Method of adjusting indoor air

Abstract

The invention discloses a method of adjusting indoor air. The method comprises the following steps that an air entering step is carried out, outdoor air is enabled to enter a room from an air inlet through a specific filtering device with the hole diameter of 2.4 microns or below; an air conditioning step is carried out, a specific area is selected in the room, the height of the specific area to the ground is 50-250 cm, and from the horizontal distance of the specific area to each indoor wall face is 20 cm or above, the negative ion content of a plurality of sites in a specific area are measured, the average value is obtained, when the average value is lower than a threshold value, a negative ion generator is started to enable the average value to be the threshold value or above, and theaverage value is kept 10 minutes or above; and an air discharging step is carried out, the indoor low-layer air is discharged out of the room through an air outlet, wherein the height of the air outlet to the ground is 0-20 cm. According to the method, the high-quality air beneficial to a human body can be obtained for a long time in a ventilating indoor environment.

Description

technical field [0001] The invention relates to an indoor air conditioning method, in particular to a method for controlling the content of negative ions in the room so as to obtain high-quality air. Background technique [0002] With the improvement of people's living standards, the demand for high-quality air is becoming stronger and stronger, which drives the rapid development of indoor air treatment products. Among the existing air purification solutions, the fresh air system has developed rapidly this year, but the fresh air system is mainly a closed cycle of indoor air, and does not introduce outdoor fresh air. If you ventilate, new smog pollution will be introduced, which will not only fail to achieve the purpose of purifying the indoor air, but will aggravate the pollution instead. [0003] Recently, various air purification systems and products capable of ventilating to the outside have also been developed. For example, CN107780801A discloses a smart window suitab...

AI Technical Summary

Problems solved by technology

[0004] Another example, CN206618042U discloses an indoor haze elimination device, which belongs to the field of air purification and solves the problem that existing air purifiers are difficult to deal with PM2.5 and smaller particles existing in indoor air, or when the purifier starts The volume of particle aggregation increases but exists in the space. After closing, the polymer loses its charge and returns to tiny particles.

However, this technical treatment still needs to be carried out in a closed indoor space, and can only treat a small range near the device, and the device itself is relatively large, which will occupy a certain amount of indoor space

At present, there is no report on improving or increasing the beneficial factors of indoor air under ventilation conditions, thereby providing high-quality air in the air that is beneficial to the human body.