A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Adjustable externally-hung cantilever support system and adjusting method of externally-hung cantilever support
The invention provides an adjustable externally-hung cantilever support system and an adjusting method of an externally-hung cantilever support. The adjustable externally-hung cantilever support system comprises a mounting foundation and a cantilever support. The installation foundation is fixed to the beam side face of the corresponding steel-concrete composite beam or the corresponding steel box beam, and a plurality of first through holes are formed in the installation foundation. A second through hole is formed in the cantilever support, and different first through holes are coaxially selected to be coaxial with the second through hole, so that the mounting height of the cantilever support on the corresponding steel-concrete composite beam or the corresponding steel box beam is adjusted; and the connecting piece penetrates through the first through hole and the second through hole which are coaxial to connect the mounting foundation with the cantilever support so as to fix the mounting height of the cantilever support on the corresponding steel-concrete composite beam or the steel box beam. According to the adjustable externally-hung cantilever support system, the installation height can be selected when the cantilever support is installed at high altitude, so that the height of the bamboo plywood bottom die is adjustable, meanwhile, the construction work amount of high-altitude operation can be reduced, and the working time of high-altitude operation is shortened.
本申请提供了一种可调式外挂悬臂支架系统和外挂悬臂支架的调整方法，该可调式外挂悬臂支架系统包括安装基础和悬臂支架；安装基础固定在对应的钢‑混组合梁或钢箱梁的梁侧面，安装基础上排列有多个第一通孔；悬臂支架，悬臂支架上设有第二通孔，同轴选取不同的第一通孔与第二通孔同轴，以调整悬臂支架在对应的钢‑混组合梁或钢箱梁上的安装高度；连接件，穿过同轴的第一通孔和第二通孔将安装基础和悬臂支架连接，以固定悬臂支架在对应的钢‑混组合梁或钢箱梁上的安装高度。本发明的一种可调式外挂悬臂支架系统能够在悬臂支架高空安装时的安装高度可选，从而实现竹胶板底模的高度可调，同时能够减少高空作业施工工程量，减少高空作业工时。
Adjustable externally-hung cantilever support system and adjusting method of externally-hung cantilever support
The invention provides an adjustable externally-hung cantilever support system and an adjusting method of an externally-hung cantilever support. The adjustable externally-hung cantilever support system comprises a mounting foundation and a cantilever support. The installation foundation is fixed to the beam side face of the corresponding steel-concrete composite beam or the corresponding steel box beam, and a plurality of first through holes are formed in the installation foundation. A second through hole is formed in the cantilever support, and different first through holes are coaxially selected to be coaxial with the second through hole, so that the mounting height of the cantilever support on the corresponding steel-concrete composite beam or the corresponding steel box beam is adjusted; and the connecting piece penetrates through the first through hole and the second through hole which are coaxial to connect the mounting foundation with the cantilever support so as to fix the mounting height of the cantilever support on the corresponding steel-concrete composite beam or the steel box beam. According to the adjustable externally-hung cantilever support system, the installation height can be selected when the cantilever support is installed at high altitude, so that the height of the bamboo plywood bottom die is adjustable, meanwhile, the construction work amount of high-altitude operation can be reduced, and the working time of high-altitude operation is shortened.
本申请提供了一种可调式外挂悬臂支架系统和外挂悬臂支架的调整方法，该可调式外挂悬臂支架系统包括安装基础和悬臂支架；安装基础固定在对应的钢‑混组合梁或钢箱梁的梁侧面，安装基础上排列有多个第一通孔；悬臂支架，悬臂支架上设有第二通孔，同轴选取不同的第一通孔与第二通孔同轴，以调整悬臂支架在对应的钢‑混组合梁或钢箱梁上的安装高度；连接件，穿过同轴的第一通孔和第二通孔将安装基础和悬臂支架连接，以固定悬臂支架在对应的钢‑混组合梁或钢箱梁上的安装高度。本发明的一种可调式外挂悬臂支架系统能够在悬臂支架高空安装时的安装高度可选，从而实现竹胶板底模的高度可调，同时能够减少高空作业施工工程量，减少高空作业工时。
Adjustable externally-hung cantilever support system and adjusting method of externally-hung cantilever support
一种可调式外挂悬臂支架系统和外挂悬臂支架的调整方法
ZHAO YUYAO (author) / MIAO ZHUANGZHI (author) / ZHANG WENQIANG (author) / GAO FEI (author) / GAO LUAN (author) / AN BAOSHI (author) / PENG HONGYAN (author) / WANG SHUAI (author) / JIANG RUI (author)
2022-04-22
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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