毕业设计（论文）-给定特性的齿轮传动飞轮运动转换惯性机构的设计.doc

毕业论文

题目: 给定特性的齿轮传动飞轮
运动转换惯性机构的设计
给定特性的齿轮传动飞轮
运动转换惯性机构的设计
[摘要] 本设计主要研究一种新型的运动转换器。在机械运动过程中,常常会产生振动的现象。有些振动是设计所需要的,人们利用机械振动现象的特性,设计制造了众多的振动机械设备和仪器仪表,利用其达到减振的目的,给我们的生产和生活带来方便。在机械振动系统中采用运动转换器,可以将直线位移比例转换为飞轮的正、反旋转运动,利用飞轮的惯性储放动能,从而达到振动应用的目的。基于对运动转换器原理的分析,提出了一种新的齿轮传动运动转换器,分析其原理并且对结构进行了设计,并对运动转换器进行了动力学分析。其设计主要由齿轮齿条带动带动二级齿轮传动,齿轮传动带动飞轮的旋转,利用飞轮的惯性储放动能,从而实现减震的目的。
关键词:振动运动转换设计
Theory and Structure Design for Gear Transmission Motion Transformer
Abstract: The major research designs a new type of motion conversion mechanism .It monly that vibration can be found in the course of mechanical motion. Some vibration is needed to design. You can design various mechanical devices and instrumentations of vibration with characteristics of mechanical vibration. And these mechanisms can reduce vibration, which brings us much convenience in manufacture and our daily life. The mechanical vibration system with the spiral flywheel motion conversion mechanism has the characteristics of lower total mass and better vibration attribute. Based on the d
ynamics analysis and classical force-circuit mechanical-electrical analogy theory, a novel ponent without parallel connection and grounding constraints was proposed to analogize the motion conversion mechanism. In this project, with the purpose of reducing the vibration based on the energy storage of the inertia flywheel, the second gear is drived by racks of gear, then makes flywheel go around and around.
Key words: Vibration Motion transformation Design
目录
摘要……………………………………………………………………………2
Abstract …………………………………………………………………………3
第1章绪论…………………………………………………………………6
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本课题重点研究的及其要求………………………………………………12
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第2章齿轮传动运动转换器原理设计方案的拟定及运动参数计算………13
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