机械设计
機械設計
궤계설계
Journal of Machine Design
2010年
1期
41-44
,共4页
凹圆弧底%摆动从动件%盘形凸轮机构%轮廓工作段%辅助角%滑动系数
凹圓弧底%襬動從動件%盤形凸輪機構%輪廓工作段%輔助角%滑動繫數
요원호저%파동종동건%반형철륜궤구%륜곽공작단%보조각%활동계수
convex arc bottom%swinging follower%disc cam mechanism%working section of profile%auxiliary angle%sliding coefficient
以同摆式、异摆式凹圆弧底从动件盘形凸轮机构为研究对象,采取对照、比较研究方法,系统、深入地讨论了两种类型机构的压力角计算公式、基本尺寸确定、凸轮工作轮廓设计、从动件弧底推程和回程轮廓工作段确定及机构滑动系数公式等一系列机构分析与设计问题.
以同襬式、異襬式凹圓弧底從動件盤形凸輪機構為研究對象,採取對照、比較研究方法,繫統、深入地討論瞭兩種類型機構的壓力角計算公式、基本呎吋確定、凸輪工作輪廓設計、從動件弧底推程和迴程輪廓工作段確定及機構滑動繫數公式等一繫列機構分析與設計問題.
이동파식、이파식요원호저종동건반형철륜궤구위연구대상,채취대조、비교연구방법,계통、심입지토론료량충류형궤구적압력각계산공식、기본척촌학정、철륜공작륜곽설계、종동건호저추정화회정륜곽공작단학정급궤구활동계수공식등일계렬궤구분석여설계문제.
Taking the disc cam mechanism with the with swinging, different tilting typed convex arc bottomed follower as the object of study, by adopting the contrast, comparison researching method, a series of mechanism analysis and designing problems has been systematically, deeply discussed on the pressure angle calculation formula, determination of basic dimensions, design of cam operational profile, making sure the rise travel of follower arc bottom, the working section of return stroke profile and the sliding coefficients formula of mechanism etc.
