Moisture retaining device of refrigerator and refrigerator with same

Abstract

The invention discloses a moisture retaining device of a refrigerator and a refrigerator with the same, wherein the moisture retaining device comprises a water receiving box and a water vapor generator, wherein the water receiving box is arranged below the water receiving tank of the refrigerator and used for collecting the refrigerating condensed water of the refrigerator; the water vapor generator is connected with the water receiving box; the water receiving box comprises a box body and an air-guiding tube which is arranged in the box body; the side wall of the air-guiding tube is providedwith an evaporation water inlet which is higher than the bottom of the box body; when the height of water in the water receiving box is higher than the evaporation water inlet, the water in the air-guiding tube is subjected to gasification by virtue of the water vapor generator; and water vapor after gasification overflows through the air-guiding tube. The moisture retaining device provided by the invention collects the moisture lost in the refrigerating room air and reuse the moisture, the water is not required to be added at regular intervals, the device is convenient to use, and water resource is saved; furthermore, the water vapor generator provided by the invention can carry out humidification actively, and dose not rely on the natural vitalization of low-temperature sewage water, and the humidifying speed is rapid; and in addition, the water receiving box is convenient to clean, and the water receiving box can be subjected to precipitation treatment.

Description

technical field [0001] The invention relates to the technical field of electronic equipment manufacturing, in particular to a moisturizing device for a refrigerator and a refrigerator with the moisturizing device. Background technique [0002] The refrigerators of most existing refrigerators all have the problem of moisture retention due to condensation drainage, and vegetables and fruits will be seriously dehydrated during long-term storage. In order to solve the above problems, the prior art mainly proposes the following two methods: [0003] One is for air-cooled refrigerators, which collects the volatilized water vapor from the defrosted water in the evaporator through the forced circulation of the fan and enters it into the refrigerator. Frost water storage utensils cannot be cleaned, and use for a long time will pollute the water quality; water molecules enter the air at low temperature and rely on natural volatilization, and the humidification time is long; the degre...

AI Technical Summary

Problems solved by technology

[0003] One is for air-cooled refrigerators, which collects the volatilized water vapor from the defrosted water in the evaporator through the forced circulation of the fan and enters it into the refrigerator. Frost water storage equipment cannot be cleaned, and it will pollute the water quality if used for a long time; water molecules enter the air at low temperature and rely on natural volatilization, and the humidification time is long; the degree of moisturizing cannot be controlled, which may cause excessive or insufficient humidity

[0004] The other is to use the water storage device to moisturize through volatilization. The problems of this method are: the water storage device is inconvenient to clean; the water molecules enter the air at low temperature and rely on natural volatilization, and the humidification speed is slow; It is convenient and wastes water resources; the degree of humidification is inconvenient to control, which may cause excessive or insufficient humidity

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