Power Terminal LCD Screen Bracket

Abstract

The invention discloses a power-terminal liquid-crystal screen bracket which enables that a liquid-crystal screen is easy to install and the liquid-crystal screen can not incline relatively to a PCB (Printed Circuit Board), and comprises a square-pipe frame body (2), wherein the cross section of the square-pipe frame body (2) is rectangular, the height of the square-pipe frame body (2) is smaller than the pin length of the liquid-crystal screen (1), the upper end surface of the square-pipe frame body (2) is used for supporting the liquid-crystal screen (1), and the lower end surface of the square-pipe frame body (2) is used for clinging to the surface of a power-terminal PCB (3); and a plurality of isolating columns (4) which are sequentially arranged along the length direction of the square-pipe frame body (2) are respectively arranged on the two mutually-opposite outer sides of the square-pipe frame body (2), the length direction of each isolating column (4) is the height direction of the square-pipe frame body (2), and a gap (5) for containing a pin of the liquid-crystal screen (1) is arranged between two adjacent isolating columns (4).

Description

technical field [0001] The invention relates to the technical field of brackets, in particular to a bracket for a liquid crystal screen of a power terminal. Background technique [0002] In the prior art, the pins of the LCD screen are directly inserted into the pinholes on the PCB board of the power terminal, and then the pins are welded to the pinholes to complete the installation of the LCD screen on the PCB, although the above method can also electrically connect the LCD screen to the PCB board And it can be used, but the pins are not easy to insert into the pinholes, which makes the installation more difficult, and the length of each pin inserted into the pinholes after installation is difficult to control, and there are often differences, which makes the LCD screen have a certain inclination relative to the PCB board, resulting in the installation of the LCD screen. In the case of side light leakage, tilting may also cause damage to the LCD screen in later production o...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the pins of the LCD screen are directly inserted into the pinholes on the PCB board of the power terminal, and then the pins are welded to the pinholes to complete the installation of the LCD screen on the PCB, although the above method can also electrically connect the LCD screen to the PCB board And it can be used, but the pins are not easy to insert into the pinholes, which makes the installation more difficult, and the length of each pin inserted into the pinholes after installation is difficult to control, and there are often differences, which makes the LCD screen have a certain inclination relative to the PCB board, resulting in the installation of the LCD screen. In the case of side light leakage, tilting may also cause damage to the LCD screen in later production or use

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