A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of offshore anemometer towers, and particularly relates to a movable bearing platform device of an offshore anemometer tower. The movable bearing platform device comprises a bottom frame, an anemometer tower base, mounting columns, splicing frames, clamping plates I, grooves, lifting moving frames and clamping plates II; the anemometer tower base is mounted on the bottom frame; the anemometer tower is mounted on the anemometer tower base; the plurality of mounting columns are mounted on the bottom frame; the clamping plates I are fixedly connected to the splicing frames; the grooves are formed in the splicing frames; the plurality of splicing frames are arranged; the plurality of grooves are matched with the side of the bottom frame; the plurality of splicing frames are connected with the bottom frame through the two mounting columns; the clamping plates II are arranged on the lifting moving frames; the plurality of lifting moving frames are arranged; and the plurality of clamping plates II are matched with the plurality of clamping plates I correspondingly. The movable bearing platform device has the auxiliary rescue type moving function, further, the movable bearing platform device can detect the magnitude of wind and sea waves, and further, the movable bearing platform device can resist the sea waves from multiple sides.
本发明涉及海上测风塔技术领域，更具体是一种海上测风塔的可移动式承台装置，包括底架、测风塔基座、安装柱、拼接架、卡板Ⅰ、凹槽、升降移动架和卡板Ⅱ，所述底架上安装有测风塔基座，测风塔基座上安装有测风塔，底架上安装有多个安装柱，拼接架上固定连接有卡板Ⅰ，拼接架上设置有凹槽，所述的拼接架设置有多个，多个凹槽均与底架的侧部配合，多个拼接架均通过两个安装柱与底架连接，升降移动架上设置有卡板Ⅱ，所述的升降移动架设置有多个，多个卡板Ⅱ分别与多个卡板Ⅰ配合，本发明具有辅助救援式的移动功能，进一步地，本发明能够检测风和海浪的大小，进一步地，本发明能够对来自多方的海浪进行抵抗。
The invention relates to the technical field of offshore anemometer towers, and particularly relates to a movable bearing platform device of an offshore anemometer tower. The movable bearing platform device comprises a bottom frame, an anemometer tower base, mounting columns, splicing frames, clamping plates I, grooves, lifting moving frames and clamping plates II; the anemometer tower base is mounted on the bottom frame; the anemometer tower is mounted on the anemometer tower base; the plurality of mounting columns are mounted on the bottom frame; the clamping plates I are fixedly connected to the splicing frames; the grooves are formed in the splicing frames; the plurality of splicing frames are arranged; the plurality of grooves are matched with the side of the bottom frame; the plurality of splicing frames are connected with the bottom frame through the two mounting columns; the clamping plates II are arranged on the lifting moving frames; the plurality of lifting moving frames are arranged; and the plurality of clamping plates II are matched with the plurality of clamping plates I correspondingly. The movable bearing platform device has the auxiliary rescue type moving function, further, the movable bearing platform device can detect the magnitude of wind and sea waves, and further, the movable bearing platform device can resist the sea waves from multiple sides.
本发明涉及海上测风塔技术领域，更具体是一种海上测风塔的可移动式承台装置，包括底架、测风塔基座、安装柱、拼接架、卡板Ⅰ、凹槽、升降移动架和卡板Ⅱ，所述底架上安装有测风塔基座，测风塔基座上安装有测风塔，底架上安装有多个安装柱，拼接架上固定连接有卡板Ⅰ，拼接架上设置有凹槽，所述的拼接架设置有多个，多个凹槽均与底架的侧部配合，多个拼接架均通过两个安装柱与底架连接，升降移动架上设置有卡板Ⅱ，所述的升降移动架设置有多个，多个卡板Ⅱ分别与多个卡板Ⅰ配合，本发明具有辅助救援式的移动功能，进一步地，本发明能够检测风和海浪的大小，进一步地，本发明能够对来自多方的海浪进行抵抗。
Movable bearing platform device of offshore anemometer tower
一种海上测风塔的可移动式承台装置
YU LIPING (author)
2021-06-11
Patent
Electronic Resource
Chinese
| European Patent Office | 2015
Construction method for dismantling offshore anemometer tower
| European Patent Office | 2023
Numerical Simulation of a 100m Offshore Anemometer Tower
| British Library Conference Proceedings | 2011
Offshore anemometer tower foundation system in intertidal zone area
| European Patent Office | 2021