| 摘要 |
The present invention relates to a safety pole-climbing shoe wherein the front of the pole-climbing shoe is formed to slope up, and the upper front and lower rear of an auxiliary locking unit supported at a steel frame structure side are individually formed to be slanted, thereby enabling a worker to work while maintaining a horizontal position without allowing the pole-climbing shoe to slope down due to the self-weight of the worker; wherein a permanent magnet applying attraction to a steel frame structure is installed to be exposed to a hooking hole at the auxiliary locking unit, thereby increasing the anchoring force of a worker with respect to the steel frame structure; which is equipped with a belt component securely supporting the instep portion of a worker, and a friction pad preventing slips at a portion where a foot of the worker is rested, thereby securing greater safety; and which is made of a heat-treated carbon steel material for mechanical structures, thereby increasing rigidity compared to a conventional pole-climbing shoe. The safety pole-climbing shoe according to a desirable embodiment of the present invention includes a pole-climbing shoe body, an auxiliary locking unit, and a safety belt. For the pole-climbing shoe body, a first plate, where the foot of a worker is rested and locked, is formed at the rear; a second plate, which slopes up from the first plate, is formed to be extended at the front; and a hooking hole, which is put on a steel frame structure and locked, is formed to be open to one side at the inner part of the second plate. The auxiliary locking unit is prepared at both the upper and lower edges of the hooking hole; formed to be protruding and extended upward and downward in order to secure a holding force for a steel frame structure; and equipped with a magnet which is exposed to the inner side of the hooking hole. And the safety belt, whose each end is connected and fixed to each edge of the first plate, locks and supports the instep of a worker. |
