Hidden-honeycomb porcelain grain thermal-insulation structural layer structure

Abstract

The invention discloses a hidden-honeycomb porcelain grain thermal-insulation structural layer structure. The hidden-honeycomb porcelain grain thermal-insulation structural layer structure comprises adecorative layer, a fine stone concrete protective layer and a thermal-insulation and sound-insulation layer which are sequentially arranged on the surface of a floor slab from top to bottom; the thermal-insulation and sound-insulation layer comprises a plurality of thermal-insulation and sound-insulation modules which are arranged in a horizontally spliced mode; vertical sound-insulation cushions and rubber strips are arranged between the side edges of the thermal-insulation and sound-insulation modules and a wall body; and the rubber strips are arranged between the sound-insulation cushionsand the thermal-insulation and sound-insulation modules. According to the hidden-honeycomb porcelain grain thermal-insulation structural layer structure, the double requirements of the floor slab forsound insulation and thermal insulation can be met, and stability is high.

Description

technical field [0001] The invention relates to the field of civil engineering, in particular to a heat-insulating layer structure of hidden honeycomb porcelain grains. Background technique [0002] In civil buildings, most of the split-type air conditioners are used for heating and cooling. The intermittent operation mode of the air conditioner has relatively low operating energy consumption. However, many building floors do not have insulation layers, and there are many times when the air conditioners are not turned on at the same time between the neighbors on the upper and lower floors. Intermittent operation is likely to cause energy to be lost through the floor, resulting in energy waste. At the same time, the indoor environment is often disturbed by various noises from the outside, especially the interference from the impact of the floor, which is one of the main factors causing neighborhood conflicts. [0003] At present, the construction method of building floors des...

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Problems solved by technology

[0002] In civil buildings, most of the split-type air conditioners are used for heating and cooling, and the intermittent operation mode of the air conditioner has relatively low energy consumption. However, many building floors do not have insulation layers, and there are many times when the air conditioners are not turned on at the same time between the upper and lower neighbors. During intermittent operation, it is easy to cause energy to be lost through the floor, resulting in energy waste. At the same time, the indoor environment is often disturbed by various noises from the outside, especially the interference from floor impact, which is one of the main factors causing neighborhood conflicts

[0003] At present, most of the construction methods of building floors designed for sound insulation are floating construction methods. The commonly used thermal insulation and sound insulation materials are roughly divided into three categories. Some areas have been listed as restricted technology, one is rubber damping sound insulation mat, sound insulation effect is good, but the heat insulation effect is difficult to meet the standard, and the other is polystyrene board, heat insulation effect is good, sound insulation effect is average, and the gene The strength of the material is not high, and it is easy to cause cracks in the surface layer

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