Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Installation method of wind power installation vessel washing pile pipe system with guide rail
The invention discloses a method for installing a wind power installation vessel washing-out pile pipe system with a guide rail. The method for installing the wind power installation vessel washing-out pile pipe system with the guide rail comprises the installation steps that the installation requirement is met, the straightness deviation of infield single pipe manufacturing is +/-3 mm, the straightness deviation of segmented butt-joint washing-out pile pipes (1) is +/-5 mm, and the straightness deviation of large-closure butt-joint washing-out pile pipes is +/-5 mm; in the installation process, the manufacturing requirement of an infield of the pile washing pipe system with the guide rail is met, the infield tool is fixed well, measurement needs to be precisely controlled, and the installation deviation condition needs to be well recorded; and the pile washing pipe system with the guide rail is installed. According to the manufacturing/installing method for the pile washing pipe system with the guide rail, the straightness deviation of a 120-meter phi168 pipe (with guide rail-20 * 90 flat iron) is +/-5 mm, the 120-meter phi168 pipe is installed on the triangular truss, the problem is solved, large deviation in the later period is avoided, therefore, large workload cannot be generated in the later period, and the situation that a lifting system cannot work is avoided.
本发明公开了一种风电安装船带导轨冲桩管系安装方法，该风电安装船带导轨冲桩管系安装方法的安装步骤包括有安装要求，内场单根管制作直线度偏差±3mm，分段对接冲桩管(1)直线度偏差要求±5mm，大合拢对接冲桩管直线度偏差要求±5mm；安装过程带导轨冲桩管系内场制作要求、内场工装固定好需要请精控测量并记录好安装偏差情况以及带导轨冲桩管系安装等流程。本发明中，通过带导轨的冲桩管系制作/安装方法，120米Φ168管子(带导轨‑20*90扁铁)直线度偏差在±5mm，安装在三角桁架上，对这个问题进行解决，避免后期出现较大偏差，从而不会对后期产生很大的工作量，且不会导致提升系统无法工作。
Installation method of wind power installation vessel washing pile pipe system with guide rail
The invention discloses a method for installing a wind power installation vessel washing-out pile pipe system with a guide rail. The method for installing the wind power installation vessel washing-out pile pipe system with the guide rail comprises the installation steps that the installation requirement is met, the straightness deviation of infield single pipe manufacturing is +/-3 mm, the straightness deviation of segmented butt-joint washing-out pile pipes (1) is +/-5 mm, and the straightness deviation of large-closure butt-joint washing-out pile pipes is +/-5 mm; in the installation process, the manufacturing requirement of an infield of the pile washing pipe system with the guide rail is met, the infield tool is fixed well, measurement needs to be precisely controlled, and the installation deviation condition needs to be well recorded; and the pile washing pipe system with the guide rail is installed. According to the manufacturing/installing method for the pile washing pipe system with the guide rail, the straightness deviation of a 120-meter phi168 pipe (with guide rail-20 * 90 flat iron) is +/-5 mm, the 120-meter phi168 pipe is installed on the triangular truss, the problem is solved, large deviation in the later period is avoided, therefore, large workload cannot be generated in the later period, and the situation that a lifting system cannot work is avoided.
本发明公开了一种风电安装船带导轨冲桩管系安装方法，该风电安装船带导轨冲桩管系安装方法的安装步骤包括有安装要求，内场单根管制作直线度偏差±3mm，分段对接冲桩管(1)直线度偏差要求±5mm，大合拢对接冲桩管直线度偏差要求±5mm；安装过程带导轨冲桩管系内场制作要求、内场工装固定好需要请精控测量并记录好安装偏差情况以及带导轨冲桩管系安装等流程。本发明中，通过带导轨的冲桩管系制作/安装方法，120米Φ168管子(带导轨‑20*90扁铁)直线度偏差在±5mm，安装在三角桁架上，对这个问题进行解决，避免后期出现较大偏差，从而不会对后期产生很大的工作量，且不会导致提升系统无法工作。
Installation method of wind power installation vessel washing pile pipe system with guide rail
一种风电安装船带导轨冲桩管系安装方法
GU AIPING (Autor:in) / NI HONGXING (Autor:in) / SUN XINGQIAO (Autor:in) / LEE JI-HYE (Autor:in) / ZHANG HAO (Autor:in)
10.11.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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