News| 2025-11-12| admin
Tile screen is an LED display screen specially designed for ground display, which has the characteristics of high load-bearing capacity, anti slip and wear-resistant, waterproof and moisture-proof, high resolution, intelligent interaction, etc. It is widely used in stage performances, commercial advertisements, public art, transportation hubs, entertainment venues and other scenes, which can enhance spatial visual effects and interactivity.
The interactive mode of tile screen integrates sensors, algorithms, and display technology to convert user actions into visual feedback, creating an immersive experience.thenWhat are the interactive ways of tile screensWhat about it? Let's take a look together.
Principle: The tile screen is equipped with a high-sensitivity pressure sensor, which detects the user's stepping force, position, and trajectory, triggering preset dynamic effects.
Interactive mode:
Basic feedback: When the user steps on it, the screen displays patterns at corresponding positions (such as splashes, ripples, and scattered petals).
Strength control: The effect changes according to the pedaling force (such as displaying small splashes with a light touch, and triggering large waves with a heavy step).
Trajectory tracking: Continuous trampling forms a dynamic path (such as shooting stars passing by or light bands following).
Application Scenario:
Mall atrium: User stomping triggers the "ground blooming" effect, attracting customers to stay.
Children's playground: Interactive games designed through pressure sensing, such as extinguishing virtual flames and lighting up stars.
Stage performance: Actors' footsteps trigger changes in the background image, enhancing the sense of layering in the performance.
Principle: By combining infrared cameras, radar, or depth sensors, real-time capture of user actions (such as jumping, waving, running) is achieved, and algorithm analysis is used to match the corresponding effects based on the type of action.
Interactive mode:
Gesture control: Users wave to switch screens (such as switching from starry sky to ocean).
Sensory game: Control game characters by jumping, squatting, and other actions (such as stomping out virtual monsters).
Multi person collaboration: Multiple people interact simultaneously to trigger combination effects (such as lighting up giant patterns together).
Application Scenario:
Science Museum: Design a "sensory fire extinguishing" game where users jump and stomp out flames on the screen.
Exhibition Hall: The audience waves to switch between exhibit introduction videos, enhancing their sense of participation.
Fitness venue: Design interactive fitness games with motion capture (such as virtual skipping rope counting).
Principle: The surface of the tile screen integrates capacitive or resistive touch layers, supporting multi touch. Users can directly operate the screen content through their fingers or stylus.
Interactive mode:
Menu selection: Click the screen button to switch modes (such as games, advertisements, art displays).
Painting creation: Users can directly draw patterns on the tile screen, save and display them in real-time.
Information inquiry: Touch a specific area to display detailed information (such as product introduction, navigation route).
Application Scenario:
Commercial advertisement: Users touch the screen to view product details or participate in lucky draws.
Public information screen: Touch to check traffic routes, weather forecasts, etc.
Educational facilities: Children learn letters, numbers, or simple drawings through touch.
Principle: Connect multiple tile screens or user devices through wireless communication technologies such as Wi Fi and Bluetooth to achieve data synchronization and collaborative effects.
Interactive mode:
Team game: Multiplayer group competition, controlling team scores through stomping or movements.
Art co creation: Multiple people simultaneously create on a tiled screen and merge into a complete artwork.
Social interaction: Users can interact with the tile screen through mobile apps (such as scanning QR codes to participate).
Application Scenario:
Team activity: Design the "Team Collaboration Stepping on the Light" game for the company's annual meeting to enhance team cohesion.
Art exhibition: The audience collaboratively completes "ground puzzles" or "light and shadow graffiti".
Social venue: The bar is equipped with an "interactive dance floor" where user actions trigger lighting and visual changes.
Principle: Combining AR (augmented reality) or VR (virtual reality) technology, virtual elements are overlaid onto a tiled screen display through cameras or head mounted devices to achieve a combination of virtual and real interaction.
Interactive mode:
AR landmark navigation: Users scan the tiled screen with their mobile phones and display virtual navigation arrows or information prompts.
VR scene extension: The tile screen displays the ground effects (such as lava and ice) in VR games, enhancing immersion.
Mixed reality game: Users see virtual characters or props on a tiled screen and interact with them through actions.
Application Scenario:
Scenic Area Tour: Tourists can view the history of the scenic spot or virtual tour guide through AR tile screens.
Theme park: Design a "VR escape room" with tiled screens displaying puzzle clues.
Education and training: Simulate chemical experiments or geographical scenes through AR tile screens.
Principle: The tile screen integrates environmental sensors (such as temperature, humidity, and light) to automatically adjust the display content or interactive mode according to environmental changes.
Interactive mode:
Weather adaptation: Display the "Raindrop" effect on rainy days and switch to the "Sunshine" screen on sunny days.
Flow guidance: Adjust navigation prompts based on real-time flow density (such as displaying "detour" arrows in crowded areas).
Energy saving mode: Enter low-power standby mode when no one is present, and automatically wake up upon detecting the user.
Application Scenario:
Transportation hub: Airports and stations display real-time flight/train information through tiled screens, combined with crowd guidance.
Intelligent building: The lobby of the office building displays different themed images based on time (such as "sunrise" in the morning and "starry sky" in the evening).
Outdoor Square: Automatically switch festival themes based on seasons or holidays (such as "Lantern" for Spring Festival and "Snowflake" for Christmas).
Principle: By analyzing user behavior (such as dwell time and interaction frequency) through backend data, optimize interactive content or push personalized information.
Interactive mode:
User Profile: Based on age and gender, infer user preferences and display relevant content (such as children displaying cartoons and adults displaying advertisements).
Heat map analysis: Count high-frequency interactive areas and adjust layout or content.
Feedback collection: After user interaction, a questionnaire pops up to collect opinions and optimize the experience.
Application Scenario:
Commercial advertising: Analyze user stay time and optimize advertising placement strategies.
Public facilities: Adjust the position of rest areas or layout of information screens according to the heat map.
Exhibition Hall: Evaluate the popularity of exhibits through user interaction data.
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