Intelligent air purifying system based on natural circulating air of building and operating method for intelligent air purifying system

Abstract

The invention discloses an intelligent air purifying system based on natural circulating air of a building and an operating method for the intelligent air purifying system. The purifying system is mounted at a staircase or inside an open yard. The purifying system comprises a filter element filter, a negative ion generator, an electrostatic generator, a rainproof cap, an air flow direction flow speed detector, an air temperature detector, a power-assisted device and an electrical control method. The operating method for the intelligent air purifying system is characterized in devices such as a filter device, a detection device and a control device are reasonably arranged at a high-rise staircase or in the open yard to form an intelligent data processing system, and air flow generated by the chimney effect of the high-rise is utilized for filtering and cleaning air near the building, so that the air purifying purpose is finally achieved. The intelligent air purifying system can intelligently operate, is great in circulating air volume, is simple in operation process, can effectively solve the critical defect that the air purifying effect only can be achieved by greatly depending on an extra power device and needing large-area dense laying, and also can greatly save resource waste and cost expense.

Description

Technical field [0001] The invention relates to the technical field of air pollution purification and treatment, in particular to an intelligent air purification system based on building natural circulating wind and an operating method thereof. Background technique [0002] In recent years, cities in our country are facing serious air pollution problems, especially the smog problem, which has seriously affected people's daily lives. One of the outstanding features of the rapid development of urbanization is that high-rise buildings are rising from the ground. Nowadays, there are many high-rise buildings. This aspect represents the modernization of the city. At the same time, it also creates problems for the city, especially in the area of ​​high-rise buildings. The local microclimate, such as heat island effect, street valley wind, and relatively closed areas with poor ventilation have appeared. Especially on the underlay surface of high-rise buildings with poor ventilation, it ...

AI Technical Summary

Problems solved by technology

However, no matter the implementation of Patent Document 4 or Patent Document 5, it is necessary to rely on huge power devices and large-area laying to achieve a certain effect, which not only brings a lot of inconvenience to construction and maintenance, but also has relatively high manufacturing costs.

[0010] In addition, there are artificial wind, artificial rain, refrigeration, heating and other methods to promote air flow and diffusion, but the energy consumption is high, the cost is high, and the operation cost is high, the implementation is difficult, and the effect is not ideal

[0011] To sum up, although the starting point of the above methods is to effectively control air pollution, there is a fatal flaw in the implementation of each method, that is, it needs to rely heavily on additional power devices and large-scale dense laying to achieve the desired effect. Not only It will take up a lot of space, and will cause a lot of waste of energy and a substantial increase in costs during construction, operation and maintenance, and some methods will even pollute the environment twice during the treatment process.

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