A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Premixed mortar pumping control method and device for multi-storey and high-rise buildings
The invention discloses a ready-mixed mortar pumping control method and device for multi-storey and high-rise buildings, and the method comprises the steps: carrying out the real-time monitoring and control of mortar feeding, mortar stirring, transmission pipeline pressure, pumping floors and dust raising conditions, transmitting the collected data to background machine equipment, carrying out background BIM modeling, calculating the difference between the actual condition and the preset condition, and carrying out the adjustment at any time. During working, mortar is discharged to the mortar mixer from the mortar storage tank, stirred mortar is conveyed to the pressure pumping machine, the pressure pumping machine 4 pressurizes the mortar and pumps the mortar to a required floor through the pressure pumping pipe 8, and when atmospheric dust is raised around a working site due to overflow of dry powder, the automatic spraying head is started to perform spraying and dust falling, so that the field environment is protected; according to the system, on the basis of technologies such as the Internet of Things, 5G transmission and PC data processing, intelligent man-machine interaction is achieved through PLC programming and processing, the mortar stirring condition, the pipeline pressure, the pumping distance, the pumping floor and the dust raising condition are reflected in real time, and real automatic management is achieved.
本发明公开了多、高层建筑预拌砂浆泵送控制方法及其装置，先对砂浆进料、砂浆搅拌、传输管道压力、泵送楼层、扬尘情况进行实时监控与操控，将收集的数据传输入后台机器设备，后台BIM建模，计算出实际情况与预设情况的差异并随时调整，工作时由砂浆储料罐放料至砂浆搅拌机，搅拌完的砂浆运送至压力泵送机，由压力泵送机4加压将砂浆经压力泵送管8泵送至所需所需楼层，当工作场地四周因干粉外溢造成大气扬尘时，自动喷淋头开启，进行喷淋降尘，保护现场环境，本发明依托物联网、5G传输、PC数据处理等技术，通过PLC程序编写和处理，做到智能化人机交互，实时反映砂浆搅拌情况、管道压力、泵送距离、泵送楼层、扬尘情况，实现真正的自动化管理。
Premixed mortar pumping control method and device for multi-storey and high-rise buildings
The invention discloses a ready-mixed mortar pumping control method and device for multi-storey and high-rise buildings, and the method comprises the steps: carrying out the real-time monitoring and control of mortar feeding, mortar stirring, transmission pipeline pressure, pumping floors and dust raising conditions, transmitting the collected data to background machine equipment, carrying out background BIM modeling, calculating the difference between the actual condition and the preset condition, and carrying out the adjustment at any time. During working, mortar is discharged to the mortar mixer from the mortar storage tank, stirred mortar is conveyed to the pressure pumping machine, the pressure pumping machine 4 pressurizes the mortar and pumps the mortar to a required floor through the pressure pumping pipe 8, and when atmospheric dust is raised around a working site due to overflow of dry powder, the automatic spraying head is started to perform spraying and dust falling, so that the field environment is protected; according to the system, on the basis of technologies such as the Internet of Things, 5G transmission and PC data processing, intelligent man-machine interaction is achieved through PLC programming and processing, the mortar stirring condition, the pipeline pressure, the pumping distance, the pumping floor and the dust raising condition are reflected in real time, and real automatic management is achieved.
本发明公开了多、高层建筑预拌砂浆泵送控制方法及其装置，先对砂浆进料、砂浆搅拌、传输管道压力、泵送楼层、扬尘情况进行实时监控与操控，将收集的数据传输入后台机器设备，后台BIM建模，计算出实际情况与预设情况的差异并随时调整，工作时由砂浆储料罐放料至砂浆搅拌机，搅拌完的砂浆运送至压力泵送机，由压力泵送机4加压将砂浆经压力泵送管8泵送至所需所需楼层，当工作场地四周因干粉外溢造成大气扬尘时，自动喷淋头开启，进行喷淋降尘，保护现场环境，本发明依托物联网、5G传输、PC数据处理等技术，通过PLC程序编写和处理，做到智能化人机交互，实时反映砂浆搅拌情况、管道压力、泵送距离、泵送楼层、扬尘情况，实现真正的自动化管理。
Premixed mortar pumping control method and device for multi-storey and high-rise buildings
多、高层建筑预拌砂浆泵送控制方法及其装置
NI QIANXUE (author) / LIN AIJIAN (author) / DAI DAOYUN (author) / QIN BALONG (author) / JIAN JUNJIE (author)
2023-05-12
Patent
Electronic Resource
Chinese
Multi-storey fire analysis for high-rise buildings
| British Library Conference Proceedings | 2007
| Springer Verlag | 2018
| Wiley | 2005