A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Power grid rush-repair ladder capable of being used on slope
The invention discloses a power grid rush-repair ladder capable of being used on a slope. The power grid rush-repair ladder capable of being used on the slope comprises an electric control box for theladder, wherein a working cavity is formed in the electric control box for the ladder; a forking assembly is arranged in the working cavity; and the forking assembly comprises an annular slide groovewhich is fixedly formed in the inner wall of the right side of the working cavity and annular, and a first through hole formed in the inner wall of the right side of the working cavity and communicating with the outside. According to the power grid rush-repair ladder capable of being used on the slope, a fan-shaped slide block with front-rear symmetry is adopted, and forking for floor support plates at a front side and a rear side is realized through the slide of the fan-shaped slide block in the annular slide groove; and the toothed slide block capable of sliding upwards and downwards is adopted, balance adjustment for the rush-repair ladder is realized through the downward slide of the toothed slide block at a relatively low terrain and the relative levelness of the front floor supportplate and the rear floor support plate, an adjustment time for the power grid rush-repair ladder on the slope can be reduced through automatic adjustment, so that the rush-repair efficiency is increased, and meanwhile, the safety of electric power workers during rush-repair working is guaranteed.
本发明公开了一种能够在斜坡使用的电网抢修梯，包括梯用电控箱，所述梯用电控箱内设有工作腔，所述工作腔内设有叉开组件，所述叉开组件包括固设于所述工作腔右侧内壁且呈环形的环形滑槽、设于所述工作腔左侧内壁且与外界相通的第一通孔，本发明采用了前后对称的扇形滑块，通过扇形滑块在环形滑槽上的滑动，实现前后两侧的落地支板的叉开；采用了可上下滑动的带齿滑块，通过相对较低地势的带齿滑块的向下滑动，前后落地支板的相对水平，实现了抢修梯的平衡调整，通过自动调节，可减少电网抢修梯在斜坡处的调整时间，提高了抢修的效率，同时也保障了电力工人在进行抢修作业时的安全。
Power grid rush-repair ladder capable of being used on slope
The invention discloses a power grid rush-repair ladder capable of being used on a slope. The power grid rush-repair ladder capable of being used on the slope comprises an electric control box for theladder, wherein a working cavity is formed in the electric control box for the ladder; a forking assembly is arranged in the working cavity; and the forking assembly comprises an annular slide groovewhich is fixedly formed in the inner wall of the right side of the working cavity and annular, and a first through hole formed in the inner wall of the right side of the working cavity and communicating with the outside. According to the power grid rush-repair ladder capable of being used on the slope, a fan-shaped slide block with front-rear symmetry is adopted, and forking for floor support plates at a front side and a rear side is realized through the slide of the fan-shaped slide block in the annular slide groove; and the toothed slide block capable of sliding upwards and downwards is adopted, balance adjustment for the rush-repair ladder is realized through the downward slide of the toothed slide block at a relatively low terrain and the relative levelness of the front floor supportplate and the rear floor support plate, an adjustment time for the power grid rush-repair ladder on the slope can be reduced through automatic adjustment, so that the rush-repair efficiency is increased, and meanwhile, the safety of electric power workers during rush-repair working is guaranteed.
本发明公开了一种能够在斜坡使用的电网抢修梯，包括梯用电控箱，所述梯用电控箱内设有工作腔，所述工作腔内设有叉开组件，所述叉开组件包括固设于所述工作腔右侧内壁且呈环形的环形滑槽、设于所述工作腔左侧内壁且与外界相通的第一通孔，本发明采用了前后对称的扇形滑块，通过扇形滑块在环形滑槽上的滑动，实现前后两侧的落地支板的叉开；采用了可上下滑动的带齿滑块，通过相对较低地势的带齿滑块的向下滑动，前后落地支板的相对水平，实现了抢修梯的平衡调整，通过自动调节，可减少电网抢修梯在斜坡处的调整时间，提高了抢修的效率，同时也保障了电力工人在进行抢修作业时的安全。
Power grid rush-repair ladder capable of being used on slope
一种能够在斜坡使用的电网抢修梯
ZI MINGHAO (author)
2020-07-03
Patent
Electronic Resource
Chinese
IPC:
E06C
LADDERS
,
Leitern