Safety Rope Fixing Device and Installation Structure for Inclined Roofs

Abstract

The invention discloses a safety rope fixing device for sloping roofs, which comprises a hanging rod with a safety rope hook on the top, and a hanging rod is provided on the hanging rod to support and fix it on the bottom form of the roof beam or pre-buried in the roof beam The supporting frame inside is detachably installed with a steel wire rope at the lower end of the hanging rod; during installation, the hanging rods are distributed at intervals along the length direction of the roof beam formwork, and are fixed on the bottom mold of the roof beam formwork through the supporting frame, and each hanging rod The upper and lower ends of the upper and lower ends of the roof beam formwork respectively protrude from the top formwork and bottom formwork of the roof beam formwork, and the length of the rod in the middle of the hanging rod is greater than or equal to the distance between the top formwork and bottom formwork of the roof beam; the embedded parts at the lower end of each safety rope fixing device are There are multiple hanging rods corresponding to each other, and the lower end is pre-buried in the top floor, and the upper end extends out of the top floor and connects with the lower end of the hanging rod through a steel wire rope. The safety rope fixing device for sloped roofs obtained by the invention is stable in structure, easy to install, and can be used for installing safety ropes.

Description

technical field [0001] The invention relates to a safety rope fixing device, in particular to a sloping roof safety rope fixing device and its installation structure. Background technique [0002] When constructing a sloping roof, the construction process and construction sequence are as follows: measurement and setting out, erection of the full frame, erection of the scissors bracing of the full frame, support of the beam bottom formwork, roof formwork support, wall column formwork support, and reinforced roof formwork Supporting, reinforcement self-inspection, application for acceptance, structural concrete pouring. In the above-mentioned construction process, in order to ensure the safety of construction workers (builders, carpenters, steel workers, concrete workers, and handymen), double-row scaffolding that is 1.2 meters above the working surface is usually erected around the construction building, and The scaffolding is covered with dense safety nets, and each layer o...

AI Technical Summary

Problems solved by technology

During the construction, the construction workers will buckle the safety rope on the scaffolding at a high place to carry out roofing work. Because the working surface of the sloping roof is large and has a certain slope, the construction workers have to constantly change the position of the safety rope buckle, which will greatly affect Labor efficiency, when changing the position of the safety rope buckle frequently, also increases the safety risk

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