Abstract: The present invention relates to a device for modeling cervical artificial disc based on artificial intelligence and a method thereof, comprising generating and outputting a model of a target cervical artificial disc, by generating a learning model to estimate positions of a plurality of landmarks through training various shapes of medical images with the plurality of landmarks assigned to define an available space in which the cervical artificial disc is located, estimating the plurality of landmarks by inputting input data generated from a medical image of the available space in which the target cervical artificial disc is to be positioned into the generated learning model, generating the available space for inserting the target cervical artificial disc based on estimated landmarks, and extracting and incorporating shape information for surfaces and edges of the cervical artificial disc from the medical image in the generated available space.

Abstract: System for visualizing conductivity and current density distributions including a plurality of current injecting devices (100) for injecting currents into a measuring object; a measuring unit(200) for measuring a magnetic flux density due to the currents injected into a measuring object; an operating unit(300) for selecting one pair of the current injecting devices in succession so as to inject currents of different directions into the measuring object, and calculating directional components of an anisotropic conductivity inside of the measuring object on the basis of the measured magnetic flux density; and displaying means for visualizing an inside of the measuring object by using the calculated directional components of the anisotropic conductivity.

Abstract: A system for manufacturing a flat panel display includes a substrate storage part for storing a plurality of substrates; a first chamber including a substrate loading part for loading the plurality of substrates; a substrate transfer part, disposed between the substrate storage part and the first chamber, including an end effector for transferring the plurality of substrates between the substrate storage part and the substrate loading part; a second chamber including a source gas supplying part for uniformly supplying source gas to the entire surface of the plurality of substrates and a substrate heating part for heating the plurality of substrates; and a source powder supplying part including a source powder evaporating part for evaporating source powder in order to supply the source gas to the source gas supplying part and a source powder storage part for supplying the source powder to the source powder evaporating part.