Abstract
This paper describes a light capturing and light projection configuration that have the capability to capture 4 distributed surface areas by orienting the entire configuration utilizing rotational movements. The entire light capturing and light projection configuration consists of a convex lens stack that contains 2 convex lenses arranged in the stack configurations, a distributed sensor configuration and a structural enclosure. The capturing 4 distributed surface areas will altogether consists of a collection of adjacently configured 16 quadrilateral shaped surfaces. Theses adjacently configured 16 quadrilateral shaped surfaces corresponds to 16 adjacently configured quadrilateral shaped base surfaces of 16 adjacently configured identical pyramidal structures where the 16 tips (16 apexes) of the 16 identical pyramidal structures will coincide at a one single point in 3D space. The light capturing and light projection configuration will have the capability to capture the 4 distributed surface areas by orienting the entire configuration utilizing rotational movements, into 4 orientations in 3D space. Additionally, during all the 4 orientations of the entire configuration, the focal point of the convex lens stack that will be containing within the configuration will be configured to remain stationary at a one single point in 3D space. Furthermore, this stationary point in 3D space will coincide with the point in 3D space where the 16 apexes of the 16 adjacently configured identical pyramidal structures will meet together.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The light Capturing and Light Projection Configuration that have the Capability to Capture 4 Distributed Surface Areas by Orienting the Entire Configuration Utilizing Rotational Movements.", Technical Disclosure Commons, (July 21, 2025)
https://www.tdcommons.org/dpubs_series/8377