杨凌职业技术学院学报
楊凌職業技術學院學報
양릉직업기술학원학보
JOURNAL OF YANGLING VOCATIONAL & TECHNICAL COLLEGE
2014年
2期
4-6
,共3页
施肥机%驱动装置%设计%动力源%驱动方式%曲柄摇杆机构%摆杆
施肥機%驅動裝置%設計%動力源%驅動方式%麯柄搖桿機構%襬桿
시비궤%구동장치%설계%동력원%구동방식%곡병요간궤구%파간
fertilizer spreader%driving device%design%power source%drive mode%crank rocker mechanism%pendulum
驱动装置是为施肥机的施撒装置提供动力，驱动其工作进行肥料的施撒。本文对常用的动力源进行了比较，并对施撒装置的驱动方案进行设计，采用了曲柄摇杆机构的驱动装置。对摇杆的摆角与长度之间的关系进行了讨论，确定了二者之间的关系式。
驅動裝置是為施肥機的施撒裝置提供動力，驅動其工作進行肥料的施撒。本文對常用的動力源進行瞭比較，併對施撒裝置的驅動方案進行設計，採用瞭麯柄搖桿機構的驅動裝置。對搖桿的襬角與長度之間的關繫進行瞭討論，確定瞭二者之間的關繫式。
구동장치시위시비궤적시살장치제공동력，구동기공작진행비료적시살。본문대상용적동력원진행료비교，병대시살장치적구동방안진행설계，채용료곡병요간궤구적구동장치。대요간적파각여장도지간적관계진행료토론，학정료이자지간적관계식。
Driving device is to provide power for fertilizer spreading machine ,making it to work to spread fertilizer .This paper compared the commonly used power source ,and conducted the design of drive scheme of spreading device .It was concluded that the power source should be reliable ,continuous power transmission should be smooth ,and driven approach should be sim‐ple and reliable transfer .The selection and application of the two tractors can make full use of existing power source and the power transmission device ,reducing the complexity of the structure and improving the economy of the entire apparatus .
