首页> 外国专利> RADIOGRAPHIC IMAGE PROCESSING METHOD, TRAINED MODEL, RADIOGRAPHIC IMAGE PROCESSING MODULE, RADIOGRAPHIC IMAGE PROCESSING PROGRAM, AND RADIOGRAPHIC IMAGE PROCESSING SYSTEM

RADIOGRAPHIC IMAGE PROCESSING METHOD, TRAINED MODEL, RADIOGRAPHIC IMAGE PROCESSING MODULE, RADIOGRAPHIC IMAGE PROCESSING PROGRAM, AND RADIOGRAPHIC IMAGE PROCESSING SYSTEM

机译:射线照相图像处理方法,培训的模型,放射线图像处理模块,放射线图像处理程序和放射线图像处理系统

摘要

Provided are a radiographic image processing method, a trained model, a radiographic image processing module, a radiographic image processing program, and a radiographic image processing system with which noise in a radiographic image can be effectively removed. A control device 20 is provided with: an acquiring unit 201 which employs an image acquiring device 1 that radiates X-rays at a target object F and acquires an X-ray transmission image by capturing an image of X-rays that have been transmitted through the target object F, to acquire an X-ray transmission image of a jig and the target object F; an identifying unit 202 which identifies an image characteristic of the jig in the X-ray transmission image; a selecting unit 204 which, on the basis of the image characteristic, selects a trained model 206 from among a plurality of trained models 206 that have each been built in advance by machine learning employing image data; and a processing unit 205 which employs the selected trained model 206 to execute image processing to remove noise from the X-ray transmission image of the target object F.
机译:提供是放射线图像处理方法,训练模型,放射线图像处理模块,放射线图像处理程序和放射线图像处理系统,其中可以有效地去除放射线图像中的噪声。控制装置20设置有:获取单元201采用图像获取装置1,其在目标对象F处辐射X射线,并通过捕获已经通过的X射线的图像获取X射线透射图像目标对象F,以获取夹具和目标对象F的X射线透射图像;识别单元202,其识别X射线透射图像中夹具的图像特性;选择单元204,基于图像特性,其中从多个训练型模型206中选择训练型206,这些模型206通过采用图像数据的机器学习预先构建了每个培训的模型206;和采用所选择的培训型号206的处理单元205执行图像处理以从目标对象F的X射线透射图像去除噪声。

著录项

  • 公开/公告号WO2021210618A1

    专利类型

  • 公开/公告日2021-10-21

    原文格式PDF

  • 申请/专利权人 HAMAMATSU PHOTONICS K.K.;

    申请/专利号WO2021JP15489

  • 发明设计人 SUYAMA TOSHIYASU;ONISHI TATSUYA;

    申请日2021-04-14

  • 分类号G01N23/04;G06T5;

  • 国家 JP

  • 入库时间 2022-08-24 21:51:29

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