Indoor fresh air control method, control device and equipment with fresh air function

Abstract

The invention relates to an indoor fresh air control method, a control device and equipment with a fresh air function, and belongs to the technical field of fresh air control. The indoor fresh air control method is applied to the equipment with the fresh air function; the method comprises the steps of obtaining indoor air quality data, obtaining age information, and controlling the operation of a fresh air ventilator according to the obtained indoor air quality data and the age information. According to the indoor fresh air control method, the operation of the fresh air ventilator is controlled according to the obtained indoor air quality data and the age information, so that the accuracy in fresh air control is increased, the indoor air quality is matched with the age of a user, and the comfort experience of the user can be increased.

Description

technical field [0001] The application belongs to the technical field of fresh air control, and in particular relates to an indoor fresh air control method, a control device and equipment with a fresh air function. Background technique [0002] In related technologies, devices with fresh air functions, such as fresh air fans and air conditioners with fresh air functions, can circulate indoor air. On the one hand, the outdoor air is filtered and transported indoors; The air is exhausted outside, so as to ensure that the indoor air is fresh and clean, and provide people with a healthy indoor air environment. [0003] In related technologies, the control of fresh air is aimed at all users without distinguishing users. The existing problem is that users include children, teenagers, young people, middle-aged, and old people. Users of all ages have different adaptability to air quality. For example, children and the elderly are more sensitive to air quality. For example, relevant...

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Problems solved by technology

[0003] In related technologies, the control of fresh air is aimed at all users without distinguishing users. The existing problem is that users include children, teenagers, young people, middle-aged, and old people. Users of all ages have different adaptability to air quality. For example, children and the elderly are more sensitive to air quality. For example, relevant studies have shown that when the oxygen content is 12%-15%, children or the elderly will have shortness of breath, and when the oxygen content is 10%-12%. nausea in children or the elderly

In the case that the control of fresh air is aimed at all users without distinguishing users, the problem that may arise is that when the air quality in the room drops, the air quality in the room may not be suitable for children and children before it reaches the level that needs to be controlled. elder

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