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A SYSTEM THAT CAN ANALYZE THE ARCH SHAPE AND OCCLUSION PATTERN BASED ON BIG DATA CLOUD THAT CLASSIFIES THE ARCH SHAPE AND OCCLUSION PATTERN OF THE MAXILLARY AND MANDIBULAR DENTITION, AND THE MAXILLARY AND MANDIBULAR DENTITION CAN BE MERGED INTO THE ANATOMICAL POSITION
A SYSTEM THAT CAN ANALYZE THE ARCH SHAPE AND OCCLUSION PATTERN BASED ON BIG DATA CLOUD THAT CLASSIFIES THE ARCH SHAPE AND OCCLUSION PATTERN OF THE MAXILLARY AND MANDIBULAR DENTITION, AND THE MAXILLARY AND MANDIBULAR DENTITION CAN BE MERGED INTO THE ANATOMICAL POSITION
The present invention relates to a system that can analyze the arch shape and occlusion pattern based on a big data cloud that classifies the arch shape and occlusal aspect of the maxillary and mandibular dentition, and can merge the maxillary and mandibular dentition into an ideal anatomical position. , A reference unit that receives the data of the patient's dental model scanned by the dental model scanner that generates the virtual 3D dental model data, and consists of a line or surface in a shape capable of vertical and horizontal analysis; an analysis unit for analyzing a tooth model suitable for the data of the scanned tooth model received from the reference unit; The tooth model analyzed by the analysis unit consists of a maxillary tooth model (gum model) and a mandibular tooth model (gum model) designed in a digital tooth design program, and the maxillary tooth model and the mandibular tooth model are the reference unit and Tooth model unit composed of one modularization, respectively; a control unit connected to the reference unit, the analysis unit, and the tooth model unit, respectively, and control the reference unit, the analysis unit, and the tooth model unit automatically or manually by artificial intelligence, but at the same time modularize or selectively modularize and control; and a cloud server unit including the reference unit, the analysis unit, the tooth model unit, and the control unit, wherein data related to occlusion positivity, dental arch shape, and tooth model are provided and can be used through connection; It is characterized in that it includes a baseline that allows the digital three-dimensional dental model necessary for the design of a digital dental prosthesis to be placed in an ideal anatomical position, and in the process of modularization, the shape and occlusal aspect of the jaw can be easily analyzed quickly and accurately. It has the effect of making it possible to write and pronounce well by forming a digital three-dimensional tooth model to engage in an anatomically ideal position.
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