Display screen splicing mechanism

Abstract

The invention discloses a display screen splicing mechanism. The display screen splicing mechanism comprises a fixing frame, a transverse rail component and display screen installation components, display screens can be fixedly installed on the display screen installation components, at least two display screen installation components are installed on the transverse rail component at intervals, and the transverse rail component can be arranged on the fixing frame in an angle adjusting way in an installation plane. Quick adjustment of a display screen arrangement direction is further realized while the automatic alignment of the display screens is realized, thereby adapting to installation of the display screens in different spaces; the whole height of the display screen is changed by vertically sliding a sliding plate on an upright, and the whole pitch angle of the display screen can be adjusted through a transverse rail body and a connecting plate. The display screen splicing mechanism is simple in structure and capable of realizing quick and tidy splicing installation of a plurality of display screens, the adjacent display screens are perfectly spliced and free of dislocation after installation, the height and the pitch angle of the whole display screen can be quickly adjusted, and the display screen arrangement direction can be quickly adjusted, thereby realizing reasonablespace utilization.

Description

technical field [0001] The invention relates to a display screen bracket, in particular to a display screen splicing mechanism. Background technique [0002] At present, many workstations need to be assembled by splicing multiple display screens. The current way of assembling multiple display screens is to install multiple workstations on the desktop. Each display screen is installed on a workstation, and each display screen needs to be adjusted for a long time after installation. Its position is to avoid misalignment between adjacent display screens, the adjustment is cumbersome, and multiple workstations are required, which consumes installation costs and requires a large area of ​​desktop to install the workstations. For workstations that can be adjusted in height, the height of the display screen is adjusted. It is inconvenient to adjust, and there will be misalignment between adjacent display screens after adjustment, and it is difficult to change the direction of the d...

AI Technical Summary

Problems solved by technology

[0002] At present, many workstations need to be assembled by splicing multiple display screens. The current way of assembling multiple display screens is to install multiple workstations on the desktop. Each display screen is installed on a workstation, and each display screen needs to be adjusted for a long time after installation. Its position is to avoid misalignment between adjacent display screens, the adjustment is cumbersome, and multiple workstations are required, which consumes installation costs and requires a large area of ​​desktop to install the workstations. For workstations that can be adjusted in height, the height of the display screen is adjusted. It is inconvenient to adjust, and there will be misalignment between adjacent display screens after adjustment, and it is difficult to change the direction of the display screens. They can only be arranged horizontally or vertically, which requires a lot of space. caused a lot of inconvenience

Images