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Electric tower footing protection structure
The invention discloses an electric tower footing protection structure which comprises a tower footing, an electric tower and a protection structure body arranged around the outer circle of the tower footing, and the protection structure body comprises road bricks, pressing bricks, a drainage groove, anchor rods and a water supplementing pipe. The road bricks are distributed around the tower footing in a multi-ring mode, the bottom faces of every two adjacent road bricks are movably connected with drainage grooves, the top face of each pressing brick is provided with a horizontal penetrating groove, the pressing bricks are matched with the multiple collinear horizontal penetrating grooves in a clamped mode, and the horizontal penetrating grooves and the pressing bricks are vertically provided with coaxial first mounting holes. Anchor rods embedded into a stable rock-soil layer below the road bricks penetrate through the first mounting holes; a plurality of second mounting holes are formed in the drainage groove in the length direction of the drainage groove at intervals, water supplementing pipes embedded into a stable rock-soil layer below the pressed bricks are arranged in the second mounting holes in a penetrating mode, the bottom ends of the water supplementing pipes are of split structures and are obliquely embedded into the stable rock-soil layer, and the split structures form liquid outlets. According to the tower footing protection structure of the electric tower, the growth speed of vegetation can be controlled, and the purpose of preserving moisture of water and soil is achieved.
本发明公开一种电塔塔基保护结构,包括塔基、电塔和围绕塔基外圈设置的保护结构,保护结构包括路砖、压砖、排水槽、锚杆和补水管;路砖围绕塔基呈多环状分布,每相邻的两块路砖的底面均活动连接有排水槽,每个压砖的顶面均设有水平贯穿槽,压砖与多个共线的水平贯穿槽卡接配合,水平贯穿槽和压砖竖向开设有同轴的第一安装孔,第一安装孔穿设有嵌入路砖下方稳定岩土层的锚杆;在排水槽内且沿排水槽长度方向间隔开设有多个第二安装孔,第二安装孔穿设有嵌入压砖下方稳定岩土层的补水管,补水管的底端呈分裂状结构并斜嵌入稳定岩土层内,分裂状结构形成出液口。本发明的电塔塔基保护结构,可控制植被生长速度,并达到水土保湿的目的。
Electric tower footing protection structure
The invention discloses an electric tower footing protection structure which comprises a tower footing, an electric tower and a protection structure body arranged around the outer circle of the tower footing, and the protection structure body comprises road bricks, pressing bricks, a drainage groove, anchor rods and a water supplementing pipe. The road bricks are distributed around the tower footing in a multi-ring mode, the bottom faces of every two adjacent road bricks are movably connected with drainage grooves, the top face of each pressing brick is provided with a horizontal penetrating groove, the pressing bricks are matched with the multiple collinear horizontal penetrating grooves in a clamped mode, and the horizontal penetrating grooves and the pressing bricks are vertically provided with coaxial first mounting holes. Anchor rods embedded into a stable rock-soil layer below the road bricks penetrate through the first mounting holes; a plurality of second mounting holes are formed in the drainage groove in the length direction of the drainage groove at intervals, water supplementing pipes embedded into a stable rock-soil layer below the pressed bricks are arranged in the second mounting holes in a penetrating mode, the bottom ends of the water supplementing pipes are of split structures and are obliquely embedded into the stable rock-soil layer, and the split structures form liquid outlets. According to the tower footing protection structure of the electric tower, the growth speed of vegetation can be controlled, and the purpose of preserving moisture of water and soil is achieved.
本发明公开一种电塔塔基保护结构,包括塔基、电塔和围绕塔基外圈设置的保护结构,保护结构包括路砖、压砖、排水槽、锚杆和补水管;路砖围绕塔基呈多环状分布,每相邻的两块路砖的底面均活动连接有排水槽,每个压砖的顶面均设有水平贯穿槽,压砖与多个共线的水平贯穿槽卡接配合,水平贯穿槽和压砖竖向开设有同轴的第一安装孔,第一安装孔穿设有嵌入路砖下方稳定岩土层的锚杆;在排水槽内且沿排水槽长度方向间隔开设有多个第二安装孔,第二安装孔穿设有嵌入压砖下方稳定岩土层的补水管,补水管的底端呈分裂状结构并斜嵌入稳定岩土层内,分裂状结构形成出液口。本发明的电塔塔基保护结构,可控制植被生长速度,并达到水土保湿的目的。
Electric tower footing protection structure
一种电塔塔基保护结构
REN RUI (Autor:in) / WANG XI (Autor:in) / YAN XIAOFEN (Autor:in) / HOU XUECHAO (Autor:in) / CHENG TIEHONG (Autor:in) / LIU ZHITENG (Autor:in) / ZHAO CHAO (Autor:in) / HUANG YIYU (Autor:in)
24.10.2023
Patent
Elektronische Ressource
Chinesisch
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