Disinfection cabinet capable of dehumidification by condensation

Abstract

The invention discloses a disinfection cabinet capable of dehumidification by condensation. The side wall of the inner cavity of the disinfection cabinet is fixedly provided with a semiconductor water molecule condenser; when the heating drying system of the disinfection cabinet works, the temperature in the cavity is increased to evaporate the moisture on the tableware, thereby achieving the effect of drying the tableware, but water molecules in a great deal of generated water vapor can not be discharged out of the cavity; when the semiconductor water molecule condenser works, the heat at the hot end of a semiconductor cold wafer is transferred to a plurality of radiating dentate sclerites to be emitted through the heat transfer substrate of a radiator, and a fan on the radiating dentate sclerites is used for assisting in heat radiation, so that the temperature at the cold end of the semiconductor cold wafer quickly decreases, and the temperature of a condensation liquid collection plate quickly decreases; and the water vapor in the air in the inner cavity is condensed to the dentate sclerites of the condensation liquid collection plate to form water globules, and the water globules flow into a liquid collection box by the aid of the dead weight, and flow out of the cavity of the disinfection cabinet through the outflow hole of the liquid collection box. Thus, the disinfection cabinet performs the function of discharging the moisture in the water vapor generated by heating drying, and has the effects of keeping the inner cavity dry for a long time and no residual bacteria.

Description

technical field [0001] The invention relates to the field of dehumidification of kitchen equipment, in particular to a condensation dehumidification disinfection cabinet. Background technique [0002] Various kitchen disinfection cabinets are popular in the market at present, and the drying methods include built-in intelligent PTC circulation heating and light wave tube heating. After the working cycle of the drying system is over, when the temperature in the inner cavity drops to room temperature, a small amount of water droplets appear on the inner wall of the cavity, and even small water droplets appear on the surface of the tableware. The main reason is that the existing drying system can The water on the tableware is evaporated into the air in the inner cavity of the cavity. However, because the inner cavity of the cavity is a sealed structure, the evaporated water vapor cannot be discharged out of the cavity. After the working cycle is over, it will condense into water...

AI Technical Summary

Problems solved by technology

After the working cycle of the drying system is over, when the temperature in the inner cavity drops to room temperature, a small amount of water droplets appear on the surface of the inner wall of the cavity, and even small water droplets appear on the surface of the tableware. The main reason is that the existing drying system can Next, the water on the tableware is evaporated into the air in the inner cavity of the cavity, but because the inner cavity of the cavity is a sealed structure, the evaporated water vapor cannot be discharged out of the cavity. After the working cycle is over, it will condense into water droplets in the cavity as the temperature drops. The internal wall and the surface of the tableware cannot truly achieve the effect of clean and dry, zero bacteria residue

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