Refrigerator

Abstract

The invention discloses a refrigerator, which comprises a box body, a drainage pipe and a dew prevention pipe, wherein a refrigerated container liner and a cooling chamber liner are arranged in the box body; the refrigerated container liner is located above the cooling chamber liner; the drainage pipe is arranged in the box body, and is communicated with the refrigerated container liner so as to drain condensate water in the refrigerated container liner; the drainage pipe extends along the up-and-down direction; the dew prevention pipe is arranged in the box body; at least one part of the dew prevention pipe is in contact with the drainage pipe or is arranged close to the drainage pipe. According to the refrigerator provided by the invention, at least one part of the dew prevention pipe is arranged close to the drainage pipe, or at least one part of the dew prevention pipe is in contact with the drainage pipe, so that the drainage pipe can absorb the heat radiated by the dew prevention pipe, and the ice blockage problem of the drainage pipe is effectively solved.

Description

technical field [0001] The invention relates to the field of refrigerator equipment, in particular to a refrigerator. Background technique [0002] It is pointed out in the related art that the condensed water produced in the refrigerated tank of the refrigerator is discharged into the water receiving tray in the mechanical room of the refrigerator through the drain pipe connected with the refrigerated tank, and then evaporated. During the process, ice blockage often occurs in the drain pipe, that is, the condensed water freezes in the drain pipe, causing the drain pipe to be blocked by ice. Among them, the main reason for the ice blockage of the drain pipe is that the drain pipe itself may be bent and deformed during the foaming process of the box body, or the drain pipe may be bent and deformed under the impact of the foaming material, resulting in the freezing of the freezer tank and the drain pipe. Close or completely close, because the temperature of the inner wall of ...

AI Technical Summary

Problems solved by technology

[0002] It is pointed out in the related art that the condensed water produced in the refrigerated tank of the refrigerator is discharged into the water receiving tray in the mechanical room of the refrigerator through the drain pipe connected with the refrigerated tank, and then evaporated. During the process, ice blockage often occurs in the drain pipe, that is, the condensed water freezes in the drain pipe, causing the drain pipe to be blocked by ice.

Among them, the main reason for the ice blockage of the drain pipe is that the drain pipe itself may be bent and deformed during the foaming process of the box body, or the drain pipe may be bent and deformed under the impact of the foaming material, resulting in the freezing of the freezer tank and the drain pipe. Close or completely close, because the temperature of the inner wall of the freezer is low, when the condensed water flows through the pipe section of the drain pipe opposite to the freezer, it will freeze, and as the condensed water continues to pass, the drain Ice builds up in the pipe and can eventually block the drain

[0003] In order to solve this problem, it is pointed out in the related art that a bracket can be placed between the drain pipe and the back of the freezer liner, or the drain pipe can be isolated from the freezer liner by surrounding the drain pipe with a sponge, but the refrigerator is foaming. In the past, the bracket may be toppled due to transportation or other reasons, and the refrigerator may also be knocked down due to the impact of the foaming liquid during the foaming process, and the way of wrapping the drain pipe around the sponge cannot avoid the bending deformation of the drain pipe. Therefore, the drain pipe and the freezer tank may still be very close or completely close to each other, and ice blockage may still occur

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