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A platform for research: civil engineering, architecture and urbanism
Using method of electric power overhaul ladder for climbing pole
The invention relates to the technical field of electric power overhaul, in particular to an electric power overhaul ladder. The ladder body is composed of a main ladder body and an auxiliary ladder body which are hinged to each other, an operator is arranged on the lower portion of the main ladder body, a folding sliding block is arranged on the upper portion of the main ladder body, an angle adjusting electric cylinder electrically connected with the operator is arranged on the folding sliding block, the stroke end of the angle adjusting electric cylinder is hinged to the auxiliary ladder body, and a battery electrically connected with the operator is arranged in the auxiliary ladder body. A distance adjusting electric cylinder electrically connected with the operator is arranged at the end of the auxiliary ladder, a rear end clamping device is arranged at the tail end of the distance adjusting electric cylinder, a supporting leg is arranged at the stroke end of the distance adjusting electric cylinder, a front end clamping device is arranged on the supporting leg, and an electromagnet is arranged at the tail end of the supporting leg. Due to the structure, the electric power overhaul ladder is shaped like a Chinese character'chang 'or is fixed on the magnetic conductive vertical surface. The ladder has the advantages that the maintenance position which cannot be reached by a traditional ladder is obtained through horizontal adjustment and angle adjustment, the stability of climbing a telegraph pole and an iron vertical face is improved through the clamping device and the electromagnet, and the safety performance is improved.
本发明涉及电力检修技术领域，电力检修梯，包括：梯子主体；梯子主体由相互铰接的主梯、副梯组成，主梯下部设有操作器，主梯上部设有折叠滑块，折叠滑块上设有与操作器电气连接的角度调节电缸，角度调节电缸行程端与副梯铰接，副梯内设有与操作器电气连接的电池，副梯端部设有与操作器电气连接的距离调节电缸，距离调节电缸末端设有后端夹紧器，距离调节电缸行程端设有支撑脚，支撑脚上设有前端夹紧器，支撑脚末端设有电磁铁；由此结构，使电力检修梯形成“厂”字状或固定与导磁立面上。优点是：通过水平调节和角度调节获得传统梯子到不了的检修位置，通过夹紧器和电磁铁提高攀爬电线杆和铁质立面的稳定性，提高安全性能。
Using method of electric power overhaul ladder for climbing pole
The invention relates to the technical field of electric power overhaul, in particular to an electric power overhaul ladder. The ladder body is composed of a main ladder body and an auxiliary ladder body which are hinged to each other, an operator is arranged on the lower portion of the main ladder body, a folding sliding block is arranged on the upper portion of the main ladder body, an angle adjusting electric cylinder electrically connected with the operator is arranged on the folding sliding block, the stroke end of the angle adjusting electric cylinder is hinged to the auxiliary ladder body, and a battery electrically connected with the operator is arranged in the auxiliary ladder body. A distance adjusting electric cylinder electrically connected with the operator is arranged at the end of the auxiliary ladder, a rear end clamping device is arranged at the tail end of the distance adjusting electric cylinder, a supporting leg is arranged at the stroke end of the distance adjusting electric cylinder, a front end clamping device is arranged on the supporting leg, and an electromagnet is arranged at the tail end of the supporting leg. Due to the structure, the electric power overhaul ladder is shaped like a Chinese character'chang 'or is fixed on the magnetic conductive vertical surface. The ladder has the advantages that the maintenance position which cannot be reached by a traditional ladder is obtained through horizontal adjustment and angle adjustment, the stability of climbing a telegraph pole and an iron vertical face is improved through the clamping device and the electromagnet, and the safety performance is improved.
本发明涉及电力检修技术领域，电力检修梯，包括：梯子主体；梯子主体由相互铰接的主梯、副梯组成，主梯下部设有操作器，主梯上部设有折叠滑块，折叠滑块上设有与操作器电气连接的角度调节电缸，角度调节电缸行程端与副梯铰接，副梯内设有与操作器电气连接的电池，副梯端部设有与操作器电气连接的距离调节电缸，距离调节电缸末端设有后端夹紧器，距离调节电缸行程端设有支撑脚，支撑脚上设有前端夹紧器，支撑脚末端设有电磁铁；由此结构，使电力检修梯形成“厂”字状或固定与导磁立面上。优点是：通过水平调节和角度调节获得传统梯子到不了的检修位置，通过夹紧器和电磁铁提高攀爬电线杆和铁质立面的稳定性，提高安全性能。
Using method of electric power overhaul ladder for climbing pole
登杆用电力检修梯使用方法
FENG XUNQIANG (author) / WANG KAI (author) / XU ZENGHUI (author) / ZHAO ANJIA (author) / ZHENG LEMIN (author) / WANG XINSHENG (author) / GAO SHUXIN (author) / BIAN QIUYE (author) / CHEN ZE (author) / WANG KAIQI (author)
2023-05-02
Patent
Electronic Resource
Chinese
IPC:
E06C
LADDERS
,
Leitern
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