Shanghai Chuangli Group Co., Ltd.

目前传统掘进机设备监控软件普遍采用组态软件设计监控界面,采用二维图片和数字文本的方式展现设备状态,设备状态展示效果不够直观,软件系统兼容性较差。针对以上问题,提出了一种掘进机三维动态监控界面的设计与实现方法,该方法基于C++开发,通过掘进机设备状态的三维模型动态展示,同时结合系统电压、主要模块的电流和温度、系统状态、日志信息等数据,完成整个掘进机的状态监控。现场试验结果表明,本设计实现的掘进机三维动态监控界面能全面、高效地展示掘进机的各项运动状态和参数指标,具有良好的兼容性,能适应不同的设备环境。

At present, traditional monitoring software for tunneling machine equipment generally usesconfiguration software to design monitoring interfaces, using two-dimensional images and digital text to displayequipment status.The display effect of equipment status is not intuitive enough, and the software systemcompatibility is poor. A design and implementation method for a three-dimensional dynamic monitoring interface ofa tunneling machine was proposed to address the above issues. This method was developed based on C ++ anddynamically displayed the equipment status of the tunneling machine through a three-dimensional model. At thesame time, it combines data such as system voltage, current and temperature of main modules, system status, andlog information to complete the monitoring of the entire tunneling machine status. The on-site experimental resultsshowed that the three-dimensional dynamic monitoring interface of the tunneling machine implemented in this designcould comprehensively and efficiently displayed the various motion states and parameter indicators of the tunnelingmachine, had good compatibility, and could adapt to different equipment environments.