Double-door electronic moisture-proof wardrobe

Abstract

The invention discloses a side-by-side door electronic moisture-proof wardrobe. The wardrobe comprises a wardrobe body, a side-by-side door and a gas circulation assembly, wherein the side-by-side door is arranged on the side face of the wardrobe body, the gas circulation assembly is arranged in the wardrobe body, the gas circulation assembly drives air in the wardrobe body to circularly flow, and the air is dehumidified in the gas circulation assembly. A side face of the cabinet body is provided with a hinged door to form a relatively closed space, and a clothes airing rod or a storage plate or other parts are arranged in the cabinet body to place clothes; the gas circulation assembly comprises a water storage tank, a circulation compressor, an exhaust pipe, an exhaust pipe, an inflow pipe and a drainage pipe, the water storage tank and the circulation compressor are arranged at the bottom in the cabinet body, the circulation compressor is provided with a drainage compression structure, and the circulation compressor is externally provided with three connectors for air exhaust, exhaust and drainage respectively; circulation air is firstly introduced into the water storage tank for water passing and dust removal, then clean air enters the compressor for compression and water separation, and all water separated out of the compressor flows back into the water storage tank through the drainage pipe at a tail stage of compression.

Description

technical field [0001] The invention relates to the technical field of moisture-proof wardrobes, in particular to an electronic moisture-proof wardrobe with side-by-side doors. Background technique [0002] Wardrobe is a piece of furniture commonly used by residents to store clothes; the wardrobe needs to be protected from moisture, otherwise, long-term clothes in a closed space are prone to moisture and mildew; [0003] Traditionally, water-absorbing agents, moth balls, etc. are put into wardrobes to prevent moisture and insects. However, in the existing technology, more and more wardrobes are evolving towards intelligence and high-end, and moisture-proof methods are becoming more and more advanced. Electronic dehumidification structures or A new type of water-absorbing material has been applied. However, the wardrobe in the prior art has problems such as insufficient dehumidification and dead corners of dehumidification through water absorption and dehumidification. Moreov...

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Problems solved by technology

[0003] Traditionally, water-absorbing agents, moth balls, etc. are put into wardrobes to prevent moisture and insects. However, in the existing technology, more and more wardrobes are evolving towards smart and high-end, and moisture-proof methods are becoming more and more advanced. Electronic dehumidification structures or A new type of water-absorbing material has been applied. However, the wardrobe in the prior art has problems such as insufficient dehumidification and dead corners through water absorption and dehumidification. Moreover, for some sterilization needs, it is simply superimposed with an ultraviolet lamp. To carry out disinfection and sterilization, the sterilization effect is only limited to the surface of the clothes, and the sterilization is not complete; the dust inside the wardrobe is not cleaned sufficiently, and the dust adhering to the clothes cannot be cleaned, which also need to be solved in the process of pursuing intelligent and high-end wardrobes question

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