Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a foot nail structure capable of improving climbing stability and used for an electric power iron tower shaped like a Chinese character 'gan'. The foot nail structure comprisesan electric power iron tower body, first friction grooves, rubber pads and second friction grooves, wherein foot nail bodies are in threaded connection with the left side and the right side of the electric power iron tower body correspondingly, and transverse plates are slidably connected into the foot nail bodies in a clamped mode; the first friction grooves are formed in the upper surfaces of the top ends of the foot nail bodies, rotating rods are connected into the bottom faces of the rear side faces of the foot nail bodies through bearings, and auxiliary supporting plates are fixed to theouter sides of the middles of the rotating rods through screws; the auxiliary supporting plates are arranged on the rear sides of the transverse plates, and containing grooves are formed in the bottom faces of the transverse plates; and second reset springs are fixed into the containing grooves through screws, and connecting rods are mounted at the bottom ends of the second reset springs throughscrews. The foot nail structure capable of improving the climbing stability and used for the electric power iron tower shaped like the Chinese character 'gan' is provided with the auxiliary supportingplates, thus the contact area of the feet and the foot nail bodies is increased conveniently, the treading stability can be improved, and the comfort degree can further be increased.
本发明公开了一种可提高攀爬稳定性的干字型电力铁塔用脚钉结构，包括电力铁塔主体、第一摩擦槽、橡胶垫和第二摩擦槽，所述电力铁塔主体的左右两侧均螺纹连接有脚钉主体，且脚钉主体的内部卡合滑动连接有横板，并且脚钉主体的顶端上表面开设有第一摩擦槽，所述脚钉主体的后侧面底面内部轴承连接有转动杆，且转动杆的中间外侧螺钉固定有辅助托板，所述横板的后侧设置有辅助托板，且横板的底面内部开设有容置槽，并且容置槽的内部螺钉固定有第二复位弹簧，所述第二复位弹簧的底端螺钉安装有连接杆。该可提高攀爬稳定性的干字型电力铁塔用脚钉结构设置有辅助托板，以便于增大脚部与脚钉主体的接触面积，不仅可以提高踩踏的稳固性，还能提高舒适度。
The invention discloses a foot nail structure capable of improving climbing stability and used for an electric power iron tower shaped like a Chinese character 'gan'. The foot nail structure comprisesan electric power iron tower body, first friction grooves, rubber pads and second friction grooves, wherein foot nail bodies are in threaded connection with the left side and the right side of the electric power iron tower body correspondingly, and transverse plates are slidably connected into the foot nail bodies in a clamped mode; the first friction grooves are formed in the upper surfaces of the top ends of the foot nail bodies, rotating rods are connected into the bottom faces of the rear side faces of the foot nail bodies through bearings, and auxiliary supporting plates are fixed to theouter sides of the middles of the rotating rods through screws; the auxiliary supporting plates are arranged on the rear sides of the transverse plates, and containing grooves are formed in the bottom faces of the transverse plates; and second reset springs are fixed into the containing grooves through screws, and connecting rods are mounted at the bottom ends of the second reset springs throughscrews. The foot nail structure capable of improving the climbing stability and used for the electric power iron tower shaped like the Chinese character 'gan' is provided with the auxiliary supportingplates, thus the contact area of the feet and the foot nail bodies is increased conveniently, the treading stability can be improved, and the comfort degree can further be increased.
本发明公开了一种可提高攀爬稳定性的干字型电力铁塔用脚钉结构，包括电力铁塔主体、第一摩擦槽、橡胶垫和第二摩擦槽，所述电力铁塔主体的左右两侧均螺纹连接有脚钉主体，且脚钉主体的内部卡合滑动连接有横板，并且脚钉主体的顶端上表面开设有第一摩擦槽，所述脚钉主体的后侧面底面内部轴承连接有转动杆，且转动杆的中间外侧螺钉固定有辅助托板，所述横板的后侧设置有辅助托板，且横板的底面内部开设有容置槽，并且容置槽的内部螺钉固定有第二复位弹簧，所述第二复位弹簧的底端螺钉安装有连接杆。该可提高攀爬稳定性的干字型电力铁塔用脚钉结构设置有辅助托板，以便于增大脚部与脚钉主体的接触面积，不仅可以提高踩踏的稳固性，还能提高舒适度。
Foot nail structure capable of improving climbing stability and used for electric power iron tower shaped like Chinese character 'gan'
一种可提高攀爬稳定性的干字型电力铁塔用脚钉结构
XU YANAN (Autor:in)
11.12.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E06C
LADDERS
,
Leitern
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