Air-conditioner for controlling air speed in subareas and control method

Abstract

The embodiment of the invention provides an air-conditioner for controlling air speed in subareas and a control method and relates to the technical field of air-conditioners. According to the air-conditioner, different air supply intensity degrees can be adjusted in the different air supply subareas, and therefore air supply distances are different for different angles when air is supplied indoors. The air-conditioner comprises a rotating shell, an air supply assembly and a touch panel, wherein the rotating shell is provided with an air outlet, the rotating shell is connected with a driver used for driving the rotating shell to rotate within the air supply range, the air supply assembly comprises a fan and a fan motor used for driving the fan, the driver and the fan motor are connected with the touch panel, the touch panel is used for setting up the corresponding relation between the air supply subareas and the air supply intensity degrees according to a received air supply intensity adjusting instruction and an air supply subarea selecting instruction, and controlling the driver and the fan motor to operate according to the corresponding relation so that when the rotating shell rotates into the air supply subareas, the fan can supply air according to the air supply intensity degrees corresponding to the air supply subareas, and the air supply subareas are located within the air supply range. The embodiment is used for controlling operation of the air-conditioner.

Description

technical field [0001] The invention relates to the technical field of electrical equipment, in particular to an air conditioner and a control method for zone-controlled wind speed. Background technique [0002] With the development of science and technology, small household appliances such as air conditioners, air purifiers, humidifiers, etc. that are used to regulate the indoor environment have been used more and more widely. Traditional air conditioners, air purifiers, humidifiers and other electrical appliances adjust the indoor temperature, humidity and other indicators by blowing air into the room. The position of the air outlet on the above-mentioned electrical appliances is generally fixed, and the air outlet range of the air outlet is switched by devices such as wind deflectors arranged at the air outlet to increase the air outlet range. However, for some indoor spaces with large spaces, the air outlet range cannot cover the entire indoor space. [0003] In order ...

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Problems solved by technology

[0004] However, due to the variety of indoor space shapes, the distance between the placement of air conditioners and other electrical appliances and all directions of the indoor space is not the same, refer to figure 1 , the 360-degree rotatable air conditioner 01 is generally placed in the corner of the living room 02. When the air outlet 011 faces direction one, the distance between the air outlet 011 of the air conditioner 01 and the wall of the living room is moderate; when the air outlet 011 faces direction two, the air conditioner The air outlet 011 of 01 is far away from the wall of the living room. At this time, the normal wind speed blown from the air outlet 011 may not reach the wall of the living room, and the temperature regulation effect is relatively poor in places far away, resulting in uneven indoor temperature distribution; When the air outlet 011 faces direction three, the distance between the air outlet 011 of the air conditioner 01 and the sofa 03 in the living room is relatively small. At this time, the normal wind speed blows from the air outlet 011 to the human body sitting at the sofa 03, which makes the human body uncomfortable. reduce wind speed

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