Air cleaning and air conditioning system using water plants, and power generation apparatus using flexible tube

Abstract

The air cleaning and air conditioning system using water plants of the present invention comprises: a main body wherein a hollow section is formed in a body of a rectangular frame, and the front part of the body is open; a vegetation part which is provided with a mesh net such that water plants can be planted therein, and is provided in the front face of the main body; ventilation fans which are provided on an upper part of the main body, and are for sucking in outside air and making same flow into the main body and circulating the air through the vegetation part and back to the outside; a water tank which is provided in a lower part of the main body, has an inner space for accommodating water and is provided with a water pump in the inner space; and a water supply unit which is provided inside the main body and is for selectively supplying water, that has been supplied from the water tank, to the vegetation part. The power generating device using a flexible tube of the present invention comprises: a tube in which a cylindrical body extends in the longitudinal direction, and on the inside of which is formed a hollow section so as to allow a fluid to flow therethrough; tube connecting parts provided at both ends of the tube to connect with the ends of pipes; a rotation shaft which is formed extending lengthwise inside of the tube so as to transmit power; a plurality of rotating fans provided coaxially with the rotation shaft, so as to rotate by means of the flow of the fluid; and a generator which is provided at one side of the tube so as to generate electricity upon receiving power produced by the rotating shaft.

Description

technical field [0001] The present invention relates to an air purification and refrigeration system using aquatic plants, and more specifically relates to an air purification using aquatic plants that allows outside air to flow in and pass the air between the roots of aquatic plants so as not only to lower the indoor temperature but also to provide purified air and refrigeration system. [0002] The present invention relates to a power generating device using a hose, and more particularly relates to a power generating device using a hose that is fastened to an end of a pipe and can supply power generated by a fluid flow to various areas. Background technique [0003] Generally, not only is a lot of fine dust contained in indoor air due to living activities, but also contamination by microorganisms contained in the fine dust exerts adverse effects on health. [0004] In order to purify this kind of indoor air, forming courtyards or cultivating plants in the indoor space of ...

AI Technical Summary

Problems solved by technology

[0003] Usually, indoor air not only contains a lot of fine dust due to living activities, but also causes adverse effects on health due to contamination of microorganisms contained in the fine dust

[0004] In order to purify this kind of indoor air, forming courtyards or cultivating plants in the indoor space of buildings such as balconies can cultivate sentiment, and plants such as trees or flowers and plants can absorb the carbon dioxide exhaled by the human body and discharge the oxygen needed by the human body. Therefore, if a lot of plants are cultivated in the garden, the additional effect of being able to breathe fresh air is expected, which can have the function of cultivating sentiment or aesthetics, but it has little effect on "fresh air"

[0005] In addition, in order to adjust the indoor temperature in summer, the air conditioner that uses the refrigeration cycle that recovers and compresses the evaporated refrigerant in the gaseous state and returns it as a liquid prevents dust contained in the air sucked in for the purpose of lowering the indoor temperature. The performance of the air conditioner is reduced, and a filter in the form of a non-woven fabric using polypropylene (PP) resin fiber or polyethylene (PE) resin fiber is provided, but there are problems as follows: only dust can be filtered, deodorization performance is reduced, and durability Not good, and cannot sterilize harmful microorganisms contained in the air

However, conventional generators used in this technology can only be used in limited areas and require high installation costs

[0013] Moreover, the capacity of previous generators to generate energy has not been maximized

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