Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Sheet pile type anchoring structure for offshore suspension cable photovoltaic
The invention provides a sheet pile type anchoring structure for an offshore suspension cable photovoltaic device. The anchoring structure comprises an anchoring pile, a prefabricated anchor plate and a connecting piece. The anchoring pile is divided into a mounting part and a connecting part according to different effects of mounting, fixing and connecting inhaul cables, and the anchoring pile is vertically arranged through the mounting part, so that the connecting part is higher than the sea level; a sinking stopping clamping piece is arranged on the mounting part; the connecting piece is arranged on the prefabricated anchor plate in a sleeving mode, the prefabricated anchor plate is in sliding connection with the connecting piece on the anchoring pile, and the connecting piece is matched with the sinking stopping clamping piece to limit the height position of the prefabricated anchor plate on the anchoring pile; a structural style that the steel piles and the prefabricated concrete anchor plates are jointly stressed is adopted, and the good bending resistance of the steel piles is utilized to bear pile body bending moment caused by horizontal force of the inhaul cables; the characteristics of large vertical area and high horizontal resistance of the precast concrete blocks are utilized to bear the horizontal force of the inhaul cable.
本发明提供了一种用于海上悬索光伏的板桩式锚固结构，所述锚固结构包括锚固桩、预制锚板和连接件；所述锚固桩上根据安装固定和连接拉索的不同作用分为安装部位和连接部位，所述锚固桩通过所述安装部位竖立式设置，使所述连接部位高于海平面；所述安装部位上设置止沉卡件；所述连接件套设在所述预制锚板上，所述预制锚板通过与所述连接件形成在所述锚固桩上的滑动连接，所述连接件通过与所述止沉卡件配合限制所述预制锚板在所述锚固桩上的高度位置；本发明采用钢桩和预制混凝土锚板联合受力的结构型式该结构利用钢桩良好的抗弯性能，承担拉索水平力引起的桩身弯矩；利用预制混凝土块竖向面积大和抗水平能力强的特点，承担拉索水平力。
Sheet pile type anchoring structure for offshore suspension cable photovoltaic
The invention provides a sheet pile type anchoring structure for an offshore suspension cable photovoltaic device. The anchoring structure comprises an anchoring pile, a prefabricated anchor plate and a connecting piece. The anchoring pile is divided into a mounting part and a connecting part according to different effects of mounting, fixing and connecting inhaul cables, and the anchoring pile is vertically arranged through the mounting part, so that the connecting part is higher than the sea level; a sinking stopping clamping piece is arranged on the mounting part; the connecting piece is arranged on the prefabricated anchor plate in a sleeving mode, the prefabricated anchor plate is in sliding connection with the connecting piece on the anchoring pile, and the connecting piece is matched with the sinking stopping clamping piece to limit the height position of the prefabricated anchor plate on the anchoring pile; a structural style that the steel piles and the prefabricated concrete anchor plates are jointly stressed is adopted, and the good bending resistance of the steel piles is utilized to bear pile body bending moment caused by horizontal force of the inhaul cables; the characteristics of large vertical area and high horizontal resistance of the precast concrete blocks are utilized to bear the horizontal force of the inhaul cable.
本发明提供了一种用于海上悬索光伏的板桩式锚固结构，所述锚固结构包括锚固桩、预制锚板和连接件；所述锚固桩上根据安装固定和连接拉索的不同作用分为安装部位和连接部位，所述锚固桩通过所述安装部位竖立式设置，使所述连接部位高于海平面；所述安装部位上设置止沉卡件；所述连接件套设在所述预制锚板上，所述预制锚板通过与所述连接件形成在所述锚固桩上的滑动连接，所述连接件通过与所述止沉卡件配合限制所述预制锚板在所述锚固桩上的高度位置；本发明采用钢桩和预制混凝土锚板联合受力的结构型式该结构利用钢桩良好的抗弯性能，承担拉索水平力引起的桩身弯矩；利用预制混凝土块竖向面积大和抗水平能力强的特点，承担拉索水平力。
Sheet pile type anchoring structure for offshore suspension cable photovoltaic
一种用于海上悬索光伏的板桩式锚固结构
LI WEI (Autor:in) / YU HUAFENG (Autor:in) / ZHAO YUE (Autor:in) / LI BAOJIAN (Autor:in) / JIA XIANLIN (Autor:in) / LOU WEI (Autor:in) / LI JUNLONG (Autor:in) / HU TIANWEI (Autor:in) / YANG MIN (Autor:in) / TAO AN (Autor:in)
10.01.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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