疏解机设计+CAD图纸
疏解机的主要组成部分是带齿形的定子及转子。疏解机利用来自于转子的机械作用和转子回转时所引起的水力剪切作用对原料进行碎解。转子和转环固定一体，且转环的齿状刀片与定子的端面刀齿相邻，因此经过初级疏解的浆料自定子和转子的锥面相邻处运动到定子的端部时，由于定子和转环的突然运动及产生的惯性力对不同的废纸碎片产生不同的加速度，进而使浆料在定子和转环的相邻刀齿中进一步疏解，从而完成对浆料的最终疏解。5316
这次的毕业论文是疏解机的设计。在设计过程中，我分析掌握了疏解机的工作原理和其特点，制订了一系列的方案并对其进行了方案论证。之后，我设计计算了疏解机的主要部件,并对它们进行了校核。我也运用所学的专业知识以及掌握的制图技能，进行各个零部件的绘制和总装配图的绘制。
关键词：疏解；转子；主轴
High frequency relief machine Design
Abstract: With the rapid growth of economy, the demand of paper will maintain rapid growth.Relief machine as paper-making equipment, is a kind of important paper machinery.
Relief machine is the main part of belt tooth shape of stator and rotor.Relief machine using from the role of the mechanical rotor and rotor rotation caused by the hydraulic shearing action for pulp raw material.The rotor and swivel the fixed one,swivel teeth, the end face of the stator blades and blade adjacent.So after primary organization of pulp from the cone of the adjacent stator and rotor movement to the stator end.Due to sudden movement and swivel of the stator and the inertial force of different pieces of waste paper to produce different acceleration.Then make the slurry in the stator and the swivel of the adjacent blade further relief to complete the final relief pulp.
This subject is to relief machine design.Analysis in the design process, I have mastered to relief machine working principle and its characteristics.Developed a series of solutions and the argument.I calculation after relieving machine's main parts.And has carried on the check to them.I also use my professional knowledge and master drawing skills,to general assembly drawing and the drawing of each parts drawing.
Key words: relief ;rotor ;spindle
目录
1 绪论 1
1.1 课题的目的和意义 1
1.2 选题的背景 2
1.3 课题的难点 4
1.3.1传动系统的设计 4
1.3.2密封系统的设计 4
1.3.3润滑系统的设计 4
1.3.4转盘平衡的设计 5
2 总体方案设计论证 6
2.1 疏解机的分类 6
2.2 疏解机的工作原理 8
2.3 疏解机的优缺点 9
2.4 提高疏解机效率的方法 10
2.5 齿盘式高频疏解机转子结构设计分析 10
2.6 润滑系统的方案分析 10
2.6.1润滑在机械设备运转中起的作用 10
2.6.2润滑的方式 11
2.7 密封系统的方案分析 12
2.8 传动系统的设计分析 13
2.8.1传动方式的确定 13
2.8.2机械传动的确定 13
3 主要零部件的结构设计 15
3.1 电机的选择 15
3.2 主轴材料的选择与设计 17
3.3 垫圈的选择 17
3.4 轴承的设计与选择 19
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