A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Height-adjustable assembled floating bridge transverse bracing steel tower
The invention discloses a height-adjustable assembled floating bridge transverse bracing steel tower which comprises a foundation plate, an articulator, first mounting frames, truss pieces, connectingpieces, tower caps and second mounting frames. A bearing mortar is arranged on the foundation plate; a ball head is arranged on the lower surface of the articulator; the foundation plate is fixed onthe concrete foundation; the two first mounting frames arranged in parallel in the vertical direction are installed on the two opposite sides of the foundation plate respectively, and the two second mounting frames arranged in parallel in the vertical direction are installed on the other two opposite sides of the foundation plate respectively; four corners of the articulator are respectively connected with the two first mounting frames, and the ball head of the articulator is matched with a ball socket of a bearing mortar of the foundation plate; the bottoms of the two truss pieces oppositelyarranged in parallel in the vertical direction are installed on the two opposite sides of the articulator correspondingly; the more than two connecting pieces are arranged along the vertical directionand are fixed between the two parallel and opposite truss pieces; and the tower caps are mounted at the tops of the two highest truss pieces in the horizontal direction. The tower can be flexibly assembled and disassembled, and the height of the tower is adjustable.
本发明公开了一种高度可调的拼装式浮桥横张纲塔架，包括：础板、铰接器、第一安装架、桁架片、连接片、塔帽及第二安装架；础板上设有承臼；铰接器的下表面设有球头；础板固定在砼基础上；两个沿竖直方向平行布置的第一安装架分别安装在础板的两个相对侧，两个沿竖直方向平行布置的第二安装架分别安装在础板的另两个相对侧；铰接器的四个角分别与两个第一安装架连接，铰接器的球头与础板的承臼的球窝配合；两个沿竖直方向平行相对布置的桁架片的底部分别安装在铰接器的两相对侧；两个以上连接片沿竖直方向布置，固定在平行相对的两个桁架片之间；塔帽沿水平方向安装在位于最高的两个桁架片的顶部；该塔架可灵活安装和拆卸、且高度可调。
Height-adjustable assembled floating bridge transverse bracing steel tower
The invention discloses a height-adjustable assembled floating bridge transverse bracing steel tower which comprises a foundation plate, an articulator, first mounting frames, truss pieces, connectingpieces, tower caps and second mounting frames. A bearing mortar is arranged on the foundation plate; a ball head is arranged on the lower surface of the articulator; the foundation plate is fixed onthe concrete foundation; the two first mounting frames arranged in parallel in the vertical direction are installed on the two opposite sides of the foundation plate respectively, and the two second mounting frames arranged in parallel in the vertical direction are installed on the other two opposite sides of the foundation plate respectively; four corners of the articulator are respectively connected with the two first mounting frames, and the ball head of the articulator is matched with a ball socket of a bearing mortar of the foundation plate; the bottoms of the two truss pieces oppositelyarranged in parallel in the vertical direction are installed on the two opposite sides of the articulator correspondingly; the more than two connecting pieces are arranged along the vertical directionand are fixed between the two parallel and opposite truss pieces; and the tower caps are mounted at the tops of the two highest truss pieces in the horizontal direction. The tower can be flexibly assembled and disassembled, and the height of the tower is adjustable.
本发明公开了一种高度可调的拼装式浮桥横张纲塔架，包括：础板、铰接器、第一安装架、桁架片、连接片、塔帽及第二安装架；础板上设有承臼；铰接器的下表面设有球头；础板固定在砼基础上；两个沿竖直方向平行布置的第一安装架分别安装在础板的两个相对侧，两个沿竖直方向平行布置的第二安装架分别安装在础板的另两个相对侧；铰接器的四个角分别与两个第一安装架连接，铰接器的球头与础板的承臼的球窝配合；两个沿竖直方向平行相对布置的桁架片的底部分别安装在铰接器的两相对侧；两个以上连接片沿竖直方向布置，固定在平行相对的两个桁架片之间；塔帽沿水平方向安装在位于最高的两个桁架片的顶部；该塔架可灵活安装和拆卸、且高度可调。
Height-adjustable assembled floating bridge transverse bracing steel tower
一种高度可调的拼装式浮桥横张纲塔架
LIU GANG (author) / HUANG XINLEI (author) / WAN WEI (author) / FU WENCHU (author)
2020-07-14
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
| Engineering Index Backfile | 1931
Transmission tower diagonal bracing
| Engineering Index Backfile | 1927