Mapping system and establishing method for digital twinborn model of oral tooth maxillofacial neck

Abstract

The invention belongs to the field of oral cavity digital models, and particularly discloses an oral cavity tooth maxillofacial neck digital twinning model mapping system and an establishment method.The oral cavity tooth maxillofacial neck digital twinning model mapping system comprises a data acquisition module, a data processing module, a 3D printing module, a mechanical analysis module, a data scanning module, a digital twinning module and an output module; image data of soft and hard tissues of a maxillofacial region of a patient are collected, and face images, breath, pronunciation, saliva, blood and genes are collected; image data of soft and hard maxillofacial tissue of the patient are collected, wherein the image data of the jaw bone, the face and the neck of the patient are collected through CT, the intraoral scanner scans intraoral tooth data, and the face scanner scans the contour of the soft tissue of the face. According to the twinborn model, the difference of three-dimensional model data, biochemical data, language, breathing and facial expression changes of different individuals is fully considered, the optimal treatment scheme is screened, and the visual distress treatment effect is achieved.

Description

technical field [0001] The invention relates to the field of oral digital models, in particular to a digital twin model mapping system and establishment method of oral cavity, maxillofacial and neck. Background technique [0002] With the continuous improvement of economic development and people's living standards, medical and health issues have gradually become the focus of social attention. In recent years, information technologies such as digital twins, Internet of Things and big data have been gradually applied to the medical industry, and traditional medical care is transforming into digital and smart medical care. Smart medical care refers to the combination of the Internet and traditional medical care, the use of big data, the Internet of Things and other related technologies to informatize medical data, realize information sharing between patients, medical staff, and medical equipment, and build an informatized medical service system. [0003] With the improvement o...

AI Technical Summary

Problems solved by technology

However, this kind of research can only digitally predict and analyze the effect of tooth correction, and cannot be combined with actual plaster or paraffin models

[0008] In the traditional three-dimensional finite element model analysis, it can only analyze the force of a certain part of the tooth after the orthodontic force is loaded, and it cannot simulate the movement of the tooth well

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