Drainage structure for defrosting and deicing of intelligent refrigerator

Abstract

The invention discloses a drainage structure for defrosting and deicing of an intelligent refrigerator. The drainage structure for defrosting and deicing of the intelligent refrigerator comprises a refrigerator inner container, arc-shaped notches, a constant base, a movable drainage ditch, a movable bolt and an overturning body, wherein the movable drainage ditch is arranged on one side of the ground of the refrigerator inner container; the constant base is vertically arranged in the middle of the bottom surface of the movable drainage ditch; the constant base is an inverted right-angle triangular prism body; the overturning body is of an irregular inverted I-shaped structure; the overturning body and the constant base are in sliding fit; and the arc-shaped notches are formed in the two side surfaces, in contact with the overturning body, of the constant base, the movable bolt is movably arranged at other end of the overturning body opposite to the constant base, and the overall size of the movable bolt is equal to that of the constant base. Through the cooperation of the arc-shaped notches, the constant base, the movable drainage ditch and the like, when the intelligent refrigerator defrosts or removes ice, the structure can be changed, water is diverted and drained, so that the problem that the ground is wet is solved due to convenient collection, and the daily use of the refrigerator cannot be influenced when defrosting is not performed.

Description

technical field [0001] The invention relates to the field of smart refrigerator parts, in particular to a drainage structure for defrosting and deicing of smart refrigerators. Background technique [0002] Most of the water vapor formed by the frost inside the smart refrigerator comes from the air. When people store food and open the refrigerator, the indoor air and the gas in the refrigerator exchange freely. The indoor humid air quietly enters the refrigerator, and some water vapor comes from the refrigerator. Foods such as cleaned vegetables and fruits are placed in fresh-keeping boxes. The water in vegetables and other foods evaporates and condenses into frost when they are cold. Therefore, frost-free refrigerators on the market will also have ice layers in severe cases. Deicing, but now the bottom of each layer of the refrigerator is chamfered on both sides. During the defrosting or deicing process, the water formed by the melting of frost or ice will accumulate on the ...

AI Technical Summary

Problems solved by technology

[0002] Most of the water vapor formed by the frost inside the smart refrigerator comes from the air. When people store food and open the refrigerator, the indoor air and the gas in the refrigerator exchange freely. The indoor humid air quietly enters the refrigerator, and some water vapor comes from the refrigerator. Foods such as cleaned vegetables and fruits are placed in fresh-keeping boxes. The water in vegetables and other foods evaporates and condenses into frost when they are cold. Therefore, frost-free refrigerators on the market will also have ice layers in severe cases. Deicing, but now the bottom of each layer of the refrigerator is chamfered on both sides. During the defrosting or deicing process, the water formed by the melting of frost or ice will accumulate on the bottom layer, and then slowly overflow, causing the ground around the refrigerator to be wet. Cleaning is extremely difficult. Trouble, need to keep wiping

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