Novel handrail later-mounted protection device and method

Abstract

The invention discloses a novel handrail later-mounted protection device and a method. The novel handrail later-mounted protection device comprises a handrail, a frame arranged on the lower side of the handrail, a transverse pipe which is arranged on the frame, far away from one end of the handrail and provided with a groove, and glass; the frame comprises at least two stand columns perpendicularto the handrail, one ends of the stand columns are provided with a cross beam matched with a fixing groove, and the other ends of the stand columns are provided with mounting pieces; the cross beam isarranged in the fixing groove of the handrail, and wall leaning connecting pieces are arranged at two ends of the cross beam and connected with wall surfaces at the two sides; and the transverse pipeis arranged on the same side of a glass mounting groove of the handrail, and the glass is arranged in the glass mounting groove of the handrail and the groove of the transverse pipe. The frame of theprotection device is arranged and fixed on a building in advance, so that the building has a certain protection capability; and the handrail and the glass can be arranged after the building is builtand has mounting conditions, so that the handrail and the glass are prevented from being damaged due to building construction; and the novel handrail later-mounted protection device and the method have the characteristics of convenience and quickness in mounting and capability of mounting the handrail and the glass later.

Description

Technical field [0001] The invention relates to the technical field of application of new materials, in particular to a novel rear-mounted protective device and method for armrests. Background technique [0002] During the construction of the building, it is also necessary to protect the various facade balconies and other parts of the building to prevent people from falling. At present, the common practice is to temporarily use steel pipes for protection. After the building has the conditions to install the protective device, remove the temporary protective bracket, and then install the protective device, resulting in cumbersome installation procedures, temporary protective bracket installation, removal, and transportation The amount of work is relatively large. If the protective device is directly installed on a building under construction, the falling debris will cause a lot of damage to the handrail and glass of the protective device. There will be maintenance and replacement...

AI Technical Summary

Problems solved by technology

At present, the commonly used method is to temporarily use a bracket made of steel pipes for protection, and then remove the temporary protective bracket after the building has the conditions for installing the protective device, and then install the protective device, resulting in cumbersome installation procedures. Large amount of work

If the protective device is directly installed on the building under construction, the falling debris will cause a lot of damage to the handrails and glass of the protective device, and there will be maintenance and replacement in the later stage. The replacement process is complicated and the workload is also very large.

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