Air film roof fixing device and using method

Abstract

The invention discloses an air film roof fixing device and a using method. The air film roof fixing device comprises a base, buckling strips, rubber blankets, isolating rubber blankets, a first coverplate, bolts, a connecting plate, a first self-tapping screw, an anti-falling rubber rod, a second cover plate and a second self-tapping screw, wherein the lower part of the base is fixed with a building; the rubber blankets are mounted on the two sides of the upper end of the base; the buckling strips buckle the upper end of the base and are positioned on the inner sides of the rubber blankets; aring is arranged between the buckling strips; the anti-falling rubber rod is mounted in the ring; the middle parts of the isolating rubber blankets are connected with the middle part of the base through the first self-tapping screw and are arranged at the upper end of the base; the first cover plate is mounted above the isolating rubber blankets through the first self-tapping screw; one end of anair film is fixed on the anti-falling rubber rod; one side of the air film is positioned between the rubber blankets and the isolating rubber blankets; the second cover plate is connected with the air film through the second self-tapping screw; and the connecting plate is fixed at the bottom of a bottom plate through the bolts. The air film roof fixing device is simple in structure, simple and convenient in processing and manufacturing, fast in mounting, lower in maintaining cost and long in durable years.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an air film roof fixing device and a method of use. Background technique [0002] At present, the buildings with inflatable structure belong to the category of new buildings, and some construction techniques are still in the stage of exploration, especially the shape of the current aluminum alloy fixtures is uneven, mainly focusing on the shape and may ignore the use effect; there are more prominent problems during use. Water seepage or rain leakage. The measures taken to solve such problems are mainly to use the lift to seal the leaking part, remove some aluminum alloy fixtures for reinstallation, or directly paste waterproof materials on the exposed surface, etc. No matter what remedial measures are adopted, a lot of manpower, material resources and resources are required. Financial resources, the maintenance period also affects the use and so on. Due to the high hardness...

AI Technical Summary

Problems solved by technology

The measures taken to solve such problems are mainly to use the lift to seal the leaking part, remove some aluminum alloy fixtures for reinstallation, or directly paste waterproof materials on the exposed surface, etc. No matter what remedial measures are adopted, a lot of manpower, material resources and resources are required. Financial resources, the maintenance period also affects the use, etc.

Due to the high hardness of aluminum alloy fixtures, once deformation occurs, it is difficult to adjust at the construction site, especially for structures with radians. Therefore, during the construction period, not only the construction speed is slow, but also the quality hidden dangers are buried; Aluminum alloy clamps are more prone to deformation, which will eventually affect durability

[0003] Therefore, the known aluminum alloy clamps used for gas mold fixing have the above-mentioned problems of affecting the use function, increasing the input cost, and low construction efficiency.

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