Micro-organism identification using light microscopes, conveyor belts, static electricity, artificial intelligence and machine learning algorithms
OwnerKeith Louis De Santoinventor
Life of this patent
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Abstract
This new application can be administered completely by artificial Intelligence or manually while utilizing the artificial intelligence platform enabling cost savings. This new artificial intelligence application is a breakthrough in that it is based on highly accurate data which leads to learned behaviors of micro-organisms. This data is applied to accurate management and elimination of threats from micro-organisms to people, plants and animals using biosurfactants. This new cost-efficient AI conveyor belt micro-organism application gets us closer to understanding what lurks around us.
Claims18
An application using a platform where drones, robots, containers with glass microscope slides, static electricity applied to the glass microscope slides, conveyor belts, light microscopes or electron microscopes, wired and wireless data transmission equipment, desktop computers, servers, artificial intelligence and machine learning algorithms are used together to identify micro-organisms accurately.
An application using a platform managed by artificial intelligence and machine learning algorithms as a loading dock for a robot to load and unload glass microscope slides unto a conveyor belt running through a light or electron microscope to identify micro-organisms accurately.
An artificial intelligence application where a microscope slide, conveyor belt, light microscope or an electron microscope, artificial intelligence and machine learning algorithms identify micro-organisms accurately.
Dependencies are inferred from the claim text.