A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-altitude cantilever high formwork structure
The invention relates to the technical field of overhanging high formwork supporting, in particular to a high-altitude overhanging high formwork supporting structure which comprises a wall plate, a bottom end supporting frame plate is arranged at the bottom of the right side of the wall plate, a floor supporting device is arranged on the side face of the wall plate, and an auxiliary connecting device is arranged at the top of the floor supporting device. And a bearing device is arranged at the top of the floor supporting device. According to the high-altitude cantilever high formwork structure, the floor supporting device is arranged, the height of the lower end connecting frame rod is adjusted according to the model, the lower end connecting frame rod is used for being matched with a second floor and a third floor which are arranged at different intervals, and the upper end connecting frame rod and the lower end connecting frame rod are connected through a middle connecting base, an inner connecting column rod and other assemblies; and the distance between the floors is adjusted through the height of the upper end connecting frame rod and the height of the lower end connecting frame rod, the installation adjusting range is not only the adjustable jacking adjusting range any more, the adjusting range is large, the adaptability is high, and practicability is high.
本发明涉及悬挑高支模技术领域，具体为一种高空悬挑高支模结构，包括墙板，所述墙板的右侧底部设置有底端支撑架板，所述墙板的侧面设置有楼板支撑装置，所述楼板支撑装置的顶部设置有辅助连接装置，所述楼板支撑装置的顶部设置有承重装置。该高空悬挑高支模结构，通过设置有楼板支撑装置，下端连接架杆的高度是根据型号进行调节的，用于适配不同间距的第二楼板和第三楼板进行使用，上端连接架杆和下端连接架杆通过中间的中间连接座和内连接柱杆等组件进行连接，且间距通过上端连接架杆和下端连接架杆的高度从而实现楼板间距的调节，调节安装的范围不再是只有可调顶托调节的范围，调节范围大，适配度强，实用性强。
High-altitude cantilever high formwork structure
The invention relates to the technical field of overhanging high formwork supporting, in particular to a high-altitude overhanging high formwork supporting structure which comprises a wall plate, a bottom end supporting frame plate is arranged at the bottom of the right side of the wall plate, a floor supporting device is arranged on the side face of the wall plate, and an auxiliary connecting device is arranged at the top of the floor supporting device. And a bearing device is arranged at the top of the floor supporting device. According to the high-altitude cantilever high formwork structure, the floor supporting device is arranged, the height of the lower end connecting frame rod is adjusted according to the model, the lower end connecting frame rod is used for being matched with a second floor and a third floor which are arranged at different intervals, and the upper end connecting frame rod and the lower end connecting frame rod are connected through a middle connecting base, an inner connecting column rod and other assemblies; and the distance between the floors is adjusted through the height of the upper end connecting frame rod and the height of the lower end connecting frame rod, the installation adjusting range is not only the adjustable jacking adjusting range any more, the adjusting range is large, the adaptability is high, and practicability is high.
本发明涉及悬挑高支模技术领域，具体为一种高空悬挑高支模结构，包括墙板，所述墙板的右侧底部设置有底端支撑架板，所述墙板的侧面设置有楼板支撑装置，所述楼板支撑装置的顶部设置有辅助连接装置，所述楼板支撑装置的顶部设置有承重装置。该高空悬挑高支模结构，通过设置有楼板支撑装置，下端连接架杆的高度是根据型号进行调节的，用于适配不同间距的第二楼板和第三楼板进行使用，上端连接架杆和下端连接架杆通过中间的中间连接座和内连接柱杆等组件进行连接，且间距通过上端连接架杆和下端连接架杆的高度从而实现楼板间距的调节，调节安装的范围不再是只有可调顶托调节的范围，调节范围大，适配度强，实用性强。
High-altitude cantilever high formwork structure
一种高空悬挑高支模结构
WANG XINGCHI (author) / QIAN YUELING (author)
2023-12-01
Patent
Electronic Resource
Chinese
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