A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a high formwork erecting construction method which comprises a plurality of formwork erecting devices, and each formwork erecting device comprises a plurality of supporting vertical rods. A connecting piece; the mounting frame is arranged in the connecting piece; the rotor is arranged on the mounting frame through a rotation shaft in a rotatable fit mode, and the axial direction of the rotation shaft coincides with the axial direction of the supporting vertical rod; the monitoring system is used for monitoring the gradient of the supporting vertical rod; the wind power and wind direction monitoring device comprises a wind power monitoring assembly and a wind direction monitoring assembly; the control system is used for controlling the inclination, the wind power and the wind power direction and controlling the opening, closing, rotating speed and rotating direction of the corresponding driving part. When the high-formwork supporting system is built, the connecting pieces are connected to the two adjacent supporting vertical rods in the vertical direction, the rotor is rotated, the angular momentum generated by rotation of the rotor drives the supporting vertical rods to keep the perpendicularity, the supporting vertical rods are effectively prevented from inclining, and the overall stability of the high-formwork supporting system is improved.
本发明公开了一种高支模施工方法，包括多个支模装置，每个支模装置包括多根支撑立杆；连接件；安装架设置于连接件内；转子通过自转轴可被驱动的转动配合设置于安装架，自转轴的轴向与支撑立杆的轴向重合；监测系统，监测系统用于监测支撑立杆的倾斜度；风力风向监测装置，包括风力监测组件和风向监测组件；控制系统，控制系统用于倾斜度、风力大小和风力方向并控制相应的驱动件的启闭、转速和转向。在搭建高支模的支撑体系时，将连接件连接在竖直方向相邻的两根支撑立杆上，转动转子，转子转动产生的角动量驱使支撑立杆保持垂直度，有效防止支撑立杆倾斜，提高高支模支撑体系的整体稳定性。
The invention discloses a high formwork erecting construction method which comprises a plurality of formwork erecting devices, and each formwork erecting device comprises a plurality of supporting vertical rods. A connecting piece; the mounting frame is arranged in the connecting piece; the rotor is arranged on the mounting frame through a rotation shaft in a rotatable fit mode, and the axial direction of the rotation shaft coincides with the axial direction of the supporting vertical rod; the monitoring system is used for monitoring the gradient of the supporting vertical rod; the wind power and wind direction monitoring device comprises a wind power monitoring assembly and a wind direction monitoring assembly; the control system is used for controlling the inclination, the wind power and the wind power direction and controlling the opening, closing, rotating speed and rotating direction of the corresponding driving part. When the high-formwork supporting system is built, the connecting pieces are connected to the two adjacent supporting vertical rods in the vertical direction, the rotor is rotated, the angular momentum generated by rotation of the rotor drives the supporting vertical rods to keep the perpendicularity, the supporting vertical rods are effectively prevented from inclining, and the overall stability of the high-formwork supporting system is improved.
本发明公开了一种高支模施工方法，包括多个支模装置，每个支模装置包括多根支撑立杆；连接件；安装架设置于连接件内；转子通过自转轴可被驱动的转动配合设置于安装架，自转轴的轴向与支撑立杆的轴向重合；监测系统，监测系统用于监测支撑立杆的倾斜度；风力风向监测装置，包括风力监测组件和风向监测组件；控制系统，控制系统用于倾斜度、风力大小和风力方向并控制相应的驱动件的启闭、转速和转向。在搭建高支模的支撑体系时，将连接件连接在竖直方向相邻的两根支撑立杆上，转动转子，转子转动产生的角动量驱使支撑立杆保持垂直度，有效防止支撑立杆倾斜，提高高支模支撑体系的整体稳定性。
High formwork construction method
高支模施工方法
2024-03-29
Patent
Electronic Resource
Chinese
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