed, and then, using a separate packing machine, 800g, 1㎏, 2 kg. It is packed in the specifications of 3 kg, 5 kg, 8 kg and 10 kg.

The standard for packing the germinated brown rice may be packaged in various standards according to the taste and tool of the consumer.

The present invention is to produce a germinated brown rice so as to immerse in the germination by laminating the ganban stone net 16 and the ocher ball net built-in ocher ball in the receiving portion 14 of the germination tank 10 By doing so, jijangsu is formed.

In addition, the accommodating part 14 is installed so as to be close to the circulation pump 23 and the filter 22 installed on the outer surface of the germination tank 10, so that the germination water in the germination tank passes through the elvan and ocher balls installed in the accommodating part 14. After being introduced into the water, the germination water is sprayed from the bottom to the top by the circulation pump, and the germination water is changed to Jijang water and at the same time, the far infrared rays are radiated by ocher balls and elvan to promote the germination of brown rice and to produce functional germinated brown rice. .

In addition, look at the efficacy of ocher ball, elvan, charcoal, chitosan, green tea used in the present invention.

Ocher benefits

Looking at the efficacy of ocher used in the present invention, ocher has a vitality, detoxification, humidity control, temperature control function, anti-aging, blood circulation, stress relief, skin care, neuralgia, back pain, chronic with high-infrared radiation It is widely known to be very good for fatigue recovery.

According to the literature on ocher, the herbaceous hardwood has excellent effects on diabetes, hypertension, and stroke caused by laying pine needles on ocher ondol room. It is recorded to survive by covering hot clay and digging a pit and laying it in it, and it is also written to feed jijangsu.

Benefits of Elvan

Elvanite belongs to granite calcite among igneous rocks, and is closely mixed with quartz and feldspar. Yellowish white, light yellowish brown, light gray, dark green or pale green rocks with red or white dots evenly blended with barley rice, so named as banban stone. The main components are silicic anhydride and aluminum oxide, and a small amount of ferric oxide is contained. Known as a weak stone is a yellowish white ganban stone was previously used as an anti-inflammatory agent for treating skin diseases such as boils or boils, which is used to filter pills. According to the agreement, it is sweet, warm and nonpoisonous.

Elvanite is composed of 3 to 150,000 pores per cm 3, which is highly adsorbable and contains about 25,000 inorganic salts. It is used as a toxic metal remover because it exchanges heavy metals and ions, and it is known to emit far infrared rays when heat is applied to this rock. Because of these characteristics, it is used in various industries such as jjimjilbang, tableware, medical equipment.

 Therefore, in the present invention, it is possible to neutralize the odor and toxicity generated when the brown rice germinate in the germination tank. In addition, elvan is also known to emit far infrared rays, like ocher, and emits far-infrared rays with ocher balls to make germinated water into functional water, which not only speeds up the germination of brown rice, but also transforms it into nutrients and immunity necessary for the human body. do.

Benefits of Charcoal

Charcoal is believed to have been used in Korea for about 2,600 years ago. It is used for the purpose of humidity control, odor removal, fresh air, etc. Recently, rice is cooked in rice cooker to improve the taste by the ingredients of charcoal. The rice is also cooked with charcoal. If you look at the data on cooking rice with charcoal, there is a record of cooking rice with charcoal and boiling tea from Silla era.

In addition, the charcoal filled with charcoal warmed the rice, ironed the clothes with a charcoal iron, and in the house where the baby was born, the charcoal was inserted when the gold string was hung on the doorway. The first time I had a baby and took her to her mother's forehead, she also painted a charcoal black. Because I believed that charcoal would protect my baby from moles. In private houses, one step at the gate is buried with charcoal to defeat the evil spirits, which may have been stuck on the body of a person returning home after a start. When our ancestors sold wells and charcoal on the floor and soaked intestines, they put charcoal in the poison, and when they had an upset stomach, my grandmother and mothers wore charcoal in water and stired it with their fingers. It's not just psychotherapy.

Our ancestors have been using charcoal for farming. When charcoal is sprinkled on rice fields, it is possible to harvest abundantly without using pesticides. Animals raised at home would be fine if they fed charcoal even when they had a bottle. As such, the ancestors' trust in charcoal, which was used as a home medicine, as a farming material, and as a ghost pursuit, was just like faith.

In addition, it is known that charcoal emits a large amount of far infrared rays.

Far infrared rays were discovered by German scientist "Hercell" in the 18th century, and since 1876, it has been used for the treatment of diseases in the medical field. Far-infrared rays are called life-growing rays and emit 3.6 to 16 microns of long-wave heat energy. This thermal energy penetrates up to 40mm in the skin and expands the body's capillaries through the body's warming effect, which facilitates blood circulation and circulates the human body's material. However, charcoal, loess, diamond and ceramics have high emissivity. The far infrared rays emitted by char are 93% based on the emissivity standard. Charcoal-grilled meat is cooked evenly to the inside and delicious.

In particular, this ray is the energy of life that changes the structure of water molecules. When the char is placed in water, the amount of oxygen increases and water rarely deteriorates. Far infrared rays are a part of sunlight, which is larger in wavelength than visible rays and near infrared rays are near infrared rays and far ones are called far infrared rays.

Therefore, the present invention by fixing the bag with the charcoal built in the germination tank rim so that the charcoal is immersed in the germination tank to remove the odor generated in the process of germinating brown rice and to prevent the germination of the turbid deterioration by installing Optimize germination conditions.

Jijangsu's benefits

Jijisoo is also called rootless water. Yellow soil. If you dig a hole more than 60 cm into a sunny field or deep ridge loess, you will find that a blue strip is connected horizontally. This Jijangsu is cold and sweet in nature, has no poison, and detoxifies the poisonous and troublesome, and detoxifies all kinds of poisons, including other fish meat poisons and drug germs. According to `` Primary herb '', life is dangerous if you eat it without knowing the poisonous mushrooms in the mountains, and if you eat feng shui bacteria, you can keep laughing while dying. Cannot be saved. In addition, acute gastrointestinal disease and heat stroke caused by vomiting and diarrhea caused by food can be revived.

As such, Ji Ji-soo is known to be superior to any water.

As discussed above, ocher, elvan, and charcoal all have a function of releasing large amounts of far infrared rays, detoxifying heavy metals, clearing water, and removing odors. The ocher ball netting 17 with the ocher ball 17a is installed in the receiving unit 14 to make the germinated water with the release of far infrared rays, and the elvan ball netting 16 with the elvan ball 16a embedded therein. 17) to be installed on the top or bottom to add the ganban stone effect to the germinated water, charcoal is also installed in the germination tank (10) to have the same effect.

In particular, the present invention is to ensure that the far-infrared emission occurs by maintaining the germination water at 20 ℃ always.

Far-infrared emission is known to increase its emission amount when heated to a constant temperature.

 In addition, by adding chitosan and green tea solution to the germination tank of the present invention to provide a functional germinated brown rice.

Chitosan Benefits

Chitosan means the substance obtained by deacetylating the chitin contained in crab, lobster, and shrimp shells. In 1811, French natural historian Bracono discovered the unknown ingredient, chitin, contained in mushrooms. Later, in 1859, the chemist Rage deacetylated chitin to obtain a new substance, which in 1894 was named chitosan. The trait activates the depleted cells, inhibiting aging, strengthening immunity and preventing disease. In addition, it is known to regulate the rhythm of the living body together with the function of activating the natural healing ability of the living body.

The efficacy of such chitosan is, firstly, a function of adsorbing and excreting excess harmful cholesterol in the body, that is, acting as a decholesterol. Second, it has an anticancer effect of inhibiting the proliferation of cancer cells. Third, by suppressing the absorption of chloride ions, which cause blood pressure increase, and inhibiting the absorption in the intestine, and then discharging it out of the body, it inhibits blood pressure increase, proliferates effective bacteria in the intestine, activates cells, and improves blood sugar control and liver function. It has the effect of releasing heavy metals and pollutants in the body.

In general, there is a high risk of microbial propagation when it is necessary to germinate through prolonged soaking, and chitosan solution can produce germinated brown rice more hygienically by inhibiting microbial propagation by strong antibacterial action.

Benefits of Green Tea

Green tea contains a lot of antioxidants to inhibit aging, vitamin C is also used as a skin care lotion.

 In addition, the potassium component is used as a diet food because sodium is discharged out of the body to prevent high blood pressure and low calorie with little calories.

In addition, the caffeine in green tea facilitates many functions in the body. Coffee contains much more caffeine than green tea because it is addictive and not good. Green tea also contains ingredients that suppress the activity of caffeine, so drinking a lot does not interfere at all.

As such, the strong antioxidants such as catechins in addition to vitamin C in green tea can prevent the possibility of oxidized germinated brown rice during germination.

As described above, the present invention is to mix germinated water for germinating brown rice, jiban water, elvan, charcoal, green tea solution, and chitosan solution to make functional germinated water so as to produce germinated brown rice.

The germination time was measured by the experiment for the brown rice germination of the present invention carried out as described above for each temperature.

Experiment 1

1) material

500g brown rice, ganban stone 500g, ocher ball 500g, charcoal 200g, water 10ℓ, electric heater rod, speakers that can play prenatal music were prepared.

2) germination container

The germination vessel was prepared 20 liter of stainless steel steamer vessel to use the vessel close to the structure used in the actual plant.

3) Experimental method

Select a warehouse with an outside temperature of 20 ℃ as a place, lift out the inside of the container, put 500g of ganbanite, 500g of ocher ball, 200g of charcoal on the bottom, put the table on it, pour 10 liters of water, and then apply 500g of brown rice prepared with water Stir, wash and soak on top of the tray in the container.

The water level was raised to the top two-thirds of the interior of the vessel. In addition, in order to set the temperature of the water, the electric heater rod was installed in the water, but the heater rod was installed so as not to directly contact the brown rice and the water temperature was set to 18.5 ℃.

The underwater speaker puts one on the surface of the container and plays the prenatal music. The speaker is installed in the form of hanging on the surface of the water due to the small amount of water and the container.

After 10 hours from the immersion time, the water discolored to a light milky color and did not generate much smell, but a slight smoky odor was generated and replaced with water prepared at 18.5 ° C.

After 25 hours from the immersion time, the water condition became turbid and whiter than the first water exchange, and the smell occurred more severely than the first water exchange. At this time, the prepared water was exchanged. The temperature of the water was kept the same.

After 48 hours from the immersion time, it was visually confirmed that some of the brown rice was splashed. At this time, the water is slightly turbid, but when visually exposed to the naked eye is no problem and the smell occurs slightly, but less occurs than the first water exchange. At this time, no water was exchanged.

After 50 hours from the immersion time, a little protrusion of the embryos occurred to germinate brown rice, and after 53 hours, all the brown rice germinated, the shoots were slightly seen and some germinated to about 1 mm size. The experiment was stopped and the germinated brown rice was removed, rinsed gently with clean water, rinsed twice and dried.

Experiment 2

1) material

Brown rice 500g, barley stone 500g, ocher ball 500g, charcoal 200g, water 10L, electric heating rods were prepared.

2) germination container

The germination vessel was prepared 20 liter of stainless steel steamer vessel to use the vessel close to the structure used in the actual plant.

3) Experimental method

In Experiment 2, materials of the experiment 1, germination container, germination method, germination place were carried out in the same manner, and the temperature was maintained at 20 ° C. Also, the speaker was installed in the same way as in Experiment 1.

After 10 hours from the immersion time, the turbidity of the water was severe, white foam was formed, and odor was generated.

The turbidity of the water is difficult to distinguish the germination ecology of brown rice by visual observation. Thus prepared water was exchanged.

After 25 hours from the immersion time, the turbidity and smell of the water became slightly better. There is no germination.

 At this time it was replaced with the prepared water of 20 ℃ and kept at the same temperature.

After 35 hours from the soaking time, it was found that some of the brown rice germinate and some of the embryos are slightly convex. At this time, the turbidity of the water was not so severe that I decided to leave it without replacing it.

Germination began in all brown rice after 37 hours from the initial immersion time, and the length of shoots was 0.5mm ~ 1mm, and less than 0.5mm was occasionally found. However, germination was stopped and dried after washing.

Experiment 3

In Experiment 3, the raw materials and the container environmental conditions in Experiments 1 and 2 were the same, and the temperature was 30 degrees. In Experiment 3, the speaker was installed in the same manner as in Experiment 1.

In Experiment 3, white foam was generated after 10 hours of initial immersion, and was cloudy and smelly. From the naked eye, it can be seen that the brown rice is blown much like the experiment 2, but it is difficult to distinguish whether the rice is blown more than 10 hours after the experiment 2. At this time, the prepared water was exchanged.

After 25 hours from the immersion time, the smell was less than the first time, but smelled better than the same time of Experiment 2. At this time, the water was replaced.

Thirty hours after the immersion time, the naked eye showed germination in a large amount of brown rice, but not in some brown rice. At this time, water was not exchanged.

Most of the germination occurred after 34 hours from the immersion time, but some of the brown rice was not germinated, but the germination experiment was stopped and dried after washing.

In Experiment 3, germination speed was shorter than in Experiments 1 and 2, and germination was faster, but there was more defect rate that did not germinate. It is estimated that the embryos of brown rice are damaged due to the water temperature of 30 ° C. when soaking brown rice.

As can be seen from the above experiment, the higher the temperature of the water in which the brown rice is soaked, the more turbid water and odor were at 10 hours. In addition, the time of water replacement was the same in Experiment 1, Experiment 2, and Experiment 3, once after 10 hours, and twice after 25 hours.

In addition, when performing Experiment 1, Experiment 2, and Experiment 3, three more containers were prepared at the same temperature with the same raw materials, and 20 ml of chitosan solution and green tea solution were mixed in the containers. Experiments were conducted to germinate brown rice under the same conditions, but it was found that there was no difference in germination time in the container containing green tea solution and chitosan solution. It is estimated that germination time is closely related to temperature.

However, the conventional method of manufacturing germinated brown rice shows that brown rice is germinated after over 72 hours by immersing brown rice in water of 27 ℃ ~ 30 ℃. It turns out that there is a significant difference between germinating and playing music.

In addition, the present invention by using the brown rice germinated in the same manner as described above to make each rice and compared the taste.

<Comparative 1>

After 4 hours of brown rice prepared in Experiment 1, Experiment 2 and Experiment 3, the rice was cooked in an electric rice cooker used at home and sampled to 6 employees of the applicant. The rice cooked with maze and the rice cooked with germinated brown rice prepared at 20 ° C of Experiment 2 showed no difference in taste, chewing shear and smell, but two were cooked with germinated brown rice of Experiment 2 compared to Experiment 1. This appeared to have a softer feel. But the difference was not so great.

However, it was common that rice cooked with germinated brown rice prepared in Experiment 3 had a lower taste than rice of Experiment 1 and 2, and a slight smell occurred.

Therefore, when the germinated brown rice is produced at 18.5 ℃, germination time is longer than that at 20 ℃, resulting in a difference in production, and the germinated brown rice germinated at 30 ℃ has a low germination rate and germinates at high temperature. The problem of pears in brown rice was found to be poor in taste instead of germinating quickly. Germinated brown rice germinated at low temperature of 20 ℃ was the most ideal in taste and production speed.

<Comparative 2>

In Comparative 2, the rice produced from the germinated brown rice produced in Experiments 1, 2 and 3 of the present invention and the germinated brown rice commonly distributed on the market were sampled to 6 people, and the germinated brown rice of the commercially prepared rice did not have a more light and soft taste. There was a noticeable difference.

This is judged to be the difference between germination of barley, loess ball and charcoal in water when germinating brown rice.

In particular, the taste of brown rice prepared in Experiments 1 to 3 was superior to that of commercial brown rice.

<Comparative 3>

In comparison 3, when the brown rice is germinated by the method of Experiments 1 to 3, but the rice of germinated brown rice germinated with chitosan solution and green tea solution is not germinated, the taste and color of the brown rice are not significantly different. There was a difference in the degree of preference.

Three out of six responded that green tea seemed to taste good, while two said they did not want to eat because they were reluctant to smell the green tea, and one said that there was no problem with eating green tea.

In the above, three people who said that green tea flavor is more delicious are people in their 30s, 1 person, 40s and 2 people who have eaten green tea, and 2 people who don't like green tea taste are in their 20s, 1 person, 30s and 1 person. People do not like to eat, and the other one is in their 20s, eating anything.

According to the above results, germination can be shortened by putting malvanite, ocher balls, and charcoal on a water temperature of 20 ° C., and turning the prenatal music on, and having a lesser taste than the normal germinated brown rice. It can be seen that it can be eaten deliciously, and when the chitosan solution and green tea solution are mixed, antibacterial and anti-oxidant activity can be expected, but the difference in preference occurs according to the preference of the person.

Hereinafter, the accompanying drawings of the present invention will be described.

1 is a perspective view showing a micro-germination device of the present invention, the body (11) is made of a water tank and the bottom has a pipe having a water spray nozzle 24 and a pipe having an air spray nozzle 21 is installed air and water Is installed in the space part 12 so as to spray the upper portion of the panel net 13. The pipe having the water injection nozzle 24 is filtered by the filter 22 through the pipe connected to the one side receiving portion of the germination water 28 in the germination tank 10, and then the space portion (by the circulation pump 23) Sprayed to the immersed brown rice through the water spray nozzle located in 12) to prevent brown rice. The water spray nozzle 24 and the air injection nozzle 21 circulates water and blows air to supply oxygen, thereby preventing deterioration in the process of germinating brown rice.

A filter installed at one side of the water circulation pump 23 to filter the germinated water is used to filter fine suspended matter generated from brown rice immersed as a conventional filter.

In addition, a water supply pipe is installed on one side of the germination tank so that hot water and cold water drawn from the boiler can be mixed and supplied, and the water supplied to the germination tank has a temperature of 20 ° C.

At this time, when the water supplied into the germination tank body 11 is introduced by a predetermined flow rate or more, if the water level control valve is provided at one side of the accommodating part, the water level control valve is formed as a float and opens when a predetermined amount of water is introduced. To drain the water.

One side of the germination tank body is formed with an accommodating part, and the elbow rock net 16 and the ocher ball net 17 are installed, and an electric heater 26 and a UV lamp 27 are installed in the lower space of the germinated water to circulate. It is maintained at 20 ℃ and UV lamp 27 has a sterilization function.

In addition, a suction pump 19 connected to the suction pipe 18 is installed at one side of the germination tank so that the moisture in the space can be discharged to the outside.

Figure 2 is a plan view of the brown rice germination device of the present invention, Figure 3 is a cross-sectional view of the brown rice germination device of the present invention, Figure 2 is a plan view showing the configuration of the germination tank 10 in the bottom panel panel 13 ), And the edge of the panel net (13) is the corner tube is installed and the auxiliary cover 32 is installed on the outer surface of the corner tube so that the brown rice raised in close contact with the upper surface of the edge of the panel net 13 is not pushed to the edge of the panel net. . In addition, the top of the paneling network forming the bottom of the germination tank 10 is a brown rice to germinate and the speaker is installed on the top of the brown rice to play prenatal music.

The speaker is capable of producing good quality germinated brown rice by bringing prenatal music to brown rice to promote germination and to germinate pleasantly.

It is well known that the plant grows fast when the prenatal music is heard, and the plant grows freshly. In the present invention, the prenatal music is listened to the brown rice to produce high quality germinated brown rice.

Figure 3 shows the state of circulating the water of the germination tank sprayed from the bottom of the submerged brown rice.

Brown rice is a white foam generated during germination to maximally prevent water turbidity and odor to circulate the water in the purifying dimension to germinate in flowing water, by supplying oxygen to the air spray nozzle (21) germination It is to increase oxygen dissolved amount in water.

Figure 4 is a cross-sectional view of the state of removing the moisture with a suction pump after draining the germination water of the brown rice germination device of the present invention, after the brown rice is germinated and dried to remove the water and moisture remaining in the germinated brown rice before drying When the suction pump 19 is driven, air mixed with moisture is discharged through the suction pipe 18 connecting the space part 12 and the suction pump 19 to remain in the space part 12 and the bottom of the brown rice. It is to let moisture out.

Figure 5 is a block diagram of a brown rice germination system of the present invention, Figure 6 is a process diagram according to the brown rice germination method of the present invention, Figure 5 is one side in order to blow air through the air injection nozzle installed in the space 12 Oxygen is supplied from the air supply unit 20 installed in the. The air supply unit 20 is composed of a compressor, a cooling cooler, a dry drying, a pressure control unit to remove the air mixed in the air generated by the compressor passing through the cooling cooler and the dry dryer, the discharge rate of the air is a pressure regulator It is possible to adjust the air pressure injected from the air injection nozzle 21 installed in the space by.

The water supplied through the water spray nozzle 24 by the oxygen supplied from the air injection nozzle and the circulation pump functions to stir the water in the germination tank so that the germination water is circulated and the brown rice is not altered.

6 is a process of germinating brown rice, the process of screening germinated brown rice and preparing the raw material → washing the brown rice and the raw material → immersing brown rice → germinating brown rice → washing the germinated brown rice → step of removing moisture and moisture remaining in the washed germinated brown rice → drying the germinated brown rice → inspecting and packing.

The present invention as described above by germinating brown rice to produce germinated water using the ganban stone, ocher ball, charcoal, chitosan solution, green tea solution first, germinated water has a Jijangsu effect and far-infrared rays are released to activate the function of cells Maintains freshness, softens germinated brown rice and promotes germination. Second, it has the effect of detoxification and heavy metals by elvan rock, ocher ball, and charcoal, and removes odors. Third, the growth speed is fast and the immune substances, antioxidants, and various nutrients are activated by listening to prenatal music. Fourth, it has the effect of providing germinated brown rice, which can help to prevent adult diseases, as well as to increase the antioxidant activity and immunity.

Claims (8)

delete The panel unit 13 is installed in the floor space 12 at predetermined intervals so that the brown rice 40 can be immersed, and the storage unit 14 is stacked so that a plurality of storage nets 15 are stacked on one side of the body 11. Germination tank 10 is formed; A suction pump 19 connected to the germination tank bottom space part 12 and the suction pipe 18 so as to absorb and discharge moisture; An air injection nozzle 21 connected to an air supply unit 20 installed at one side to supply oxygen to the brown rice mounted on the panel net 13; Water installed in the bottom space so that water in the germination tank can be sprayed to the brown rice 40 mounted on the panel net 13 through the filter 22 and the circulation pump 23 installed on one side of the receiving portion 14. An injection nozzle 24; Taegyo music, characterized in that a plurality of drain pipes 25 are installed on one side to drain water in the water supply pipe 30 and the germination tank 10 installed on one side to supply the water of the boiler to the germination tank 10 Brown rice germination device using. The method of claim 2, Germination tank is a brown rice germination device using prenatal music, characterized in that the heater 26 is installed on one side to maintain the temperature of the water circulated at 20 ℃. The method of claim 2, Germination tank is a brown rice germination device using prenatal music, characterized in that the UV lamp 27 is installed on one side to sterilize the germination water (28). The method of claim 2, Germination tank is a brown rice germination device using prenatal music, characterized in that one or more speakers (29) are installed to be immersed in the germination water (28) to be able to play underwater prenatal music on the brown rice (40). The method of claim 2, One side storage portion of the germination tank Brown rice germination device using prenatal music, characterized in that the ganban rock net (16) and ocher ball net (17) is installed so as to be submerged in the germination water. The method of claim 2, The germination tank is a brown rice germination device using taekgyo music, characterized in that the water level control valve 31 is installed on one side of the accommodating portion to drain the excess water to one side to adjust the amount of germination water. The method of claim 2, Germination tank is a brown rice germination device using prenatal music, characterized in that the auxiliary cover 32 is installed on all sides so as to be adjacent to the upper surface of the lower panel net 13 so that the brown rice placed on the panel net is not separated to the edge.

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