This study takes HunanXianglin series, Chalingerxian series, Huashuo series of high yield of Camellia oleifera fruit planting as a reference to grade harvested C.oleifera fruit and effectively solve the C.oleifera fruit and seed with high damage rate, low rate and low degree of shelling and so on. By analyzing the size distribution of C.oleifera fruit, the relationship between the number of C.oleifera fruit and the transverse diameter of C.oleifera was obtained, and the suitable parameter range was obtained according to the design process of the roller sieve. In order to achieve the C.oleifera fruit treatment complete equipment production, the sieve screen with non-differential arithmetic was determined after production experiment. The related parameters: length is 2.2m; diameter is 0.6m; sieve screen number is 6; Rotating speed is 20r/min; motor power is 0.75kw.
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10 January 2019
INTERNATIONAL CONFERENCE ON FRONTIERS OF BIOLOGICAL SCIENCES AND ENGINEERING (FBSE 2018)
23–24 November 2018
Chongqing City, China
Research Article|
January 10 2019
Research and development of a shelling and sorting machine
Di Kang;
Di Kang
1
Hunan Academy of Forestry
, Changsha, China
2
Chinese National Engineering Research Center for Oiltea Camellia
, Changsha, China
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Youhua Fan;
Youhua Fan
1
Hunan Academy of Forestry
, Changsha, China
2
Chinese National Engineering Research Center for Oiltea Camellia
, Changsha, China
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Fang Ma;
Fang Ma
1
Hunan Academy of Forestry
, Changsha, China
2
Chinese National Engineering Research Center for Oiltea Camellia
, Changsha, China
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Shaofeng Peng;
Shaofeng Peng
1
Hunan Academy of Forestry
, Changsha, China
2
Chinese National Engineering Research Center for Oiltea Camellia
, Changsha, China
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Zejun Chen
Zejun Chen
a)
1
Hunan Academy of Forestry
, Changsha, China
2
Chinese National Engineering Research Center for Oiltea Camellia
, Changsha, China
a)Corresponding author e-mail:84289700@qq.com
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a)Corresponding author e-mail:84289700@qq.com
AIP Conf. Proc. 2058, 020044 (2019)
Citation
Di Kang, Youhua Fan, Fang Ma, Shaofeng Peng, Zejun Chen; Research and development of a shelling and sorting machine. AIP Conf. Proc. 10 January 2019; 2058 (1): 020044. https://doi.org/10.1063/1.5085557
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