振动圆锥破碎机的设计与分析
关键字 振动圆锥破碎机，结构设计，AutoCAD Title Design and analysis of vibrating cone crusher
Abstract
The subject is KID-type vibrating cone crusher design and research
of key parts. It Include the type of the overall inertia cone
crusher design, drawing maps and parts of the overall program
components and parts of engineering, and carrying out the simulation
analysis. The key parts are cone rotor, spring, crushing chamber and
the polarization source. The centrifugal force generated by the
eccentric making the axis of deviation from the center of the cone.
cone rotor and the distance between the crushing chamber changes
periodically, so that the material in the crushing chamber squeeze
pressure generated by the cyclical phenomenon of
fragmentation. Specifically including the completion of inertia
cone crusher design; for this type of inertia cone crusher specific
results structure design, completed its three-dimensional parts and
assemblies built entities; draw some parts and components of
engineering drawings. The main software use AutoCAD, use for
three-dimensional solid modeling and draw complete assembly of main
components of the design, include the Line marked in detail, size,
accuracy, co-ordination.
Keywords vibration cone crusher, structural design, AutoCAD
目录
1 绪论 1
1.1 破碎与破碎工业 1
1.2 论文选题背景和意义 6
1.3 论文主要研究内容 6
2 振动圆锥破碎机的工作原理及动力学分析 7
2.1 振动圆锥破碎机工作原理 7
2.2 运动分析 8
2.3 动力学分析 8
3 结构参数设计 10
3.1 给矿口与排矿口设计10
3.2 啮合角11
3.3 偏心距与动锥参数11
3.4 破碎腔平行区域长度11
3.5 破碎腔设计12
3.6 生产率计算13
3.7 破碎力分析14
3.8 弹簧的选择18
3.9 电动机的选择20
3.10 主轴的设计 21
3.11 键的设计 21
3.12 联轴器上螺栓校核 22
3.13 带轮的设计 22
4 各组成部件选型与结构设计 24
4.1 定锥与定锥衬套设计24
4.2 动锥与动锥衬套设计25
4.3 支撑弹簧设计27
4.4 激振器的设计28
4.5 挠性联轴节的设计31
4.6 外壳的设计31
4.7 带轮的设计33
4.8 破碎机整体装配及爆炸图图33
5 速度仿真 36
5.1 建模及装配36
5.2 速度仿真36
5.3 主轴结构分析37
结论 39
致谢 40
参考文献 41
1 绪论
粉碎是广泛存在于工农业部门和高新技术产业中必不可缺的少的加工手段。