摘要
为研究开发新型、高速自动嫁接机,提出采用套管嫁接法,设计了专门的套管振动输送装置。该套管振动输送装置可以将无序排列的套管有序排列成方向一致的姿态并输送至需要位置。同时,在研究该装置结构的基础上,以选定尺寸的套管为试验对象,选取振动电压为研究对象,以变异系数为评价指标,进行输送装置的性能试验。试验结果表明:输入电压为185V时,装置运行最为稳定,此时套管输送速度为85个/min,可以保证后续嫁接作业对于套管输送平稳性与速度的要求。
In order to design a new type of high speed automatic grafting machine, we try to use tube as the fixture, and designed a kind of casing vibration conveying device. This kind of device could make the disordered tube orderly arranged in the same direction and conveyed to the desired location. Based on the study of the structure of the device, selected the very tube as test object, the voltage as the only variable, to make a test on this device and get the coefficient of variation as the evaluation index. The results show that this device will run smooth and steady when the voltage is 185V , the out- putting efficiency is 85 pieces/min. The device could satisfy basic requirements of high speed atuomatic grafting machine
出处
《农机化研究》
北大核心
2017年第4期68-72,共5页
Journal of Agricultural Mechanization Research
基金
国家高技术研究计划项目(2012AA10A506-2)
公益性行业(农业)科研专项(201303014-09)
关键词
自动嫁接
振动输送装置
振动电压
输出速度
automatic grafting
vibration plate
vibration voltage
outputting speed
