A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Arch rib cable-stayed buckling and hanging connector and cable-stayed buckling and hanging structure
The invention discloses an arch rib cable-stayed buckling and hanging connector which comprises a cantilever anchor beam, two first connectors and two second connectors used for being connected with cable-stayed buckling cables, and the cantilever anchor beam is arranged perpendicular to an arch rib section and fixedly connected to the back of the arch rib section. The two ends of the cantilever anchor beam in the length direction extend out of the two sides of the arch rib section to form cantilever parts overhung on the two sides of the arch rib section; the two first connectors are symmetrically arranged on the cantilever parts at the two ends of the cantilever anchor beam in the length direction and detachably connected with the two second connectors correspondingly. The invention further discloses a cable-stayed buckling and hanging structure applying the cable-stayed buckling and hanging connector for the arch rib. The arch rib cable-stayed buckling connector is simple in structure and convenient to manufacture, mount and dismount, and can effectively solve the problem that space intersection conflict occurs between equipment to be hoisted and a cable-stayed buckling cable when cable hoisting is carried out on the shore side.
本发明公布了一种拱肋斜拉扣挂联接器，包括悬挑锚梁、两个第一连接头和两个用于连接斜拉扣索的第二连接头，所述悬挑锚梁垂直于拱肋节段设置并固定连接于所述拱肋节段的背部，所述悬挑锚梁的长度方向两端伸出所述拱肋节段的两侧，形成悬挑于所述拱肋节段的两侧的悬挑部；两个所述第一连接头对称设置于所述悬挑锚梁的长度方向两端的所述悬挑部，并分别与两个所述第二连接头可拆卸连接。以及应用有该拱肋斜拉扣挂联接器的斜拉扣挂结构。本发明的拱肋斜拉扣挂联接器结构简单，制作、安装和拆卸方便，并且能够有效解决在岸侧进行缆索起吊时待吊装设备与斜拉扣索之间发生空间交叉冲突的问题。
Arch rib cable-stayed buckling and hanging connector and cable-stayed buckling and hanging structure
The invention discloses an arch rib cable-stayed buckling and hanging connector which comprises a cantilever anchor beam, two first connectors and two second connectors used for being connected with cable-stayed buckling cables, and the cantilever anchor beam is arranged perpendicular to an arch rib section and fixedly connected to the back of the arch rib section. The two ends of the cantilever anchor beam in the length direction extend out of the two sides of the arch rib section to form cantilever parts overhung on the two sides of the arch rib section; the two first connectors are symmetrically arranged on the cantilever parts at the two ends of the cantilever anchor beam in the length direction and detachably connected with the two second connectors correspondingly. The invention further discloses a cable-stayed buckling and hanging structure applying the cable-stayed buckling and hanging connector for the arch rib. The arch rib cable-stayed buckling connector is simple in structure and convenient to manufacture, mount and dismount, and can effectively solve the problem that space intersection conflict occurs between equipment to be hoisted and a cable-stayed buckling cable when cable hoisting is carried out on the shore side.
本发明公布了一种拱肋斜拉扣挂联接器，包括悬挑锚梁、两个第一连接头和两个用于连接斜拉扣索的第二连接头，所述悬挑锚梁垂直于拱肋节段设置并固定连接于所述拱肋节段的背部，所述悬挑锚梁的长度方向两端伸出所述拱肋节段的两侧，形成悬挑于所述拱肋节段的两侧的悬挑部；两个所述第一连接头对称设置于所述悬挑锚梁的长度方向两端的所述悬挑部，并分别与两个所述第二连接头可拆卸连接。以及应用有该拱肋斜拉扣挂联接器的斜拉扣挂结构。本发明的拱肋斜拉扣挂联接器结构简单，制作、安装和拆卸方便，并且能够有效解决在岸侧进行缆索起吊时待吊装设备与斜拉扣索之间发生空间交叉冲突的问题。
Arch rib cable-stayed buckling and hanging connector and cable-stayed buckling and hanging structure
拱肋斜拉扣挂联接器及斜拉扣挂结构
LIN WEI (author) / PENG XIAOAN (author) / LIANG CHAOYONG (author) / TAN YOULIN (author) / TIAN JUNHONG (author)
2022-05-06
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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