Drying device for dishwasher, housing component and dishwasher

Abstract

The invention discloses a drying device for a dishwasher, a housing component and the dishwasher. The drying device includes: a main air passage having an air inlet and an air outlet, wherein the airoutlet is suitably communicated with an inner container of the dishwasher; a drying air passage, wherein an intake end of the drying air passage is communicated with inner container of the dishwasher,and an exhaust end of the drying air passage is connected with the air inlet; a regenerated air passage, wherein an intake end of the regenerate air passage is suitably communicated with the outside,and an exhaust end thereof is connected with the air inlet; a fan, a moisture adsorber and a heater which are arranged in the main air passage, wherein the heater is positioned below the moisture adsorber; a controller which is switchable between a first state and a second state, wherein the controller allows the drying air passage and the main air passage to be connected and the regenerated airpassage and the main air passage to be disconnected when in the first state, and allows the regenerated air passage and the main air passage to be connected and the drying air passage and the main airpassage to be disconnected when in the second state. The drying device according to the invention has high drying efficiency, good drying effect, low energy consumption, high energy utilization rateand high regeneration efficiency.

Description

technical field [0001] The present invention relates to the technical field of dishwashers, in particular, to a drying device for dishwashers, a shell assembly for dishwashers having the drying device for dishwashers, and a housing assembly with the drying device for dishwashers. A dishwasher for a housing assembly of a dishwasher. Background technique [0002] Dishwashers in the related art usually adopt drying technologies such as automatic door opening, dehumidification, and zeolite drying. The main principle is to transfer the water vapor in the cavity and on the tableware after washing. [0003] Among them, the automatic door opening drying technology is to open the door body at a certain angle after washing, so that the water vapor accumulated in the cavity can be quickly discharged. However, if the door is not closed manually in time after opening, external mosquitoes or dust will enter the inner tank, thus polluting the inner tank. tableware. [0004] The dehumidif...

AI Technical Summary

Problems solved by technology

However, most of the moisture is directly discharged into the atmosphere. On the one hand, it will cause a waste of steam heat. On the other hand, the steam is very easy to form condensed water at the exhaust port of the dishwasher or on the peripheral devices of the dishwasher. Corrosion even brings safety hazards to users

[0005] The zeolite drying technology is to extract the water vapor in the liner and flow it through the drying box equipped with zeolite. The zeolite absorbs moisture and then discharges it into the liner. The heating module regenerates the zeolite, so the zeolite cavity, fan and heating module take up a lot of space and the zeolite may have peculiar smell, which affects the user experience

Images