振动筛分装置结构设计
双驱动同步直线振动筛广泛运用于选煤等工业领域，利用振动筛分装置可以很好的进行粒度分级、脱水、脱泥、和脱介。就选煤行业而言，筛分技术和分选技术对于选煤行业生产率的高低有着同等重要的作用。技术的先进与否直接影响着选煤行业的发展，对于分选的工艺效果和生产效率具有重要的影响。
本文系统的介绍了振动筛的发展趋势和应用前景，说明了设计振动筛的必要性。对振动筛的各个结构进行了设计计算，主要包括动力学和运动学参数的计算，激振器的设计，发动机的选型，筛框筛面的设计，轴、键的强度分析与校核，联轴器的选择设计等。
毕业论文关键词:双电机驱动；直线振动筛；激振器
Abstract Along with the development of social economy in China, the amount of the vibration screen need is increasing, and the requirements for the quality and efficiency of the vibration screen are also higher and higher.. Vibrating screen is mainly used in coal preparation industry, in order to ensure the quality of coal preparation not only need vibrating screen with high productivity, high screening efficiency, dehydration efficiency, simple structure, convenient assembly, easy to maintenance and repair. Prior to the use of cylindrical sieve, roller screen do not have good performance, so have the above advantages vibration sieve has gradually become the mainstream of the machinery.
Double - drive synchronous linear vibrating screen is widely used in coal preparation and other industrial fields. The vibrating sieving device can be used for particle classification, dewatering, mud removal and desorption.. As for coal preparation industry, the coal preparation industry has the same important effect as the coal preparation industry productivity.. The advanced technology has a direct impact on the development of coal preparation industry, the separation of the process and the production efficiency has important influence.
The development trend and the application foreground of the vibrating screen are introduced, and the necessity of the design of the vibrating screen is explained.. For design and calculation of the vibration sieve of each structure, including calculation of dynamics and kinematics parameters, design of exciter, engine selection, sieve sieve frame surface design, shaft, bond strength check, coupling of the selection and design.
Keywords: Double motor drive; Linear vibrating screen; Vibration exciter
目 录
摘要 1
Abstract 2
第1章 绪论 5
1.1课题研究的目的及意义 5
1.1.1课题研究的目的 6
1.1.2课题的意义 6
1.2国内外振动筛分机械的发展 7
1.3本次设计的内容 7
第2章 整体结构设计 8
2.1传动方式的选择 8
2.2设计方案介绍与选择 9
2.3减振装置的确定 9
2.4激振器结构设计 10
2.4.1激振器结构类型的选择 10
2.4.2工作原理分析 11
2.5本章小结 12
第3章 双电机自同步振动筛参数确定 13
3.1自同步筛的工艺参数的确定 13
3.2振动筛动力参数计算 14