A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Power transmission line tower steel structure
The invention provides a power transmission line tower steel structure which comprises a main tower body, an upper structural frame is fixedly installed at the upper end of the main tower body, and the upper structural frame is composed of supporting structural rods with the middle portions staggered. The side structural frames are arranged on the two sides of the upper structural frame, the two side edges of each side structural frame are used for hanging power transmission lines needing to be connected, the lower supporting frame is arranged at the lower end of the main tower body, the base is arranged at the lower end of the lower supporting frame, and the main tower body is connected with the ground through the base. The first tower body auxiliary rods and the second tower body auxiliary rods are fixedly installed on the inner sides of the side fixing blocks through bolts, the multiple sets of main tower bodies are fixedly connected through the staggered design of the first tower body auxiliary rods and the second tower body auxiliary rods, and the connecting sub-rods are arranged in the middles of the first tower body auxiliary rods and the second tower body auxiliary rods; the triangular structure supporting frame is formed by connecting the sub-rods, and the stress structures of the first tower body auxiliary rod and the second tower body auxiliary rod are further optimized.
本申请提供了一种输电线路塔钢结构，包括主塔体，主塔体上端固定安装有上结构架，上结构架为中部交错的支撑结构杆；侧结构架，侧结构架设置在上结构架两侧，侧结构架两侧边用来挂接需要连接的输电线路，主塔体下端设置有设置有下支撑架，下支撑架下端设置有底座，通过底座来实现与地面的连接。本发明通过螺栓来将第一塔体副杆和第二塔体副杆固定安装在侧固定块内侧，通过第一塔体副杆和第二塔体副杆的交错设计来将多组主塔体之间进行固定连接，第一塔体副杆和第二塔体副杆中部设置有连接子杆，通过连接子杆来形成三角形的结构支撑架，进一步的优化第一塔体副杆和第二塔体副杆的受力结构。
Power transmission line tower steel structure
The invention provides a power transmission line tower steel structure which comprises a main tower body, an upper structural frame is fixedly installed at the upper end of the main tower body, and the upper structural frame is composed of supporting structural rods with the middle portions staggered. The side structural frames are arranged on the two sides of the upper structural frame, the two side edges of each side structural frame are used for hanging power transmission lines needing to be connected, the lower supporting frame is arranged at the lower end of the main tower body, the base is arranged at the lower end of the lower supporting frame, and the main tower body is connected with the ground through the base. The first tower body auxiliary rods and the second tower body auxiliary rods are fixedly installed on the inner sides of the side fixing blocks through bolts, the multiple sets of main tower bodies are fixedly connected through the staggered design of the first tower body auxiliary rods and the second tower body auxiliary rods, and the connecting sub-rods are arranged in the middles of the first tower body auxiliary rods and the second tower body auxiliary rods; the triangular structure supporting frame is formed by connecting the sub-rods, and the stress structures of the first tower body auxiliary rod and the second tower body auxiliary rod are further optimized.
本申请提供了一种输电线路塔钢结构，包括主塔体，主塔体上端固定安装有上结构架，上结构架为中部交错的支撑结构杆；侧结构架，侧结构架设置在上结构架两侧，侧结构架两侧边用来挂接需要连接的输电线路，主塔体下端设置有设置有下支撑架，下支撑架下端设置有底座，通过底座来实现与地面的连接。本发明通过螺栓来将第一塔体副杆和第二塔体副杆固定安装在侧固定块内侧，通过第一塔体副杆和第二塔体副杆的交错设计来将多组主塔体之间进行固定连接，第一塔体副杆和第二塔体副杆中部设置有连接子杆，通过连接子杆来形成三角形的结构支撑架，进一步的优化第一塔体副杆和第二塔体副杆的受力结构。
Power transmission line tower steel structure
一种输电线路塔钢结构
LIU YI (author) / WEI XIAOYI (author)
2022-12-23
Patent
Electronic Resource
Chinese
IPC:
E04H
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