Method for realizing ultra-thin television and device thereof

Abstract

The invention relates to a method for realizing an ultra-thinned television and a device thereof. The ultra-thin television device comprises a television body, a base support case and a base support, wherein the base support case is arranged on the television body through the base support; a display screen and a first integrated interface are arranged on the television body, and the first integrated interface is connected with the display screen; a second integrated interface and a power supply, an inverter and a mainboard which are connected with the second integrated interface are arranged in the base support case; the first integrated interface is mutually connected with the second integrated interface; and the power supply, the inverter and the mainboard supply power and transmit data signals to the display screen through the connection of the first integrated interface and the second integrated interface. The television disassembles a video display part and signal processing parts reasonably, utilizes the thickness and space of the base support case reasonably, and transfers the signal process parts such as the power supply, the inverter, the mainboard and the like to the base support case, so that the ultra-thin and narrow border of the television can be realized simultaneously, and the television is convenient to assemble, disassemble and maintain.

Description

technical field [0001] The invention belongs to the technical field of televisions, and in particular relates to a method and a device for realizing an ultra-thin television. Background technique [0002] With the development of flat-panel display technology, flat-panel TVs tend to become thinner and thinner, and ultra-thin TVs have become the goal pursued by everyone. At present, the existing ultra-thin TV implementation method is usually to make various components in the TV thin, such as reducing the thickness of the display screen, reducing the thickness of the power supply, and reducing the thickness of the circuit board inside the TV. Reducing the thickness of the display screen will sacrifice some of the optical properties of the display screen. Taking the LCD screen as an example, reducing the thickness of the backlight module will cause some horizontal bands of backlight to be seen on the LCD screen with uneven brightness. At the same time, because the thickness of ...

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Problems solved by technology

Reducing the thickness of the display screen will sacrifice some of the optical properties of the display screen. Taking the LCD screen as an example, reducing the thickness of the backlight module will cause some horizontal bands of backlight to be seen on the LCD screen.

At the same time, because the thickness of the traditional method involves the thickness of the display screen, the thickness of the power supply, the circuit board and the terminal, even if the thickness of each part is reduced by the above means, the thickness can only be reduced to a certain extent, and an optimal Effect

[0003] Another way to achieve ultra-thin TV is to transfer the power supply and the internal circuit board of the TV from the back of the display to the lower side or other sides of the display. This method cannot achieve ultra-thin and narrow borders at the same time, which affects the appearance

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