Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rock-socketed construction method for offshore wind power integrated jacket
The invention discloses a rock-socketed construction method for an offshore wind power integrated jacket. A platform comprises a booster station jacket for rock-socketed construction and a construction platform, wherein the construction platform is integrated on the booster station jacket, and a horizontal pipe system is installed on the top of the booster station jacket; and the construction platform is of a frame structure and comprises a top-layer platform which is arranged above the booster station jacket, the top-layer platform is supported on the horizontal pipe system through main guide pipes, and transverse supporting pipes and inclined supporting pipes are fixedly connected between the main guide pipes. Firstly, the size of the main guide pipes is adjusted, the main guide pipes are fixed, assembly lines of the inclined supporting pipes and the transverse supporting pipes are marked on the main guide pipes in advance, then the transverse supporting pipes and the inclined supporting pipe are fixed, the main guide pipes on the other side are hoisted so as to manufacture pieces, finally, total assembly is conducted, and the top-layer platform is placed on the horizontal pipe system on the top of the jacket. The rock-socketed construction method is suitable for an offshore booster station jacket foundation and has the characteristics of simplicity in assembly, reusability, easiness in quality guarantee and the like, and the construction efficiency of the rock-socketed platform can be effectively improved.
本发明公开了一种海上风电集成式导管架嵌岩施工方法，该平台包括嵌岩施工用的升压站导管架和集成在升压架导管架上的施工平台，升压站导管架顶部安装有水平管系；所述施工平台呈框架结构，该施工平台包括设在升压站导管架上方的顶层平台，顶层平台通过主导管支撑在水平管系上，主导管之间固定连接有横撑管和斜撑管；首先调整主导管尺寸并固定，在主导管上预先划出斜撑管和横撑管的装配线，接着固定横撑管和斜撑管，吊装另一面的主导管完成片的制作，最后总组，顶层平台安放在导管架顶部水平管系上。本发明适用于海上升压站导管架基础，具有装配简单、可重复利用、质量易保证等特点，可有效提高嵌岩平台搭建效率。
Rock-socketed construction method for offshore wind power integrated jacket
The invention discloses a rock-socketed construction method for an offshore wind power integrated jacket. A platform comprises a booster station jacket for rock-socketed construction and a construction platform, wherein the construction platform is integrated on the booster station jacket, and a horizontal pipe system is installed on the top of the booster station jacket; and the construction platform is of a frame structure and comprises a top-layer platform which is arranged above the booster station jacket, the top-layer platform is supported on the horizontal pipe system through main guide pipes, and transverse supporting pipes and inclined supporting pipes are fixedly connected between the main guide pipes. Firstly, the size of the main guide pipes is adjusted, the main guide pipes are fixed, assembly lines of the inclined supporting pipes and the transverse supporting pipes are marked on the main guide pipes in advance, then the transverse supporting pipes and the inclined supporting pipe are fixed, the main guide pipes on the other side are hoisted so as to manufacture pieces, finally, total assembly is conducted, and the top-layer platform is placed on the horizontal pipe system on the top of the jacket. The rock-socketed construction method is suitable for an offshore booster station jacket foundation and has the characteristics of simplicity in assembly, reusability, easiness in quality guarantee and the like, and the construction efficiency of the rock-socketed platform can be effectively improved.
本发明公开了一种海上风电集成式导管架嵌岩施工方法，该平台包括嵌岩施工用的升压站导管架和集成在升压架导管架上的施工平台，升压站导管架顶部安装有水平管系；所述施工平台呈框架结构，该施工平台包括设在升压站导管架上方的顶层平台，顶层平台通过主导管支撑在水平管系上，主导管之间固定连接有横撑管和斜撑管；首先调整主导管尺寸并固定，在主导管上预先划出斜撑管和横撑管的装配线，接着固定横撑管和斜撑管，吊装另一面的主导管完成片的制作，最后总组，顶层平台安放在导管架顶部水平管系上。本发明适用于海上升压站导管架基础，具有装配简单、可重复利用、质量易保证等特点，可有效提高嵌岩平台搭建效率。
Rock-socketed construction method for offshore wind power integrated jacket
一种海上风电集成式导管架嵌岩施工方法
PAN XIAOWEI (Autor:in) / ZHU GUOHU (Autor:in) / CUI CAN (Autor:in) / LIU DAHAI (Autor:in) / TAO TINGJUN (Autor:in) / KAN ZILONG (Autor:in) / WANG ZIQIU (Autor:in)
28.09.2021
Patent
Elektronische Ressource
Chinesisch
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