R&D
- Media facade research facility
- Research equipment
- Underwater Media Precedence Study
- retained patent technology

Laboratory entrance

PICO Test room (20 pyeong)

Convergence performance test room (20 pyeong)

Model room (10 pyeong)

Multi-faceted projection test room (10 pyeong)

Test tank (6mx4mx1m) room (40 pyeong)















Technology Disclosure
1.Underwater Media System (registered in 2018)
2.Underwater Reflector System for Underwater Imaging (2018 Open)
3.Underwater Imaging System with Underwater Reflector Device for Underwater Image Development (2018 Open)
Non-disclosure technology
1.Underwater Media System (2020) Without Underwater Reflector Devices
2.Forest Real holographic device (2020)
3.Wall Real holographic device (2020)
Retained patent technology
This invention is designed to help water reflectors rise above the surface of the water in case of flooding.
An underwater imaging system that moves to a safe position. Rail for vertical movement of the submersible installed from a location lower than the lowest level of the dehydrator to a location higher than the highest level of the water at any time, magnetic sensing sensors installed higher than the flood level, first water sensor installed at a location lower than the flood level, and installation near the lowest level of the dehydrator
Based on data obtained from the second water sensor, the above self-detection sensor, the above self-detection sensor, the underwater reflector vertical travel rail, the self-detection sensor installed higher than the flood level, the first water sensor, and the second water sensor, the system that powers the underwater media system on or off and operates the wire length control system on its own,

This invention relates to the underwater reflective system for implementing underwater images, including the underwater reflective screen means, the underwater reflective screen means, the above-mentioned underwater reflective screen means, and features the image being implemented through the above-mentioned underwater reflective screen means, featuring a woven mesh structure, and the above-mentioned underwater reflective screen means are 40% of the total area (40% of the total area).





