A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Basement floor construction method and basement floor structure
The invention discloses a basement floor construction method and a basement floor structure. The basement floor construction method comprises the following steps of S1: laying a corrugated pipe on a base layer; S2: threading steel strands into the channel of the corrugated pipe; S3: pouring waterproof concrete on the base layer until the waterproof concrete covers the corrugated pipe to form a waterproof concrete layer; S4; after the waterproof concrete is cured to the set strength, fixing the fixed ends of the steel strands in the waterproof concrete layer, and tensioning the steel strands through the tension ends of the steel strands; S5: grouting into the gap between the corrugated pipe and the steel strands; and S6: blocking the tension ends, wherein the steps S2 and S3 are in no particular order. The method does not need to lay a flexible waterproof layer on the bottom plate, avoids the water leakage problem caused by the laying quality of the flexible waterproof layer, and at thesame time, saves the complicated procedures in the process of laying the flexible waterproof material and saves the construction period.
本发明公开了一种地下室底板施工方法和地下室底板结构，地下室底板施工方法包括如下步骤：S1：在基层上铺设波纹管；S2：将钢绞线穿束于波纹管的孔道中；S3：向基层上浇筑防水混凝土至防水混凝土覆盖波纹管，形成防水混凝土层；S4；防水混凝土养护到设定强度后，钢绞线的固定端固定于防水混凝土层中，通过钢绞线的张拉端对钢绞线进行张拉；S5：向波纹管和钢绞线之间的空隙进行灌浆；S6：将张拉端封堵；其中，S2和S3不分先后。本方法无需在底板上铺设柔性防水层，避免了由柔性防水层铺设质量问题而产生的漏水问题，同时，也省去了因铺设柔性防水材料的过程中的繁复工序，节约施工工期。
Basement floor construction method and basement floor structure
The invention discloses a basement floor construction method and a basement floor structure. The basement floor construction method comprises the following steps of S1: laying a corrugated pipe on a base layer; S2: threading steel strands into the channel of the corrugated pipe; S3: pouring waterproof concrete on the base layer until the waterproof concrete covers the corrugated pipe to form a waterproof concrete layer; S4; after the waterproof concrete is cured to the set strength, fixing the fixed ends of the steel strands in the waterproof concrete layer, and tensioning the steel strands through the tension ends of the steel strands; S5: grouting into the gap between the corrugated pipe and the steel strands; and S6: blocking the tension ends, wherein the steps S2 and S3 are in no particular order. The method does not need to lay a flexible waterproof layer on the bottom plate, avoids the water leakage problem caused by the laying quality of the flexible waterproof layer, and at thesame time, saves the complicated procedures in the process of laying the flexible waterproof material and saves the construction period.
本发明公开了一种地下室底板施工方法和地下室底板结构，地下室底板施工方法包括如下步骤：S1：在基层上铺设波纹管；S2：将钢绞线穿束于波纹管的孔道中；S3：向基层上浇筑防水混凝土至防水混凝土覆盖波纹管，形成防水混凝土层；S4；防水混凝土养护到设定强度后，钢绞线的固定端固定于防水混凝土层中，通过钢绞线的张拉端对钢绞线进行张拉；S5：向波纹管和钢绞线之间的空隙进行灌浆；S6：将张拉端封堵；其中，S2和S3不分先后。本方法无需在底板上铺设柔性防水层，避免了由柔性防水层铺设质量问题而产生的漏水问题，同时，也省去了因铺设柔性防水材料的过程中的繁复工序，节约施工工期。
Basement floor construction method and basement floor structure
地下室底板施工方法和地下室底板结构
ZHENG JIE (author) / CAI SHITONG (author) / SHEN NENGDIAN (author) / LI ZIHANG (author) / CHEN WENJUAN (author)
2020-09-22
Patent
Electronic Resource
Chinese
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