Intelligent dew removing method and intelligent dew removing device for glass door body of wine cabinet

Abstract

The invention relates to an intelligent dew removing device and an intelligent dew removing method for a glass door body of a wine cabinet. The glass door body can be intelligently heated by using the method or the wine cabinet provided with the device, and when temperature of the glass door body is higher than condensation stagnation temperature, heating automatically stops, and the wine cabinet automatically exits a dew removing program. Due to the fact that condensation can not be generated on the door body when the temperature of the door body is higher than the condensation stagnation temperature, the problem that the condensation can be generated on the glass door body can be fundamentally solved, and normal use of the wine cabinet can not be influenced, and furthermore energy consumption during the actual use process of the wine cabinet and life of a glass door are benefited.

Description

technical field [0001] The invention relates to a glass door body dew removal technology, in particular to an intelligent dew removal method and an intelligent dew removal device for a wine cabinet glass door body. Background technique [0002] Most of the existing devices for refrigerated storage of beverages, alcohol and other items, such as freezers, wine cabinets, ice bars, etc., are equipped with glass doors for their beauty and convenient observation of internal items, but when the ambient temperature and humidity are too high ( Usually at 25°C, 45% humidity), the glass door will form condensation, which is not easy to observe the food in the freezer, and it is not beautiful, and needs to be cleaned frequently. The reason for the formation of condensation is that the temperature difference between the inside and outside of the glass door is large, and the outside is wet, so it is easy to form condensation on the outside. [0003] The existing treatment method is: blow...

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Problems solved by technology

[0004] Although the above solution can solve part of the condensation problem, it still has the following disadvantages: the above technical solution does not provide an intelligent dew removal method, and if it is heated all the time, it will also reduce the cooling effect and waste electricity; if it is manually removed, it is very troublesome It is reflected in: after the user presses the dew removal button, when the dew drops on the surface of the glass door are removed, it is easy to forget to turn off the dew removal switch, which leads to an increase in energy consumption when the wine cabinet is actually used

Although this technical solution provides a method and device for automatically removing dew, its disadvantage is that the device cannot prevent the formation of condensation before it is formed. The glass door is heated and dewed by the heating device, which cannot fundamentally prevent the occurrence of condensation

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