Liquid crystal refrigerator door structure and manufacturing method thereof

Abstract

The invention discloses a liquid-crystal refrigerator door structure and a producing method thereof. The liquid-crystal refrigerator door structure comprises a door frame, a liquid crystal display module, front plate glass, back plate glass and an aluminum strip. The front plate glass and the back plate glass are arranged in the door frame in a spaced mode, and the liquid crystal display module and the aluminum strip are arranged between the front plate glass and the back plate glass. The liquid crystal display module comprises a frame, an LED light bar, a light guide plate and liquid crystal glass, wherein the frame is of a hollow structure with an opening in one end, and a cavity is formed in the frame; the LED light bar is arranged in the cavity; the light guide plate extends into the cavity, and a light guide micro-structure is arranged on the light guide plate; the liquid crystal glass is arranged in the cavity, and the light guide micro-structure on the light guide plate faces the liquid crystal glass. The liquid-crystal refrigerator door structure has the advantages that the effective display area of a transparent liquid-crystal refrigerator is increased through the sealed structure, a sealing module can protrude out of existing door aluminum alloy, and maximization of the display area of the refrigerator door is achieved through gaps between sealing glass and a fixing support.

Description

technical field [0001] The invention relates to translucent liquid crystal display technology, in particular to a translucent liquid crystal refrigerator door structure and a manufacturing method thereof. Background technique [0002] Applying transparent liquid crystal display technology to white home appliances such as refrigerators to form new home appliances and display equipment has become a hot new idea in the world in recent years. [0003] The current technology is to install a transparent LCD screen in the glass door of the refrigerator. When a white signal is input to the transparent LCD screen, the LCD screen becomes transparent. Through the refrigerator door, people can see the real goods displayed in the refrigerator. When the image signal is input, you can also appreciate the product information and advertising video dynamically displayed on the cabinet door, which has a good rendering effect of the exhibits and gives people a refreshing feeling. [0004] The ...

AI Technical Summary

Problems solved by technology

However, in the current transparent LCD freezer, the backlight used to display the image of the LCD screen is only the lighting light in the freezer. These lighting sources are installed on the top and two sides of the freezer, and cannot provide effective frontal lighting for the displayed products. , in order to increase the perspective brightness, the lighting power must be increased, but the heat emitted by the lighting strip will increase the temperature in the refrigerator, causing the refrigerator to work frequently, increasing energy consumption and shortening the service life of the equipment

At the same time, the reflected light from the various commodities placed discretely in the freezer to the transparent LCD screen is like providing a backlight with uneven brightness and dark colors and mottled colors for the transparent LCD screen, which makes the text displayed on the transparent LCD screen difficult to see clearly. The color of the image is distorted, and the quality of the LCD display is greatly affected

[0005] Due to the need to place light strips inside the refrigerator, and the need for a lot of alignment and wiring time when the transparent LCD screen is attached to the door, the current transparent LCD refrigerator doors cannot adapt to mass production.

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