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Underground pipeline engineering finished pipe adjacent connection structure
The invention provides an underground pipeline engineering finished pipe adjacent connection structure. The underground pipeline engineering finished pipe adjacent connection structure comprises multiple finished pipes. The finished pipes are gradually pushed into an underground soil body. A pipe seam is formed in the adjacent connection portions of every two adjacent finished pipes, the adjacentconnection portions of every two adjacent finished pipes are further connected into a whole through a solidified body which is arranged between the outer walls of the finished pipes and the underground soil body in a filled mode, and each solidified body is formed in the mode that concrete is poured into the corresponding pipe seam and then solidifies. By the adoption of the technical scheme, thecorresponding pipe seam in the adjacent connection portions of every two adjacent finished pipes is filled with the concrete, the concrete can solidify to form the corresponding solidified body, and therefore the capacity of the corresponding finished pipes for resisting the underground environment temperature change is improved, the corresponding solidified body enables every two adjacent finished pipes to be connected into a whole, the strength and the bearing capacity of the adjacent connection portions of every two adjacent finished pipes are enhanced, the pressure from the underground position can be effectively resisted, the stability of the adjacent connection portions of every two adjacent finished pipes of underground pipelines is kept, and the safe, reliable and stable operationof the underground pipelines is guaranteed.
本发明提供一种地下管线工程成品管邻接结构,包括通过逐次推进至地下土体以内的多根成品管,相邻两根成品管邻接处构成管缝,相邻两根成品管邻接处还通过填塞于成品管外壁与地下土体之间的固结体连接为一体,固结体是经过向管缝以内浇筑混凝土后凝结形成。采用本发明的技术方案,通过向相邻两根成品管邻接处管缝以内充填混凝土使其凝结形成固结体,增加了相应成品管抵御地下环境温度变化的能力,固结体使相邻两根成品管连接为一体,增加了相邻两个成品管邻接处的强度和承载能力,能够有效抵御来自于地下的压力,维持地下管线相邻成品管邻接处的稳定,保证地下管线的安全、可靠和稳定运行。
Underground pipeline engineering finished pipe adjacent connection structure
The invention provides an underground pipeline engineering finished pipe adjacent connection structure. The underground pipeline engineering finished pipe adjacent connection structure comprises multiple finished pipes. The finished pipes are gradually pushed into an underground soil body. A pipe seam is formed in the adjacent connection portions of every two adjacent finished pipes, the adjacentconnection portions of every two adjacent finished pipes are further connected into a whole through a solidified body which is arranged between the outer walls of the finished pipes and the underground soil body in a filled mode, and each solidified body is formed in the mode that concrete is poured into the corresponding pipe seam and then solidifies. By the adoption of the technical scheme, thecorresponding pipe seam in the adjacent connection portions of every two adjacent finished pipes is filled with the concrete, the concrete can solidify to form the corresponding solidified body, and therefore the capacity of the corresponding finished pipes for resisting the underground environment temperature change is improved, the corresponding solidified body enables every two adjacent finished pipes to be connected into a whole, the strength and the bearing capacity of the adjacent connection portions of every two adjacent finished pipes are enhanced, the pressure from the underground position can be effectively resisted, the stability of the adjacent connection portions of every two adjacent finished pipes of underground pipelines is kept, and the safe, reliable and stable operationof the underground pipelines is guaranteed.
本发明提供一种地下管线工程成品管邻接结构,包括通过逐次推进至地下土体以内的多根成品管,相邻两根成品管邻接处构成管缝,相邻两根成品管邻接处还通过填塞于成品管外壁与地下土体之间的固结体连接为一体,固结体是经过向管缝以内浇筑混凝土后凝结形成。采用本发明的技术方案,通过向相邻两根成品管邻接处管缝以内充填混凝土使其凝结形成固结体,增加了相应成品管抵御地下环境温度变化的能力,固结体使相邻两根成品管连接为一体,增加了相邻两个成品管邻接处的强度和承载能力,能够有效抵御来自于地下的压力,维持地下管线相邻成品管邻接处的稳定,保证地下管线的安全、可靠和稳定运行。
Underground pipeline engineering finished pipe adjacent connection structure
一种地下管线工程成品管邻接结构
JIANG KUN (Autor:in) / QIN HE (Autor:in) / LU HUA (Autor:in) / YU JIAN (Autor:in) / WAN TINGRONG (Autor:in) / LIU XUAN (Autor:in) / ZHANG SIBIN (Autor:in) / ZHOU YUTING (Autor:in) / GAN HENG (Autor:in)
22.05.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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