Abstract:
Functional rice using propoli and a manufacturing process thereof are provided to take the functionality of propolis more easily by coating the surface of rice with propolis. Functional rice using propoli improves the functionality by coating the surface of rice with propolis. The propolis is obtained from: (1) a step of pulverizing the refrigerated propolis raw material, adding ethanol(EtOH) and agitating it, wherein the precipitate formed within solution is removed with a filter; (2) a step of aging the ethanol solution dissolved with propolis at 20~25‹C for 6~12 months; (3) a step of removing the impurities in the ethanol solution dissolved with propolis, and keeping it in a freezer of -20‹C~-10‹C; (4) a step of manufacturing the first liquid propolis by removing a wax layer generated in the frozen propolis and thawing it; (5) a step of manufacturing water-soluble propolis by mixing the first liquid propolis with distilled water, agitating the mixture for 10~24 hours and removing the residual wax; and (6) a step of manufacturing the propolis solution by adding the water-soluble propolis in purified water and dissolving it.
Abstract:
A measuring method of rice quality by using bulk density is provided to obtain accurate milling(brown) ratio and improve rapidness and accuracy of measurement by using near infrared reflectance spectroscopy. The measuring method of rice quality by using bulk density comprises the steps of: obtaining the near infrared spectrum from a rice sample to be measured; preparing a measuring equation from correlation between the near infrared spectrum and milling(brown) ratio in the rice sample to be measured; obtaining the near infrared spectrum from a unknown rice sample to be measured; applying the analysis results of the near infrared spectrum into the measuring equation so as to calculate the milling(brown) ratio in the rice sample; and comparing the obtained milling(brown) ratio in the rice sample with the measurement standard table previously made on the basis of the bulk density of the rice sample, wherein the measuring equation is selected from the equations capable of minimizing inspection error and standard error.
Abstract:
본 발명은 도정공장의 현미탱크에 보관중인 현미와 정미중인 정미 및 백미탱크에 저장중인 백미의 품온을 공기로 냉각 또는 가열하는 공기온도 조정장치와 조정된 공기의 공급장치 및 이들 장치를 사용하여 현미와 백미의 품온을 조정하는 방법에 관한 것이다. 현미와 정미에 있어서 품온조정이나 백미의 결로방지 등은 도정공장내의 공기온도가 시간에 따라 변하므로 품온을 일정하게 유지할 수 없는 문제점이 있다. 본 발명은 외기온도변화에 따라 댐퍼, 무부하 압축기와 전기히터, 압축기에서 토출된 고온고압냉매가스를 이용하여 냉각 및 가열능력을 0에서 100%까지 제어하여 년중 일정한 온도 및 상대습도를 유지할 수 있도록 하여 이를 현미탱크, 정미기 및 백미탱크에 공급하여 도정공장에서 현미 및 백미의 품온을 년중 일정하게 조정하여 수율향상 및 식미가 우수한 쌀을 가공하는데 기여할 수 있다
Abstract:
Manufacturing process for loaf bread based on rice flour instead of wheat flour by using cellulose ether and gum is provided. Rice flour 1 { is mixed with 8-20g of cellulose ether such as ethylcellulose, benzylcellulose or carboxycellulose and 2-6g of gums such as xanthan gum or carageenan and subsidiary materials such as starch, salts, yeast, defatted milk powder, emulsifier and butter. The mixture is fermented and baked to give rice loaf bread. Also premix based on rice flour is provided. Rice loaf bread has the similar textures and tase to that of wheat flour.
Abstract:
The present invention relates to a bee feed composition and a manufacturing method thereof. The bee feed composition contains yeast, rice bran, and one or more materials selected from a group including pollen or pollen substitutes, thereby offering excellent palatability of honey bees, increasing the body weight and population of the honey bees, and increasing the production amount of honey. [Reference numerals] (AA) Step of mixing one or more materials selected from a group including pollen or pollen substitutes and yeast and fermenting the mixture; (BB) Step of adding a mixture of rice bran and water in a pre-manufactured fermentation product and kneading the mixture; (CC) Step of manufacturing a pollen rice cake after molding the dough and fermenting the pollen rice cake
Abstract:
PURPOSE: A milling deviation measurement method and device are provided to measure a milling degree by measuring a color rice bran area rate index of a rice specimen without NMG reagent processing, thereby simply and rapidly measuring rice bran remained in the rice specimen. CONSTITUTION: A milling deviation measurement device includes a transparent plate (110), a backlighting unit (220), ring lighting (210), an image acquisition unit (300), and an image processing unit (400). A milled rice specimen is placed on the transparent plate. The backlighting unit is arranged under the transparent plate and irradiates lights to the rice specimen placed on the transparent plate. The ring lighting is arranged above the transparent plate and irradiates lights to the rice specimen through a ring-shaped diffuser. The image acquisition unit acquires reflection images formed by the lights irradiated from the ring lighting and reflected by the rice specimen and transmission images formed by the lights irradiated from the backlighting unit and penetrated through the rice specimen. The image processing unit detects a residual rice bran region based on the reflection images and the transmission images acquired by the image acquisition unit, thereby calculating a color rice bran area rate (CBB) index after acquiring a pericarp region and an aleurone layer region. [Reference numerals] (110) Transparent plate; (210) Ring lighting; (220) Backlighting unit; (300) Image acquisition unit; (400) Image processing unit; (AA) White rice