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Thin-wall square box rib-free and accurate positioning hollow floor construction method
The invention relates to construction methods, in particular to a thin-wall square box rib-free and accurate positioning hollow floor construction method. The problem that displacement is caused due to application of a thin-wall square box to a top board of a garage is solved. The construction method includes the steps that a form board support is built; a floor form board is fixed to the form board support; board lower steel bars and hidden beam steel bars are tied; anti-floating iron wires are arranged; the upper ends of the anti-floating iron wires are connected with the lower steel bars, and the lower ends of the anti-floating iron wires are connected with the form board support; a thin-wall square box is placed in a determined position; anti-floating steel bars are arranged above thethin-wall square box; tension bars are disposed between the anti-floating steel bars and the board lower steel bars; positioning steel bars are installed on the two sides of the thin-wall square box;the lower ends of the positioning steel bars are connected with the board lower steel bars; board upper steel bars are installed; the positioning steel bars are connected with the board upper steel bars; and finally concrete pouring is performed. Through the scheme, the thin-wall box can be tied to the steel bars in the top board of the garage and is completely fixed, displacement in the horizontal direction and the vertical direction cannot occur, the structural distribution is uniform, the stress is balanced, and the force-bearing effect is good.
本发明涉及施工方法,具体为一种薄壁方箱无肋精确定位空心楼盖施工方法。解决车库顶板使用薄壁方箱导致的位移的问题。步骤为:搭模板支架,在模板支架上固定好楼盖模板,绑扎板下部钢筋和暗梁钢筋,抗浮铁丝,抗浮铁丝和下部钢筋,模板支架连接,在确定好的位置放置薄壁方箱,薄壁方箱上方设置抗浮钢筋,抗浮钢筋和板下部钢筋之间设置抗拉钢筋,在薄壁方箱两侧安装定位钢筋,定位钢筋下端连接板下部钢筋,安装板上部钢筋,并且将定位钢筋和板上部钢筋连接,最后浇混凝土。通过本发明所述的方案,薄壁箱体可以和车库顶板内的钢筋绑定在一起,完全将薄壁箱体固定住,不产生水平方向和竖向的位移,结构分布均匀,受力均衡,承力效果好。
Thin-wall square box rib-free and accurate positioning hollow floor construction method
The invention relates to construction methods, in particular to a thin-wall square box rib-free and accurate positioning hollow floor construction method. The problem that displacement is caused due to application of a thin-wall square box to a top board of a garage is solved. The construction method includes the steps that a form board support is built; a floor form board is fixed to the form board support; board lower steel bars and hidden beam steel bars are tied; anti-floating iron wires are arranged; the upper ends of the anti-floating iron wires are connected with the lower steel bars, and the lower ends of the anti-floating iron wires are connected with the form board support; a thin-wall square box is placed in a determined position; anti-floating steel bars are arranged above thethin-wall square box; tension bars are disposed between the anti-floating steel bars and the board lower steel bars; positioning steel bars are installed on the two sides of the thin-wall square box;the lower ends of the positioning steel bars are connected with the board lower steel bars; board upper steel bars are installed; the positioning steel bars are connected with the board upper steel bars; and finally concrete pouring is performed. Through the scheme, the thin-wall box can be tied to the steel bars in the top board of the garage and is completely fixed, displacement in the horizontal direction and the vertical direction cannot occur, the structural distribution is uniform, the stress is balanced, and the force-bearing effect is good.
本发明涉及施工方法,具体为一种薄壁方箱无肋精确定位空心楼盖施工方法。解决车库顶板使用薄壁方箱导致的位移的问题。步骤为:搭模板支架,在模板支架上固定好楼盖模板,绑扎板下部钢筋和暗梁钢筋,抗浮铁丝,抗浮铁丝和下部钢筋,模板支架连接,在确定好的位置放置薄壁方箱,薄壁方箱上方设置抗浮钢筋,抗浮钢筋和板下部钢筋之间设置抗拉钢筋,在薄壁方箱两侧安装定位钢筋,定位钢筋下端连接板下部钢筋,安装板上部钢筋,并且将定位钢筋和板上部钢筋连接,最后浇混凝土。通过本发明所述的方案,薄壁箱体可以和车库顶板内的钢筋绑定在一起,完全将薄壁箱体固定住,不产生水平方向和竖向的位移,结构分布均匀,受力均衡,承力效果好。
Thin-wall square box rib-free and accurate positioning hollow floor construction method
一种薄壁方箱无肋精确定位空心楼盖施工方法
ZHANG ZHIYUAN (Autor:in) / HAN YING (Autor:in) / WANG DONGRONG (Autor:in) / RONG YUYING (Autor:in) / YANG HAIFENG (Autor:in) / DU PENGCHENG (Autor:in) / GUO YONGMING (Autor:in) / WEN CANJIN (Autor:in) / CUI CAIXIA (Autor:in) / CAO ZHIGANG (Autor:in)
24.04.2020
Patent
Elektronische Ressource
Chinesisch
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