A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel underwater inclined pile foundation concrete construction method
The invention provides a novel underwater inclined pile foundation concrete construction method, and belongs to the technical field of pile foundation construction. Comprising the following steps: S1, performing a water tightness test on a conduit body in the conduit guiding device; s2, a guide assembly is connected to the catheter body; s3, the guide pipe guiding device is placed in the foundation pit, and a guide pipe body is connected with a hopper through a flange; s4, the quantity of first-plate pouring concrete is calculated, and the first-plate pouring concrete is poured into the guide pipe body; s5, detecting the depth of the concrete surface in the pile; and S6, in the concrete pouring process, the guide pipe guiding device is dismantled section by section. According to the guide pipe guiding device, when the guide pipe guiding device is used, through cooperation of the guide pipe body and the limiting assembly, the guide pipe guiding device can be suitable for reinforcement cages of different specifications, and meanwhile through cooperation of the supporting assembly and the guiding assembly, the guide pipe can be guided by the guide pipe guiding device while the guide pipe is guided; and the probability that the catheter is hung is greatly reduced.
本发明提供一种新型水下斜桩基混凝土施工方法，属于桩基施工技术领域；包括如下步骤：S1：对导管导向装置中的导管本体进行水密性测试；S2：在导管本体上连接导向组件；S3：将导管导向装置放入基坑中，并将导管本体通过法兰与料斗连接；S4：计算首盘灌注混凝土的数量，并将首盘混凝土倒入导管本体中；S5：探测桩内的混凝土面深度；S6：在浇筑混凝土的过程中，逐节拆除导管导向装置。本发明通过设置导管导向装置，在使用的时候，通过导管本体与限位组件的配合，可以使导管导向装置适用于不同规格的钢筋笼，同时通过支撑组件和导向组件的配合，还实现了导管导向装置在对导管进行导向的同时，大大降低了导管被挂住的概率。
Novel underwater inclined pile foundation concrete construction method
The invention provides a novel underwater inclined pile foundation concrete construction method, and belongs to the technical field of pile foundation construction. Comprising the following steps: S1, performing a water tightness test on a conduit body in the conduit guiding device; s2, a guide assembly is connected to the catheter body; s3, the guide pipe guiding device is placed in the foundation pit, and a guide pipe body is connected with a hopper through a flange; s4, the quantity of first-plate pouring concrete is calculated, and the first-plate pouring concrete is poured into the guide pipe body; s5, detecting the depth of the concrete surface in the pile; and S6, in the concrete pouring process, the guide pipe guiding device is dismantled section by section. According to the guide pipe guiding device, when the guide pipe guiding device is used, through cooperation of the guide pipe body and the limiting assembly, the guide pipe guiding device can be suitable for reinforcement cages of different specifications, and meanwhile through cooperation of the supporting assembly and the guiding assembly, the guide pipe can be guided by the guide pipe guiding device while the guide pipe is guided; and the probability that the catheter is hung is greatly reduced.
本发明提供一种新型水下斜桩基混凝土施工方法，属于桩基施工技术领域；包括如下步骤：S1：对导管导向装置中的导管本体进行水密性测试；S2：在导管本体上连接导向组件；S3：将导管导向装置放入基坑中，并将导管本体通过法兰与料斗连接；S4：计算首盘灌注混凝土的数量，并将首盘混凝土倒入导管本体中；S5：探测桩内的混凝土面深度；S6：在浇筑混凝土的过程中，逐节拆除导管导向装置。本发明通过设置导管导向装置，在使用的时候，通过导管本体与限位组件的配合，可以使导管导向装置适用于不同规格的钢筋笼，同时通过支撑组件和导向组件的配合，还实现了导管导向装置在对导管进行导向的同时，大大降低了导管被挂住的概率。
Novel underwater inclined pile foundation concrete construction method
一种新型水下斜桩基混凝土施工方法
WEI YONGHUA (author) / LI ZHE (author) / ZHA SHUANGLYU (author) / YU JIANGWU (author) / ZHOU BIN (author) / ZHOU HENGYU (author) / SUN MINGYUAN (author) / JI PEIPEI (author) / KIM KWANG-HANG (author) / XUE CHAO (author)
2024-02-02
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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