Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Wall structure on stair inclined steel beam and construction method
The invention discloses a wall structure on a stair inclined steel beam and a construction method. The stair inclined steel beam comprises an upper stair steel beam and a lower stair steel beam, and the wall structure comprises a guide wall fixed to at least one side of the lower stair steel beam, two constructional columns fixed between the guide wall and the upper stair steel beam, and a masonry wall built in an area defined by the guide wall, the upper stair steel beam and the two constructional columns, wherein embedded ribs used for fixing the guide wall and the lower stair steel beam are embedded in the guide wall, and the two constructional columns are located at the two ends of the lower stair steel beam correspondingly. According to the structure, the embedded ribs, the guide wall and the constructional columns are combined to form a stress whole, and the technical problem that in the prior art, a wall is difficult to firmly fix when built on an inclined steel beam is solved; and a base which is obliquely built at the bottom end of the masonry wall is optimized into a stepped horizontal base, so that construction of a masonry structure is facilitated, and the stability of a masonry wall body on the inclined steel beam is improved.
本发明的楼梯斜钢梁上的墙体结构及施工方法，楼梯斜钢梁包括上梯钢梁和下梯钢梁，墙体结构包括固定于该下梯钢梁上的至少一侧的导墙、固定于该导墙与该上梯钢梁之间的两根构造柱、以及砌筑于该导墙、该上梯钢梁以及两根该构造柱所围设的区域的砌筑墙，该导墙内预埋有用于固定该导墙与该下梯钢梁的预埋筋，两根该构造柱分别对位于该下梯钢梁的两端。本发明通过预埋筋、导墙和构造柱结合组成了一个受力整体，解决了现有技术中在斜钢梁上砌筑墙体难以牢固固定的技术问题。本发明将砌筑墙的底端斜向砌筑的底座优化为阶梯式水平底座，方便砌筑结构施工，提高了斜钢梁上的砌筑墙体的稳定性。
Wall structure on stair inclined steel beam and construction method
The invention discloses a wall structure on a stair inclined steel beam and a construction method. The stair inclined steel beam comprises an upper stair steel beam and a lower stair steel beam, and the wall structure comprises a guide wall fixed to at least one side of the lower stair steel beam, two constructional columns fixed between the guide wall and the upper stair steel beam, and a masonry wall built in an area defined by the guide wall, the upper stair steel beam and the two constructional columns, wherein embedded ribs used for fixing the guide wall and the lower stair steel beam are embedded in the guide wall, and the two constructional columns are located at the two ends of the lower stair steel beam correspondingly. According to the structure, the embedded ribs, the guide wall and the constructional columns are combined to form a stress whole, and the technical problem that in the prior art, a wall is difficult to firmly fix when built on an inclined steel beam is solved; and a base which is obliquely built at the bottom end of the masonry wall is optimized into a stepped horizontal base, so that construction of a masonry structure is facilitated, and the stability of a masonry wall body on the inclined steel beam is improved.
本发明的楼梯斜钢梁上的墙体结构及施工方法，楼梯斜钢梁包括上梯钢梁和下梯钢梁，墙体结构包括固定于该下梯钢梁上的至少一侧的导墙、固定于该导墙与该上梯钢梁之间的两根构造柱、以及砌筑于该导墙、该上梯钢梁以及两根该构造柱所围设的区域的砌筑墙，该导墙内预埋有用于固定该导墙与该下梯钢梁的预埋筋，两根该构造柱分别对位于该下梯钢梁的两端。本发明通过预埋筋、导墙和构造柱结合组成了一个受力整体，解决了现有技术中在斜钢梁上砌筑墙体难以牢固固定的技术问题。本发明将砌筑墙的底端斜向砌筑的底座优化为阶梯式水平底座，方便砌筑结构施工，提高了斜钢梁上的砌筑墙体的稳定性。
Wall structure on stair inclined steel beam and construction method
楼梯斜钢梁上的墙体结构及施工方法
DU GAOSHUAI (Autor:in) / HOU HAIFANG (Autor:in) / PAN WENQIANG (Autor:in) / YANG KAI (Autor:in) / MO TING (Autor:in)
14.09.2021
Patent
Elektronische Ressource
Chinesisch
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