Abstract
This paper describes a collective system of 16 light capturing and projection configurations where 16 concave mirror sections project 16 image projection sections onto 16 distributed sensors after initially collecting light rays utilizing 16 beam splitters. The entire collective system will consists of 6 main entity types. They are the generally utilized concave mirror section, the generally utilized beam splitter, the generally utilized primary reflector, the generally utilized short light projection sub configuration, the generally utilized long light projection sub configuration and the generally utilized dual light occluding and reflection preventing configuration. The collection of 16 light capturing and projection configurations will have the capability to collectively project 16 image projections of the visible scene in front of the collective system of 16 light capturing and projection configurations. The entire system of 16 light capturing and projection configurations, will initially utilize 16 beam splitters to collect and direct light rays coming from the visible scene onto 16 concave mirror sections. And these 16 concave mirror sections, which will be oriented in 16 directions, will utilize the 16 received light ray projections to project 16 image projection sections onto the containing 16 distributed sensors.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The Collective System of 16 Light Capturing and Projection Configurations where 16 Concave Mirror Sections Project 16 Image Projection Sections onto 16 Distributed Sensors after initially collecting light rays utilizing 16 Beam Splitters.", Technical Disclosure Commons, (February 18, 2025)
https://www.tdcommons.org/dpubs_series/7838