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    • 24. 发明公开
    • 순환형 곡물건조기
    • 循环谷物干燥机
    • KR1020010021396A
    • 2001-03-15
    • KR1020000049161
    • 2000-08-24
    • 가부시끼가이샤 사따께
    • 사따께사또루마쯔시마히데아끼마쯔모또도시노리미즈노히데노리
    • F26B3/00
    • F26B25/22F26B9/087F26B17/16F26B21/06F26B23/02
    • PURPOSE: A circulative grain drier is provided to perform preheating for grain for drying since the feed operation and also can shorten the drying time by controlling each hot blast temperature of a heating part and a drying part, according to the moisture values of the grain, while utilizing the hot blast of the heating part at the time of drying operation. CONSTITUTION: A controller controls the first hot blast generator, and stops the second hot blast generator, and changes the quantity of exhausted air of an exhauster by actuating a quantity-of-exhausted-air regulator, according to the outside air humidity detected value by an outside air humidity detection means. The controller controls the first hot blast generator, according to the grain moisture detected value, regarding the temperature of the grain supplied to each heating tube at the time of drying operation, and controls the second hot blast generator, according to the grain moisture detected value and the quantity of feed, regarding the temperature of the hot blast supplied into the drying part.
    • 目的:提供循环式谷物干燥机,以进行进料干燥以进行预干燥,并且可以根据谷物的水分值控制加热部分和干燥部分的每个热风温度来缩短干燥时间, 同时在干燥操作时利用加热部件的热风。 构成:控制器控制第一热风发生器,并停止第二热风发生器,并且根据外部空气湿度检测值通过致动排气量调节器来改变排气装置的排出空气量 外部空气湿度检测装置。 根据谷物湿度检测值,控制器根据谷物湿度检测值控制第一热风发生器关于在干燥操作时供应给每个加热管的颗粒的温度,并根据谷物湿度检测值控制第二热风发生器 以及供给到干燥部中的热风的温度的供给量。
    • 25. 发明公开
    • 곡류의 품질을 추정하는 방법 및 장치
    • 谷物及其设备的质量估算
    • KR1020010006689A
    • 2001-01-26
    • KR1020000009132
    • 2000-02-24
    • 가부시끼가이샤 사따께
    • 사따께사또루호사까유끼오마루야마히데하루나까무라노부히꼬야기시따노부하루
    • G01N33/00G01N33/02
    • G01N21/3563G01N21/84G01N33/02G01N2021/8466
    • PURPOSE: To estimate quality of grain harvested in the future from an absorbance associating to a specific quality obtained from leaves of the grain and a conversion factor for the specific quality. CONSTITUTION: This method for estimation of the quality of the grain harvested in the future comprises determination of the conversion factor for estimation of the specific quality of the harvested grain from observation of the absorbance of the grain leaves after irradiation of light in a predetermined period of the growth of the grain in conjunction with the specific quality of the obtained grain and the specific quality of the grain harvested in the future and estimates the quality of the harvested grain in the future from the absorbance of the grain leaves in conjunction with the specific quality in the predetermined period of the growth and the conversion factor for the specific quality. In this case, the second conversion factor for the specific quality is determined from absorbance of the grain leaves obtained from plural predetermined periods in the growth and the specific quality after harvest, and the quality of the grain harvested in the future is estimated from the absorbance observed from the growing grain leaves in plural periods and this second conversion factor for the quality.
    • 目的:评估未来从收获的谷物的质量与从谷物的叶子获得的特定质量和特定质量的转换因子的未来收获谷物的质量。 构成:用于估计未来收获谷物质量的方法包括:在预定时间段内观察光照后的谷物叶片的吸光度,确定用于估计收获谷物的特定品质的转化因子 结合所获得的粮食的特定质量和未来收获的谷物的具体质量,谷物的增长量和未来粮食叶片的吸收率与具体质量的关系,估计未来收获的谷物的质量 在预定的增长期和特定质量的转换因子。 在这种情况下,特定质量的第二转换因子由生长中的多个预定期间收获的谷物叶片的吸光度和收获后的特定质量确定,未来收获的谷粒的质量由吸光度 从多个时期的籽粒生长期观察到这个质量的第二个转换因子。