Middle beam with anti-condensation heat pipes

Abstract

The invention relates to a middle beam with anti-condensation heat pipes. The middle beam is arranged in the middle of an upper opening of a freezer and comprises a middle beam body and the anti-condensation heat pipes arranged on the middle beam body. The anti-condensation heat pipes are arranged in the axial direction of the middle beam body and make contact with the middle beam body. The two ends of each anti-condensation heat pipe extend to a condenser of the freezer. The anti-condensation heat pipes make contact with a heat dissipation assembly of the condenser and conduct heat exchange. The anti-condensation heat pipes transmit heat produced by heat exchange between the anti-condensation heat pipes and the condenser to the middle beam body. The invention further provides the freezer comprising the middle beam with the anti-condensation heat pipes. The anti-condensation heat pipes are used for transmitting the heat produced by the condenser to the middle beam body, ice and dew on the middle beam body can be melted or evaporated, the problem that the middle beam of the freezer freezes and dews is solved, and user experience is improved. The middle beam with the anti-condensation heat pipes can reduce energy consumption and use cost and is convenient, fast and reliable to install.

Description

technical field [0001] The invention relates to the technical field of refrigeration, in particular to a heat pipe anti-condensation middle beam of a refrigerator. Background technique [0002] In the daily use of double-door freezers, it often occurs that the middle beam of the freezer is frozen or condensed due to long-term use. In order to prevent the occurrence of condensation or icing, the improvement measures usually adopted are: 1) In the heat insulation layer of the middle beam In order to ensure that the heat meets the requirements, two rows of anti-condensation pipes are generally arranged and placed in the groove of the heat insulation layer. The shape of the groove of the heat insulation layer is the same as the bending shape of the anti-condensation pipe. The pipeline structure is complex, and it is inevitable to add multiple solder joints in the box, and the installation operation is cumbersome; 2) The electric heating method is adopted, and the heating pipe is...

AI Technical Summary

Problems solved by technology

[0002] In the daily use of double-door freezers, it often occurs that the middle beam of the freezer is frozen or condensed due to long-term use. In order to prevent the occurrence of condensation or icing, the improvement measures usually adopted are: 1) In the heat insulation layer of the middle beam In order to ensure that the heat meets the requirements, two rows of anti-condensation pipes are generally arranged and placed in the groove of the heat insulation layer. The shape of the groove of the heat insulation layer is the same as the bending shape of the anti-condensation pipe. The pipeline structure is complex, and it is inevitable to add multiple solder joints in the box, and the installation operation is cumbersome; 2) The electric heating method is adopted, and the heating pipe is installed at the position of the center beam, so as to form a heating area to melt the ice and prevent condensation occurs, but this method consumes extra power, resulting in increased energy consumption of the whole machine, which cannot meet the requirements of energy saving

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