A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Railway ballast screen scarifier working parameter monitoring method
The invention relates to an equipment monitoring technology, and in particular relates to a railway ballast screen scarifier working parameter monitoring method. The method comprises the following steps: monitoring the rotating speed of a driving shaft of a walking device, the linear speed of an excavation chain, the excitation frequency of a vibrating screen, the rotating speed of a conveying belt roller of a conveying device and the driving pressure and flow of a driving motor by using sensors; and calculating the running speed, the rotating speed of the driving motor and the driving torqueaccording to the monitoring data, and finally calculating the driving power of the operating walking device, the excavation system, the vibrating screen and the conveying device. Through collection, analysis and calculation of a large amount of monitoring data, operation key parameters such as the operation efficiency, the operation power and the operation speed and the internal relation between the operation key parameters can be directly derived, and the obtained data can provide reference for the design of basic parameters of a railway ballast screen scarifier.
本发明涉及一种设备监测技术，尤其是指一种道砟清筛机工作参数监测方法，包括：用传感器监测走行装置驱动轴转速、挖掘链的线速度、振动筛激振频率、输送装置输送带滚筒转速、驱动马达的驱动压力和流量，根据监测数据计算出走行速度、驱动马达转速、驱动扭矩，最终计算出作业走行装置、挖掘系统、振动筛、输送装置的驱动功率。本发明通过大量的监测数据采集，分析计算，可直接推导得到作业效率、作业功率和作业速度等作业关键参数及他们之间的内在关系，获取的数据可为道砟清筛机设计基本参数提供参考。
Railway ballast screen scarifier working parameter monitoring method
The invention relates to an equipment monitoring technology, and in particular relates to a railway ballast screen scarifier working parameter monitoring method. The method comprises the following steps: monitoring the rotating speed of a driving shaft of a walking device, the linear speed of an excavation chain, the excitation frequency of a vibrating screen, the rotating speed of a conveying belt roller of a conveying device and the driving pressure and flow of a driving motor by using sensors; and calculating the running speed, the rotating speed of the driving motor and the driving torqueaccording to the monitoring data, and finally calculating the driving power of the operating walking device, the excavation system, the vibrating screen and the conveying device. Through collection, analysis and calculation of a large amount of monitoring data, operation key parameters such as the operation efficiency, the operation power and the operation speed and the internal relation between the operation key parameters can be directly derived, and the obtained data can provide reference for the design of basic parameters of a railway ballast screen scarifier.
本发明涉及一种设备监测技术，尤其是指一种道砟清筛机工作参数监测方法，包括：用传感器监测走行装置驱动轴转速、挖掘链的线速度、振动筛激振频率、输送装置输送带滚筒转速、驱动马达的驱动压力和流量，根据监测数据计算出走行速度、驱动马达转速、驱动扭矩，最终计算出作业走行装置、挖掘系统、振动筛、输送装置的驱动功率。本发明通过大量的监测数据采集，分析计算，可直接推导得到作业效率、作业功率和作业速度等作业关键参数及他们之间的内在关系，获取的数据可为道砟清筛机设计基本参数提供参考。
Railway ballast screen scarifier working parameter monitoring method
一种道砟清筛机工作参数监测方法
GAO CHUNLEI (author) / WANG PENG (author) / HE GUOHUA (author) / XING LEI (author) / CHENG FENG (author) / WU HESHAN (author) / ZHANG YUXIU (author) / SONG XIAOYANG (author) / ZHOU JIALIANG (author) / XU JISONG (author)
2021-01-29
Patent
Electronic Resource
Chinese
| European Patent Office | 2024
| European Patent Office | 2020