Base and air conditioner

Abstract

The invention provides a base and an air conditioner. The base comprises an air outlet opening, a water receiving assembly, and a heat insulation cavity, wherein the water receiving assembly is arranged spaced from the air outlet opening, moreover, the water receiving assembly and the air outlet opening have a temperature difference under working condition, and the heat insulation cavity is suitable for filling an interval area between the air outlet opening and the water receiving assembly. According to the base and the air conditioner, the heat insulation cavity is arranged between the waterreceiving assembly and the air outlet opening, so that the direct contact between the water receiving assembly and the air outlet opening can be effectively avoided, in other words, under the workingcondition of the air conditioner (during running process), the inner side of the water receiving assembly can still be in contact with uncooled air (with higher temperature), due to the arrangement of the heat insulation cavity, the outer side of the water receiving assembly cannot directly make contact with the cooled air at the air outlet opening(with lower temperature), the heat transfer timeis prolonged, the heat transfer efficiency is lowered, the temperature difference between the outer side and inner side of the water receiving assembly is reduced, so that condensation on the outer side of the water receiving assembly can be effectively prevented, and the use comfort of the air conditioner is improved.

Description

technical field [0001] The invention relates to the technical field of air conditioners, in particular to a base and an air conditioner. Background technique [0002] With the continuous development of air conditioners, wall-mounted air conditioners are widely welcomed by the public and used by more and more users because of their advantages such as separate settings and no restrictions on installation locations. For a wall-mounted air conditioner, it includes an indoor unit installed indoors and an outdoor unit placed outdoors. Although the indoor unit and the outdoor unit are located in different locations, both of them realize heat transfer through their internal compressors and fans. of. For the indoor unit, it usually has a fan, and by driving the fan to rotate, the indoor air enters the interior of the indoor unit, and the sucked air is cooled by heat transfer with the refrigerant flowing through the heat exchanger. Then return to the room through the air outlet to a...

AI Technical Summary

Problems solved by technology

[0003] However, when the cold air blown out from the air outlet is blown out along the air outlet, the temperature on the outside of the side plate (the part in contact with the cold air after heat exchange, such as the outside of the bottom plate of the water tank) located on the upper edge of the air outlet will The inner side of the opposite side plate (the part in contact with the air without heat exchange, such as the inner side of the bottom plate of the sink) is higher in temperature. Condensation forms along the outside of the side panels, and the condensation can be brought into the indoor space by the wind at the air outlet, causing the indoor air to be abnormally humid. Moreover, as the condensation increases, it will directly drip into the room, causing the air conditioner to Abnormal dripping occurs, which will affect the experience of customers when using the air conditioner and reduce the comfort of the air conditioner

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