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Design and Application of Running State Detection System for the Oscillating Subsoiler Based on CAN Bus

机译:基于CAN总线的振荡子轴运行状态检测系统的设计与应用

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In view of problems such as difficulty in measuring state parameters and disturbance in the process of agricultural machinery, the monitoring system is designed for running state of the oscillating subsoiler based on CAN bus, to collect the deep loosening machine running speed, tractive resistance, the temperature and humidity of the environment, vibration frequency of key point and electrical system status for fault detection. A master control system based on mega128 and C8051F040 and several slave independent sensor node based on C8051F040 could build a intelligent monitor network via CAN Bus. The parameter of machine working state can be set, displayed, storage, and block positioning information by GPS and related operational data could be uploaded to the far range control center through GPRS network. The results show that the system is stable and reliable, and can adapt to the different working condition of the oscillating subsoiler.
机译:鉴于诸如难以测量农业机械过程中的状态参数和干扰等问题,监控系统专为基于CAN总线的振荡底梭器的运行状态而设计,以收集速度升高的机器运行速度,牵引力温度和湿度的环境,关键点的振动频率和电气系统出现故障检测状态。基于MEGA128和C8051F040的主控制系统和基于C8051F040的多个从独立传感器节点可以通过CAN总线构建智能监视器网络。可以将机器工作状态的参数设置,显示,存储和通过GPS网络通过GPS上传到远程控制中心的相关操作数据。结果表明,该系统是稳定可靠的,可以适应振荡底阱的不同工作条件。

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