Abstract
This paper describes an inwardly bent composite projection system that enables the eye to be inserted into the projection observing 3D space created by the bending mechanism providing a greater immersion of the virtual space. The entire inwardly bent composite projection system consists of 2 identical projection systems. One projection system will project projections from the top direction and the other projection system will project projections from the bottom direction. Each projection system will contain 3 categories of projection configurations. The inwardly bent composite projection system will altogether contains 6 projection configurations. The inwardly bent composite projection system, by utilizing the containing 6 projection configurations will have the capability to provide an inwardly bent virtual projection area. The provided inwardly bent virtual projection area will enable the eye of the user of this inwardly bent composite projection system to insert the eye into the projection observing 3D space created by the bending mechanism. This capability will enable the user of the inwardly bent composite projection system to experience a virtual content observing space with a greater immersion effect. The inwardly bent composite projection system can be utilized in dual configuration mode, one composite system per eye, as a virtual content viewing device.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The Inwardly Bent Composite Projection System that Enables the Eye to be Inserted into the Projection Observing 3D Space Created by the Bending Mechanism Providing a Greater Immersion of the Virtual Space.", Technical Disclosure Commons, (October 22, 2025)
https://www.tdcommons.org/dpubs_series/8761