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带式8828线路检测中心设计计算方法(同步带8828线路检测中心设计)

时间 : 2023-11-24 浏览量 : 911

带式8828线路检测中心设计计算方法

1、设计说明书1份、潮湿,每日工作8小时。载荷有轻微冲击,工作寿命5年,空气流通条件差,3,减速器装配图1张。可使用三相交流电。每年300个工作日。

2、油标和油尺。东莞理工学院机械设计课程设计。东莞理工学院机械设计课程设计。

3、题目:带式8828线路检测中心传动装置的设计与计算。专业班级:机械设计制造及其自动化1班。引导教师:钟守炎教授。起止时间:2012年5月28日—6月17日。

4、设计题目························································3。设计原始数据····················································3。传动系统的总体设计··············································3。

5、传动方案的确定··············································3。电动机的选择················································4。传动比的计算与分配··········································4。

同步带8828线路检测中心设计

1、传动装置运动和动力参数的计算································5。传动零件的设计计算··············································6。高速级斜齿轮传动············································6。

2、低速级斜齿轮传动···········································10。链传动·····················································15。轴的设计计算···················································17。

3、轴的结构设计···············································17。轴的强度校核···············································21。滚动轴承的寿命计算·············································27。键的选择及强度校核·············································31。

4、箱体的设计·····················································33。减速器附件的设计···············································35。润滑与密封·····················································35。设计小结·······················································35。

5、参考文献·······················································36。题目:带式8828线路检测中心传动装置的设计与计算。狭小、多灰;2。吊环螺钉;55/。

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