A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Overturn-preventing device for insulating scaffold
The invention relates to the technical field of power distribution construction appliances, in particular to an insulating scaffold anti-overturning device which comprises an insulating scaffold, anti-overturning bases are installed at the bottoms of four fixing feet of the insulating scaffold, and a main control terminal is installed on a transverse frame of the insulating scaffold; the anti-toppling base comprises an outer shell, a control mainboard, a battery and an electric push rod are installed in the outer shell, and the movable end of the electric push rod is connected with a fixing foot of the insulation scaffold. When the main control terminal monitors a certain overturning angle, the display screen can display monitored data, meanwhile, the wireless module of the monitoring device sends an instruction to the wireless module of the control mainboard in the anti-toppling adjusting seat, after the wireless module of the control mainboard in the anti-toppling adjusting seat receives the instruction, the motor control mainboard is started, and the anti-toppling adjusting seat is started. The control main board controls the electric push rod powered by the battery to stretch or retract so as to adjust the whole insulation scaffold to be in a balanced state, and therefore the overturning preventing effect is achieved.
本发明涉及配电施工器具技术领域，具体为一种绝缘脚手架防倾覆装置，包括绝缘脚手架，绝缘脚手架的四个固定脚底部均安装有防倾倒底座，绝缘脚手架的横架上安装有主控终端；防倾倒底座包括外壳体，外壳体内安装有控制主板、电池和电动推杆，电动推杆的活动端与绝缘脚手架的固定脚连接。本发明当主控终端监测到一定的倾覆角度时，显示屏会将监测到的数据显示出来，同时监测装置的无线模块发送指令到防倾倒调节座内控制主板的无线模块，防倾倒调节座内控制主板的无线模块接收到以后电机控制主板启动，控制主板控制着通过电池供电的电动推杆伸展或收缩，来调节绝缘脚手架整体处于平衡状态，以此达到防倾覆的效果。
Overturn-preventing device for insulating scaffold
The invention relates to the technical field of power distribution construction appliances, in particular to an insulating scaffold anti-overturning device which comprises an insulating scaffold, anti-overturning bases are installed at the bottoms of four fixing feet of the insulating scaffold, and a main control terminal is installed on a transverse frame of the insulating scaffold; the anti-toppling base comprises an outer shell, a control mainboard, a battery and an electric push rod are installed in the outer shell, and the movable end of the electric push rod is connected with a fixing foot of the insulation scaffold. When the main control terminal monitors a certain overturning angle, the display screen can display monitored data, meanwhile, the wireless module of the monitoring device sends an instruction to the wireless module of the control mainboard in the anti-toppling adjusting seat, after the wireless module of the control mainboard in the anti-toppling adjusting seat receives the instruction, the motor control mainboard is started, and the anti-toppling adjusting seat is started. The control main board controls the electric push rod powered by the battery to stretch or retract so as to adjust the whole insulation scaffold to be in a balanced state, and therefore the overturning preventing effect is achieved.
本发明涉及配电施工器具技术领域，具体为一种绝缘脚手架防倾覆装置，包括绝缘脚手架，绝缘脚手架的四个固定脚底部均安装有防倾倒底座，绝缘脚手架的横架上安装有主控终端；防倾倒底座包括外壳体，外壳体内安装有控制主板、电池和电动推杆，电动推杆的活动端与绝缘脚手架的固定脚连接。本发明当主控终端监测到一定的倾覆角度时，显示屏会将监测到的数据显示出来，同时监测装置的无线模块发送指令到防倾倒调节座内控制主板的无线模块，防倾倒调节座内控制主板的无线模块接收到以后电机控制主板启动，控制主板控制着通过电池供电的电动推杆伸展或收缩，来调节绝缘脚手架整体处于平衡状态，以此达到防倾覆的效果。
Overturn-preventing device for insulating scaffold
一种绝缘脚手架防倾覆装置
LI YUN (author) / XUE JINGQI (author) / DUAN BIAO (author) / LONG JUNWEN (author) / KANG YUEHUA (author) / ZHU PENGMING (author) / CHEN JINHUA (author) / YANG MINGLIN (author) / HUANG YOUPING (author) / LUO WEI (author)
2023-04-04
Patent
Electronic Resource
Chinese
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