A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pi-connected strain steel pipe pole
The invention discloses a pi-connected strain steel pipe pole, and relates to the technical field of power grid equipment. The Pi-connection strain steel pipe pole comprises a main pole, a ground wire support and a wire cross arm unit, and the ground wire support is arranged at one end of the main pole; and the wire cross arm unit comprises an upper-layer wire cross arm, a middle-layer wire cross arm and a lower-layer wire cross arm which are arranged on the main pole at intervals. According to the pi-connection strain steel pipe pole, double-loop pi connection can be achieved through the three layers of wire cross arm units, meanwhile, the number of layers of cross arms can be reduced, the overall height of a pole tower can be reduced, the occupied area can be reduced, and then the construction cost and the operation and maintenance difficulty can be reduced.
本发明公开了一种π接耐张钢管杆，涉及电网设备技术领域。一种π接耐张钢管杆，包括：主杆、地线支架以及导线横担单元，所述地线支架设置于所述主杆的一端；所述导线横担单元包括：间隔的设置于所述主杆上的上层导线横担、中层导线横担和下层导线横担。本发明实施例中所提供的一种π接耐张钢管杆，能够通过三层导线横担单元，实现双回路π接，同时能够减少横担层数，降低杆塔整体的高度，减少占地面积，进而降低工程造价和运维难度。
Pi-connected strain steel pipe pole
The invention discloses a pi-connected strain steel pipe pole, and relates to the technical field of power grid equipment. The Pi-connection strain steel pipe pole comprises a main pole, a ground wire support and a wire cross arm unit, and the ground wire support is arranged at one end of the main pole; and the wire cross arm unit comprises an upper-layer wire cross arm, a middle-layer wire cross arm and a lower-layer wire cross arm which are arranged on the main pole at intervals. According to the pi-connection strain steel pipe pole, double-loop pi connection can be achieved through the three layers of wire cross arm units, meanwhile, the number of layers of cross arms can be reduced, the overall height of a pole tower can be reduced, the occupied area can be reduced, and then the construction cost and the operation and maintenance difficulty can be reduced.
本发明公开了一种π接耐张钢管杆，涉及电网设备技术领域。一种π接耐张钢管杆，包括：主杆、地线支架以及导线横担单元，所述地线支架设置于所述主杆的一端；所述导线横担单元包括：间隔的设置于所述主杆上的上层导线横担、中层导线横担和下层导线横担。本发明实施例中所提供的一种π接耐张钢管杆，能够通过三层导线横担单元，实现双回路π接，同时能够减少横担层数，降低杆塔整体的高度，减少占地面积，进而降低工程造价和运维难度。
Pi-connected strain steel pipe pole
一种π接耐张钢管杆
ZHANG LIANG (author) / WANG YUJIE (author) / PEI HAOWEI (author) / CHEN JUNSHUAI (author) / TANG YAKE (author) / YIN XIANGHUI (author) / WU XUANWEI (author) / CHEN CHEN (author) / ZHAI JIANFENG (author) / FAN QINGLING (author)
2022-01-25
Patent
Electronic Resource
Chinese
IPC:
E04H
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