A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-altitude frame column top large embedded part mounting system and mounting method
The invention provides a high-altitude frame column top large embedded part mounting system and a mounting method, which are used for mounting an embedded part on the top of a frame column and comprise a frame column template, the embedded part, a supporting system and a suspension type bracket, the supporting system is used for frame beam construction and circumferentially arranged on the outer side of a frame column formwork, and at least one layer of horizontal rods of the supporting system are higher than a frame column. The suspension type support comprises a horizontal piece and a vertical piece, one end of the horizontal piece is connected with the embedded piece, the other end of the horizontal piece penetrates through the frame column formwork to be connected with the vertical piece, and the other end of the vertical piece is movably connected with the horizontal rod. A supporting system of the frame beam is fully utilized, the suspension type support is connected with the frame beam to form an integral supporting system to jointly bear the weight of the embedded part, the integral structure is stable, stress is reasonable, and operation is simpler, more convenient and more efficient; the height, the horizontal position and the angle of the embedded part can be adjusted through the suspension type support, so that the position of the embedded part is more accurate; meanwhile, the suspension type support is simple in structure, can be made of conventional materials and is easier to manufacture.
本发明提供一种高空框架柱顶大型埋件安装体系及安装方法，用于将埋件安装于框架柱顶部，包括框架柱模板、埋件、支撑体系和悬挂式支架；其中支撑体系用于框架梁施工，周向设置于框架柱模板外侧，支撑体系的至少一层水平杆高于框架柱；悬挂式支架包括水平件和竖直件，水平件一端与埋件相连，另一端穿过框架柱模板与竖直件相连，竖直件另一端与水平杆活动相连。本发明充分利用框架梁的支撑体系，采用悬挂式支架与其相连形成整体支撑体系，共同承担埋件重量，整体结构稳定，受力合理，操作更加简便、高效；通过悬挂式支架可调节埋件的高度、水平位置和角度，使埋件的位置更加精准；同时悬挂式支架结构简单，采用常规材料即可制作，更加易于制作。
High-altitude frame column top large embedded part mounting system and mounting method
The invention provides a high-altitude frame column top large embedded part mounting system and a mounting method, which are used for mounting an embedded part on the top of a frame column and comprise a frame column template, the embedded part, a supporting system and a suspension type bracket, the supporting system is used for frame beam construction and circumferentially arranged on the outer side of a frame column formwork, and at least one layer of horizontal rods of the supporting system are higher than a frame column. The suspension type support comprises a horizontal piece and a vertical piece, one end of the horizontal piece is connected with the embedded piece, the other end of the horizontal piece penetrates through the frame column formwork to be connected with the vertical piece, and the other end of the vertical piece is movably connected with the horizontal rod. A supporting system of the frame beam is fully utilized, the suspension type support is connected with the frame beam to form an integral supporting system to jointly bear the weight of the embedded part, the integral structure is stable, stress is reasonable, and operation is simpler, more convenient and more efficient; the height, the horizontal position and the angle of the embedded part can be adjusted through the suspension type support, so that the position of the embedded part is more accurate; meanwhile, the suspension type support is simple in structure, can be made of conventional materials and is easier to manufacture.
本发明提供一种高空框架柱顶大型埋件安装体系及安装方法，用于将埋件安装于框架柱顶部，包括框架柱模板、埋件、支撑体系和悬挂式支架；其中支撑体系用于框架梁施工，周向设置于框架柱模板外侧，支撑体系的至少一层水平杆高于框架柱；悬挂式支架包括水平件和竖直件，水平件一端与埋件相连，另一端穿过框架柱模板与竖直件相连，竖直件另一端与水平杆活动相连。本发明充分利用框架梁的支撑体系，采用悬挂式支架与其相连形成整体支撑体系，共同承担埋件重量，整体结构稳定，受力合理，操作更加简便、高效；通过悬挂式支架可调节埋件的高度、水平位置和角度，使埋件的位置更加精准；同时悬挂式支架结构简单，采用常规材料即可制作，更加易于制作。
High-altitude frame column top large embedded part mounting system and mounting method
一种高空框架柱顶大型埋件安装体系及安装方法
WANG CHUNQING (author) / LIU JIA (author) / WANG SHUO (author)
2024-05-28
Patent
Electronic Resource
Chinese
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