Surface touch curved glass door body and manufacturing process thereof

Abstract

The invention discloses a surface touch curved glass door body and a manufacturing process thereof, and relates to the technical field of touch curved glass door bodies. The surface touch curved glass door body comprises a curved glass panel assembly, an outer side door decoration strip, an inner side door decoration strip, an upper end door decoration strip, a lower end door decoration strip, a vacuum heat insulation plate and a door lining assembly, wherein the vacuum heat insulation plate is attached to the back face of the curved glass panel assembly; and the curved glass panel assembly is fixedly attached to a door body frame through PUR glue and pressed on the surface of the door body frame through pressing equipment. According to the surface touch curved glass door body and the manufacturing process thereof provided by the invention, the vacuum heat insulation plate is attached to the back face of the glass door body, so that the heat insulation effect is improved, the thickness of the door body is reduced, and the ultra-thin cambered glass door body is achieved; heat transfer printing and other processes are applied to the refrigerator curved 3D glass, so that the pattern color appearance effect of the cambered surface part of the 3D glass can be achieved; and wrinkling ink is used for heat transfer printing on the local surface of a refrigerator glass panel, so that the printing bottleneck problem of curved 3D glass is solved, and the local three-dimensional and touch effect can be formed.

Description

technical field [0001] The invention belongs to the technical field of tactile curved glass doors, in particular to a surface tactile curved glass door and a manufacturing process thereof. Background technique [0002] With the increasing demand of users for the simple appearance and touch feel of products, 3D glass has gradually developed from mobile phone covers and car glass to the home appliance industry, and will become one of the mainstream applications of refrigerator panels in the future. In the process of using 3D glass as a refrigerator panel, there have always been many problems in door assembly and molding, surface treatment technology and decoration yield: [0003] 1) At present, the refrigerator panel adopts glass appearance, and the glass panels are all flat glass. By setting a frame structure around the door body, and then installing and fixing the glass on the frame plane, a glass decorative door body is formed. The left and right outer sides of the door bod...

AI Technical Summary

Problems solved by technology

Current flat glass cannot meet this demand

[0004]2) At present, the forming of curved 3D glass is mainly formed by hot bending of molds. At present, the frame of flat glass door body is mainly plastic injection molding structure. If it is simply improved to a side arc Surface structure, its deformation rate is different in various environments such as refrigerator foaming and high temperature, and its surface matching tolerance is difficult to meet the required matching accuracy and appearance quality requirements

[0005]3) At present, there is no exposed frame and ultra-thin door body has become the direction of fashion appearance pursuit of home appliances. At present, the glass door body of refrigerator adopts flat glass with frame structure around. thicker

[0007]5) At present, the flat glass used in the refrigerator door has a smooth surface, which does not have a unique decorative effect and tactile experience, and lacks product differentiation and unique experience, which is not conducive to Realize high product premium

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