Cast-in-situ hollow floor for storing and recycling heat energy and preparation method thereof

Abstract

The invention relates to a cast-in-situ hollow floor for storing and recycling heat energy and a preparation method thereof, adopting the following scheme based on the prior hollow floor: each box and thin wall in the floor is communicated with each other from side faces by connective channels, so that the box and thin wall of the each floor of a whole building is communicated with each other so as to be formed as a storable and recyclable inner passage which is internally filled with hot gas to provide heat energy for the whole building. The scheme uses the characteristics of light weight and strong earthquake resistance of the prior hollow floor so as to completely use the upper face and the lower face of the floor, thereby overcoming the defect that the geotherm only can be radiated from upper side; the scheme can adopt modes such as parallel connection, series connection or multiple series, and the like, for the box and thin wall of the hollow floor, so that the required temperature in the hollow floor comes up to the required standard in a faster and more reasonable way, as well as circulation is more convenient; and the scheme also can adopt a separate control method so as to lead the inner passage of the floor of each floor and each room to be circulated or closed.

Description

technical field [0001] The invention relates to an energy-saving building, in particular to a cast-in-place hollow floor with heat storage and circulation heat and a manufacturing method thereof. Background technique [0002] At present, most of the buildings with brick-concrete structure and frame structure use prefabricated hollow slabs as floor slabs. This kind of floor slab has the advantages of fast construction speed and low cost, but because there is no firm connection between two adjacent prefabricated hollow slabs , Only cement mortar is used to fill the joints, so the integrity is poor, which is not conducive to earthquake resistance, and cracks and water seepage often occur. There are also some cast-in-place concrete floor technology, using the prepared formwork components and reinforced concrete to mix together to make the floor, but there are still problems such as uneven bottom surface of the floor and heavy formwork. [0003] Heating in northern my country us...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the lack of central heating in most areas and realize low-energy automatic heating in civil buildings and rural peasant houses, overcome the high energy consumption of existing heating technology and the inflexibility of the system, floor heating still occupies more than 100 mm of floor space, and c

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