Environment-protection energy-saving ventilating air-conditioning sound-insulating novel building and construction method

Abstract

The invention relates to a new construction and its methods for environmental protection, energy conservation, natural ventilation, air conditioning, noise insulation and heat preservation. It is applicable to all kinds of industrial and civil buildings. Its character is that it adopts the rationale of air-control to natural draft by cavities. In order to natrurally control the room-temperature and natural draft , it needs many cavities around the house to prepare for the natrural draft, soundproofing air-control circulate system work in the cavities formed by the intercommunication of the wall and ground ,using some special methods such as airy-control the ground and sound isolation control the wall by the wind cavities. Besides,it also recommends a manufactural erectional construction way which is suitable for the sustaining system between the earth-cavity and wall- cavity .The invention eliminates disadvantage of traditional out-of-date technique in resource-saving and environment protesting,with great worth of soundproofing, and improves noise insulation of buildings and natural ventilation permeability effect of environmental protection, energy saving and economy.

Description

technical field [0001] The invention relates to an environment-friendly, energy-saving, naturally ventilated, air-conditioned, sound-insulated and heat-insulating new building and a construction method thereof, in particular to a new construction method for a cavity ventilated, heat-preserved, and sound-insulated water-temperature air-conditioned floor and a cavity ventilated, ventilated, heat-preserved, sound-insulated, and air-conditioned wall. Background technique [0002] In the existing buildings, on the one hand, although there are grounds for radiant heating, they are all non-cavity. Moreover, the general ground structure and indoor walls are non-cavity sound insulation and heat preservation, so there are floors and walls. The thermal insulation and sound insulation performance of the building is poor, resulting in high energy consumption, mutual interference between upstairs and downstairs, and indoor air and room temperature can only be adjusted by opening windows, h...

AI Technical Summary

Problems solved by technology

However, the wet operation process has complex procedures, labor, time, and materials, high labor intensity, high water consumption, resulting in large waste, heavy dust pollution, strong dependence on skilled workers, poor standardization, and easy to produce empty space. Common quality problems such as drumming, cracking, and falling off; construction quality is difficult to control and other disadvantages

At the same time, the spraying construction of wall paint and coatings is also carried out at the construction site, which not only causes serious dust and air pollution, but also requires labor and time and requires high construction skills.

[0004] Another point is that the raised wooden floors and hollow plasterboard walls (or wooden walls) in existing buildings are generally elevated or hollow in a certain room, and they do not form the natural circulation of air in the entire building. Convection, and most of them use wooden keel or light steel keel as the skeleton, which has problems such as consumables and labor, high cost and poor ventilation

In addition, although the existing anti-static floor is hollow, it is only used on the floor of some rooms, and the cost is too high, so it is not suitable to be applied to the cavity floor and cavity wall of the present invention.

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