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A platform for research: civil engineering, architecture and urbanism
Artificial water system anti-seepage construction structure and construction method
The invention discloses an artificial water system anti-seepage construction structure and construction method, and relates to the technical field of waterproof construction, the artificial water system anti-seepage construction structure comprises two pieces of cloth and one film, a steel bar supporting column assembly, an anti-seepage consolidation protection assembly and a joint anti-seepage assembly, the two pieces of cloth and one film are located on the two sides of the steel bar supporting column assembly, and the two pieces of cloth and one film are located on the two sides of the joint anti-seepage assembly; the anti-seepage consolidation protection assembly is arranged on the two-cloth-one-film, the joint anti-seepage assembly is located at the joint of the steel bar supporting column assembly, the two-cloth-one-film and the anti-seepage consolidation protection assembly, and the joint anti-seepage assembly comprises hemp threads and asphalt waterproof factice. A first connecting gap is formed in the connecting position of the two pieces of cloth and one film and the reinforced concrete supporting column, the hemp threads are filled in the first connecting gap, a second connecting gap is formed in the connecting position of the anti-seepage reinforced concrete ring pouring layer and the reinforced concrete supporting column, and the asphalt waterproof factice is melted and injected in the second connecting gap. The method has the effect of improving the anti-seepage performance of the artificial water system.
本申请公开了一种人造水系防渗漏施工结构及施工方法，涉及防水施工技术领域，其包括两布一膜、钢筋支柱组件、抗渗固结保护组件以及接缝防渗组件，所述两布一膜位于所述钢筋支柱组件的两侧，所述抗渗固结保护组件设置在所述两布一膜上，所述接缝防渗组件位于所述钢筋支柱组件、所述两布一膜以及所述抗渗固结保护组件的连接处,所述接缝防渗组件包括麻丝和沥青防水油膏，所述两布一膜与所述钢筋砼支柱连接处存在有第一连接间隙，所述麻丝填充在所述第一连接间隙内，所述抗渗钢筋砼圈浇注层与所述钢筋砼支柱连接处存在有第二连接间隙，所述沥青防水油膏熔注在所述第二连接间隙内。本申请具有提高人造水系防渗漏性能的效果。
Artificial water system anti-seepage construction structure and construction method
The invention discloses an artificial water system anti-seepage construction structure and construction method, and relates to the technical field of waterproof construction, the artificial water system anti-seepage construction structure comprises two pieces of cloth and one film, a steel bar supporting column assembly, an anti-seepage consolidation protection assembly and a joint anti-seepage assembly, the two pieces of cloth and one film are located on the two sides of the steel bar supporting column assembly, and the two pieces of cloth and one film are located on the two sides of the joint anti-seepage assembly; the anti-seepage consolidation protection assembly is arranged on the two-cloth-one-film, the joint anti-seepage assembly is located at the joint of the steel bar supporting column assembly, the two-cloth-one-film and the anti-seepage consolidation protection assembly, and the joint anti-seepage assembly comprises hemp threads and asphalt waterproof factice. A first connecting gap is formed in the connecting position of the two pieces of cloth and one film and the reinforced concrete supporting column, the hemp threads are filled in the first connecting gap, a second connecting gap is formed in the connecting position of the anti-seepage reinforced concrete ring pouring layer and the reinforced concrete supporting column, and the asphalt waterproof factice is melted and injected in the second connecting gap. The method has the effect of improving the anti-seepage performance of the artificial water system.
本申请公开了一种人造水系防渗漏施工结构及施工方法，涉及防水施工技术领域，其包括两布一膜、钢筋支柱组件、抗渗固结保护组件以及接缝防渗组件，所述两布一膜位于所述钢筋支柱组件的两侧，所述抗渗固结保护组件设置在所述两布一膜上，所述接缝防渗组件位于所述钢筋支柱组件、所述两布一膜以及所述抗渗固结保护组件的连接处,所述接缝防渗组件包括麻丝和沥青防水油膏，所述两布一膜与所述钢筋砼支柱连接处存在有第一连接间隙，所述麻丝填充在所述第一连接间隙内，所述抗渗钢筋砼圈浇注层与所述钢筋砼支柱连接处存在有第二连接间隙，所述沥青防水油膏熔注在所述第二连接间隙内。本申请具有提高人造水系防渗漏性能的效果。
Artificial water system anti-seepage construction structure and construction method
一种人造水系防渗漏施工结构及施工方法
WEN LING (author) / LI JINSHENG (author) / CHEN LAN (author) / SU XIANKE (author) / HU QIONGKUN (author)
2024-07-23
Patent
Electronic Resource
Chinese
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