A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the field of offshore wind power foundations, in particular to an offshore wind power foundation pre-embedded system which comprises a pre-embedded part body, a hoisting unit and a pre-embedded unit, the pre-embedded unit comprises a fixed base arranged at the lower end of the pre-embedded part body, and a positioning anchor rod fixed to a seabed is installed on the fixed base; each embedded unit further comprises a supporting frame body arranged on the embedded part body in a sliding mode, a lower-layer bag and a stabilizing assembly are arranged on each supporting frame body, each stabilizing assembly is provided with an upper-layer bag, and a buffering structure is arranged between each upper-layer bag and the corresponding lower-layer bag. The embedded part main body is preliminarily kept in a vertical state, and the supporting frame body is further pressed by the upper-layer bag while being stabilized by the lower-layer bag along with the graded pressing structure of the lower-layer bag and the upper-layer bag on the supporting frame body, so that the stability of the embedded part main body in the supporting frame body is ensured.
本发明涉及海上风电基础领域，具体是涉及一种海上风电基础预埋系统，包括预埋件主体、吊装单元和预埋单元，其中所述预埋单元包括有设置在预埋件主体下端的固定底座，所述固定底座上安装有与海床固定的定位锚杆，预埋单元还包括有滑动设置在预埋件主体上的支撑架体，支撑架体上设有下层囊袋，以及稳固组件，所述稳固组件具有上层囊袋，所述上层囊袋和下层囊袋之间设有缓冲结构，本发明通过固定底座与海床之间通过定位锚杆的固定，初步保持了预埋件主体处于垂直状态，随着通过支撑架体上的下层囊袋和上层囊袋的分级施压结构，使得支撑架体在被下层囊袋稳定的同时，进一步被上层囊袋施压，从而保证了预埋件主体在支撑架体中的稳定性。
The invention relates to the field of offshore wind power foundations, in particular to an offshore wind power foundation pre-embedded system which comprises a pre-embedded part body, a hoisting unit and a pre-embedded unit, the pre-embedded unit comprises a fixed base arranged at the lower end of the pre-embedded part body, and a positioning anchor rod fixed to a seabed is installed on the fixed base; each embedded unit further comprises a supporting frame body arranged on the embedded part body in a sliding mode, a lower-layer bag and a stabilizing assembly are arranged on each supporting frame body, each stabilizing assembly is provided with an upper-layer bag, and a buffering structure is arranged between each upper-layer bag and the corresponding lower-layer bag. The embedded part main body is preliminarily kept in a vertical state, and the supporting frame body is further pressed by the upper-layer bag while being stabilized by the lower-layer bag along with the graded pressing structure of the lower-layer bag and the upper-layer bag on the supporting frame body, so that the stability of the embedded part main body in the supporting frame body is ensured.
本发明涉及海上风电基础领域，具体是涉及一种海上风电基础预埋系统，包括预埋件主体、吊装单元和预埋单元，其中所述预埋单元包括有设置在预埋件主体下端的固定底座，所述固定底座上安装有与海床固定的定位锚杆，预埋单元还包括有滑动设置在预埋件主体上的支撑架体，支撑架体上设有下层囊袋，以及稳固组件，所述稳固组件具有上层囊袋，所述上层囊袋和下层囊袋之间设有缓冲结构，本发明通过固定底座与海床之间通过定位锚杆的固定，初步保持了预埋件主体处于垂直状态，随着通过支撑架体上的下层囊袋和上层囊袋的分级施压结构，使得支撑架体在被下层囊袋稳定的同时，进一步被上层囊袋施压，从而保证了预埋件主体在支撑架体中的稳定性。
Offshore wind power foundation embedded system
一种海上风电基础预埋系统
WU GUOHUA (author)
2024-12-31
Patent
Electronic Resource
Chinese
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