Abstract
This paper describes a composite light capturing and projection configuration that utilizes a rotating composite distributed sensor configuration in combination with a non-rotating single sensor configuration to capture the visible scene. The entire composite light capturing and projection configuration consists of a light capturing convex lens stack, a beam splitter, 6 rotatable concentrically shaped sensor configurations and a non-rotatable sensor configuration. The composite light capturing and projection configuration, by utilizing the containing entities, will have the capability to capture the scene visible to it. During this scene capturing procedure, the 6 containing rotatable concentrically shaped sensor configurations and the containing non-rotatable sensor configuration will be utilized in conjunction to capture the visible scene where the 6 containing rotatable concentrically shaped sensor configurations will be subjected to a full rotation procedure. In addition to that, the 6 containing rotatable concentrically shaped sensor configurations and the containing non-rotatable sensor configuration can be utilized to capture a desired sub scene section or a collection of sub scene sections by partially rotating the 6 containing rotatable concentrically shaped sensor configurations.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The Composite Light Capturing and Projection Configuration that Utilizes a Rotating Composite Distributed Sensor Configuration in Combination with a Non-rotating Single Sensor Configuration to Capture the Visible Scene.", Technical Disclosure Commons, (July 14, 2025)
https://www.tdcommons.org/dpubs_series/8358