农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2015年
10期
108-111
,共4页
圆葱%收获%果土分离%牵引式%秧苗切割
圓蔥%收穫%果土分離%牽引式%秧苗切割
원총%수획%과토분리%견인식%앙묘절할
onion%harvest%fruit soil separation%traction type%the cutting of seedlings
为提高圆葱收获的机械化水平，根据我国圆葱种植模式的特点，研制了4行牵引式圆葱收获机。同时，重点完成了各功能部件结构优化设计及动力传动系统的分配设计，可依次完成4行圆葱的挖掘拔取、输送、秧苗切割、去土和集收等功能。田间测试表明：损失率为1．2％，伤葱率为1．25％，均满足生产需求。
為提高圓蔥收穫的機械化水平，根據我國圓蔥種植模式的特點，研製瞭4行牽引式圓蔥收穫機。同時，重點完成瞭各功能部件結構優化設計及動力傳動繫統的分配設計，可依次完成4行圓蔥的挖掘拔取、輸送、秧苗切割、去土和集收等功能。田間測試錶明：損失率為1．2％，傷蔥率為1．25％，均滿足生產需求。
위제고원총수획적궤계화수평，근거아국원총충식모식적특점，연제료4행견인식원총수획궤。동시，중점완성료각공능부건결구우화설계급동력전동계통적분배설계，가의차완성4행원총적알굴발취、수송、앙묘절할、거토화집수등공능。전간측시표명：손실솔위1．2％，상총솔위1．25％，균만족생산수구。
In order to enhance the mechanization level of onion harvest , according to the characteristics of onion planting patterns in China , this paper developed a four line traction type onion harvester .Mainly for each functional unit structure optimization design and the distribution of the power transmission system design , it can complete extraction of mining , transmission , seedling cutting , soil clenning of four lines onion .We conducted the field test , The experimental results showed that loss rate is 1 .2%, the injury onions at a rate of 1 .25%, meet the production requirements .
