Suspended quakeproof sound-proof isolating layer structure and quakeproof sound-proof floor slab construction method

Abstract

The invention discloses a suspended quakeproof sound-proof isolating layer structure which comprises a keel frame, rock wool layers, a bamboo clamping plate, a reinforced concrete layer and a plurality of quakeproof cushion blocks, wherein the quakeproof cushion blocks are uniformly distributed at intervals; the keel frame is fixed at the side parts of the quakeproof cushion blocks in a clamping manner; each rock wool layer is paved between every two adjacent quakeproof cushion blocks and in gaps of the keel frame; the top surfaces of the quakeproof cushion blocks, the top surface of the keel frame and the top surfaces of the rock wool layers are flush, and are combined to form a tiled surface; the bamboo clamping plate is horizontally paved on the surface of the tiled surface; the reinforced concrete layer is fixedly arranged on the top surface of the bamboo clamping plate. The invention further discloses a quakeproof sound-proof floor slab construction method adopting the suspended quakeproof sound-proof isolating layer structure. According to the invention, a damping action on sound waves can be achieved, and good sound-proof and quakeproof effects are achieved.

Description

technical field [0001] The invention relates to floor sound insulation and shockproof technology, in particular to a suspended shockproof and soundproof isolation layer structure and a construction method for shockproof and soundproof floor slabs. Background technique [0002] Due to the acceleration of urban modernization and the increase in population density, the noise pollution is also becoming more and more serious. The sound systems in KTVs, bars and homes built in the middle and low floors of commercial and residential buildings use shock waves and solid vibrations. The spread of the noise has caused the residents living on the floor of the building and the surrounding residents to be seriously polluted by noise (especially children, pregnant women, middle-aged and elderly people, and people with related medical history). Therefore, today's buildings that adapt to the needs must be able to provide qualified noise prevention, noise reduction, and shockproof functions. ...

AI Technical Summary

Problems solved by technology

However, the current building floors are generally ordinary floors combined with sound insulation cotton for sound insulation, but their sound insulation effects are average and they do not have shockproof performance.

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