A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Electric power tower climbing device
The invention discloses a climbing device for an electric power tower, and aims to provide the climbing device for the electric power tower, which is convenient to operate, can save the time for climbing up and down the tower, and can effectively prevent a climbing operator from falling, so that the safety and reliability of climbing operation are improved. The self-locking anti-falling device comprises a self-locking anti-falling device body and a foot nail steel pipe pole fixed to the electric power tower, a plurality of foot nails which are sequentially distributed from bottom to top are arranged on the foot nail steel pipe pole, and the self-locking anti-falling device body comprises a supporting element which is fixed to the foot nail steel pipe pole and comprises a vertical web plate and a vertical flange plate which are distributed along the foot nail steel pipe pole in an extending mode from bottom to top; the cross sections of the vertical web plate and the vertical flange plate are distributed in a T shape; the self-locking sliding part is provided with a T-shaped groove and a hanging ring, the T-shaped groove is located at the bottom of the self-locking sliding part and matched with the vertical web and the vertical flange plate, the hanging ring is located on the upper portion of the self-locking sliding part, and the gravity center of the self-locking sliding part and the hanging ring are located on the same side of the supporting element.
本发明公开了一种电力杆塔登高攀爬装置，旨在提供一种不仅操作便捷，能够节省上下杆时间，而且能够有效防止登高作业人员坠落，从而提高登高作业的安全可靠性的电力杆塔登高攀爬装置。它包括自锁防坠装置及固定在电力杆塔上的脚钉钢管杆，脚钉钢管杆上布置有若干自下而上依次分布的脚钉，自锁防坠装置包括：支撑元件，固定在脚钉钢管杆上，其包括沿脚钉钢管杆自下而上延伸分布的竖向腹板与竖向翼缘板，竖向腹板与竖向翼缘板的横截面呈T字形分布；自锁滑动件，其上设有T形槽及挂环，T形槽位于自锁滑动件底部并与竖向腹板和竖向翼缘板配合，挂环位于自锁滑动件上部，自锁滑动件的重心与挂环位于支撑元件的同一侧。
Electric power tower climbing device
The invention discloses a climbing device for an electric power tower, and aims to provide the climbing device for the electric power tower, which is convenient to operate, can save the time for climbing up and down the tower, and can effectively prevent a climbing operator from falling, so that the safety and reliability of climbing operation are improved. The self-locking anti-falling device comprises a self-locking anti-falling device body and a foot nail steel pipe pole fixed to the electric power tower, a plurality of foot nails which are sequentially distributed from bottom to top are arranged on the foot nail steel pipe pole, and the self-locking anti-falling device body comprises a supporting element which is fixed to the foot nail steel pipe pole and comprises a vertical web plate and a vertical flange plate which are distributed along the foot nail steel pipe pole in an extending mode from bottom to top; the cross sections of the vertical web plate and the vertical flange plate are distributed in a T shape; the self-locking sliding part is provided with a T-shaped groove and a hanging ring, the T-shaped groove is located at the bottom of the self-locking sliding part and matched with the vertical web and the vertical flange plate, the hanging ring is located on the upper portion of the self-locking sliding part, and the gravity center of the self-locking sliding part and the hanging ring are located on the same side of the supporting element.
本发明公开了一种电力杆塔登高攀爬装置，旨在提供一种不仅操作便捷，能够节省上下杆时间，而且能够有效防止登高作业人员坠落，从而提高登高作业的安全可靠性的电力杆塔登高攀爬装置。它包括自锁防坠装置及固定在电力杆塔上的脚钉钢管杆，脚钉钢管杆上布置有若干自下而上依次分布的脚钉，自锁防坠装置包括：支撑元件，固定在脚钉钢管杆上，其包括沿脚钉钢管杆自下而上延伸分布的竖向腹板与竖向翼缘板，竖向腹板与竖向翼缘板的横截面呈T字形分布；自锁滑动件，其上设有T形槽及挂环，T形槽位于自锁滑动件底部并与竖向腹板和竖向翼缘板配合，挂环位于自锁滑动件上部，自锁滑动件的重心与挂环位于支撑元件的同一侧。
Electric power tower climbing device
电力杆塔登高攀爬装置
QIAN JIANG (author) / LAN YUMING (author) / LI QIUPING (author) / DOU QIULONG (author) / SHEN YIQIU (author)
2024-08-13
Patent
Electronic Resource
Chinese
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