Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Special disc buckle formwork support for arc-shaped building structure
The invention discloses a plate buckle formwork support special for an arc building structure. The technical problem that in the prior art, a traditional socket type steel pipe frame is not suitable for erecting an arc building structure supporting frame body, and therefore the construction period of the arc building structure supporting frame body is prolonged is solved. The device comprises regular plate buckle support formworks which are synchronously and uniformly erected towards the two sides by taking arc-shaped building structure main beams as the center, and crossed connection plate buckle support formworks which are erected between the adjacent arc-shaped building structure main beams and are connected with the two regular plate buckle support formworks between the adjacent arc-shaped building structure main beams respectively. According to the method, the cross connection disc buckle formwork support is adopted in the cross connection area between the adjacent arc-shaped building structure main beams, so that the special disc buckle formwork support for the arc-shaped building structure is formed by erecting the disc buckle frame body, and the installation quality of the arc-shaped building structure formwork support can be effectively guaranteed; and the installation speed of the formwork support of the arc-shaped building structure can be effectively increased, so that the construction period of the arc-shaped building structure is effectively shortened, and the building construction cost is reduced.
本发明公开了一种弧形建筑结构专用盘扣支模架，解决现有技术传统承插型钢管架不适用于弧形建筑结构支撑架体搭设从而延长其施工工期的技术问题。本发明包括以弧形建筑结构主梁为中心向两侧同步均匀搭设的规则盘扣支模架，以及搭设于相邻弧形建筑结构主梁之间并分别与该相邻弧形建筑结构主梁之间两个规则盘扣支模架相连接的交叉衔接盘扣支模架。本发明通过对相邻弧形建筑结构主梁之间交叉衔接区域采用交叉衔接盘扣支模架，从而实现搭设盘扣架体成为弧形建筑结构的专用盘扣支模架，不仅能有效保证弧形建筑结构支模架的安装质量，还能有效提高弧形建筑结构支模架的安装速度，以有效缩短弧形建筑结构的施工工期并降低其建筑施工成本。
Special disc buckle formwork support for arc-shaped building structure
The invention discloses a plate buckle formwork support special for an arc building structure. The technical problem that in the prior art, a traditional socket type steel pipe frame is not suitable for erecting an arc building structure supporting frame body, and therefore the construction period of the arc building structure supporting frame body is prolonged is solved. The device comprises regular plate buckle support formworks which are synchronously and uniformly erected towards the two sides by taking arc-shaped building structure main beams as the center, and crossed connection plate buckle support formworks which are erected between the adjacent arc-shaped building structure main beams and are connected with the two regular plate buckle support formworks between the adjacent arc-shaped building structure main beams respectively. According to the method, the cross connection disc buckle formwork support is adopted in the cross connection area between the adjacent arc-shaped building structure main beams, so that the special disc buckle formwork support for the arc-shaped building structure is formed by erecting the disc buckle frame body, and the installation quality of the arc-shaped building structure formwork support can be effectively guaranteed; and the installation speed of the formwork support of the arc-shaped building structure can be effectively increased, so that the construction period of the arc-shaped building structure is effectively shortened, and the building construction cost is reduced.
本发明公开了一种弧形建筑结构专用盘扣支模架，解决现有技术传统承插型钢管架不适用于弧形建筑结构支撑架体搭设从而延长其施工工期的技术问题。本发明包括以弧形建筑结构主梁为中心向两侧同步均匀搭设的规则盘扣支模架，以及搭设于相邻弧形建筑结构主梁之间并分别与该相邻弧形建筑结构主梁之间两个规则盘扣支模架相连接的交叉衔接盘扣支模架。本发明通过对相邻弧形建筑结构主梁之间交叉衔接区域采用交叉衔接盘扣支模架，从而实现搭设盘扣架体成为弧形建筑结构的专用盘扣支模架，不仅能有效保证弧形建筑结构支模架的安装质量，还能有效提高弧形建筑结构支模架的安装速度，以有效缩短弧形建筑结构的施工工期并降低其建筑施工成本。
Special disc buckle formwork support for arc-shaped building structure
一种弧形建筑结构专用盘扣支模架
WANG KUN (Autor:in) / LI DABO (Autor:in) / FENG FAMING (Autor:in) / LUO ENHONG (Autor:in) / CHEN WENYU (Autor:in)
24.06.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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