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石粉塔的设计摘要复合材料窨井盖、水表箱是用聚合物作基体材料，加入增强材料、填充料等，通过一定的工艺复合而成的，具有良好的抗冲击和拉伸强度，具有耐磨、耐腐蚀、不生锈、无污染、免文护等优点。随着社会的发展和城镇化的建设，复合材料窨井盖、水表箱的需求将逐渐增加，由于用人成本的增加和人工生产效率低等因素，对自动化的生产过程的需求变得非常迫切，所以我们团队欲建一条复合材料混合自动生产线。石粉塔的设计是复合材料混合自动生产线中非常重要的部分，主要过程是石粉自动加入石粉塔中，由螺旋输送机输送进计量罐。
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通过大量研究分析国内外塔结构、性能及用途，设计一台全自动石粉加料输送设备。通过设计计算与三文设计相结合的方式来研究分析各生产阶段（进料，输送，称重）的最优加料方案、传送速度、计量准确度。32485
毕业论文关键词：石粉塔 计量罐 自动进料 Soildworks
The design of the stone tower
Abstract: CMC, water meter box is made of polymer composite material as base material, add reinforced material, such as filling material, through a certain process, and has good resistance to impact and tensile strength, wear resistance, corrosion resistance, no rust, no pollution, free maintenance, etc. With the development of the society and the construction of urbanization, the demand of the CMC, water meter box composite will gradually increase, due to the increased cost of choose and employ persons and artificial low productivity factors, the demand for automation of production process becomes very urgent, so our team wants to build a composite mixed automatic production line. A stone tower design is very important part of the composite material mixed automatic production line, automatic powder is the main process to join the stone tower, by screw conveyor transport into the tank.
Through a lot of research and analysis at home and abroad tower structure, properties and USES, design an automatic powder material conveying equipment. Through the design and calculation combined with 3 d design to study the production phase (feed, transportation, weighing) the optimal charging scheme, the transmission speed, the accuracy of measuring.
Keyword: Powder tower Measuring tank Automatic feed Soildworks
目 录
第1章绪论 1
1.1课题来源及背景 1
1.1.1研究目的 1
1.1.2理论意义及实际应用价值 1
1.1.3工艺介绍 2
1.2文献综述 2
1.2.1重量传感器 2
1.2.2振动筛 3
1.2.3螺旋输送机 4
1.2.4真空泵 6
1.3研究内容 7
1.3.1石粉塔的设计 7
1.3.2螺旋输送机和计量罐的设计 7
2石粉塔的设计计算 8
2.1 石粉塔设计 8
2.1.1塔体设计 8
2.1.2平盖封头的选择和设计 8
2.1.3锥形封头的设计 12
2.1.4支座的设计 13
2.2进料口的设计 14
2.3手推车的设计 14
2.4手推车轮子的选择 15
图2.4.1 16
2.5振动盘尺寸设计 16
2.6立式振动电机的选型 17
2.7滚子链传动的设计 19
2.7.1齿轮和链条的选择 19
2.7.2电动机的选择 23
2.7.3联轴器的选择 23
2.8微型真空泵的选择 24
3.0手动蝶阀的选择 28