Holographic Art Box

As part of a collaborative effort to merge engineering and artistic expression, I developed a Holographic Projection Box capable of projecting a seamless blend of real-time visuals and human interaction. This innovative structure was specifically designed for a Berlin Fashion-Art Show, showcasing advanced mechanical design principles and material science integration.

Project Overview

The Holographic Box was engineered to project 50% of the physical image of an individual within the enclosure and 50% of the surrounding environment using advanced back-end light projection. This dynamic system utilized motion-tracking technology to detect the individual's movement, enabling synchronized updates to the projected background scene. The system creates a seamless, immersive visual experience by integrating active projection mapping and spatial interaction technologies.

Mechanical Design Features:

Structural Frame Design:The main frame of the box was constructed using lightweight yet rigid 6061-T6 aluminum alloy rods, selected for their high strength-to-weight ratio, corrosion resistance, and manufacturability.The frame utilized modular construction principles, allowing for quick assembly and disassembly without compromising structural integrity. A combination of snap-fit joints, threaded fasteners, and custom-milled brackets ensured secure connections while maintaining portability.

Optical Film Material:The holographic film was fabricated from Polyethylene Terephthalate (PET), known for its high optical clarity, tensile strength, and thermal stability. The film was treated with a specialized anti-reflective coating to maximize light transmittance and minimize glare, ensuring optimal visual quality.The film was pre-stressed and mounted to the aluminum frame using custom-designed tension clamps, preventing sagging or deformation during extended use.

Motion and Background Integration:The projection system incorporated kinematic linkage detection to track the movements of the individual inside the box. This was achieved through strategically placed infrared motion sensors and LiDAR technology integrated into the enclosure's corners.Background projections were rendered dynamically using a real-time rendering engine, synchronized with the movement data to maintain an accurate and immersive display.

Assembly and Portability: Designed for long-term usability over a 5-year lifecycle, the box employed DFMA (Design for Manufacturing and Assembly) principles.The frame components were precision-machined and anodized for durability, while the quick-release mechanisms facilitated rapid setup and teardown.When disassembled, the entire system could be packed into a set of hard-shell cases optimized for transport, with each case designed to comply with standard international shipping dimensions.