KR20070039799A - Cultivation method of soybean and mung bean sprouts by using seasongi mushroom (pleutrotus eryngii) extracts and vegetable-carbon-fiber nonwoven - Google Patents

Abstract

The present invention is applied to the cultivation of bean sprouts and host sprouts using the Pleurotus eryngii mushroom extract and vegetable carbon fiber (charcoal raw material) non-woven fabric so that the final product is safe and high quality without using chemical additives; It relates to a method of cultivating bean sprouts.

In other words, until now, bean sprouts and bean sprouts are the food of the common people, but their safety and commercialization have been a problem for consumers and producers because they neglected the nutritional and functional aspects of factory and mass production. In the present invention, the hygiene, food and consumer by applying the cultivated mushroom extract and antibacterial, deodorant vegetable carbon fiber nonwoven fabric considering the functional and nutritional aspects in the cultivation of traditional sprouts and bean sprouts To provide a way to grow bean sprouts and host sprouts to meet the needs.

Pleurotus eryngii extract, carbon fiber, non-woven, bean sprouts, bean sprouts

Description

Cultivation method of soybean and mung bean sprouts by using seasongi mushroom (pleutrotus eryngii) extracts and vegetable-carbon-fiber nonwoven}

  1 is a manufacturing process showing an embodiment of the present invention

The present invention relates to a method for cultivating vegetable carbon fiber nonwoven fabric made from extracts of charcoal mushrooms and charcoal in soybean sprouts and bean sprouts. More specifically, the conventional bean sprouts and bean sprouts are required to be mass-produced due to industrial development. In the cultivation process, many problems have been raised due to the poor environment of the cultivation environment and the biological aspects of raw soybeans, sometimes using pesticides and chemical fertilizers.

In the prior art, the invention about a method of cultivating bean sprouts and host sprouts using ozone water was a method of cultivating pollution-free bean sprouts and host sprouts using ozone water in Korean Patent No. 97-019832. This technique is a cultivation method that does not use pesticides.However, when cultivating bean sprouts and host sprouts, water is poured directly into the bean sprouts and host sprouts. The strong oxidation process makes lipid peroxide, carcinogens and also bean sprouts and host sprouts themselves have a problem of safety to receive ozone disorders, and the ozone water has to be made every time watering has a problem to consider the economics of the device.

Therefore, by providing a method of cultivating bean sprouts and host sprouts using a mushroom extract and vegetable carbon fiber non-woven fabric to provide food that suits consumer preferences.

As an invention using the Pleurotus eryngii, the method of preparing Pleurotus eryngii mushroom jam and the application of No. 10-2004-0004172 are the preparation method of Pleurotus eryngii mushroom, but the extract and the dry powder of bean sprouts and host sprouts. No technology has been invented so far. On the other hand, a technique incorporating cultivated bean sprouts and host sprouts using a charcoal-based vegetable carbon fiber nonwoven fabric has not been developed until now.

Therefore, in the present invention, as a method of cultivating bean sprouts and host sprouts using the Pleurotus eryngii mushroom extract and vegetable carbon fiber nonwoven fabric, the bean sprouts and the host sprouts cultivated using the vegetable carbon fiber nonwoven fabric during the cultivation process In order to provide a functional bean sprout and host sprout cultivation method considering the high quality of the final product and the simplicity and economy of the cultivation method thereof, the present invention has been completed.

The present invention is to use the Pleurotus eryngii extract and vegetable carbon fiber nonwoven fabric to promote growth while maintaining taste and nutrition without using any chemical fertilizers, pesticides (Indolbi), etc. Regarding the bean sprouts and the host sprout cultivation method, Figure 1 is a manufacturing process diagram showing an example of a preferred embodiment of the present invention will be described in detail the configuration and operation of the present invention.

Pleurotus eryngii has a high mineral content, especially in other mushrooms, which contains no or very low antioxidant vitamin C. However, Pleurotus eryngii is 21.4mg / 100g, more than the bean sprouts themselves (about 16mg / 100g) It contains about 7 times more mushrooms and about 10 times higher than top mushrooms. In addition, there is a large amount of vitamin B6, which is rarely found in other mushrooms, to prevent hypertension and atherosclerosis by lowering cholesterol. Vitamin B12, also known as a pernicious anemia treatment factor, is also contained, and it has excellent aspects such as increased immunity and cancer cell growth inhibitory effect.

The charcoal vegetable carbon fiber non-woven fabric is a carbonized natural carbon fiber that is fired in a state close to vacuum, and its shape is a filter-shaped nonwoven fabric. The fabric thickness is 2mm and the pore area is about 4 times that of ordinary charcoal. It is known to have far-infrared radiation, negative ion generation, electromagnetic wave blocking effect, deodorizing effect, antibacterial and bactericidal effect.

Looking at the step-by-step cultivation method using the above components in detail

① Selecting and washing 250g raw soybeans (3 times in tap water),

② It is the beginning stage of cultivation after the first soaking (soybean sprouts 8 hours, soybean sprouts 3 hours) in soy mushroom extract treated with ultrasonic waves or hot water, and at this time, the vegetable carbon fiber nonwoven fabric is laid in the cultivation barrel and the soaked soybean is placed on it. ,

③ When cultivation, watering for 2 minutes every 4 hours 1 day after sprouting about 0.5cm from raw soybeans,

④ The second soaking step is to immerse the treated mushroom extract (ultrasound or hot water) and leave it as it is for 2-3 hours without watering the sprouted raw beans.

⑤ After the treatment of ④ above, leave the water for 2 hours without water as it is,

⑥ normal planting step after the step ⑤. 2 minutes every 4 hours to cultivate about 4-5 days.

Hereinafter, the present invention will be described in detail according to embodiments.

 (Example)

1. Materials and Methods

① In 2004, Glycine max (L) Merr . Produced in Anseong, Gyeongbuk, Korea, was selected. Also mung bean ( Phaseolus radiatus L. ) was selected from 2004 and produced in Anseong, Gyeongbuk.

② Cultivation conditions

a) Bean sprouts: Cultivation room temperature and water temperature were grown at 20 ℃ for 5 days.

b) Mung bean sprouts: cultivation room temperature is 25 ℃, water temperature was 20 ℃ was grown for 4 days.

③ Weight measurement

Every day at a certain time (2 pm) was measured with a digital balance (hwasinsang).

       ④ Vitamin C content measurement

The content of vitamin C was measured according to the colorimetric method of 2,4-dinitrophenyl hydrazine.

 ⑤ Pleurotus eryngii mushroom extract-Pleurotus eryngii mushroom (from Korea) was purchased from Daegu, and the extraction of hot water was extracted for 2 hours at 1.2-1.5 atm and 115 ℃ using a herbal extractor (Seik Medical Co., Ltd.), and ultrasonic extraction was performed using ultrasonic cleaner (Ultrasonic cleaner, UTA). -152, Japan), and its size was width (32cm) x length (12cm) x height (14cm) and the output was 150W and the frequency was 28kHz for 1 hour. Both hot water extraction and ultrasonic extraction were extracted by adjusting the ratio of weight of mushrooms to water by weight (W / W) to 0-15%.

⑥ Vegetable carbon fiber nonwoven fabric-charcoal is fired in near vacuum and carbonized time is filter type nonwoven fabric (2mm thickness of fabric, about 4 times larger than normal charcoal with pore area) E-Tech (Japan) The product was used.

⑦ Sensory test

   Sensory test is to wash the bean sprouts and bean sprouts in water to taste the smell of cultivated bean sprouts and bean sprouts (smell + odor), taste and smell, light taste and smell, the overall taste and smell, 300g each 450 ml of water and 5 g of salt were added thereto, and then heated and cooked for 1 minute from the time of boiling. Then, the mixture was cooled with cold water, and each plate was put in a certain amount by a five-point strength method. In other words, the smell (smell + smell), taste and smell, light taste and smell are very weak (1 point), weak (2 points), normal (3 points), strong (4 points), very strong (5 points) The overall taste was very bad (1 point), bad (2 points), normal (3 points), good (4 points), and very good (5 points).

2. Results and Summary

Table 1. Yields of Bean Sprouts and Host Sprouts According to the Weight Ratio of Pleurotus eryngii to Water Weight and First and Second Soaking Times

  ①bean sprouts-(5 days cultivated final product)

                                                                  (%)

<100% untreated>

   ② Bean sprouts-(4 days cultivated final product) (%)

<100% untreated>

 (result)

1. The yield of soybean sprouts was better in ultrasonic treatment than in hot water extraction, and the best ratio of bird clusters was 5 ~ 10% and the treatment time was 30 ~ 60 minutes.

2. Host herbs showed similar results to bean sprouts in all treatments.

Table 2. Vitamin Contents of Bean Sprouts and Host Sprouts According to the Weight Ratio of Pleurotus eryngii to Water Weight

   ① Bean sprouts (Final product / cultivation 5 days) (%)

<14.5mg% / 100g fresh raw sprouts vitamin content-based on 100% fresh raw material>

   ② Bean sprouts (Final product / cultivated 4 days) (%)

<14.5mg% / 100g fresh raw sprouts vitamin content-based on 100% fresh raw material>

(result)

1. Soybean sprouts showed higher content of vitamin C in ultrasonic treatment than hydrothermal extraction treatment, and 5 ~ 10% of the weight ratio of birds was 30 ~ 60 minutes.

2. Host herbs showed similar results to bean sprouts in all treatments.

Table 3. Comprehensive Taste of Bean Sprouts and Soybean Sprouts According to the Weight Ratio of Pleurotus eryngii to Water Weight

   ① Bean sprouts (Final product / cultivated 5 days)

 ② Bean sprouts (final product / cultivation 4 days)

(result)

1. Soybean sprouts and host sprouts There was no big difference according to the treatment method in all treatments, but it showed the highest value at 30 ~ 60 minutes for 5 ~ 10% of treatment time.

2. Both bean sprouts and host sprouts showed lower values than the untreated ones for more than 120 minutes in the treatment time, and lower values than the untreated ones for the 10% or higher concentration.

Table 4. Odor and Sensory Evaluation of Final Product of Bean Sprouts and Bean Sprouts on the Use of Vegetable Carbon Fiber Nonwovens

(result)

1. When using vegetable carbon fiber nonwovens for growing bean sprouts or bean sprouts, the smell of bean sprouts, savory taste and smell, light taste and smell, and overall taste and smell of both bean sprouts and cooked bean sprouts were much better than non-wovens. .

In view of the above results, the optimum soaking condition in the cultivation stage undergoing the first and second soaking stages is 30 to 60 minutes for the 5-10% treatment time for the weight ratio of birds and the best quality. It can be.

As described in detail above, the bean sprout and host sprout cultivation method provided by the present invention has a concentration of 0.1-10 before and after the cultivation of cultivated edible mushroom extract by hot water and ultrasonic extraction method 1 day after cultivation of bean sprouts and host sprouts. It is cultivated after immersion in% extract and cultivated using vegetable carbon fiber non-woven fabric to cultivate high quality bean sprouts and bean sprouts to improve its food value, thereby creating high added value that meets both consumers and producers. will be

Claims (3)

In the method of growing bean sprouts through the first and second soaking step, The first and second soaking conditions include 5 ~ 10% water weight ratio of Pleurotus eryngii and cultivation of bean sprouts and host sprouts using Pleurotus eryngii extract and vegetable carbon fiber non-woven fabric, which includes immersing 30 ~ 60 minutes in ultrasonic or hydrothermal extract. Way The method of claim 1, After the first immersion, after subtracting the immersion, and before the second immersion, the method of cultivating bean sprouts and host sprouts using the Pleurotus eryngii extract and vegetable carbon fiber nonwoven fabric comprising the step of cultivating in vegetable carbon fiber nonwoven fabric for 1 day The method according to claim 1 or 2, The method of cultivating bean sprouts and host sprouts using the Pleurotus eryngii extract and vegetable carbon fiber non-woven fabrics, which includes extracting the hot water of Pleurotus eryngii at 1.2-1.5 atm, 115 ℃ for 2 hours or ultrasonic extraction at 150W, frequency of 28 kHz for 1 hour.

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