شاشة الربط,لافتات رقمية,yimiyun
Project Background and Objectives
The Yongchuan District Robot Skills Training Base large-screen display project was recently successfully completed and put into operation. This project primarily aims to provide a high-quality display platform for robot creation achievements through advanced large-screen display technology. The training base required a large-size, high-definition display system capable of simultaneously showcasing robot creation effects from multiple competition venues. Based on the actual conditions of the exhibition center site, the project team developed a customized arc video wall design solution.
Technical Solution and System Features
The project utilizes a 5×12 array of 55-inch 3.5mm bezel arc video walls to construct the display system. The system is configured with a high-performance multi-signal processor that supports simultaneous input and display of multiple video sources. Technicians specially designed an arc bracket installation solution to ensure screen stability and visual effects. Each display zone can independently control content display, meeting the exhibition requirements of different competition venues. The system is also equipped with an intelligent temperature control system to ensure long-term stable operation of the equipment.
Application Results and Performance
After the arc video wall system was put into operation, it significantly enhanced the robot skills display effect. The high-definition images perfectly presents the fine details of robot creations, while the 3.5mm narrow bezel ensures overall picture coherence. The multi-zone display function allows audiences to simultaneously watch real-time situations from different competition venues. The arc design not only enhances visual immersion but also provides a wider viewing angle. The final display effect of the project received high recognition and praise from the client.
Technological Innovation and Industry Value
This project provides an excellent example for the digital construction of vocational skills training bases. The arc video wall solution not only meets current display requirements but also offers good scalability and upgrade potential. The application of multi-signal processing technology provides valuable experience for display system construction in similar education and training venues. The successful implementation of the project promotes the modern development of robot skills teaching and has important demonstration significance for visual construction in the vocational education field.