Indoor movable air conditioner air outlet structure

Abstract

The invention discloses an indoor movable air conditioner air outlet structure. Not only is the indoor movable air conditioner air outlet structure convenient to disassemble to facilitate cleaning ofthe interior, but also by arranging an upper air outlet assembly, the upper air outlet assembly is arranged to include an air outlet housing, an air outlet control driver and an air outlet control mechanism, the air outlet control mechanism at least can control the airflow processed by an air conditioner so as to exhaust air to the periphery of the air outlet housing in a manner of rotational flow, the air outlet efficiency can be effectively improved, the coverage area can be effectively increased, rapid discharge of the airflow is facilitated, there is little effect of grids or wind shield strips, and the air outlet efficiency is improved. At the same time, the air outlet control mechanism can control the airflow processed by the air conditioner so as to exhaust the air to the peripheryof the air outlet housing in the oblique direction in the manner of rotational flow, the air outlet efficiency and the rotational flow angle can be arranged in an adjustable manner, and the air outleteffect is improved.

Description

technical field [0001] The invention relates to the related field of air conditioners, in particular to an indoor movable air conditioner air outlet structure. Background technique [0002] At present, for indoors, mobile air conditioners are one of the more commonly used electrical appliances because they are very convenient and easy to move. However, for mobile air conditioners, due to the requirement of its mobile performance, the volume of such air conditioners is generally not too large, which leads to the fact that when the air is blown out, the coverage area of ​​the airflow in the room is too small and the effect is not good. It is often only at the air outlet that the required temperature conditions can be achieved, which affects the effect of use, and the current air outlet is generally only equipped with a windshield to adjust the direction of the wind. Although this structure can adjust the direction of the wind, it can also achieve The wind-shielding function a...

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Problems solved by technology

However, for the mobile air conditioner, due to the requirement of its mobile performance, the volume of this kind of air conditioner is generally not too large, which leads to the fact that the indoor coverage area of ​​the airflow is too small when the air is discharged, and the effect is not good. It is often only at the air outlet that the required temperature conditions can be achieved, which affects the effect of use, and the current air outlet is generally only equipped with a windshield to adjust the direction of the wind. Although this structure can adjust the direction of the wind, it can also achieve The windshielding function affects the flow of airflow, which is not conducive to the escape of airflow and affects the comfort and coverage area

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