A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of open-pit mining, in particular to excavator construction guiding and analyzing equipment. A method comprises the following steps: module selection, wherein modules needing to be installed comprise a GNSS antenna, a network module, a machine body sensor, a control box, a big arm angle sensor, a second arm angle sensor and an excavator bucket angle sensor; and module installation, wherein the GNSS antenna is installed at the position, close to an engine, of the top of an excavator, the network module is installed at the top of a cab of the excavator, the machine body sensor is installed on a chassis at the top of the excavator, and the control box is installed in the cab of the excavator. According to the excavator construction guiding and analyzing equipment, the situation of the excavator bucket and the position and posture of the machine body are observed in real time through a display screen, the quality situation and the construction environment of construction operation are displayed through data and graphs, a manipulator is guided to finish construction more accurately according to a design scheme, therefore, the construction quality is improved, potential safety hazards are reduced, the construction cost is reduced, and the construction progress is accelerated.
本发明专利涉及露天矿开采技术领域，尤其为一种挖掘机施工引导与分析装备，包括以下步骤：选择模块：需要安装的模块包括：GNSS天线、网络模块、机身传感器、控制箱、大臂角度传感器、二臂角度传感器、挖斗角度传感器；模块安装：GNSS天线安装在挖掘机顶部靠近发动机的位置，网络模块安装在挖掘机驾驶舱的顶部，机身传感器安装在挖掘机的顶部的底盘上，控制箱安装在挖掘机驾驶舱的内部；本发明专利通过显示屏实时观察挖斗的情况，机身位置姿态，通过数据和图形的展现施工作业的质量情况和施工环境，引导机手更精准的按照设计方案完成施工，从而提高施工质量，减少安全隐患，降低施工成本，加快施工进度。
The invention relates to the technical field of open-pit mining, in particular to excavator construction guiding and analyzing equipment. A method comprises the following steps: module selection, wherein modules needing to be installed comprise a GNSS antenna, a network module, a machine body sensor, a control box, a big arm angle sensor, a second arm angle sensor and an excavator bucket angle sensor; and module installation, wherein the GNSS antenna is installed at the position, close to an engine, of the top of an excavator, the network module is installed at the top of a cab of the excavator, the machine body sensor is installed on a chassis at the top of the excavator, and the control box is installed in the cab of the excavator. According to the excavator construction guiding and analyzing equipment, the situation of the excavator bucket and the position and posture of the machine body are observed in real time through a display screen, the quality situation and the construction environment of construction operation are displayed through data and graphs, a manipulator is guided to finish construction more accurately according to a design scheme, therefore, the construction quality is improved, potential safety hazards are reduced, the construction cost is reduced, and the construction progress is accelerated.
本发明专利涉及露天矿开采技术领域，尤其为一种挖掘机施工引导与分析装备，包括以下步骤：选择模块：需要安装的模块包括：GNSS天线、网络模块、机身传感器、控制箱、大臂角度传感器、二臂角度传感器、挖斗角度传感器；模块安装：GNSS天线安装在挖掘机顶部靠近发动机的位置，网络模块安装在挖掘机驾驶舱的顶部，机身传感器安装在挖掘机的顶部的底盘上，控制箱安装在挖掘机驾驶舱的内部；本发明专利通过显示屏实时观察挖斗的情况，机身位置姿态，通过数据和图形的展现施工作业的质量情况和施工环境，引导机手更精准的按照设计方案完成施工，从而提高施工质量，减少安全隐患，降低施工成本，加快施工进度。
Excavator construction guiding and analyzing equipment
一种挖掘机施工引导与分析装备
GUO HENG (author)
2021-02-02
Patent
Electronic Resource
Chinese
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