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A platform for research: civil engineering, architecture and urbanism
Sewage pipeline construction method
The invention belongs to the technical field of sewage pipeline construction, and particularly relates to a sewage pipeline construction method which comprises the following steps: S1, performing pipeline selection verification and pipeline entry; s2, secondly, a groove for pipeline laying is excavated; s3, a pipeline is laid in the groove dug in the previous step; s4, connection between adjacent pipelines and pipeline deformation control are carried out; s5, the pipeline and the inspection well are connected and backfilled; through the steps from S1 to S5, independent operation methods are used for calibrating links such as pipeline selection and verification, pipeline entering, pipeline excavation and groove and foundation laying, adjacent pipeline connection, backfilling and deformation control of adjacent pipeline connection in the sewage pipeline construction process through a systematic operation method; and therefore, the pipeline construction method is standard in process, and the phenomena of easy damage and easy water seepage during later sewage pipeline application are avoided on the basis of construction.
本发明属于污水管道施工技术领域，具体的说是一种污水管道施工方法，该方法包括以下步骤：S1：进行管道选择核验以及管道进场；S2：其次开挖管道铺设用的沟槽；S3：将管道铺设在上一步骤挖好的沟槽内；S4：进行相邻管道之间的连接以及管道变形控制；S5：将管道与检查井衔接并进行回填；通过步骤S1‑步骤S5，利用系统性的操作方法，对污水管道施工过程中的管道选择核验以及管道进场、开挖管道铺设沟槽及基础、相邻管道连接以及回填和控制相邻管道连接的变形等环节均有独立的操作方法进行标定，进而使得管道施工方法流程规范，在施工基础上避免了后期污水管道应用时的易破损以及易渗水现象。
Sewage pipeline construction method
The invention belongs to the technical field of sewage pipeline construction, and particularly relates to a sewage pipeline construction method which comprises the following steps: S1, performing pipeline selection verification and pipeline entry; s2, secondly, a groove for pipeline laying is excavated; s3, a pipeline is laid in the groove dug in the previous step; s4, connection between adjacent pipelines and pipeline deformation control are carried out; s5, the pipeline and the inspection well are connected and backfilled; through the steps from S1 to S5, independent operation methods are used for calibrating links such as pipeline selection and verification, pipeline entering, pipeline excavation and groove and foundation laying, adjacent pipeline connection, backfilling and deformation control of adjacent pipeline connection in the sewage pipeline construction process through a systematic operation method; and therefore, the pipeline construction method is standard in process, and the phenomena of easy damage and easy water seepage during later sewage pipeline application are avoided on the basis of construction.
本发明属于污水管道施工技术领域，具体的说是一种污水管道施工方法，该方法包括以下步骤：S1：进行管道选择核验以及管道进场；S2：其次开挖管道铺设用的沟槽；S3：将管道铺设在上一步骤挖好的沟槽内；S4：进行相邻管道之间的连接以及管道变形控制；S5：将管道与检查井衔接并进行回填；通过步骤S1‑步骤S5，利用系统性的操作方法，对污水管道施工过程中的管道选择核验以及管道进场、开挖管道铺设沟槽及基础、相邻管道连接以及回填和控制相邻管道连接的变形等环节均有独立的操作方法进行标定，进而使得管道施工方法流程规范，在施工基础上避免了后期污水管道应用时的易破损以及易渗水现象。
Sewage pipeline construction method
一种污水管道施工方法
ZHENG CHENGHUI (author) / ZHANG HUIZHONG (author) / CHU XULIANG (author) / WANG FUWEI (author)
2022-03-01
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
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