A multi-channel video splicing processing device and processing method thereof

Abstract

The invention discloses a multi-channel video splicing processing device, which relates to the field of monitoring displays and includes a main display, one side of the main display is fixedly connected with a sub-display, the top and bottom of the main display are provided with fixing frames, and the main display and The fixed frame is movably connected. The main display is composed of several single displays. The single displays are evenly arranged horizontally and vertically. The single displays arranged horizontally form a display group. Slide rails are set between every two adjacent display groups. Slidingly connected with the slide rail, the side of the display group close to the secondary display is provided with a traversing mechanism, which drives the display group to slide on the slide rail; the present invention is equipped with a traversing mechanism, which can stagger the display groups from each other , By providing a split mechanism, the single monitors in the unified monitor group can be separated from each other, and when multiple people are monitoring at the same time, it can avoid mutual interference of the monitoring screens and prevent negligence.

Description

technical field [0001] The invention relates to the field of monitor displays, in particular to a multi-channel video splicing processing device and a processing method thereof. Background technique [0002] The monitoring display is a part of the closed-circuit monitoring system, the display part of the monitoring system, and the standard output of the monitoring system. Only with the display of the monitoring display can we watch the images sent by the front end. As an indispensable terminal device for video surveillance, it acts as the "eyes" of the surveillance personnel, and also plays a key role in post-event investigation. The development of monitoring monitors has gone through the development process from black and white to color, from flickering to non-flickering, from CRT (cathode ray tube) to LCD (liquid crystal), each process has undergone a great qualitative leap. From black and white to color, the monotonous world of monitoring images has moved towards a color...

AI Technical Summary

Problems solved by technology

[0003] When the current monitoring display is in use, multiple monitoring screens are concentrated on one display screen, and the staff obtains information by observing the display screen. For traffic management, since there are many road sections that need to be monitored, when the monitoring screen When gathered together, it appears that the display screen is densely packed. At the same time, one staff member cannot completely monitor all the screens, so several people need to work together. Although each person will be assigned when monitoring, the monitoring screens are closely connected. , susceptible to interference, resulting in negligent

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