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Offshore wind power berthing component containing buffer interlayer and capable of being integrally replaced and using method of offshore wind power berthing component
The invention discloses an integrally replaceable offshore wind power berthing component containing a buffer interlayer and a using method. The device comprises a bracket structure, an arc-shaped beam, a positioning bolt, a nut, a buffer interlayer, a berthing column and a horizontal support, the bracket structure comprises a bracket plate and a toggle plate, one side of the bracket plate is welded to the offshore wind power foundation, a positioning hole is formed in the bracket plate, the toggle plate is connected to the lower portion of the bracket plate and used for connecting the bracket plate and the offshore wind power foundation, and the outer side of the arc-shaped beam is connected with the horizontal support. A gap is formed between the inner side of the arc-shaped beam and the outer wall of the offshore wind power foundation, the bottom of the arc-shaped beam is attached to the bracket plate and is matched and fixed with the positioning hole through a positioning bolt, a nut and the positioning hole, the positioning bolt is welded to the bottom of the arc-shaped beam, and the buffer interlayer is arranged in the gap between the arc-shaped beam and the outer wall of the offshore wind power foundation. According to the offshore wind power berthing component, the arrangement mode and the fixing mode of an existing berthing component are optimally designed, and the defect that the existing offshore wind power berthing component is difficult to repair is overcome.
本发明公开了一种含缓冲夹层可整体替换的海上风电靠船构件及使用方法。它包括牛腿结构、弧形梁、定位栓、螺母、缓冲夹层、靠船柱、水平撑;所述牛腿结构包括牛腿板和肘板,所述牛腿板一侧焊接于海上风电基础上,所述牛腿板上开设定位孔,所述肘板连接于牛腿板下方用于连接牛腿板和海上风电基础,所述弧形梁外侧与水平撑连接,所述弧形梁内侧与海上风电基础外壁之间设有间隙,所述弧形梁底部与牛腿板贴合,并通过定位栓、螺母与定位孔配合固定,所述定位栓焊接于弧形梁的底部,所述缓冲夹层布置于弧形梁与海上风电基础外壁之间的间隙处。本发明对现有靠船构件的布置方式及固定方式进行优化设计,克服了现有海上风电靠船构件难以修复的缺陷。
Offshore wind power berthing component containing buffer interlayer and capable of being integrally replaced and using method of offshore wind power berthing component
The invention discloses an integrally replaceable offshore wind power berthing component containing a buffer interlayer and a using method. The device comprises a bracket structure, an arc-shaped beam, a positioning bolt, a nut, a buffer interlayer, a berthing column and a horizontal support, the bracket structure comprises a bracket plate and a toggle plate, one side of the bracket plate is welded to the offshore wind power foundation, a positioning hole is formed in the bracket plate, the toggle plate is connected to the lower portion of the bracket plate and used for connecting the bracket plate and the offshore wind power foundation, and the outer side of the arc-shaped beam is connected with the horizontal support. A gap is formed between the inner side of the arc-shaped beam and the outer wall of the offshore wind power foundation, the bottom of the arc-shaped beam is attached to the bracket plate and is matched and fixed with the positioning hole through a positioning bolt, a nut and the positioning hole, the positioning bolt is welded to the bottom of the arc-shaped beam, and the buffer interlayer is arranged in the gap between the arc-shaped beam and the outer wall of the offshore wind power foundation. According to the offshore wind power berthing component, the arrangement mode and the fixing mode of an existing berthing component are optimally designed, and the defect that the existing offshore wind power berthing component is difficult to repair is overcome.
本发明公开了一种含缓冲夹层可整体替换的海上风电靠船构件及使用方法。它包括牛腿结构、弧形梁、定位栓、螺母、缓冲夹层、靠船柱、水平撑;所述牛腿结构包括牛腿板和肘板,所述牛腿板一侧焊接于海上风电基础上,所述牛腿板上开设定位孔,所述肘板连接于牛腿板下方用于连接牛腿板和海上风电基础,所述弧形梁外侧与水平撑连接,所述弧形梁内侧与海上风电基础外壁之间设有间隙,所述弧形梁底部与牛腿板贴合,并通过定位栓、螺母与定位孔配合固定,所述定位栓焊接于弧形梁的底部,所述缓冲夹层布置于弧形梁与海上风电基础外壁之间的间隙处。本发明对现有靠船构件的布置方式及固定方式进行优化设计,克服了现有海上风电靠船构件难以修复的缺陷。
Offshore wind power berthing component containing buffer interlayer and capable of being integrally replaced and using method of offshore wind power berthing component
一种含缓冲夹层可整体替换的海上风电靠船构件及使用方法
LIU HAIBO (Autor:in) / ZHANG CHENG (Autor:in) / TAO TIELING (Autor:in) / GAN LE (Autor:in) / WU SIZHOU (Autor:in) / MA SITENG (Autor:in) / DUAN FEI (Autor:in) / DENG CHAO (Autor:in)
02.07.2024
Patent
Elektronische Ressource
Chinesisch
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