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Positioning anti-floating construction method of water stop screw for hollow floor system inner mold
The invention discloses a positioning anti-floating construction method of a water stop screw rod for a hollow floor system inner mold. The positioning anti-floating construction method is characterized by comprising the following steps of: a, punching, namely punching on a bottom mold at a slurry leakage hole of the inner mold; b, inner mold bottom filler strips are installed, wherein the erecting filler strips are placed on the lower portion of the inner mold; c, laying an inner mold: placing the inner mold (1) at a specified position according to the drawing layout; d, a cushion block between the on-plate iron and the inner mold is placed, wherein after the inner mold is placed, a limiting cushion block is placed; e, reinforcing the water-stop screw rod: reinforcing the water-stop screw rod (2) by adopting mountain-shaped clamps on two sides, connecting the mountain-shaped clamp on the upper side with the main reinforcement of the steel bar, and fastening by using nuts; f, pouring concrete: pouring the concrete by adopting a layered material distribution and layered vibration mode; cleaning is conducted after mold removal, and the E-shaped clamps and the nuts are removed. The positioning anti-floating construction method of the water stop screw for the hollow floor system inner mold has the advantages that the structure of the reinforced water stop screw at the slurry leakage hole of the inner mold is simple, the construction is convenient, and the inner mold is connected with the steel bars of the upper plate and the lower plate to form an anti-floating whole.
一种空心楼盖内模用止水螺杆的定位抗浮施工方法,其特征在于包括以下步骤:a、打孔:在内模漏浆孔处的底模上打孔;b、安装内模底垫条:在内模下部放架立垫条;c、铺放内模:根据图纸布置将内模(1)安放在规定位置;d、安放板上铁与内模之间的垫块:放好内模后再放限位垫块;e、加固止水螺杆:两侧山型卡加固止水螺杆(2),上侧山型卡与钢筋主筋连接,用螺母紧固:f、浇筑混凝土:采用分层布料分层振捣的方式浇筑混凝土;拆模后清理:拆除山型卡及螺母。本发明的空心楼盖内模用止水螺杆的定位抗浮施工方法具有内模漏浆孔处加固止水螺杆结构简单、施工方便和内模与上、下板钢筋连接为抗浮整体的优点。
Positioning anti-floating construction method of water stop screw for hollow floor system inner mold
The invention discloses a positioning anti-floating construction method of a water stop screw rod for a hollow floor system inner mold. The positioning anti-floating construction method is characterized by comprising the following steps of: a, punching, namely punching on a bottom mold at a slurry leakage hole of the inner mold; b, inner mold bottom filler strips are installed, wherein the erecting filler strips are placed on the lower portion of the inner mold; c, laying an inner mold: placing the inner mold (1) at a specified position according to the drawing layout; d, a cushion block between the on-plate iron and the inner mold is placed, wherein after the inner mold is placed, a limiting cushion block is placed; e, reinforcing the water-stop screw rod: reinforcing the water-stop screw rod (2) by adopting mountain-shaped clamps on two sides, connecting the mountain-shaped clamp on the upper side with the main reinforcement of the steel bar, and fastening by using nuts; f, pouring concrete: pouring the concrete by adopting a layered material distribution and layered vibration mode; cleaning is conducted after mold removal, and the E-shaped clamps and the nuts are removed. The positioning anti-floating construction method of the water stop screw for the hollow floor system inner mold has the advantages that the structure of the reinforced water stop screw at the slurry leakage hole of the inner mold is simple, the construction is convenient, and the inner mold is connected with the steel bars of the upper plate and the lower plate to form an anti-floating whole.
一种空心楼盖内模用止水螺杆的定位抗浮施工方法,其特征在于包括以下步骤:a、打孔:在内模漏浆孔处的底模上打孔;b、安装内模底垫条:在内模下部放架立垫条;c、铺放内模:根据图纸布置将内模(1)安放在规定位置;d、安放板上铁与内模之间的垫块:放好内模后再放限位垫块;e、加固止水螺杆:两侧山型卡加固止水螺杆(2),上侧山型卡与钢筋主筋连接,用螺母紧固:f、浇筑混凝土:采用分层布料分层振捣的方式浇筑混凝土;拆模后清理:拆除山型卡及螺母。本发明的空心楼盖内模用止水螺杆的定位抗浮施工方法具有内模漏浆孔处加固止水螺杆结构简单、施工方便和内模与上、下板钢筋连接为抗浮整体的优点。
Positioning anti-floating construction method of water stop screw for hollow floor system inner mold
一种空心楼盖内模用止水螺杆的定位抗浮施工方法
MA HAIXU (Autor:in) / HAN GUANGRUI (Autor:in) / DING XIANQIN (Autor:in) / LIU BAOSHUO (Autor:in) / LI BOQUN (Autor:in)
30.08.2024
Patent
Elektronische Ressource
Chinesisch
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