Air conditioner outdoor unit air outlet grid structure

Abstract

The invention relates to the field of air conditioner outdoor unit equipment, in particular to an air conditioner outdoor unit air outlet grid structure capable of effectively increasing the air outlet rate of an air conditioner outdoor unit in a window blind. The air conditioner outdoor unit air outlet grid structure comprises a grid body. The grid body is composed of vertical rib grids and transverse rib grids, wherein the upper portion and the lower portion of the grid body are provided with the transverse rib grids, the rest of the grid body is provided with the vertical rib grids, and theproportion of the vertical rib grids to the grid body is larger than that of the transverse rib grids to the grid body. According to the air conditioner outdoor unit equipment, by means of the creative structure improvement, vertical air guiding of vertical ribs of the vertical rib grids is given priority, the traverse rib grids are distributed above and below the vertical rib grids correspondingly, so that transverse air pressing can be achieved through transverse ribs of the transverse rib grids in the upper direction and the lower direction, outlet air is prompted to be centralized betterin the vertical direction of the grid body, the blowing distance is larger, the short-circuit phenomenon caused by the fact that outlet air is rapidly dispersed and reflected by objects at present isgreatly improved, and the air conditioner outdoor unit air outlet grid structure is especially suitable for various air conditioner outdoor units.

Description

technical field [0001] The invention relates to the field of outdoor unit equipment of an air conditioner, in particular to an outlet grille structure of an outdoor unit of an air conditioner. Background technique [0002] In order to combine the decoration of buildings and prevent direct sunlight, many buildings have added louvers, windshields, etc. to the installation space of outdoor air-conditioning units. Currently, louver-type buildings have become the mainstream. However, the addition of louvers and windshields will inevitably have a serious impact on the heat exchange effect of the outdoor unit of the air conditioner, resulting in a significant decline in performance, especially in the cooling demand period in summer. It is found through research that the structural form of the air outlet grille has an important influence on the air outlet rate of the outdoor unit of the air conditioner inside the shutter. [0003] Due to the unreasonable design of the grille body o...

AI Technical Summary

Problems solved by technology

[0003] Due to the unreasonable design of the grille body of the air duct of the outdoor unit of the existing air conditioner, the air will quickly disperse after blowing out of the grille body, which is not conducive to improving the air flow rate, resulting in a short circuit of the heat in the louvers, which cannot be discharged in time, thus affecting heat transfer efficiency and even normal operation

Although there are certain differences in the internal performance of the louver products of different manufacturers in the air-conditioning industry, in general, most of them are poorly adaptable to the current louver-type buildings

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