矿用钢丝绳摩擦衬垫实验平台传动系统设计与分析+CAD图纸
矿用钢丝绳和摩擦衬垫它们是矿用提升机的两个很重要的部件，它们之间相互影响，因此我们如何合理的选择这矿用钢丝绳和摩擦衬垫型号等，对于提高提升机的性能特点有着重要的意义，同样的传动系统是提升机的重要组成部分，设计出优秀的传动系统对于提升机的性能同样有着重要意义。
课题主要是对矿用钢丝绳摩擦衬垫实验平台进行传动系统设计与分析，通过对矿用钢丝绳摩擦衬垫实验平台传动系统设计与分析，可以得出满足既定条件且成本更低，性能更突出的传动系统，包括电动机的选型与计算，轮的设计与计算，联轴器与轴的计算选型等。因为传动系统是提升机的重要组成部分，所以如果可以设计出好的传动的系统，将直接提高提升机的性能，最后可以以此设计出更好的性能更优秀的提升机，帮助提高提升机的性能以便日后投入到实际的生产线，从而实现提升机的价值。
毕业论文关键字：提升机、传动系统设计、选型
Mine rope friction pad Transmission Experiment Platform Design
Abstract: The graduation project is to design in the current design of transmission equipment mine hoist many applications, it is in our country's mine now account for a large proportion. It is primarily for the completion of the mine coal,, personnel, equipment, etc., and transportation tasks. Meanwhile, with the increase of mining depth and large equipment equipment, steel rope friction hoist with its lifting capacity, it's cheap to other significant advantages, so that more and more people choose to mine hoisting equipment.
Steel rope and the friction pad which are mine hoist two very important components, the interaction between them, so how do we reasonably choose this steel rope and friction pad model, etc., to improve the performance of the hoist characteristics of great significance, the same drive system is an important part of the hoist, designed to enhance the performance of excellent powertrain machine also has great significance.
The main issue is the wire rope friction pad transmission experiment platform design and analysis, through the steel rope friction pad transmission experiment platform design and analysis, can be drawn to meet a given condition and at a lower cost, performance is more prominent transmission system, including the selection and calculation of the motor, the design and calculation of wheel coupling and shaft Sizing like. Because the transmission is an important part of the hoist, so if you can design a good drive system will directly improve the performance of the hoist, finally can use this design better performance better hoist to help improve hoist Performance for future investment in the actual production line, in order to achieve value hoist
.
Keywords: hoist, transmission design, selection
目录
第1章提升机的简介 1
1.1矿用钢丝绳摩擦衬垫实验平台（提升机）的简介 1
1.2矿用钢丝绳摩擦衬垫实验平台（提升机）传动的系统的介绍与分析 1
1.3本课题矿用钢丝绳摩擦衬垫实传动验平台（提升机）传动系统的设计的简介 1
第2章 传动系统的设计与选型 2
2.1设计制约条件 2
2.1.1试验提升高度 2
2.1.2提升速度与加速度 2
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