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A platform for research: civil engineering, architecture and urbanism
Coal mine goaf ground power transmission line tower foundation reinforcing device and method
The invention discloses a coal mine goaf ground power transmission line tower foundation reinforcement device and method, and relates to the technical field of power transmission line tower reinforcement. The controller is fixed on the ground, and the controller is in signal connection with the meteorological monitoring station; the fixed plate is fixed on the ground and is positioned in the middle of the power transmission line tower; the number of the reinforcing assemblies is four, and one ends of the reinforcing assemblies are slidably arranged at the four vertex angle positions of the fixing plate; the four connecting plates are arranged at the other end of the reinforcing assembly; one end of the auxiliary induction assembly is installed in the fixing plate, and the other end of the auxiliary induction assembly is fixed to the top end of the power transmission line tower; and the number of the adjusting assemblies is four, and each adjusting assembly is fixed between the two connecting plates. The controller is in signal connection with the meteorological monitoring station, so that the magnitude and the wind direction of wind power can be predicted in advance, the power transmission line tower is pre-adjusted by the reinforcing assembly, and the wind resistance of the power transmission line tower is improved.
本发明公开了一种煤矿采空区地面输电线塔基础加固装置及方法，其涉及输电线塔加固技术领域，所述装置包括输电线塔，固定在地面上；控制器，固定在地面上，所述控制器与气象监测站进行信号连接；固定板，固定在地面上，位于所述输电线塔的中间位置；加固组件，被配置为四个，一端滑动设置在固定板的四个顶角位置；连接板，被配置为四个，安装在加固组件的另一端；辅助感应组件，一端安装在所述固定板内，另一端固定在所述输电线塔的顶端；调节组件，被配置为四个，且每个所述调节组件均固定在两个所述连接板之间。本发明通过控制器与气象监测站信号连接能够提前预测出风力的大小和风向，使加固组件对输电线塔进行预调节，提高输电线塔的抗风性能。
Coal mine goaf ground power transmission line tower foundation reinforcing device and method
The invention discloses a coal mine goaf ground power transmission line tower foundation reinforcement device and method, and relates to the technical field of power transmission line tower reinforcement. The controller is fixed on the ground, and the controller is in signal connection with the meteorological monitoring station; the fixed plate is fixed on the ground and is positioned in the middle of the power transmission line tower; the number of the reinforcing assemblies is four, and one ends of the reinforcing assemblies are slidably arranged at the four vertex angle positions of the fixing plate; the four connecting plates are arranged at the other end of the reinforcing assembly; one end of the auxiliary induction assembly is installed in the fixing plate, and the other end of the auxiliary induction assembly is fixed to the top end of the power transmission line tower; and the number of the adjusting assemblies is four, and each adjusting assembly is fixed between the two connecting plates. The controller is in signal connection with the meteorological monitoring station, so that the magnitude and the wind direction of wind power can be predicted in advance, the power transmission line tower is pre-adjusted by the reinforcing assembly, and the wind resistance of the power transmission line tower is improved.
本发明公开了一种煤矿采空区地面输电线塔基础加固装置及方法，其涉及输电线塔加固技术领域，所述装置包括输电线塔，固定在地面上；控制器，固定在地面上，所述控制器与气象监测站进行信号连接；固定板，固定在地面上，位于所述输电线塔的中间位置；加固组件，被配置为四个，一端滑动设置在固定板的四个顶角位置；连接板，被配置为四个，安装在加固组件的另一端；辅助感应组件，一端安装在所述固定板内，另一端固定在所述输电线塔的顶端；调节组件，被配置为四个，且每个所述调节组件均固定在两个所述连接板之间。本发明通过控制器与气象监测站信号连接能够提前预测出风力的大小和风向，使加固组件对输电线塔进行预调节，提高输电线塔的抗风性能。
Coal mine goaf ground power transmission line tower foundation reinforcing device and method
一种煤矿采空区地面输电线塔基础加固装置及方法
ASHITAKE SHIGERU (author) / XU SIQING (author) / WANG SHUAI (author) / MENG XIAOKAI (author) / BAI YANG (author) / YU HUA (author) / HU FAN (author) / SONG SHUTING (author) / NIU BIAO (author) / YANG HONG (author)
2024-09-20
Patent
Electronic Resource
Chinese
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