Balloon bag with vacuum chamber and air inflation and/or water injection function for air conditioning of building

Abstract

The invention provides a device which is arranged at the top of or around a high-rise building, on each floor in the building or under the building and is used for carrying out air conditioning on a building, particularly a high and large building, by using various shapes of balloon bags which can be inflated with air and / or injected with water, a plurality of intercommunicated vacuum chambers which are communicated with the balloon bags and have strong and rapid negative pressure suction force to indoor air, and water paths and gas path pipelines which are arranged for the vacuum chambers, wherein the device comprises air conditioning windows, an aerial fog spraying temperature regulator for air by using water, a valve, an instrument, a control part, a water pump, an air pump of an air extractor and the like. Solar-assisted and ground source heat pumps can be effectively utilized to obtain fresh summer-cool or winter-warm air and domestic hot water without refrigerants, and even the descending energy of a manned elevator car is utilized to drive an air exhauster. The balloon bag body and a spring vibration reduction and force elimination mechanism arranged on the outer vertical face of the building are actually a building stabilization structure capable of resisting crosswind and strong wind thrust to high-rise buildings.

Description

technical field [0001] The invention relates to an air conditioning device for buildings, especially high-rise and super high-rise buildings. Background technique [0002] In the buildings where people live and work, especially in large high-rise buildings, the power consumption and electricity expense of air conditioning for keeping indoor air fresh and suitable temperature and humidity are very large, and also produce noise, exhaust pollution, etc. There are unfavorable factors such as the "heat island" local overheating phenomenon caused by air-conditioning heat exhaust around buildings and buildings; in terms of high efficiency and energy saving, it is still necessary to improve efficiency, for example, the temperature difference of the air at different heights outside the building has not been fully utilized. Indoor air conditioning; the ventilation problem of super high-rise buildings is an unresolved problem unanimously recognized by experts from all over the world; m...

AI Technical Summary

Problems solved by technology

[0002] In the buildings where people live and work, especially in large high-rise buildings, the power consumption and electricity expense of air conditioning for keeping indoor air fresh and suitable temperature and humidity are very large, and also produce noise, exhaust pollution, etc. There are unfavorable factors such as the "heat island" local overheating phenomenon caused by air-conditioning heat exhaust around buildings and buildings; in terms of high efficiency and energy saving, it is still necessary to improve efficiency, for example, the temperature difference of the air at different heights outside the building has not been fully utilized. Indoor air conditioning; the ventilation problem of super high-rise buildings is an unresolved problem unanimously recognized by experts from all over the world; many people live in unsatisfactory indoor temperature environments in buildings in hot summer and cold winter areas

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