Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction method of embedded pipe mounting structure of climbing section containing support pile
The invention discloses a construction method of a buried pipe mounting structure of a climbing section containing a support pile. The supporting piles are arranged in rows at intervals, the vertical fixing beams are connected to the supporting piles at intervals, the fixing plates are connected between the fixing beams and supporting pile bodies, the vertical climbing buried pipes are connected to the outer sides of the fixing beams, and the heat preservation pipe layers are connected to the peripheries of the vertical climbing buried pipes. The horizontal buried pipe is sequentially connected to the lower part of the vertical climbing buried pipe; and the underground buried pipe is connected to the extending end of the horizontal buried pipe. Through the arrangement of the fixed beams and the fixed plates, the fixed plates guarantee effective fixation of the fixed beams, and the indirect fixed beams can effectively fix the vertical climbing buried pipes and conduct carding, classification and fixation on the vertical climbing buried pipes; by arranging the heat preservation pipe layer, on one hand, heat preservation and water prevention of the vertical climbing buried pipe can be guaranteed, and on the other hand, the heat preservation pipe layer can serve as a fixed connecting base layer; and through the arrangement of the branch pipe joints and the U-shaped connectors, multiple backflow and convenient disassembly and assembly of the underground buried pipe can be effectively guaranteed.
本发明公开了一种含有支护桩爬坡段埋管安装结构的施工方法，包含成排间隔设置的支护桩、间隔连接于支护桩竖向的固梁、连接于固梁与支护桩桩体之间的固板、连接于固梁外侧的竖爬埋管、连接于竖爬埋管外周的保温管层、顺接连接于竖爬埋管下方的水平埋管以及连接于水平埋管延伸端的地下埋管。本发明通过固梁和固板的设置，其中固板保证了固梁的有效固定，间接的固梁可以有效的固定竖爬埋管，并对其进行梳理和分类固定；通过保温管层的设置，一方面利于保证竖向的竖爬埋管的保温和防水，另一方面也可以作为固定的连接基层；通过分管接头和U形连头的设置，还可以有效的保证地下埋管的多重回流和便捷拆装。
Construction method of embedded pipe mounting structure of climbing section containing support pile
The invention discloses a construction method of a buried pipe mounting structure of a climbing section containing a support pile. The supporting piles are arranged in rows at intervals, the vertical fixing beams are connected to the supporting piles at intervals, the fixing plates are connected between the fixing beams and supporting pile bodies, the vertical climbing buried pipes are connected to the outer sides of the fixing beams, and the heat preservation pipe layers are connected to the peripheries of the vertical climbing buried pipes. The horizontal buried pipe is sequentially connected to the lower part of the vertical climbing buried pipe; and the underground buried pipe is connected to the extending end of the horizontal buried pipe. Through the arrangement of the fixed beams and the fixed plates, the fixed plates guarantee effective fixation of the fixed beams, and the indirect fixed beams can effectively fix the vertical climbing buried pipes and conduct carding, classification and fixation on the vertical climbing buried pipes; by arranging the heat preservation pipe layer, on one hand, heat preservation and water prevention of the vertical climbing buried pipe can be guaranteed, and on the other hand, the heat preservation pipe layer can serve as a fixed connecting base layer; and through the arrangement of the branch pipe joints and the U-shaped connectors, multiple backflow and convenient disassembly and assembly of the underground buried pipe can be effectively guaranteed.
本发明公开了一种含有支护桩爬坡段埋管安装结构的施工方法，包含成排间隔设置的支护桩、间隔连接于支护桩竖向的固梁、连接于固梁与支护桩桩体之间的固板、连接于固梁外侧的竖爬埋管、连接于竖爬埋管外周的保温管层、顺接连接于竖爬埋管下方的水平埋管以及连接于水平埋管延伸端的地下埋管。本发明通过固梁和固板的设置，其中固板保证了固梁的有效固定，间接的固梁可以有效的固定竖爬埋管，并对其进行梳理和分类固定；通过保温管层的设置，一方面利于保证竖向的竖爬埋管的保温和防水，另一方面也可以作为固定的连接基层；通过分管接头和U形连头的设置，还可以有效的保证地下埋管的多重回流和便捷拆装。
Construction method of embedded pipe mounting structure of climbing section containing support pile
一种含有支护桩爬坡段埋管安装结构的施工方法
HUANG KUN (Autor:in) / XUE HENGYAN (Autor:in) / FANG SHIPENG (Autor:in) / CAO FENGXIN (Autor:in) / YANG HAILONG (Autor:in) / JIA LING (Autor:in) / ZHAO HUAYING (Autor:in) / CHEN HAO (Autor:in) / LI YANG (Autor:in) / ZHOU ZHIBO (Autor:in)
24.05.2024
Patent
Elektronische Ressource
Chinesisch
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