In this thesis, the developing situation of real-time monitoring and fault diagnosis technology of construction vehicle is introduced. At the same time, the necessity of wireless monitoring of construction vehicle’s operating parameters is pointed out.
本文首先介绍了国内外工程车辆运行参数监测与故障诊断系统的发展状况，指出了研发工程车辆运行参数无线遥测系统的必要性。
参考来源 - 工程车辆运行参数无线遥测系统研究与开发Aiming at the problem that the transmission efficiency of construction vehicle hydraulic torque converter will decrease under the instantaneous high strength load, theoretical study on the automatic transmission of construction vehicle is conducted. A new shift schedule was deduced.
对液力机械传动工程车辆遇到高强度载荷效率下降的问题进行了研究,推导了新的换挡规律。
参考来源 - 工程车辆自动变速控制系统仿真与试验Combined with the project of National Foundation for Natural Sciences “Research on Automatic Transmission Technology for Construction Machinery” (serial number:50075033),this paper focused on the research for theory and engineering application of Automatic Transmission Technology of construction vehicle.
本文结合国家自然科学基金项目（50075033）“工程机械智能自动变速技术研究”，对ZL50轮式装载机的智能自动换挡技术进行了理论及工程应用研究。
参考来源 - 基于动力传动系统联合控制的装载机自动换挡系统开发·2,447,543篇论文数据，部分数据来源于NoteExpress
Active anti-rollover; Construction vehicle; Application prospective;
主动防倾翻； 工程车辆； 应用展望；
This theme design is about the back braking system of electronic construction vehicle. Hand braking system was not included.
本课题设计的是电力工程车的后轮制动器，不包括驻车制动器。
Loading system is the core system of multi - functional engineering machinery as load vehicle to test traction performance of construction vehicle.
加载系统是工程机械多功能试验台作为负荷车对工程车辆牵引性能进行测试的核心系统。
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