基于齿轮试验机的多功能综合试验平台测试系统设计+CAD图纸
毕业论文关键词：传感器；测试系统；试验机； 调整支架
Based on the gear tester multi-functional comprehensive experiment platform test system
Abstract ：This graduation design is about multifunctional integrated test platform based on the gear tester design of the testing system, multi-function comprehensive experiment platform based on the gear testing machine the main function of test system for testing gears working in various environment and gear after wear testing machine working temperature changes over time. Test system by sensors to specify the change of the measured parameters and according to certain rules into a corresponding to output signals, and data collection and analysis, this design is mainly to adjust the design of the stent, the secondary is the design of each sensor installation. The system integrating machine, electricity, detection, highly intelligent, flexibility, integration. The device can be applied to relevant enterprises involved in gear production, improve the quality of enterprise products and competition ability.
Key words: Sensor； The test system； Testing machine；Adjusting bracket；
目录
1.序言 4
1.1前言 4
1.2齿轮试验机概述 4
1.2.1 齿轮试验机设计的目的与要求 4
1.2.2齿轮试验机测试系统的用途 4
1.2.3齿轮试验机的主要性能参数确定 5
1.2.4 传感器在齿轮试验机测试系统的要求与运用 5
1.3 设计的研究范围 6
2.设计内容及设计步骤 6
2.1传感器的安装设计 6
2.2加载机构的安装设计 7
2.3（磁粉制动器）调整支架主体设计 7
2.4（扭矩传感器）支架的设计 7
2.5 调整支架的设计及优化 7
2.6 实验分析 8
3.总体设计方案 8
4.齿轮试验机的测试系统的设计 10
4.1齿轮试验机的测试系统的工作要求设计 10
4.2传感器选择及安装连接 10
4.2.1扭矩传感器选择与设计 10
4.2.2位移传感器选择与设计 13
4.2.3振动传感器选择与设计 17
4.2.4温度传感器选择与设计 20
4.3测试系统相关仪器的设计 23
5.加载部分的选择与设计 28
6.机械部分的设计 31
6.1机械部分的工作要求设计 31
6.2 齿轮试验机的测试系统的调整支架设计 31
6.2.1 磁粉制动器调整支架的X、Y调整支架的设计 31
6.2.2磁粉制动器的调整支架的Z调整支架的设计 31
6.2.3 磁粉制动器的调整支架的设计 32
6.3扭矩传感器支架的设计 37
6.4联轴器的选择与设计 38
6.4.1键的选择与设计 39
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