A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bearing platform foundation and wind power tower drum
The bearing platform foundation comprises a bearing platform foundation body, filler and a shear wall, the middle of the bearing platform foundation body is hollow, the top of the bearing platform foundation body is not lower than plus or minus zero, the filler is filled in the hollow middle of the bearing platform foundation body, the top of the filler is flush with the top of the bearing platform foundation body, and the shear wall is arranged in the hollow middle of the bearing platform foundation body. The shear wall is located at the top of the bearing platform foundation body, the shear wall and the bearing platform foundation body are of an integrated structure, and the shear wall is of a cylindrical structure and used for being connected with a tower drum body above. The bearing platform foundation provided by the embodiment of the invention is not hollow below plus or minus zero, so that the problems of water seepage at cracks or gaps of the bearing platform foundation in the use process and water accumulation in the hollow are avoided, and the adverse effects of evaporation of the accumulated water in the hollow and water vapor on electrical equipment in a tower drum are avoided; electrical equipment is protected from being damaged by water vapor, the maintenance frequency of the equipment is reduced, and the maintenance cost is reduced.
本发明公开了一种承台基础和风电塔筒，承台基础包括承台基础本体、填充物和剪力墙，承台基础本体的中部为空心，承台基础本体的顶部不低于正负零，填充物填充于承台基础本体的中部空心内，填充物顶部与承台基础本体的顶部平齐，剪力墙位于承台基础本体的顶部并与承台基础本体为一体式结构，剪力墙为筒状结构，其用于与上方的塔筒本体相连。本发明实施例提供的承台基础在正负零以下不存在空心，从而避免了承台基础的裂缝或缝隙处在使用过程中渗水，而在空心中积水的问题出现，进而避免了空心中积水的蒸发，水汽对塔筒内部的电气设备的不利影响，保护电气设备不受水汽侵害，降低了设备的维修频率，减低了维修成本。
Bearing platform foundation and wind power tower drum
The bearing platform foundation comprises a bearing platform foundation body, filler and a shear wall, the middle of the bearing platform foundation body is hollow, the top of the bearing platform foundation body is not lower than plus or minus zero, the filler is filled in the hollow middle of the bearing platform foundation body, the top of the filler is flush with the top of the bearing platform foundation body, and the shear wall is arranged in the hollow middle of the bearing platform foundation body. The shear wall is located at the top of the bearing platform foundation body, the shear wall and the bearing platform foundation body are of an integrated structure, and the shear wall is of a cylindrical structure and used for being connected with a tower drum body above. The bearing platform foundation provided by the embodiment of the invention is not hollow below plus or minus zero, so that the problems of water seepage at cracks or gaps of the bearing platform foundation in the use process and water accumulation in the hollow are avoided, and the adverse effects of evaporation of the accumulated water in the hollow and water vapor on electrical equipment in a tower drum are avoided; electrical equipment is protected from being damaged by water vapor, the maintenance frequency of the equipment is reduced, and the maintenance cost is reduced.
本发明公开了一种承台基础和风电塔筒，承台基础包括承台基础本体、填充物和剪力墙，承台基础本体的中部为空心，承台基础本体的顶部不低于正负零，填充物填充于承台基础本体的中部空心内，填充物顶部与承台基础本体的顶部平齐，剪力墙位于承台基础本体的顶部并与承台基础本体为一体式结构，剪力墙为筒状结构，其用于与上方的塔筒本体相连。本发明实施例提供的承台基础在正负零以下不存在空心，从而避免了承台基础的裂缝或缝隙处在使用过程中渗水，而在空心中积水的问题出现，进而避免了空心中积水的蒸发，水汽对塔筒内部的电气设备的不利影响，保护电气设备不受水汽侵害，降低了设备的维修频率，减低了维修成本。
Bearing platform foundation and wind power tower drum
承台基础和风电塔筒
ZHANG HEMING (author) / YANG WEI (author) / LI MENGYUAN (author) / SONG JIANGYI (author) / SHEN CHAO (author) / ZHANG BING (author)
2022-12-02
Patent
Electronic Resource
Chinese
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