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The interactive flying screen system is an innovative interactive solution based on multi touch, wireless transmission, and cross screen collaboration technology. It achieves real-time transmission and interaction of content between different screens through gesture operations, and is widely used in exhibition displays, education, conferences, and other fields. The following analysis will be conducted from four dimensions: core functions, technical architecture, application scenarios, and advantages:

1、 Core functions

Cross screen content transmission——Users can use gestures (such as sliding, dragging) or touch controls to manipulate images, videosMultimedia content such as PDFs and Office documents can be quickly "flipped" from the main control screen (such as a touch all-in-one machine) to one or more large screens for real-time synchronized display.
Example scenario: In the exhibition hall, visitors select exhibit information through the touch screen and project it to the main screen with one click for multiple viewers.

Multi screen linkage and collaboration——Support simultaneous connection of multiple devices (such as tablets and mobile phones) to achieve content sharing and collaborative operation. For example, multiple people can operate on different devices and synchronize content to the main screen, which is suitable for team collaboration or interactive teaching.

Real time interaction and feedback——The system supports real-time editing of screen projection content (such as zooming, rotating, and annotating), and can be synchronized to all receiving ends. If the receiving end is a touch screen, users can directly operate it on the large screen, forming a two-way interaction.

Personalization and Intelligence

Content customization: supports multi-level directories, custom backgrounds, andUI interface that adapts to different scene requirements.

Intelligent navigation: Combining content location to trigger voice commentary or video playback, enhancing immersion.

Multi person collaboration: supports multiple people to operate simultaneously, promoting interaction and communication.

2、 Technical Architecture

Hardware composition

Display terminal:LED screens, splicing screens, projection equipment, etc. require high resolution and fast response capabilities.

Touch devices: touch all-in-one machines, tablets or mobile phones, integrated with multi touch technology.

Network support: throughHDMI cable or wireless LAN (Wi Fi/Bluetooth) enables device interconnection.

software system

Flying screen interactive software: responsible for content encoding, transmission, and decoding, ensuring low latency and high stability.

Backend management system: supports material management (adding, modifying, deleting), permission control, and system maintenance.

INTERACTION LOGIC
user operation→ Content encoding → Wireless transmission → Receiver decoding → Display output, real-time synchronization throughout the process to ensure a smooth experience.

3、 Application scenarios

Exhibition Design

Digital exhibition hall: Visitors can select exhibit information through the touch screen, which is projected onto the main screen and combined with intelligent navigation to enhance their experience.

museum/Science Museum: Interactive display of cultural relics or scientific principles to enhance audience participation.

Education and training

Classroom teaching: Teachers will display courseware on students' devices, supporting real-time annotation and interaction.

Enterprise training: Multi screen collaborative display of case studies to improve training efficiency.

Meetings and Events

Business conference: The speaker will display the materials on the large screen, supporting multi terminal collaborative editing.

Press conference: Multi screen linkage displays product details to enhance visual impact.

4、 System advantages

Convenience of operation
Users do not need complex settings, and can complete screen casting and interaction through simple gestures, reducing the threshold for use.

Flexibility and Scalability

Support custom content and interface to adapt to different scene requirements.

Can be integrated into existing systems (such as exhibition hall control systems) to achieve seamless integration.

Enhance interactivity and user experience
By providing real-time feedback and collaborating with multiple people, it enhances user engagement and is suitable for scenarios that require high levels of interaction.

Efficient management and maintenance
Localized backend management supports rapid updates of materials, reducing maintenance costs.