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Artificial Intelligence System For Orthodontic Measurement, Treatment Planning, And Risk Assessment

机译:用于正畸测量,治疗计划和风险评估的人工智能系统

摘要

A first machine learning model (e.g., GAN) is trained to take as inputs a dental image and masks of dental features in the image and outputs a set of orthodontic points. A second machine learning model may additionally take the orthodontic points as inputs and output distances between the orthodontic points. A third machine learning model may additionally take the orthodontic points and distances as inputs and output a deformation vector field for the orthodontic points. A fourth machine learning model may additionally take the orthodontic points as inputs and generate a vector indicating risk associated with orthodontic treatment. A fifth machine learning model may additionally take the orthodontic points, deformation vector field, and distances as inputs and output a treatment plan, including point clouds for brackets, retainers, appliances, mandibular surgery or movement, and/or maxillary surgery or movement.
机译:第一机器学习模型(例如,GaN)训练,以作为输入的牙科图像和牙科特征的掩模,并输出一组正畸点。第二机器学习模型可以另外将正畸点作为输入和输出距离之间的矫正点。第三种机器学习模型可以另外服用正畸点和距离作为输入,输出用于矫正点的变形矢量场。第四机器学习模型可以另外服用正畸点作为输入,并产生表明与正畸治疗相关的风险的载体。第五机器学习模型可以另外服用正畸点,变形矢量场和距离作为输入和输出处理计划,包括用于支架,保持器,器具,下颌手术或运动的点云,以及上颌手术或运动。

著录项

  • 公开/公告号US2021118132A1

    专利类型

  • 公开/公告日2021-04-22

    原文格式PDF

  • 申请/专利权人 RETRACE LABS;

    申请/专利号US202017072575

  • 发明设计人 VASANT KEARNEY;ALI SADAT;

    申请日2020-10-16

  • 分类号G06T7;G06N3/08;G06N3/04;G16H30/40;G16H20/40;A61C7;A61B5;

  • 国家 US

  • 入库时间 2022-08-24 18:19:47

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