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A platform for research: civil engineering, architecture and urbanism
Concrete pouring blanking monitoring method, device and equipment and medium
The invention relates to the field of concrete pouring, and discloses a concrete pouring blanking monitoring method, device and equipment and a medium, and the method comprises the steps: creating a BIM model of a pouring region, and extracting a pouring unit boundary line through the BIM model; acquiring operation data of the cable crane, and identifying each working state of the cable crane from working start to current and working time corresponding to each working state through the operation data; determining blanking position information of the cable crane according to each working state of the cable crane in the working process, wherein the blanking position information comprises the position of a pouring unit when the cable crane performs blanking each time; and monitoring the blanking height of the cable crane, the blanking balance degree in the pouring area and the blank layer coverage time in the pouring area based on the working time corresponding to each working state of the cable crane, the blanking position information and the boundary line of the pouring unit. Automatic monitoring of concrete pouring discharging is achieved, the manual workload is reduced, data incompleteness is reduced, and the monitoring accuracy and early warning timeliness are improved.
本发明涉及混凝土浇筑领域，公开了一种混凝土浇筑下料的监测方法、装置、设备及介质，方法包括：创建浇筑区域的BIM模型，并通过BIM模型提取浇筑单元边界线；采集缆机的运行数据，并通过运行数据识别缆机从开始工作到现在的各个工作状态以及各个工作状态对应的工作时间；根据缆机在工作过程中的各个工作状态确定缆机的下料位置信息，下料位置信息包括缆机每次下料时的浇筑单元位置；基于缆机各个工作状态对应的工作时间、下料位置信息和浇筑单元边界线监测缆机的下料高度、浇注区域内的下料均衡度和浇注区域内的胚层覆盖时间。实现了混凝土浇筑下料的自动化监测，减少了人工工作量，降低了数据不完整，提高了监测精确度和预警及时性。
Concrete pouring blanking monitoring method, device and equipment and medium
The invention relates to the field of concrete pouring, and discloses a concrete pouring blanking monitoring method, device and equipment and a medium, and the method comprises the steps: creating a BIM model of a pouring region, and extracting a pouring unit boundary line through the BIM model; acquiring operation data of the cable crane, and identifying each working state of the cable crane from working start to current and working time corresponding to each working state through the operation data; determining blanking position information of the cable crane according to each working state of the cable crane in the working process, wherein the blanking position information comprises the position of a pouring unit when the cable crane performs blanking each time; and monitoring the blanking height of the cable crane, the blanking balance degree in the pouring area and the blank layer coverage time in the pouring area based on the working time corresponding to each working state of the cable crane, the blanking position information and the boundary line of the pouring unit. Automatic monitoring of concrete pouring discharging is achieved, the manual workload is reduced, data incompleteness is reduced, and the monitoring accuracy and early warning timeliness are improved.
本发明涉及混凝土浇筑领域，公开了一种混凝土浇筑下料的监测方法、装置、设备及介质，方法包括：创建浇筑区域的BIM模型，并通过BIM模型提取浇筑单元边界线；采集缆机的运行数据，并通过运行数据识别缆机从开始工作到现在的各个工作状态以及各个工作状态对应的工作时间；根据缆机在工作过程中的各个工作状态确定缆机的下料位置信息，下料位置信息包括缆机每次下料时的浇筑单元位置；基于缆机各个工作状态对应的工作时间、下料位置信息和浇筑单元边界线监测缆机的下料高度、浇注区域内的下料均衡度和浇注区域内的胚层覆盖时间。实现了混凝土浇筑下料的自动化监测，减少了人工工作量，降低了数据不完整，提高了监测精确度和预警及时性。
Concrete pouring blanking monitoring method, device and equipment and medium
一种混凝土浇筑下料的监测方法、装置、设备及介质
TAN YAOSHENG (author) / PEI LEI (author) / LI JUNPING (author) / ZHOU TIANGANG (author) / SHANG CHAO (author) / ZHANG LINGFAN (author) / LI XIANGQIAN (author)
2023-10-10
Patent
Electronic Resource
Chinese
| European Patent Office | 2021