Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-falling foot pin and power transmission tower with same
The anti-falling foot nail comprises a threaded rod, a supporting and fixing part and a buckling part, the supporting and fixing part and the buckling part are connected through a bottom plate, and a hanging and buckling cavity is formed among the supporting and fixing part, the buckling part and the bottom plate. The supporting and fixing part comprises a fixing section and a main supporting section, the main supporting section is parallel to the bottom plate, the supporting and fixing part is connected with the bottom plate through the fixing section, and the threaded rod is connected to the fixing section. The buckling part comprises a buckling section and an auxiliary supporting section parallel to the bottom plate, and the buckling part is connected with the bottom plate through the buckling section. The free end of the auxiliary supporting section extends towards the inside of the hanging buckle cavity to be provided with a guide plate, the inner side face of the free end of the main supporting section is provided with a guide slope, and a rope passing channel is formed between the guide slope and the guide plate. The power transmission tower comprises a tower body, and the anti-falling foot nails are distributed on the tower body in the height direction at intervals in a staggered mode. According to the ladder stand, an operator can quickly hang and buckle a safety rope or take out an anti-falling foot nail in a labor-saving manner, and the comfort degree of the operator in climbing the ladder is improved.
一种防坠脚钉及具有该脚钉的输电塔，防坠脚钉，包括螺纹杆、支撑固定部以及扣合部，支撑固定部和扣合部之间通过底板连接，支撑固定部与扣合部和底板之间形成挂扣腔。支撑固定部包括固定段和主支撑段，主支撑段与底板相互平行，支撑固定部通过固定段与底板连接，螺纹杆连接在固定段上。扣合部包括扣合段和与底板平行的副支撑段，扣合部通过扣合段与底板连接。副支撑段的自由端朝向挂扣腔内延伸设有导向板，主支撑段的自由端内侧面设置有导向坡，该导向坡与导向板之间形成过绳通道。输电塔，包括塔体，塔体沿高度方向间隔交错分布设有上述防坠脚钉。本发明便于作业人员快速、省力的将安全绳索挂扣或取出防坠脚钉，并提高了作业人员爬梯的舒适度。
Anti-falling foot pin and power transmission tower with same
The anti-falling foot nail comprises a threaded rod, a supporting and fixing part and a buckling part, the supporting and fixing part and the buckling part are connected through a bottom plate, and a hanging and buckling cavity is formed among the supporting and fixing part, the buckling part and the bottom plate. The supporting and fixing part comprises a fixing section and a main supporting section, the main supporting section is parallel to the bottom plate, the supporting and fixing part is connected with the bottom plate through the fixing section, and the threaded rod is connected to the fixing section. The buckling part comprises a buckling section and an auxiliary supporting section parallel to the bottom plate, and the buckling part is connected with the bottom plate through the buckling section. The free end of the auxiliary supporting section extends towards the inside of the hanging buckle cavity to be provided with a guide plate, the inner side face of the free end of the main supporting section is provided with a guide slope, and a rope passing channel is formed between the guide slope and the guide plate. The power transmission tower comprises a tower body, and the anti-falling foot nails are distributed on the tower body in the height direction at intervals in a staggered mode. According to the ladder stand, an operator can quickly hang and buckle a safety rope or take out an anti-falling foot nail in a labor-saving manner, and the comfort degree of the operator in climbing the ladder is improved.
一种防坠脚钉及具有该脚钉的输电塔，防坠脚钉，包括螺纹杆、支撑固定部以及扣合部，支撑固定部和扣合部之间通过底板连接，支撑固定部与扣合部和底板之间形成挂扣腔。支撑固定部包括固定段和主支撑段，主支撑段与底板相互平行，支撑固定部通过固定段与底板连接，螺纹杆连接在固定段上。扣合部包括扣合段和与底板平行的副支撑段，扣合部通过扣合段与底板连接。副支撑段的自由端朝向挂扣腔内延伸设有导向板，主支撑段的自由端内侧面设置有导向坡，该导向坡与导向板之间形成过绳通道。输电塔，包括塔体，塔体沿高度方向间隔交错分布设有上述防坠脚钉。本发明便于作业人员快速、省力的将安全绳索挂扣或取出防坠脚钉，并提高了作业人员爬梯的舒适度。
Anti-falling foot pin and power transmission tower with same
一种防坠脚钉及具有该脚钉的输电塔
ZHANG HONGBO (Autor:in) / BAO MINGZHENG (Autor:in) / XIONG SHUTIAN (Autor:in) / QIN ZHAOGUANG (Autor:in) / WANG NAIYE (Autor:in) / ZHANG TIEZHU (Autor:in) / YANG ZHICHAO (Autor:in) / WU HAO (Autor:in) / WANG CHENGJUN (Autor:in) / LU JICHAO (Autor:in)
29.03.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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