Auxiliary conditioning unit of air conditioner

Abstract

The invention discloses an auxiliary conditioning unit of an air conditioner. The auxiliary conditioning unit comprises a condensate water collection portion and an air supply portion. The air supply portion is provided with an air supply pipeline, the condensate water collection portion is provided with an injection structure and a water collection structure, one end of the injection structure is communicated with the air supply pipeline of the air supply portion, and the other end of the injection structure is communicated with the water collection structure. Condensate water generated by the air conditioner is collected through the condensate water collection portion, the injection portion injects the collected condensate water into the air supply pipeline to be combined with air delivered by the air supply portion to form vapor which is used for humidifying an enclosed environment of the air conditioner, the condensate water is delivered through the injection structure, carbon dioxide concentration and humidity of an enclosed space of the air conditioner are regulated effectively to improve air humidity and freshness of the enclosed space of the air conditioner, the technical problem of high energy consumption caused by the fact that a high-power motor is adopted to drive a distribution collider to collide with small-diameter flow so as to generate atomized moisture is avoided, and the auxiliary conditioning unit is more energy saving.

Description

technical field [0001] The invention relates to the field of air conditioners, in particular to an auxiliary adjustment device for an air conditioner. Background technique [0002] In the hot summer, the air conditioner operates in a closed environment for cooling, which is likely to cause: Defect 1, because it cannot exchange with fresh air from the external environment, the freshness of the air in the closed environment continues to decline, and even exists Odor; defect 2, the temperature of the evaporator in the air conditioner is lower than the condensation point of water vapor in the closed environment, and the air-conditioning refrigeration is also a process of eliminating latent heat in the air (that is, dehumidification), and the water vapor in the closed environment will continue to condense into Water is exported to the closed environment through the drain pipe of the air conditioner, causing the air humidity in the closed environment to continuously drop, so that ...

AI Technical Summary

Problems solved by technology

[0002] In the hot summer, the air conditioner operates in a closed environment for cooling, which is likely to cause: Defect 1, because it cannot exchange with fresh air from the external environment, the freshness of the air in the closed environment continues to decline, and even exists Odor; defect 2, the temperature of the evaporator in the air conditioner is lower than the condensation point of water vapor in the closed environment, and the air-conditioning refrigeration is also a process of eliminating latent heat in the air (that is, dehumidification), and the water vapor in the closed environment will continue to condense into Water is output to the closed environment through the drain pipe of the air conditioner, causing the air humidity in the closed environment to drop continuously, so that people who are active or resting in the closed environment with the air conditioner turned on have dry mouth, chapped lips and other discomforts

[0004] However, in this way, the condensed water of the air conditioner will take away the dust of the evaporator during the condensation process of the evaporator, and flow into the water collection unit together, polluting the water body of the water collection unit, and the polluted water body passes through the atomization unit When entering the room with the delivery unit, it will pollute the room, and the concentration of PM2.5 will also increase; the atomization unit hits the small-diameter water flow at high speed through the "splitting collider" to generate atomized water vapor, which requires a large power The motor drives the "shunt collider", which is not conducive to energy saving

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