A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Jacket platform
The invention discloses a jacket platform. The jacket platform is mainly suitable for shallow water leg inner piles and comprises a jacket and steel piles, wherein the steel piles are downwards inserted into jacket legs of the jacket and fixed to a seabed; the jacket platform further comprises crown plates and gap plates, the crown plates are connected to the outer walls of the steel piles in a sleeving mode, the bottoms of the crown plates are fixed to the top ends of the jacket legs to connect the jacket legs and the steel piles into a whole, and then environmental loads borne by the jacketand dead weight are transmitted to the steel piles; the gap plates are arranged between the inner walls of the jacket legs and the outer walls of the steel piles, the plurality of gap plates are arranged surrounding the steel piles at intervals and are fixed to the inner walls of the jacket legs. Furthermore, when the jacket platform is in a working state, the loads between the jacket and the steel piles are transmitted, the design that the loads of the jacket are transmitted to the steel piles through the crown plates and the gap plates and finally transmitted to pile foundations fully utilizes the strength of the jacket legs, the steel piles and the crown plates, due to the fact that grouting is not needed, the defects of a traditional grouting scheme are avoided, and meanwhile, the construction period and the construction cost can be greatly saved.
本发明公开了一种导管架平台，主要适用于浅水腿内桩的导管架平台，包括导管架和钢桩，钢桩向下插入导管架的导管腿并与海床固定，还包括皇冠板和间隙板，皇冠板套接在钢桩外壁，且其底部与导管腿的顶端固定将导管腿和钢桩联接为一体，将导管架承受的环境荷载及自重传递给钢桩，导管腿内壁和钢桩外壁之间设有间隙板，若干块间隙板环绕钢桩间隔设置并与导管腿的内壁固定，进一步在导管架平台处于工作状态时，传递导管架和钢桩之间和荷载，这种通过皇冠板和间隙板传递导管架荷载至钢桩，最后传向桩基础的设计，充分利用了导管腿、钢桩和皇冠板的强度，因为不需要采取灌浆，规避掉了传统灌浆方案的缺点，同时能够大大节省建造工期和建造成本。
Jacket platform
The invention discloses a jacket platform. The jacket platform is mainly suitable for shallow water leg inner piles and comprises a jacket and steel piles, wherein the steel piles are downwards inserted into jacket legs of the jacket and fixed to a seabed; the jacket platform further comprises crown plates and gap plates, the crown plates are connected to the outer walls of the steel piles in a sleeving mode, the bottoms of the crown plates are fixed to the top ends of the jacket legs to connect the jacket legs and the steel piles into a whole, and then environmental loads borne by the jacketand dead weight are transmitted to the steel piles; the gap plates are arranged between the inner walls of the jacket legs and the outer walls of the steel piles, the plurality of gap plates are arranged surrounding the steel piles at intervals and are fixed to the inner walls of the jacket legs. Furthermore, when the jacket platform is in a working state, the loads between the jacket and the steel piles are transmitted, the design that the loads of the jacket are transmitted to the steel piles through the crown plates and the gap plates and finally transmitted to pile foundations fully utilizes the strength of the jacket legs, the steel piles and the crown plates, due to the fact that grouting is not needed, the defects of a traditional grouting scheme are avoided, and meanwhile, the construction period and the construction cost can be greatly saved.
本发明公开了一种导管架平台，主要适用于浅水腿内桩的导管架平台，包括导管架和钢桩，钢桩向下插入导管架的导管腿并与海床固定，还包括皇冠板和间隙板，皇冠板套接在钢桩外壁，且其底部与导管腿的顶端固定将导管腿和钢桩联接为一体，将导管架承受的环境荷载及自重传递给钢桩，导管腿内壁和钢桩外壁之间设有间隙板，若干块间隙板环绕钢桩间隔设置并与导管腿的内壁固定，进一步在导管架平台处于工作状态时，传递导管架和钢桩之间和荷载，这种通过皇冠板和间隙板传递导管架荷载至钢桩，最后传向桩基础的设计，充分利用了导管腿、钢桩和皇冠板的强度，因为不需要采取灌浆，规避掉了传统灌浆方案的缺点，同时能够大大节省建造工期和建造成本。
Jacket platform
一种导管架平台
LIU HONGTAO (author) / LIU YUXI (author) / HUANG HUAIZHOU (author) / HOU TAO (author) / WANG JIANGHONG (author) / BI MANCAI (author) / WANG MINGGUO (author) / HU YONGMING (author) / ZHANG HAIRONG (author) / CAO JINGYI (author)
2020-12-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Vibration reduction damper system for large jacket platform and large jacket platform
| European Patent Office | 2024