Network intelligence display control system

Abstract

A network intelligence display control system comprises a first display control system and a second display control system. The first display control system comprises a first display screen, a first control mainframe controlling the first display screen to work and a first mobile terminal. The first control mainframe comprises a first memory module, a first display driving module and a communication module. The first mobile terminal comprises a first touch display screen and a communication module. The second display control system comprises a second display screen, a second control mainframe controlling the second display screen to work and a second mobile terminal. The second control mainframe comprises a second memory module, a second display driving module and a communication module. The second mobile terminal comprises a second touch display screen and a communication module. The first control mainframe is in local area network connection with the second control mainframe, and the first mobile terminal enables video images stored by the first memory module and the second memory module to be selectively displayed on the first display screen or the second display screen through local area network control.

Description

technical field [0001] The invention relates to a control system of a display screen, in particular to a network intelligent display control system operated by an Android tablet computer. Background technique [0002] The high brightness, clear picture and bright colors of the LED display make it widely used in indoor and outdoor display. However, with the increasingly mature development of LED display technology and the promotion of green, energy-saving and environmental protection concepts around the world, people's pursuit of the development of LED display technology is increasingly reflected in intelligent and efficient control. [0003] Taking the existing technology as an example, the existing LED display screen adopts the human-machine integrated working mode, which makes it extremely inconvenient to replace the LED display screen and replace the displayed program. In addition, in the existing industry of LED display screen services, to realize the control of LED dis...

AI Technical Summary

Problems solved by technology

[0003] Taking the existing technology as an example, the existing LED display screen adopts the human-machine integrated working mode, which makes it extremely inconvenient to replace the LED display screen and replace the displayed program.

In addition, in the existing industry of LED display screen services, to realize the control of LED display screens, it is necessary to use LED video processors, video switchers, video preview systems, video recorders, audio switchers and video consoles, etc. , to carry out mechanical operations, which makes these operations rely heavily on professionals, the operating threshold is high, and the operation is very inconvenient

[0004] In addition, the current control hosts of LED display screens are all desktops or laptops. When connecting with LED display screens, there will be a lot of wires, which also makes the staff and equipment limited to fixed locations. Each office equipment needs Dedicated personnel on duty, man-machine integration, it is difficult to realize mobile office

[0005] Furthermore, when it is necessary to play the local video stored by the non-control host on the LED display, in order to copy these video materials, it is necessary to go to a relatively far non-control host to copy

That is, the display data between the control hosts of different LED displays is inconvenient to share, and it is not easy to directly play the local images stored by the control host of the LED display to other LED displays.

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