CAJ | 학술논문

利用物联网技术提升大曲生产管理水平，实现从踩曲、制曲到评曲的生产全过程数字化管理。制曲阶段温度、湿度等环境参数实现自动实时采集、自动生成曲线，并实现超限值多途径自动报警。制曲阶段结束将踩曲、制曲、评曲数据自动生成相关报表，并支持打印。通过系统的实施，减轻了劳动强度、改善了劳动环境，提高了对人员的数字化、科学化管理水平，通过数据的积累为最终实现制曲生产的机械化、自动化打下坚实基础。
이용물련망기술제승대곡생산관리수평，실현종채곡、제곡도평곡적생산전과정수자화관리。제곡계단온도、습도등배경삼수실현자동실시채집、자동생성곡선，병실현초한치다도경자동보경。제곡계단결속장채곡、제곡、평곡수거자동생성상관보표，병지지타인。통과계통적실시，감경료노동강도、개선료노동배경，제고료대인원적수자화、과학화관리수평，통과수거적적루위최종실현제곡생산적궤계화、자동화타하견실기출。
The utilization of the internet of things could improve the production management of Daqu, and achieve digital management of the whole production process including Daqu stepping, Daqu-making and Daqu evaluation. The environmental parameters in Daqu-making such as temperature and humidity etc. could be real-time collected automatically, and then generate the curve automatically, and finally achieve the ultra limit multi-way alarm. After the ending of Daqu-making, the data in Daqu stepping, Daqu-making and Daqu evaluation would generate automati-cally the related statements (printing support). Such practice could reduce labor intensity, improve working environment, improve the digital man-agement level, and lay solid foundation for ultimate mechanized and automated Daqu-making.