Installation method of refrigerator door body, refrigerator door body and refrigerator

Abstract

The invention provides an installation method for a refrigerator door body, and further provides the refrigerator door body assembled adopting the installation method and a refrigerator with the refrigerator door body accordingly. The installation method comprises the steps that a display screen is loaded into a display-screen embedded box to form a display-screen installation component; the display-screen installation component is installed on a door body panel of the refrigerator door body; the door body panel provided with the display-screen installation component is installed on a door body frame of the refrigerator door body to form a combination body of the door body panel and the door body frame; and the combination body is placed into a foaming mould to be subjected to door body foaming to complete the installation of the refrigerator door body. According to the installation method for the refrigerator door body, the refrigerator door body assembled adopting the installation method and the refrigerator with the refrigerator door body, by means of the manner that the display screen is placed into the display-screen embedded box before the door body foaming procedure is performed, thus the procedure of installation and disassembly of foaming tooling in related technologies is omitted, the installation procedure of the refrigerator door body is simplified, and dirty hard to clean generated on the display screen is further effectively avoided and the possibility of scratching the door body panel is eliminated.

Description

technical field [0001] The invention relates to the technical field of refrigerators, in particular to a method for installing a refrigerator door, a refrigerator door and a refrigerator. Background technique [0002] At present, the existing door body foaming installation method of the glass door body of the refrigerator equipped with a smart display generally includes the following process: [0003] (1) Combine the pre-embedded box of the display screen with the door body frame composed of the door body end cover and the column or the entire door body frame alone. [0004] (2) Combine the display embedded box combined with the door frame with the glass panel. [0005] (3) Put the foaming tooling into the display embedded box in step (2). [0006] (4) Put the glass door assembled in step (3) into a foaming mold to foam the door. [0007] (5) Remove the foaming tooling in the glass door body that has been foamed. [0008] (6) Put the display screen into the display scree...

AI Technical Summary

Problems solved by technology

[0009] In the above process, both steps (3) and (4) are completed in the workshop, but the current foaming process will cause a large amount of foaming liquid debris to exist in the workshop, and the foaming tooling cannot Avoid the leakage of the foaming liquid or the adhesion of other foreign objects such as the foaming liquid due to static electricity. If these foreign objects remain in the embedded box of the display screen, they will become dirty and difficult to clean; Scratches on the glass panel of the door will directly lead to the scrapping of the entire door, resulting in a waste of production costs

[0010] Therefore, for glass doors with display screens, how to effectively avoid dirtying the display screen during the installation process and affecting the display effect and avoid scratching the glass panel when disassembling the foam tooling to reduce product scrap rate has become an urgent technology to be solved. question

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