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Design and Evaluation of Cyclone Separation Cleaning Devices Using a Conical Sieve for Rape Combine Harvesters
Published by the American Society of Agricultural and Biological Engineers, St. Joseph, Michigan www.asabe.org
Citation: Applied Engineering in Agriculture. 34(4): 677-686. (doi: 10.13031/aea.12502) @2018
Authors: XingYu Wan, QingXi Liao, Yang Xu, JiaCheng Yuan, HaiTong Li
Keywords: Agricultural engineering, Cleaning, Combine harvester, Conical sieve, Cyclone separation, Rape.
Abstract. Cyclone separation cleaning devices and a conical sieve for a rape combine harvester were designed to address problems of vibration and the complexity of conventional combine harvesters with vibration sieves. The cyclone separation cleaning devices consisted of a blower, cyclone separator, pipe, fan and other components. The working processes were examined and an innovative mechanical system was designed. Both single-factor and orthogonal experiments were carried out to obtain optimal parameter values. Based on the single-factor experiments, the proper rotational speed of the conical sieve was 40-60 r/min and the proper airflow speeds of the cyclone separator for the inlet and outlet were 3-5 m/s and 24-28 m/s, respectively. From the orthogonal experiments, the cleaning performance was optimal when the rotational speed of the conical sieve was 40 r/min and the airflow speeds of the cyclone separator for the inlet and outlet were 3 m/s and 24 m/s, respectively. The optimal cleaning ratio and total loss ratio parameters were 88.99% and 4.86%, respectively. This research could provide a reference for the improvement of cleaning systems for rape combine harvesters.
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