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Power transmission line tower horizontal grounding composite resistance reducing groove and construction method
The invention discloses a power transmission line tower horizontal grounding composite resistance reduction groove and a construction method, a tunnel is formed in the ground, a plurality of horizontal resistance reduction modules are laid at the bottom of the tunnel, the plurality of horizontal resistance reduction modules are rotatably arranged end to end, and a vertical resistance reduction module is detachably mounted between every two adjacent horizontal resistance reduction modules; the inclined resistance reducing modules are rotationally mounted on the two sides of the horizontal resistance reducing modules, the resistance reducing modes can be increased by matching the horizontal resistance reducing modules with the inclined resistance reducing modules, the composite resistance reducing effect can be improved, the stability of the whole structure can be mutually improved, convenience is brought to mounting work, maintenance, disassembly, assembly and replacement can be facilitated, and the relative rotation angle can be achieved; the horizontal resistance reduction modules can be adaptively distributed according to the specification of the tunnel, installation is facilitated, the inclined resistance reduction modules can be attached to the inner wall of the tunnel according to the inclination angle and the rotating installation angle of the specific inner wall of the tunnel, common resistance reduction is guaranteed, and meanwhile the stability of the horizontal resistance reduction modules can be improved.
本发明公开了输电线路杆塔水平接地复合降阻槽及施工方法,地面上开设有坑道,坑道的坑底铺设若干水平降阻模块若干水平降阻模块首尾转动设置,且相邻两个水平降阻模块之间可拆卸的安装有垂直降阻模块,若干水平降阻模块两侧均转动安装有倾斜降阻模块,三者配合使用可以不但增加降阻方式,提高复合降阻效果,还能够相互提高整个结构的稳定性,给安装工作带来便利,不但能够方便维修拆装更换,还能够相对旋转角度,使得若干水平降阻模块能够按照坑道的规格而相适配的分布,方便了安装,能够根据具体坑道内壁的倾角,旋转安装角度,使得倾斜降阻模块贴附在坑道内壁,保证共同降阻的同时,还能够提高水平降阻模块的稳定性。
Power transmission line tower horizontal grounding composite resistance reducing groove and construction method
The invention discloses a power transmission line tower horizontal grounding composite resistance reduction groove and a construction method, a tunnel is formed in the ground, a plurality of horizontal resistance reduction modules are laid at the bottom of the tunnel, the plurality of horizontal resistance reduction modules are rotatably arranged end to end, and a vertical resistance reduction module is detachably mounted between every two adjacent horizontal resistance reduction modules; the inclined resistance reducing modules are rotationally mounted on the two sides of the horizontal resistance reducing modules, the resistance reducing modes can be increased by matching the horizontal resistance reducing modules with the inclined resistance reducing modules, the composite resistance reducing effect can be improved, the stability of the whole structure can be mutually improved, convenience is brought to mounting work, maintenance, disassembly, assembly and replacement can be facilitated, and the relative rotation angle can be achieved; the horizontal resistance reduction modules can be adaptively distributed according to the specification of the tunnel, installation is facilitated, the inclined resistance reduction modules can be attached to the inner wall of the tunnel according to the inclination angle and the rotating installation angle of the specific inner wall of the tunnel, common resistance reduction is guaranteed, and meanwhile the stability of the horizontal resistance reduction modules can be improved.
本发明公开了输电线路杆塔水平接地复合降阻槽及施工方法,地面上开设有坑道,坑道的坑底铺设若干水平降阻模块若干水平降阻模块首尾转动设置,且相邻两个水平降阻模块之间可拆卸的安装有垂直降阻模块,若干水平降阻模块两侧均转动安装有倾斜降阻模块,三者配合使用可以不但增加降阻方式,提高复合降阻效果,还能够相互提高整个结构的稳定性,给安装工作带来便利,不但能够方便维修拆装更换,还能够相对旋转角度,使得若干水平降阻模块能够按照坑道的规格而相适配的分布,方便了安装,能够根据具体坑道内壁的倾角,旋转安装角度,使得倾斜降阻模块贴附在坑道内壁,保证共同降阻的同时,还能够提高水平降阻模块的稳定性。
Power transmission line tower horizontal grounding composite resistance reducing groove and construction method
输电线路杆塔水平接地复合降阻槽及施工方法
GENG QINGSHAN (author) / LI ZHENG (author) / BU JIKANG (author) / WANG GUOQING (author) / DU MING (author) / ZHAO XIAOLONG (author) / ZUO JINGSEN (author) / WANG XIAODAN (author) / CHEN YUZHE (author) / SONG YIHAO (author)
2023-05-05
Patent
Electronic Resource
Chinese
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