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Communication base station iron tower
The invention relates to the technical field of communication base stations, and provides a communication base station iron tower which comprises a tower body, a lifting mechanism and a lifting mechanism, and the tower body comprises a bottom tower section, a middle tower section and a top tower section; the lifting mechanism is used for driving the middle tower section to move in the vertical direction and comprises a lifting plate and a plurality of lifting units. By arranging the lifting mechanism and the lifting mechanism, the safety risk caused by manual high-altitude operation for iron tower installation can be reduced in the installation process of simplifying the tower body, the installation efficiency of the iron tower is improved, and meanwhile, the labor intensity of workers is reduced. The lifting mechanism which is based on the traction rope lifting principle and can be in linkage with the middle tower section is adopted to achieve lifting of the top tower section, the structural design is reasonable, compared with lifting conducted through screws, the failure rate in the lifting process can be effectively reduced, and compared with lifting conducted through traction ropes, the failure rate in the lifting process can be effectively reduced. And the middle tower section is lifted more stably.
本发明涉及通信基站技术领域,提供了一种通信基站铁塔,包括塔身、升降机构和提升机构,塔身包括底部塔节、中间塔节以及顶部塔节;升降机构用于驱动中间塔节沿竖直方向运动,提升机构包括提升板以及多个提升单元。本发明通过设置升降机构以及提升机构,能够实现简化塔身的安装过程中,降低需要人工进行高空作业安装铁塔所带来的安全风险,且提高了铁塔的安装效率,同时,通过采用基于牵引绳提升原理并能够与中间塔节联动的提升机构来实现顶部塔节的升降,结构设计合理,相较于全部采用螺杆进行升降而言,能够有效的降低在升降过程中的故障率,相较于全部采用牵引绳来进行升降而言,中间塔节的升降更加平稳。
Communication base station iron tower
The invention relates to the technical field of communication base stations, and provides a communication base station iron tower which comprises a tower body, a lifting mechanism and a lifting mechanism, and the tower body comprises a bottom tower section, a middle tower section and a top tower section; the lifting mechanism is used for driving the middle tower section to move in the vertical direction and comprises a lifting plate and a plurality of lifting units. By arranging the lifting mechanism and the lifting mechanism, the safety risk caused by manual high-altitude operation for iron tower installation can be reduced in the installation process of simplifying the tower body, the installation efficiency of the iron tower is improved, and meanwhile, the labor intensity of workers is reduced. The lifting mechanism which is based on the traction rope lifting principle and can be in linkage with the middle tower section is adopted to achieve lifting of the top tower section, the structural design is reasonable, compared with lifting conducted through screws, the failure rate in the lifting process can be effectively reduced, and compared with lifting conducted through traction ropes, the failure rate in the lifting process can be effectively reduced. And the middle tower section is lifted more stably.
本发明涉及通信基站技术领域,提供了一种通信基站铁塔,包括塔身、升降机构和提升机构,塔身包括底部塔节、中间塔节以及顶部塔节;升降机构用于驱动中间塔节沿竖直方向运动,提升机构包括提升板以及多个提升单元。本发明通过设置升降机构以及提升机构,能够实现简化塔身的安装过程中,降低需要人工进行高空作业安装铁塔所带来的安全风险,且提高了铁塔的安装效率,同时,通过采用基于牵引绳提升原理并能够与中间塔节联动的提升机构来实现顶部塔节的升降,结构设计合理,相较于全部采用螺杆进行升降而言,能够有效的降低在升降过程中的故障率,相较于全部采用牵引绳来进行升降而言,中间塔节的升降更加平稳。
Communication base station iron tower
一种通信基站铁塔
YIN XINJIAN (author) / WANG YONGZHONG (author)
2023-01-31
Patent
Electronic Resource
Chinese
IPC:
E04H
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