Mobile air conditioner

Abstract

The invention provides a mobile air conditioner. The mobile air conditioner comprises an upper water receiving disc, a middle water receiving disc and a chassis structure, the chassis structure comprises a water absorption area, a water tank area, a water splashing area and a water level control area, and further comprises water retaining ribs used for isolating the water absorption area from thewater tank area and a convergence part which is positioned between the water splashing area and the water tank area and is close to a convergence port of the water splashing area, wherein the water splashing wheel is arranged in the convergence part. According to the mobile air conditioner, the cooperation among the upper water receiving disc, the middle water receiving disc and a chassis is adopted, therefore, water correspondingly in the upper water receiving disc, the middle water receiving disc and the chassis in the air conditioner can be reasonably distributed, the water is preferentially supplied to the water splashing area, moreover, the water in the upper layer and the water in the middle layer can be directly supplied to the water splashing area, the water circulation step is reduced, and the water splashing efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of air conditioning, in particular to a mobile air conditioner. Background technique [0002] Compared with the traditional vertical air conditioner, the mobile air conditioner is smaller in size, does not need to be installed, and is easy to move. It can be placed in different positions in the house at will. Existing mobile air conditioner is usually divided into three layers of water receiving trays according to its structure, i.e. upper floor water receiving tray, middle floor water receiving tray, chassis. However, in the prior art, the three-layer water receiving trays fail to form a good cooperation, which is not conducive to the overall water scheduling of the mobile air conditioner, and the use efficiency of condensed water is low. And when the air is blown from the top of the mobile air conditioner, condensed water will condense on the top plate, and the condensed water will accumulate too much and...

AI Technical Summary

Problems solved by technology

However, in the prior art, the three-layer water trays fail to form a good cooperation, which is not conducive to the overall water scheduling of the mobile air conditioner, and the use efficiency of condensed water is low

And when the air is blown from the top of the mobile air conditioner, condensed water will condense on the top plate, and the condensed water will accumulate too much and flow down the side wall or panel of the mobile air conditioner, causing inconvenience to the user; the middle water tray cannot discharge excess water in time, resulting in condensation Water overflows or flows into other electrical components, damaging the mobile air conditioner; the chassis can be divided into four areas according to its water channels, namely: water level control area, water absorption area, sink area and water collection area, among which the water tank area and water absorption area, water collection area Connected, the water tank area is used to buffer the water on the chassis, the water in the water pumping area can be pumped to the condenser fins to evaporate through the water pumping wheel, and the water in the water suction area is pumped out

Whether the structural design of the chassis of the mobile air conditioner is reasonable will directly affect the efficiency, service life, and length of use of the mobile air conditioner, etc.

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