A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-turnover insulating ladder
The invention discloses an anti-turnover insulating ladder. The anti-turnover insulating ladder comprises an insulating ladder body and two upper positioning mechanisms, the insulating ladder body comprises two main beams which are arranged in parallel, and fixing grooves are formed in the outer walls of the sides, away from each other, of the two main beams; the upper positioning mechanism is arranged in the fixing groove; the upper positioning mechanism comprises a mounting plate, an adjusting plate and a positioning assembly; the mounting plates of the two upper positioning mechanisms are respectively arranged in the fixing grooves and are hinged with the main beam; the outer wall of one side of the mounting plate is rotationally connected with the adjusting plate, and the positioning assembly is assembled and connected with the adjusting plate. The insulating ladder has the beneficial effects that the fixing groove is formed in the main beam of the insulating ladder body, the upper positioning mechanism is arranged in the fixing groove, the upper positioning mechanism can slide out of the fixing groove in a hinged mode, and an adjusting plate is rotated subsequently, so that the use angle of the positioning assembly is conveniently adjusted, and when the insulating ladder body abuts against a wall, the positioning assembly can conveniently move. And the adjusting plate is parallel to the wall, so that the positioning assembly and the wall can be fixed conveniently.
本发明公开一种防翻倒绝缘梯，包括绝缘梯本体和两个上定位机构；绝缘梯本体包括平行设置的两个主梁，两个主梁彼此远离的一侧外壁均开设有固定槽；上定位机构设于固定槽内部；上定位机构包括安装板、调节板和定位组件；两个上定位机构的安装板分别设于固定槽内，并与主梁铰接；安装板的一侧外壁与调节板转动连接，定位组件与调节板装配连接。本发明的有益效果在于：通过在绝缘梯本体的主梁上设置固定槽，并在固定槽内设置上定位机构，以铰接的方式使上定位机构能够划出固定槽，后续旋转调节板，从而方便调节定位组件的使用角度，使得在绝缘梯本体抵靠墙壁时，调节板平行于墙壁，从而方便定位组件与墙体之间进行固定。
Anti-turnover insulating ladder
The invention discloses an anti-turnover insulating ladder. The anti-turnover insulating ladder comprises an insulating ladder body and two upper positioning mechanisms, the insulating ladder body comprises two main beams which are arranged in parallel, and fixing grooves are formed in the outer walls of the sides, away from each other, of the two main beams; the upper positioning mechanism is arranged in the fixing groove; the upper positioning mechanism comprises a mounting plate, an adjusting plate and a positioning assembly; the mounting plates of the two upper positioning mechanisms are respectively arranged in the fixing grooves and are hinged with the main beam; the outer wall of one side of the mounting plate is rotationally connected with the adjusting plate, and the positioning assembly is assembled and connected with the adjusting plate. The insulating ladder has the beneficial effects that the fixing groove is formed in the main beam of the insulating ladder body, the upper positioning mechanism is arranged in the fixing groove, the upper positioning mechanism can slide out of the fixing groove in a hinged mode, and an adjusting plate is rotated subsequently, so that the use angle of the positioning assembly is conveniently adjusted, and when the insulating ladder body abuts against a wall, the positioning assembly can conveniently move. And the adjusting plate is parallel to the wall, so that the positioning assembly and the wall can be fixed conveniently.
本发明公开一种防翻倒绝缘梯，包括绝缘梯本体和两个上定位机构；绝缘梯本体包括平行设置的两个主梁，两个主梁彼此远离的一侧外壁均开设有固定槽；上定位机构设于固定槽内部；上定位机构包括安装板、调节板和定位组件；两个上定位机构的安装板分别设于固定槽内，并与主梁铰接；安装板的一侧外壁与调节板转动连接，定位组件与调节板装配连接。本发明的有益效果在于：通过在绝缘梯本体的主梁上设置固定槽，并在固定槽内设置上定位机构，以铰接的方式使上定位机构能够划出固定槽，后续旋转调节板，从而方便调节定位组件的使用角度，使得在绝缘梯本体抵靠墙壁时，调节板平行于墙壁，从而方便定位组件与墙体之间进行固定。
Anti-turnover insulating ladder
一种防翻倒绝缘梯
ZHOU HUIDAN (author) / HU JIN (author) / CHEN ZHENHUA (author) / YANG CHAO (author) / HUANG TENGQUAN (author) / LIN YE (author)
2024-05-10
Patent
Electronic Resource
Chinese
IPC:
E06C
LADDERS
,
Leitern
Anti-skid pedal for insulating ladder and corresponding insulating ladder
| European Patent Office | 2015