A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for 10kV electrified assembled iron tower
The invention relates to a construction method of a 10kV electrified assembled iron tower. The self-developed electrified tower-erecting supporting rod is adopted to solve the problem that the safe distance between old towers of a running line and an electrified wire is insufficient when the iron tower is assembled, an iron tower body does not need to be disassembled, and the iron tower assembling efficiency is improved. The iron tower foundation and the iron tower foot are linked in a hinge mode and are matched with a self-developed iron tower hoisting component to fix the tower top, and the stability problem in the iron tower erecting process is solved. Large-range power failure is avoided by electrified tower erecting, and power supply reliability is improved. The stability, safety and operation efficiency in the iron tower assembling process are improved, and the project construction period is shortened.
本发明涉及一种10kV带电组立铁塔施工方法。采用自行研制的带电立塔支撑杆解决运行线路旧杆塔之间组立铁塔时与带电导线安全距离不足，本方法无需分解铁塔主体，提高组立铁塔效率。铁塔基础和铁塔塔脚之间采用铰链方式连锁，配合自行研制的铁塔吊装构件固定塔顶，解决铁塔起立过程稳定性问题。带电立塔避免大范围停电，提高供电可靠性。提高组立铁塔过程的稳定性、安全性、作业效率，缩短项目工期。
Construction method for 10kV electrified assembled iron tower
The invention relates to a construction method of a 10kV electrified assembled iron tower. The self-developed electrified tower-erecting supporting rod is adopted to solve the problem that the safe distance between old towers of a running line and an electrified wire is insufficient when the iron tower is assembled, an iron tower body does not need to be disassembled, and the iron tower assembling efficiency is improved. The iron tower foundation and the iron tower foot are linked in a hinge mode and are matched with a self-developed iron tower hoisting component to fix the tower top, and the stability problem in the iron tower erecting process is solved. Large-range power failure is avoided by electrified tower erecting, and power supply reliability is improved. The stability, safety and operation efficiency in the iron tower assembling process are improved, and the project construction period is shortened.
本发明涉及一种10kV带电组立铁塔施工方法。采用自行研制的带电立塔支撑杆解决运行线路旧杆塔之间组立铁塔时与带电导线安全距离不足，本方法无需分解铁塔主体，提高组立铁塔效率。铁塔基础和铁塔塔脚之间采用铰链方式连锁，配合自行研制的铁塔吊装构件固定塔顶，解决铁塔起立过程稳定性问题。带电立塔避免大范围停电，提高供电可靠性。提高组立铁塔过程的稳定性、安全性、作业效率，缩短项目工期。
Construction method for 10kV electrified assembled iron tower
一种10kV带电组立铁塔施工方法
XIAN QUANTANG (author) / PENG JINYAN (author) / ZHENG BIN (author) / LI XING (author) / LIANG RICAI (author) / LIN DEHE (author) / HUANG HAIFENG (author) / TAN ZHIWEI (author) / YU HAOBO (author) / YANG LIANSEN (author)
2023-06-23
Patent
Electronic Resource
Chinese
IPC:
E04H
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