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A platform for research: civil engineering, architecture and urbanism
Anti-skid rigid-flexible combined type foundation plate structure
The invention discloses an anti-skid rigid-flexible combined type foundation plate structure, and belongs to the technical field of elevated platform building. The anti-skid rigid-flexible combined type foundation plate structure comprises a foundation plate box and flexible toe plates, wherein the flexible toe plates are connected to the periphery of the outer side of the bottom of the foundationplate box, and the bottom end of a spliced pile penetrates through the middle of the foundation plate box and is fixedly connected with the bottom of the foundation plate box. In the provided anti-skid rigid-flexible combined type foundation plate structure, the flexible toe plates are connected to the periphery of the outer side of the bottom of the foundation plate box, when the rigid-flexiblecombined type foundation plate structure is fixed to a shallow water reef plate of a coral island reef, the flexible toe plates can freely deform when the stress of the foundation plate structure is not uniform due to the coexistence of reef limestone and coral sand, so that the situation that a bottom plate and the spliced pile incline and bear bending moment is avoided, and the connection reliability of the spliced pile is improved. The toe plates are fixed to the shallow water reef plate of the coral island reef through steel chisels so that the foundation plate structure can be prevented from sliding, and the reliability of the connection between the foundation plate structure and the shallow water reef plate of the coral island reef is improved.
本发明公开一种防滑型刚柔组合式础板结构，属于高架平台搭建技术领域。所述防滑型刚柔组合式础板结构包括础板箱和柔性的趾板，柔性的趾板连接在础板箱的底部外侧的四周；拼接式桩柱的底端穿过础板箱的中部并与础板箱的底部固定连接。本发明提供的一种防滑型刚柔组合式础板结构中，柔性的趾板连接在础板箱的底部外侧的四周，当刚柔组合式础板结构固定在珊瑚岛礁浅水礁盘上，由于礁灰岩与珊瑚砂同时存在而导致础板结构受力不均时，柔性的趾板能够自由变形，避免底板和拼接式桩柱发生歪斜而承受弯矩，提高了拼接式桩柱连接的可靠性。趾板通过钢钎固定在珊瑚岛礁浅水礁盘上，能够防止础板结构发生滑移，增加了础板结构与珊瑚岛礁浅水礁盘的连接可靠性。
Anti-skid rigid-flexible combined type foundation plate structure
The invention discloses an anti-skid rigid-flexible combined type foundation plate structure, and belongs to the technical field of elevated platform building. The anti-skid rigid-flexible combined type foundation plate structure comprises a foundation plate box and flexible toe plates, wherein the flexible toe plates are connected to the periphery of the outer side of the bottom of the foundationplate box, and the bottom end of a spliced pile penetrates through the middle of the foundation plate box and is fixedly connected with the bottom of the foundation plate box. In the provided anti-skid rigid-flexible combined type foundation plate structure, the flexible toe plates are connected to the periphery of the outer side of the bottom of the foundation plate box, when the rigid-flexiblecombined type foundation plate structure is fixed to a shallow water reef plate of a coral island reef, the flexible toe plates can freely deform when the stress of the foundation plate structure is not uniform due to the coexistence of reef limestone and coral sand, so that the situation that a bottom plate and the spliced pile incline and bear bending moment is avoided, and the connection reliability of the spliced pile is improved. The toe plates are fixed to the shallow water reef plate of the coral island reef through steel chisels so that the foundation plate structure can be prevented from sliding, and the reliability of the connection between the foundation plate structure and the shallow water reef plate of the coral island reef is improved.
本发明公开一种防滑型刚柔组合式础板结构，属于高架平台搭建技术领域。所述防滑型刚柔组合式础板结构包括础板箱和柔性的趾板，柔性的趾板连接在础板箱的底部外侧的四周；拼接式桩柱的底端穿过础板箱的中部并与础板箱的底部固定连接。本发明提供的一种防滑型刚柔组合式础板结构中，柔性的趾板连接在础板箱的底部外侧的四周，当刚柔组合式础板结构固定在珊瑚岛礁浅水礁盘上，由于礁灰岩与珊瑚砂同时存在而导致础板结构受力不均时，柔性的趾板能够自由变形，避免底板和拼接式桩柱发生歪斜而承受弯矩，提高了拼接式桩柱连接的可靠性。趾板通过钢钎固定在珊瑚岛礁浅水礁盘上，能够防止础板结构发生滑移，增加了础板结构与珊瑚岛礁浅水礁盘的连接可靠性。
Anti-skid rigid-flexible combined type foundation plate structure
一种防滑型刚柔组合式础板结构
CHEN XUJUN (author) / SHAO FEI (author) / YAN JUN (author) / LI ZHIGANG (author) / XU QIAN (author) / SHEN HAIPENG (author) / WAN WEI (author) / SHEN MEI (author)
2020-04-17
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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