Introduction to Radar Interactive Projection
Radar interactive projection utilizes radar technology to capture user movements, which are then uploaded to a phase system for analysis. The analyzed data is combined with an interactive system to generate interactive effects, allowing users to interact with projected images on walls or other surfaces. Radar can enable multi-point interaction on any projection medium or surface, such as walls, floors, tabletops, and irregularly flat objects, enabling both contact touch and non-contact interaction on non-flat or water surfaces.
Technologies Used:
- Phase conversion
- Laser ranging
Advantages of Radar Interactive Projection
Independent of Display System: Radar touch can exist independently of the display system, without being reliant on its platform. This makes radar touch systems completely transcend the limitations of traditional multi-touch systems, allowing them to be flexibly applied to any conventional display system.
Medium-Independent: Radar touch utilizes industry-leading infrared capture technology to create an invisible multi-touch wall in the air, completely eliminating the reliance on touch surfaces found in traditional touch devices, providing a more natural and comfortable user experience.
Touch Range: Models are available with different radii, including 4M, 10M, 20M, and 30M.
Touch Points: Supports multi-touch and allows multiple users to interact simultaneously from different locations. It can handle large-scale interactive projects with ease.
Strong Adaptability: It can arbitrarily define touch control areas on non-planar surfaces and is resistant to light interference, which is impossible with traditional touch screens.
Compact and Easy-to-Install Equipment: The installation area only requires a 7X7X8CM sensor. It can adapt to complex on-site installation environments.
Standardized Control Signals: The radar system utilizes the industry-standard TUIO multi-touch communication protocol, allowing for easy integration with mainstream software systems such as COOLUX, VENTUZ, UNITY3D, and FLASH.
Simple and Easy-to-Use Configuration Software: The radar interactive system’s configuration interface allows users to easily adjust the size of the touch area and perform coordinate calibration with the display system.
Advantages of Radar Interactive Projection Software
Ethernet Port Network Cable Transmission: Signal transmission is lossless, and in theory, the host can be located up to 100 meters from the radar, allowing for easy concealment of the host.
Built-in Touch Interaction Software and Touch Demonstration Program: Videos and images can be replaced from the file backend directory, reducing customer development costs.
Ultra-Large Size Multi-Point Precision Touch Control: Frameless design with anti-strong light and outdoor use capabilities.
Easy Installation and Debugging: Simplified program with Chinese language support, allowing beginners to complete installation within an hour.
Radar Interactive System Installation Requirements
Projection Distance: The projector should be mounted on a bracket at a height of 2.8 meters from the ground (projection medium) for optimal results.
Projection Environment: The background color of the interactive projection area should be white or silver-white, and there is no limit to the projection area size.
Touch Control on the Projection Surface: The projection medium should be relatively regular and flat to achieve the best touch effect. For non-regular flat surfaces, there should be no obstructions near the radar.
Display Medium Inclination: The display medium can be tilted, but it must be tilted on a horizontal plane and should not be concave or convex.
Radar Power Supply: The radar device is equipped with a 12V, 2A power adapter. To prevent the device from overheating during long-term operation, it is recommended to turn off the power after each use.
