CAJ | 학술논문

针对现有玉米干燥技术对玉米籽粒进行脱水干燥，即采用先脱粒、后干燥工艺这一现状，采用红外辐射加热、双面干燥技术方案设计了一种红外玉米穗干燥机，并对转速和功率进行设计计算，其传动系统选择了摆线针轮减速机。设计后的干燥机对采摘后的湿玉米穗采用先干燥、后脱粒的工艺方案，解决了因直接对湿玉米穗进行脱粒籽粒破碎率较高的问题，并且在拨料杆拨动下玉米穗边滚边滑的同时，均匀地吸收红外辐射热，提高了干燥的均匀性。该干燥机的成功研制，彻底解决了玉米干燥行业所存在的问题，对推动玉米产业的发展具有重要意义。
침대현유옥미간조기술대옥미자립진행탈수간조，즉채용선탈립、후간조공예저일현상，채용홍외복사가열、쌍면간조기술방안설계료일충홍외옥미수간조궤，병대전속화공솔진행설계계산，기전동계통선택료파선침륜감속궤。설계후적간조궤대채적후적습옥미수채용선간조、후탈립적공예방안，해결료인직접대습옥미수진행탈립자립파쇄솔교고적문제，병차재발료간발동하옥미수변곤변활적동시，균균지흡수홍외복사열，제고료간조적균균성。해간조궤적성공연제，철저해결료옥미간조행업소존재적문제，대추동옥미산업적발전구유중요의의。
Existing Corn maize grain drying technology for dewatering drying , using the first threshing , drying after this situation ,the use of infrared radiation heating , double drying technology solutions designed an infrared corn drying ma-chine , and in the design calculations for the speed and power on the basis of its transmission system selected cycloid re -ducer .After drying machine designed for wet after picking corn using the first dry , after threshing process scheme , solved due directly to the wet corn for grain threshing makes the problem of high crushing ratio , and feed corn in the allocation of toggle lever trim slip below at the same time , uniformly absorb infrared radiant heat , improved uniformity of drying . The successful development of the dryer , corn dried completely solved the problems of the industry , to promote the devel-opment of corn industry has an important significance .