Split liquid crystal television and realizing method thereof

Abstract

The invention discloses a split liquid crystal television and a realizing method thereof. The split liquid crystal television comprises a liquid crystal module, a backlight module and a television signal box, which are split, wherein the liquid crystal module comprises a liquid crystal CELL and a supporting glass back plate, which are tightly pressed against and matched in shape with each other; an outer frame I is arranged on the edges of the liquid crystal cell and the supporting glass back plate; the backlight module comprises a square outer frame II, and a protective layer, an optical film, a diffusion plate, a lamp tube and a back plate are arranged in turn in the outer frame II along the opening direction of the outer frame II; and the television signal box comprises a television circuit, a power supply, and a lamp driving and TCON signal processing circuit. The liquid crystal television can be made ultrathin by accommodating a backlight module and a television signal box in an indoor wall body or a television cabinet; more importantly, the backlight module can be used alone for lighting, and the liquid crystal cell and the backlight module are partially separated, so the maintenance and replacement of the lamp tube of the backlight module are as simple as the replacement of a fluorescent lamp tube at home.

Description

Technical field [0001] The invention relates to the field of flat display, in particular to a liquid crystal television. Background technique [0002] With the development of flat-panel display technology, the trend of flat-panel TVs is getting thinner and thinner, and ultra-thin TVs have become the goal that everyone pursues. At present, the realization of ultra-thin TV has not been out of the scope of traditional TV. The implementation method usually thins the components in the TV. There are ways to reduce the thickness of the LCD screen, reduce the thickness of the power supply, and reduce the thickness of the internal circuit board of the TV. These methods can only reduce the thickness of the TV to a certain limit. Reducing and reducing the thickness of the screen will sacrifice some of the optical characteristics of the screen. Taking the LCD screen as an example, reducing the thickness of the backlight module will make it possible to see the mura of some backlights on the ...

AI Technical Summary

Problems solved by technology

[0003] The present invention solves the problem that the existing liquid crystal TV adopts the method of moving the power supply and the circuit board from the back of the screen to the side of the screen to reduce the thickness of the TV. It is impossible to achieve ultra-thin and narrow frame at the same time, which affects the appearance, and the backlight part damages the entire liquid crystal.

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