Frame for LED display screen

Abstract

The invention is suitable for the technical field of display screen structures, and discloses a frame for an LED display screen. The frame comprises a hollow body formed by combining a plurality of lateral plates connected end to end, connecting parts are arranged at the portions where the lateral plates are connected end to end, reinforcing ribs connected with the lateral plates are arranged in a hollow part of the body, each lateral plate is connected with the adjacent lateral plate of the frame through a connecting assembly, a handle part and a foot stepping part are arranged on each lateral plate, each handle part is used for hand holding and climbing force exertion during maintenance, and each foot stepping part is used for foot stepping force exertion during maintenance. The frame for the LED display screen is light in quality, various and attractive in appearance, high in production efficiency, low in manufacturing cost and high in structure intensity, direct climbing can be achieved during maintenance, and the maintenance convenience is improved.

Description

technical field [0001] The invention belongs to the technical field of display screen structures, in particular to a frame for an LED display screen. Background technique [0002] Existing large-scale display devices are formed by splicing and combining multiple display screen units. The display screen unit is composed of a frame and a display panel mounted on the frame. In order to accommodate other electronic components, various accommodating chambers need to be processed on the frame according to assembly requirements. However, the existing frame is machined from an aluminum plate, which is heavy in weight, time-consuming, low in production efficiency, and high in manufacturing cost when processing the containing chamber. Moreover, the frame has low structural strength and a single shape. Not beautiful. [0003] In addition, when the display unit combined with such a frame is used for splicing and combining to form a large display device, due to its high height and the ...

AI Technical Summary

Problems solved by technology

However, the existing frame is machined from an aluminum plate, which is heavy in weight, time-consuming, low in production efficiency, and high in manufacturing cost when processing the housing chamber. Moreover, the frame has low structural strength and a single shape. unsightly

[0003] In addition, when the display unit combined with this frame is used for splicing and assembling into a large display device, due to its high height and low structural strength of the frame itself, it is impossible to directly climb the frame during maintenance. It needs to be completed with the help of additional tools (such as ladders), which is inefficient and inconvenient

Moreover, if this kind of frame is used to be installed vertically on the wall, it can only be applied to the display screen installed vertically on the wall, and cannot be used on the floor tile display screen installed on the ground. Single function

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