Heat insulation structure for roofs

Abstract

The invention discloses a heat insulation structure for roofs. The heat insulation structure comprises a building slab arranged on the topmost layer of a roof structure, heat insulation ceramic tiles are obliquely and symmetrically mounted on both sides above the building slab, a plurality of water storage pipes for storing water are vertically mounted between the heat insulation ceramic tiles and the building slab in an arraying manner, the water storage pipes are hollow, openings are respectively formed in the tops of the water storage pipes, the bottoms of the water storage pipes are respectively fixed on the building slab with concrete, the top edges of the water storage pipes are respectively fixed on the lower side surfaces of the heat insulation ceramic tiles by using concrete, water leaking holes are respectively formed in the positions corresponding to the openings of the water storage pipes, on the heat insulation ceramic tiles, and rain water enters in the water storage pipes through the water leaking holes. According to the heat insulation structure disclosed by the invention, on one hand, heat is blocked by an interval structure, so that the heat insulation structure has the effect of heat insulation, and on the other hand, due to the evaporation of the stored rain water, the heat insulation structure has the effect of heat dissipation, so that users living in a top building can feel cool, and the using time of air conditioners in high-temperature weather is shortened.

Description

technical field [0001] The invention relates to the technical field of roof insulation systems, in particular to a roof insulation structure. Background technique [0002] At present, many residents living in the city live in high-rise buildings. Because the top floors are relatively overheated, if no heat insulation treatment is done, the comfort of the top floor users in summer will be seriously reduced; most of the existing roofs are only made of hollow bricks. The heat insulation layer has very limited heat insulation effect, so residents living on the top floor often increase the use of air conditioners in summer to improve the sweltering indoor environment, but often turning on the air conditioner will bring many disadvantages: on the one hand, it will cause power consumption On the other hand, excessive blowing of air conditioners will also affect the indoor air and humidity, and even cause harm to the health of residents. Contents of the invention [0003] The tec...

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Problems solved by technology

[0002] At present, many residents living in the city live in high-rise buildings. Because the top floors are relatively overheated, if no heat insulation treatment is done, the comfort of the top floor users in summer will be seriously reduced; most of the existing roofs are only made of hollow bricks. The heat insulation layer has very limited heat insulation effect, so residents living on the top floor often increase the use of air conditioners in summer to improve the sweltering indoor environment, but often turning on the air conditioner will bring many disadvantages: on the one hand, it will cause power consumption A large amount of energy is wasted. On the other hand, excessive blowing of the air conditioner will also affect the indoor air and humidity, and even cause harm to the health of the residents.

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