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大豆窄行精密平播机改进与推广的应用
引用本文:纪文义,杨悦乾,贾富国,刘宏新,杨广林.大豆窄行精密平播机改进与推广的应用[J].农机化研究,2006(1):180-182.
作者姓名:纪文义  杨悦乾  贾富国  刘宏新  杨广林
作者单位:东北农业大学,工程学院,哈尔滨,150030
基金项目:黑龙江省科技厅科技攻关项目
摘    要:大豆窄行精密平播是一项具有突破性的增产技术,但由于缺乏成型的、适应农艺要求的播种机械,使窄行精密平播技术的推广受阻。为此,在2BZ-4大豆窄行精密平播机研究的基础上进行了完善和改进;同时,使用改进的播种机进行了中试推广。试验证明:改进的播种机工作可靠,性能优越,增产明显,使窄行精密平播技术的推广成为可能。

关 键 词:农业工程  播种机  应用  窄行  平播
文章编号:1003-188X(2006)01-0180-03
收稿时间:2005-10-07
修稿时间:2005年10月7日

The Applied Research on Improving and Spreading SNPPP
JI Wen-yi,YANG Yue-qian,JIA Fu-guo,LIU Hong-xin,YANG Guang-lin.The Applied Research on Improving and Spreading SNPPP[J].Journal of Agricultural Mechanization Research,2006(1):180-182.
Authors:JI Wen-yi  YANG Yue-qian  JIA Fu-guo  LIU Hong-xin  YANG Guang-lin
Institution:College of Engineering, Northeast Agricultural University, Harbin 150030, China
Abstract:SNPPS (Soybean Narrow-now Precision Parallel Seeding) is a kind of increasing technology. However, owning to lacking forming seeding machinery suited agricultural requirements, it made spreading SNPPP(soybean Narrow-row Precision Parallel Planter)hindered. Hence, based on researching 2BZ-4 SNPPP, the SNPPP was perfected and improved then was made pilot-spread. The test proves the improved planter has many advantages. Such advantages make spreading SNPPS become true.
Keywords:agricultural engineering  planter summary  arrow-row  parallel seeding
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