Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Connecting cap type anchoring structure for offshore suspension cable photovoltaic and mounting method
The connecting cap type anchoring structure comprises a pile foundation and a connecting cap connected with the upper portion of the pile foundation, the pile foundation is provided with a straight pile and an inclined pile which are adjacently arranged, and the pile axis of the inclined pile inclines towards the side close to the pile top of the straight pile relative to the pile axis of the straight pile; a vertically-through reserved space is formed in the connecting cap, a reserved straight pile space and a reserved inclined pile space are arranged in the lower area of the reserved space in a separated mode, and a reserved grouting space communicating the reserved straight pile space with the reserved inclined pile space is arranged in the upper area of the reserved space. The top of the straight pile penetrates through the reserved straight pile space and extends into the reserved grouting space, and the top of the inclined pile penetrates through the reserved inclined pile space and the reserved grouting space and extends to the top of the connecting cap. The pile foundation is of a structure in which the straight piles and the inclined piles are arranged in a combined mode, in other words, the straight piles are adopted as the pressed piles, the inclined piles are adopted as the pulled piles, and the straight piles and the inclined piles are fixedly connected together through the connecting caps to bear force together.
本发明提供了一种用于海上悬索光伏的连接帽式锚固结构，包括桩基础以及与桩基础上部相连的连接帽，所述桩基础设有相邻布置的直桩和斜桩，所述斜桩桩轴线相对于直桩桩轴线朝靠近直桩桩顶侧倾斜；所述连接帽内部开设上下贯通的预留空间，所述预留空间的下部区域内分隔设置预留直桩空间和预留斜桩空间，所述预留空间的上部区域内设有将预留直桩空间和预留斜桩空间连通的预留灌浆空间，所述直桩桩顶穿过预留直桩空间伸入预留灌浆空间内，所述斜桩桩顶穿过预留斜桩空间和预留灌浆空间伸出至连接帽顶部。本发明的桩基础为直桩和斜桩联合布置的结构，即受压桩采用直桩，受拉桩采用斜桩，通过连接帽将直桩和斜桩固结在一起共同受力。
Connecting cap type anchoring structure for offshore suspension cable photovoltaic and mounting method
The connecting cap type anchoring structure comprises a pile foundation and a connecting cap connected with the upper portion of the pile foundation, the pile foundation is provided with a straight pile and an inclined pile which are adjacently arranged, and the pile axis of the inclined pile inclines towards the side close to the pile top of the straight pile relative to the pile axis of the straight pile; a vertically-through reserved space is formed in the connecting cap, a reserved straight pile space and a reserved inclined pile space are arranged in the lower area of the reserved space in a separated mode, and a reserved grouting space communicating the reserved straight pile space with the reserved inclined pile space is arranged in the upper area of the reserved space. The top of the straight pile penetrates through the reserved straight pile space and extends into the reserved grouting space, and the top of the inclined pile penetrates through the reserved inclined pile space and the reserved grouting space and extends to the top of the connecting cap. The pile foundation is of a structure in which the straight piles and the inclined piles are arranged in a combined mode, in other words, the straight piles are adopted as the pressed piles, the inclined piles are adopted as the pulled piles, and the straight piles and the inclined piles are fixedly connected together through the connecting caps to bear force together.
本发明提供了一种用于海上悬索光伏的连接帽式锚固结构，包括桩基础以及与桩基础上部相连的连接帽，所述桩基础设有相邻布置的直桩和斜桩，所述斜桩桩轴线相对于直桩桩轴线朝靠近直桩桩顶侧倾斜；所述连接帽内部开设上下贯通的预留空间，所述预留空间的下部区域内分隔设置预留直桩空间和预留斜桩空间，所述预留空间的上部区域内设有将预留直桩空间和预留斜桩空间连通的预留灌浆空间，所述直桩桩顶穿过预留直桩空间伸入预留灌浆空间内，所述斜桩桩顶穿过预留斜桩空间和预留灌浆空间伸出至连接帽顶部。本发明的桩基础为直桩和斜桩联合布置的结构，即受压桩采用直桩，受拉桩采用斜桩，通过连接帽将直桩和斜桩固结在一起共同受力。
Connecting cap type anchoring structure for offshore suspension cable photovoltaic and mounting method
一种用于海上悬索光伏的连接帽式锚固结构及安装方法
YU HUAFENG (Autor:in) / WANG KANGJIE (Autor:in) / ZHAO YUE (Autor:in) / LI WEI (Autor:in) / JIA XIANLIN (Autor:in) / LYU GUOER (Autor:in) / LOU WEI (Autor:in) / LI JUNLONG (Autor:in) / SHI YUBIN (Autor:in) / GAO XIAOYU (Autor:in)
07.06.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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