Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a ring beam constructional column reinforced masonry structure and a cross wall steel tie rod construction connection and a construction method thereof. The ring beam constructional column reinforced masonry structure comprises external constructional columns, external ring beams, steel tie rods and anchor bars with hooks. The ring beam constructional column reinforced masonry structure is characterized in that the external constructional columns are distributed at four corners of a house, joints of an outer wall and a cross wall, a staircase and corresponding corners of an irregular plane; the external constructional columns communicate with each other along the whole height of the house; the external ring beams are arranged to be flush with a building (house) cover, and the external constructional columns and the ring beams are integrally poured to form a closed whole along the periphery of the building; when the steel tie rods are anchored in the external ring beams, end plates are embedded into the ring beams by adopting anchor plates or the steel tie rods with hooks; and the anchor slurry of the steel tie rods, the steel tie rods with the hooks and the anchor bars with the hooks in the anchor holes of the wall body is grouted by cement-based antirust mortar.
本发明涉及圈梁构造柱加固砌体结构与横墙钢拉杆构造连接及其施工方法，包括外加构造柱、外加圈梁、钢拉杆、带弯钩锚筋，其特征在于：所述的外加构造柱分布在房屋四角、外墙与横墙交接处，楼梯间和不规则平面的对应转角处设置；所述的外加构造柱沿房屋全高贯通；所述的外加圈梁设置高度与楼(屋)盖持平，外加构造柱与圈梁整体浇注，沿楼四周形成闭合整体；所述的钢拉杆在外加圈梁内锚固时，端板采用锚板埋入圈梁内或采用带弯钩钢拉杆埋入圈梁内；所述的钢拉杆、带弯钩钢拉杆、带弯钩锚筋在墙体锚孔中的锚浆采用水泥基料防锈砂浆进行灌浆。
The invention relates to a ring beam constructional column reinforced masonry structure and a cross wall steel tie rod construction connection and a construction method thereof. The ring beam constructional column reinforced masonry structure comprises external constructional columns, external ring beams, steel tie rods and anchor bars with hooks. The ring beam constructional column reinforced masonry structure is characterized in that the external constructional columns are distributed at four corners of a house, joints of an outer wall and a cross wall, a staircase and corresponding corners of an irregular plane; the external constructional columns communicate with each other along the whole height of the house; the external ring beams are arranged to be flush with a building (house) cover, and the external constructional columns and the ring beams are integrally poured to form a closed whole along the periphery of the building; when the steel tie rods are anchored in the external ring beams, end plates are embedded into the ring beams by adopting anchor plates or the steel tie rods with hooks; and the anchor slurry of the steel tie rods, the steel tie rods with the hooks and the anchor bars with the hooks in the anchor holes of the wall body is grouted by cement-based antirust mortar.
本发明涉及圈梁构造柱加固砌体结构与横墙钢拉杆构造连接及其施工方法，包括外加构造柱、外加圈梁、钢拉杆、带弯钩锚筋，其特征在于：所述的外加构造柱分布在房屋四角、外墙与横墙交接处，楼梯间和不规则平面的对应转角处设置；所述的外加构造柱沿房屋全高贯通；所述的外加圈梁设置高度与楼(屋)盖持平，外加构造柱与圈梁整体浇注，沿楼四周形成闭合整体；所述的钢拉杆在外加圈梁内锚固时，端板采用锚板埋入圈梁内或采用带弯钩钢拉杆埋入圈梁内；所述的钢拉杆、带弯钩钢拉杆、带弯钩锚筋在墙体锚孔中的锚浆采用水泥基料防锈砂浆进行灌浆。
Ring beam constructional column reinforced masonry structure and cross wall steel tie rod construction connection and construction method thereof
圈梁构造柱加固砌体结构与横墙钢拉杆构造连接及其施工方法
28.12.2021
Patent
Elektronische Ressource
Chinesisch
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